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1. 8 MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification Control4 modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram All Controld modules must be earthed Modules contain no user serviceable parts and should not be Module Size 6M L 106mm x W 100mm x H 64mm Power Input 24V 50mA nominal 850 mA maximum from data bus Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out ta Max 40 60 Standards CE EMC amp LVD EN55015 EN61547 EN61000 3 2 EN61000 3 3 amp EN60669 2 1 DS207A V1 2 1 Control4 2010 WIRING NOTE ingan veni ho utar arm Inv er hype without an in budt timer lake ad dA SUPPORTED CONTROL TYPES dors Tra time can De zo from 1 999 minutes fom tha G AN gt PIKT menu The PIR S wired In Tre IG module qe per tha exnamele Protocol Input Output BCh 1 0 M
2. 13 18 al FF of olez Mi gt Dev 0 ID Ox Scene 3 recall request 3555 i Mij Dev2 ID Oxttem4ns Set passcode setings Mj Dev2 D OxifeT4ns __ Set passcode settings si MI gt Dev 2 IDe Dx tens gt Dew 2 IDeOx tftp 1 Mi gt Dew 3 ID tfe Tabs 1 MI gt Dev 3 IDeOx tfe7t4b5 1 MI gt Dev 3 IDeOx ffe 7t2b5 1 MI gt Dew 3 tfe7T4b5 13 18 ck 1 jal one se 13 1 1 Mi gt Dev 3 ID Oxtfe7fabs 13 08 38 aj afac 17 72 o Pack 1 Mj gt Dev 3 ID Oxtte7taps ix18 38 aj afac ta 72 59 0 o Pack 1 gt Dev 3 ID Oxtfeztap5 13 18 38 8 a oF 11 7F 59 08 o n Pack 1 18 38 a 13 7F 89 Pack 1 Mj gt Dev 4 ID Ox fermoos 82 ol Pack 1 gt Dev 4 ID xtfamos 11 19 7F 81 OB Pack 1 Mi gt Dev 6 ID Oxtrcrmbs i gt Dev 5 IDeOxtfdzMb5 Set aux device chan level 1 1 gt Dev 5 IDeOxifdzMp5 Set aux device chan level MI gt Dev 5 IDeDxtidzt4ps Set aux device chan level 13 18 38 a t 10 E1 B3 o Pack 1 gt Dev 5 ID xtfd784n5 Set aux device chan level 13 18 38 12 af 1 8 89 08 o m Devs PkO D Dximer PBtReened O OO was acel asl os of e Dev ro orimer 15 17 14 Bus Packet Framing Emar Test complesse power OFF Ij Dev 3 ID
3. 8 Lit Lt B 3 Log Freq B 15 300MHz Limit 55815 LOAD TERMINAL MERSU Load terminals Neutral coupling 2596 worst case Average Detector Tast ind EHISSIUHS EM 55815 load tern HF level c BuU 13 23198 mn veraya 78 Log Freq 4 15 JJHOHHz Limit 55H15 LOAD TERHIHRL HEASU 20 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Test results EVO 20 06 and EVO LCD 55 Mains terminals Live coupling 2596 worst case EN 55014 TM MAING 0 4 4 B5 0 d ATT 30 08 B view 508 EU F T ES p eee START 400 kHz STOP 1 MHz Mains terminals Neutral coupling 25 worst case EN 5501 DIM GP MAINS 0 1 1K 85 0 30 dB write View 508 a m ee aw F gt T T scs d T 1 i REF OFSTt 40 0 dBi gxnz VBW eee GO tz 90 s Lo 100 KHz STOP 4 kHz 21 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Load terminals 2596 worst case EN 55014 DIM GP LOAD 0 1 1M ET HEF 105 0 0dB Awrite B view 5dB Bi NE SERE MEM ae REF OFST
4. y Whilst a module is not showing a menu option the module address is displayed on screen However if any of the following conditions are present these will be displayed screen instead DATA FAULT DALI BUS FAULT T TEST MODE ACTIVE s nM B Channa bct visis 1 200 down A ener ip conim dee a u gt 8 value doen Y scroll numbers A ener conden doit Moraly Open PIR Time NOTE Cap cannot be set below the cument Cup level and conversely the Cup level cannot be sei above the cument Cap level hormay Cem onde n M T 5 Error 8 The module can control DALI ballasts one of two modes The operating mode CHAN channel mode or BCST broadcast mode is selected from the SETUP DALI MODE menu In Broadcast mode the current level of one Control4 channel is broadcast to all of the DALI ballasts that are connected When broadcast mode is selected a sub menu appears from which the user selects which Control4 channel to broadcast CH1 to CH8 Channel mode every ballast is allocated to a Control4 channel and individually controlled as per other Control4 output modules In this mode the ballasts need to be commissioned The procedure for this i
5. 8 3 B G 1 3 Log Freq 8 15 Limit 55815 LOAD TERHIHRL MERSU 68 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Load terminals Neutral coupling 25 worst case Test CONDUCTED EMISSIONS 55815 load tern RF level cl atl 14 22198 iras E 1 H RW died ibi ABRE ER x deste s d pm mn NT ee WEE 1 yt Bee A Log Freq 8 25 HHz Limit 55015 LOAD TERMINAL MEASU Load terminals Neutral coupling 25 worst case Average Detector Tast 55815 load tern HF level ch Au 13 23198 veraya Log Freq 4 15 JJHOHHz Limit 55H15 LOAD TERHIHRL HEASU 69 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results EVO 20 06 and EVO LCD 55 Mains terminals Live coupling 2596 worst case EN 55014 M MAINS 0 1 1 B5 0 d ATT 30 08 _ B view 508 poe T T E eee 1 START 100 STOP 1 MHZ Mains terminals Neutral coupling 25 worst case EN 55012 DIM GP MAINS 0 1 1EK 85 0 A 08 Write 1 5dB LIO 70 MODE
6. __ 1 450 jZerocrossing 0 Pass 2 50V 90 5 3 50V 14 jZerocrossing 0 Pass 4 50V 18 jPeak 90 5 5 100V L E Zero crossing 0 6 100V L E 7 Peak 90 8 100V Peak 90 Pass 9 100V N E jZerocrossing 0 Pass Observations No change of state observed Overall result Pass 51 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Radio Frequency Common Mode to EN 61000 4 6 Performance criterion A Test Method Mains Input The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor Control Input MBus The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination Results Limits sf Coupling Cs Result 9k to 80MHz 3V 80 AM 1KHz CDN M3 to Mains Input Pass 9k to 80MHz 3V 80 AM 1KHz Current Transformer to Bus Cable Pass Observations No change of state observed Overall result Pass 22 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3
7. 5 3 50V 14 jZerocrossing 0 Pass 4 50V 18 jPeak 90 5 5 100V L E Zero crossing 0 6 100V L E 7 Peak 90 8 100V Peak 90 Pass 9 100V N E jZerocrossing 0 Pass Observations No change of state observed Overall result Pass 78 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Radio Frequency Common Mode to EN 61000 4 6 Performance criterion A Test Method Mains Input The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor Control Input MBus The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination Results Limits sf Coupling Cs Result 9k to 80MHz 3V 80 AM 1KHz CDN M3 to Mains Input Pass 9k to 80MHz 3V 80 AM 1KHz Current Transformer to Bus Cable Pass Observations No change of state observed Overall result Pass 79 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Power Frequency Magnetic Fields to EN
8. NO 4 INSTALLATION NOTES eDIN Modules must installed within a suitable surface 19185 4 x 5A Feed Through Relay Module mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with the National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification The eDIN Relay Module employs micro gap relays for true switched control Modules utilise a custom metal casing for thermal management and product integrity eDIN Relay Modules must be earthed Modules contain no user servicable parts and should not be opened Compatible load types Incandescent Electronic Con vertor Iron Core Fluorescent and Motor Please see the eDIN installation manual for further details and examples of standalone operation or visit www edincontrols com DIN RP 05 04 6M 104mm Wide x 100mm High x 64mm Deep 0 43kg 24V DC Supplied through M BUS Connection M BUS Connection Mode M BUS 2 x RJ 45 in and out 80 mA 1 3 x PO Max wire size 1 5mm Switching only Volt Free Contact Closures 5A resistive 2A inductive load per relay feed through 20A maximum 0 40 C EN55015 EN61547 EN61000 3 2 EN61000 3 3 and EN60669 2 1 COMPANY BACKGROUND Mode Lighting work closely with Lighting Designers M amp E Consultants Architects
9. v f Q9 O amp In order to test an eDIN system once it has been wired together follow the shaded instructions on the back page STANDALONE MODE PROGRAMMING This is a set of instructions for programming scenes of up to 8 circuits using a 10 button single gang switch plate Note The address of the plate must be set to the same address as the dimmer module To begin programming scenes Hold down the scene button 1 8 for 5 secs for the scene that you wish to edit The LED for the selected scene will now flash blue channels that are included in the scene are illuminated green and excluded channels are illuminated red The following four functions A B C amp D can now be programmed in any order These are optional features and if the settings are not edited then default functions are used Set Scene Levels To change the master brightness of a complete scene press the A or V button to raise or lower all channels together VA To change the fade time begin by pressing and holding the buttons 1 and 5 together for 2 seconds C Set Scene Fade Time Buttons 1 4 will now be illuminated red with varying levels of brightness The brightest button indicates the fastest fade time Select a button Button 1 0 seconds Button 3 4 seconds Button 2 2 seconds Button 4 8 seconds 10 Button Switeh Plate B Set Channel Levels 117 To set the level of channel press and hold the desired
10. DS208A V1 0 Control4 2010 MENU SETUP BEUZ Bad Setup M BLIS Address E E H Eihemet Set IP Address 000 000 000 000 IF Address OFF i cr n gt N OFF N OFF 3 AUDE N i N OFF Internet Time Syng N OFF lt lt zh E m Us Cz Uu Li OFF Pi 5 ON OFF e 73 Sell or ion gt Sel Subnet Mask 000 000 000 000 Sol Galloway 000 000 000 000 Set DNS Server Address 000 000 000 000 a DI Set Time HH MM SS r glen Pi 12 en E 8 Set DO MM Y YYY zm rp ajam 9500 19200 38400 57200 115200 baud hs a 55 cz un A a E T osi 33 5 7 8 E a z iv x 2 RTS CTS Handshaki DS208A V1 0 Control4 2010 DIN PSU 24V SPECIFICATION SHEET AP CONTROLLING THE FUTURE OF LIGHTING Low voltage power supply for use with all eDIN modules for the connection and activation of the M BUS network PRODUCT INFORMATION Power Supply for M BUS Network v Compact 3M width DIN Rail Mounting Module M BUS enabled Complies with EC EMC and Low Voltage Directives v CE compliant gt SO9001 certified design and manufa
11. 2 RELAY MODULE TERMINAL LAYOUT f DS207A V1 2 1 Control4 2010 The on board menu on all the Control4 modules is used to setup a device for use in standalone mode Alternatively adding a Control4 Network Processor Unit to your setup will allow you to configure your system using Control4 software operated using a web browser via an ethernet connection 500 155 60 ALTA Em Setup Address FUA E715 E N the module address is displayed on screen However if any of the following conditions are present these will be displayed on screen instead DATA BUS FAULT TEST MOOE ACTIVE Sea a 8 8 B16 8 8 8 Output GAP Input Jg 2 vidue 0 99 wang sort mmens s enter 10 Got Cup Setect 1 900 mnes PUP EZ down PIR Time NOTE Cap cannot be set below the current Cup level and conversely the Cup level cannot be set above the current Cap level irl 73 configured to be an output type can be tested from the test gt output menu m Any channel configured to be contact input type can be tested from the test gt input menu l l omma n Setting input channel to Walk Test will shorten the PIR activation time to approximately 10 sec Setting
12. 5 5 100V L E Zero crossing 0 6 100V L E 7 Peak 90 8 100V Peak 90 Pass 9 100V N E jZerocrossing 0 Pass Observations No change of state observed Overall result Pass 63 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Radio Frequency Common Mode to EN 61000 4 6 Performance criterion A Test Method Mains Input The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor Control Input MBus The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination Results Limits sf Coupling Cs Result 9k to 80MHz 3V 80 AM 1KHz CDN M3 to Mains Input Pass 9k to 80MHz 3V 80 AM 1KHz Current Transformer to Bus Cable Pass Observations No change of state observed Overall result Pass 64 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Power Frequency Magnetic Fields to EN 61000 4 8 Performance criterion Test Method Test is not applicable a
13. Frequency Hz Mains terminals Neutral coupling Level dBuV 115 all xl iti 10 LLLLHL dL 100k 1M 10M 30M Frequency Hz MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Level dBuV Frequency Hz Note The peak at 909 kHz is an ambient due to the local transmitter at Brookmans Park approximately 10 miles from the test site Ware SG12 9AD This transmitter radiates 150kW at 909kHz The extract below is from the BBC website BBC Radio Five Live MW 50218707 70744080 57070926 70234051 TL259050 ne Lisnagarvey n MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 LI MI TS OF HARMONIC CURRENT EMISSIONS EN 61000 3 2 2006 Tested by P Carter Test date 28 06 2010 Test equipment used None required Model tested DIN 02 08 EVO SGP 55 Test result Pass The product is exempt from this standard Clause 7 as It is an independent dimmer for incandescent lamps with a rated power less than or equal to 1kW LI MI TATI ON OF VOLTAGE FLUCTUATIONS AND FLICKER to EN 61000 3 3 2008 Tested by C Jones Test date 28 06 2010 Test equipment used None required Model
14. QOO9 PLO LON Apo suogdo 8509 DS212A V1 1 Control4 2010 DIN INT 00 08 SPECIFICATION SHEET An eight channel adaptable input output which can be configured to accept O 10V 1 10V DSI or switched contact as inputs provide SELV 0 10V 1 10V DSI or DMX outputs providing a high level of flexibility and connectivity in a compact housing CONTROLLING THE FUTURE OF LIGHTING PRODUCT INFORMATION 8 individually configurable inputs or outputs Compact 6M width DIN Rail Mounting Module gt 0 10V or 1 10V input from sensors and controls gt M BUS enabled gt Contact closure inputs for sensor and switch inputs e g PIRs gt 0 or 1 10V output for SELV equipment control or integration gt DSI output for SELV equipment control gt DMX output for SELV equipment control gt Complies with EC EMC and Low Voltage Directives gt CE compliant gt 1509001 certified design and manufacturing facility The DMX facility provides simple control of RGB In standalone mode the eDIN configurable interface colour changing devices as an integrated part of an can provide switch input control to operate eDIN eDIN system When connected to a Network Processor dimmer modules in Impulse on off dim format Module each channel can be individually configured Alternatively it can operate either as a protocol to provide input control of eDIN functions or output convertor giving O 10V
15. Uu 2 2 7 2 D S p 4 c 4 c 2 E E 5 m C H O 6 O 5 gt Q L O 5 oO Y 4 O 5 75 Oo 4 5 79 6 Q 5 V O J oO O 79 t c 9 UO c y PI 4 D p O Y pO e 4 2 e 4 19 E U 19 gt gt 4 19 un lt Y O 9 UO 4 72 0 V 19 4 5 your setup will allow you to configure your system using Control4 software operated using web browser via an ethernet connection Scraan on front of module 00 HAGE UP e 9 4 Y wv Whilst module is not showing a menu option the module address is displayed on screen However if any of the following conditions are present these will be displayed on screen instead DATA BUS FAULT TEST MODE ACTIVE To simply test whether a module is installed properly select test from the menu From here you can chose to turn all channels on or off or you can select an individual channel to tum on off or flash Satup E 8 9 ix LOCH Lack EB S E I Restore Select address 1 511 usirg 8 1 0 Seed CH4 CHA 4 elis ec ALL C
16. COMPANY SUMMARY Mode was established in 1970 as an Original Equipment Manufacturer in Hertfordshire England Mode designs and manufactures electronic products principally for the lighting industry initially supplying the discotheque market and more recently expanding into the architectural and cruise ship markets Mode is a subsidiary of a privately owned Holding Company and has four associated electronic companies who together trade as The Mode Group Mode Lighting UK Limited reserve the right without notice to amend the technical information and specifications DSO000 09 04 Mode Lighting UK Limited Product Compliance File 4 APPENDIX B TECHNICAL SPECIFICATION 4 1 Circuit Diagram 4 2 Parts List 4 3 Change History The above are Company Confidential to Mode Lighting UK Limited and may be viewed upon request Prepared by Approved by Section Issue Date A C Hayllar A C Hayllar 4 A 24 November 2010 Mode Lighting UK Limited Product Compliance File 5 APPENDIX C TEST RESULTS AND CERTIFICATES EMC 5 1 Test Results Prepared by Approved by Section Issue Date A C Hayllar A C Hayllar 5 A 24 November 2010 MODE Z 7 LIGHTING UH Architectural Dimming Systems Confidential Electronic Neon Convertors Electronic Transformers MODE LIGHTING UK LIMITED THE MALTINGS 63 HIGH STREET WARE HERTFORDSHIRE Test Repo rt SG12 9AD ENGLAND Telephone 44 0 1920 462121 Facsimile
17. EVO INT CI 04 NA EVO MBUS INT 232 NA Ta 0 to 30 C maximum MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Product Labels e adinmcontrol oom 8 x Leading Edge Dimmer Module Maing Ingu 230 41098 50 amp OHz Power In AWV DC S0m max from data bus Ths modubz mast be exrtied and insta bed wihi an aopprowed enclosure Sun he dimenaiie inducti or ness loma Tot 104 maxrmum Compliant wit EC EMC and Low Dinectiwes Sog User Guide for full wei 4 x Leading Edge Dimmer Module DIN 03 04 Manz Ingu 2304 81045 50 AE Power In 24 DC S0m max from data Dus This module mast be and imt bed wifin zn approved qnchomuna Siue he dimmable cr resistens 10 maximum Compliant with EC and Low Voltage Dinectives Son User Guide for full instructions ww w edincontrols com wem adinean trols com 4 x 5A Relay Module Power Supply i i Power In 227 DC Bm max from datas bs Tis module mast bie ered and imt bod Mamm Input 90 260 50 SOR within an aporawed endure 250 max or Pees Swe Comin with EC EMC amd Low Directives EMC and Low Dire iee Suse User Gu hick For Full inano Sen Use Guide for Bull instructbons 8 Channel 1 Module DIN INT 00
18. Gumoys 510205 Andsip uogdo oejes yo uO WN ue 2 5 25042 ued ajay woj4 nueu 2591 JH 159 Ajdwis nueui e POU FSU EE a La E 0 juau UO UIR JO yo Jo uo or j un sng NW THO THI esiuoJuou G TIVda WIP 01195 UBUM aqeaydde dnojde pue yams oj yes ueuM jane Duiuaiws eaa de ay eq jouueo jena Ajesue uoo pue janaj dn jueuno ay 95 jouueo dep Z ILON ejgeoydde uogdo jana 2 ILON DS206 V1 0 Mode Lighting 2009 Control D www control4 com The DIN rail mounting modular lighting control solution from Control4 CONTENTS 8 4 x 5A Relay Module 300mm Data Bus Link Cable INSTALLATION GUIDE 4 x 5A Relay Module C4 DR RM4 M The 4 x 5A Relay module is a 6M sized four channel relay unit suitable for inductive or resistive loads of up to 20A total SPECIFICATION amp MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directi
19. Test results Mains terminals Live coupling 115 EN 55015 Conducted 9kHz 30MHZ epe pon ol _ LL T dL Level dBuV Frequency Hz Mains terminals Neutral coupling 115 55015 VUE TTE Level dBuV TRS Hz 32 MODE 7 LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 LI MI TS OF HARMONIC CURRENT EMISSIONS TO EN 61000 3 2 2006 Tested by Test date Test equipment used Model tested Test result P Carter 02 07 2010 None required DIN PSU 24V 800mA Pass The product is compliant to the standard clause 7 3 Class C 225W 1 AziWE i 200 r1 DUO ME 3 Med Le EE H 3 f 200 UE 3 JNE Lani Fgh 5 1 Lama 127 160 170 me zm 200 Degrees eDin PSU DIN PSU 24V EN61000 3 2 2006 Pass 1 lt 257 according to clause 3 for Class C equipment Ref PFC 02 07 2010 33 Led Bd hz A Mibi 105 41m 100 0000 355 5 amp 2 bl 338 3 03209 200 6 27 A Ach Sid fu 6577 Aficht 26611 838m A B bTy 143 330 A Sithi t5 130 AVID L1435m 7 9 Al Heh 16 782m 12019 856310 0 485
20. amp Mains input to power supply must be protected by a suitably rated MCB 8 Use only with SELV equipment To control fluorescent ballasts with DALI DSI or 1 10v use an eDIN Universal Ballast Controller Module BCh I O Module HU DIN INT DO O08 oo d31 FHH 1 617 8 915116 0 0 0 0 0 0 0 0 TERMINAL LAYOUT IMPORTANT 8 Mains input to power supply and relay must be protected by suitably rated MCBs 8 Use only with SELV equipment To control fluorescent ballasts with DALI DSI 1 10v use an eDIN Universal Ballast Controller Module VO Medule 8 8 8 Boollassa Relay Module DIN INT 00 08 DIN RP 05 04 7 L eoeeoceo MAINS INPUT Y SELV 0 10V 1 10V Controlled LED Driver UP Trene ME Um 1 1 COM yw 00222220000 17 6 2 RELAY MODULE TERMINAL LAYOUT f DS207 V1 2 1 Mode Lighting 2010 The on board menu on all the eDIN modules is used to setup a device for use in standalone mode Alternatively adding eDIN Network Processor Unit to your setup will allow you to configure your system using eDIN software operated using a web browser via an ethernet connection POCA SECA dafs EE Setup Address FUA E715 E N the module address is displayed on screen However if any of the following
21. data bus This module must be installed within an approved enclosure MBUS message received or transmitted Compliant with EC EMC and Low Voltage Directives See User Guide for full instructions 24v Power from MBUS LED Communication Port Meaning RS232 Data is being transmitted from the NPU RS232 Data is being received by the NPU Collision If this LED flashes continually then check your network Ethernet cables and connectors Unit is operating in 100Mbits mode when illuminated Unit is 100 Ethernet operating on 10Mbits mode when not illuminated Ethernet Full duplex mode This LED would normally be on Link LED flashes whilst a link is being established Illuminated Lk Ethernet continually when the physical Ethernet connection is working flashing off when data is passed D Ethernet a is configured to use a DHCP server and is not a fixed IP Ethernet NPU has an IP address 00000000000 NPU has an IP address DS208 V1 0 Mode Lighting 2009 B ONBOARD MENU STRUCTURE Screen on front of module Set the Address See Ethernet settings Clock and RS232 settings Next Page Q e Check Debug Level lt v 4 RS232 MBUS and See Below Firmware Version Whilst not in a menu option the display scrolls showing the address date amp time LOCK the modules control panel RESTORE all settings to factory default Restore MENU DIAGNOSTICS OAR Ad bug Diagnostics Debu
22. 44 0 1920 466881 e mail sales modelighting com Mode eDIN Control4 DIN Lighting Control System DI N 02 08 DIN C4 DR DIM8 M DIN 03 04 DIN C4 DR DIM4 M DIN INT 00 08 DIN CA4 DR 1OX8 M DI N NPU 00 01 DIN C4 DR NPU M DI N PSU 24V DIN C4 DR PSU M DIN RP 05 04 DIN C4 DR RM4 M DIN UBC 01 05 DIN C4 DR UBC M EVO INT CI 04 DIN C4 DR SW4 M EVO MBUS INT 232 DIN C4 DR SER M EVO LCD 55 EVO SGP 55 EVO SGP 50 EVO SGP 20 Model s tested DIN 02 08 DIN 03 04 DIN INT 00 08 DIN NPU 00 01 DI N PSU 24V DIN RP 05 04 DIN UBC 01 05 EVO LCD 55 EVO SGP 55 Test Specification EN 55015 2006 EN 61000 3 2 2006 EN 61000 3 3 2008 EN 61547 2009 Test date 18 November 2009 to 18 August 2010 Results The samples tested complied with the requirements when tested to the above specification This issue supersedes any previous issue Prepared by A C Hayllar Authorised by C Hayllar Engineering Director 7 _ Q 0 For and on behalf of Mode Lighting UK Limited Date 24 September 2010 Ware Hertfordshire UK lt N LIGHTING PRODUCT TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 SCOPE OF COVERAGE The Electronic Switches covered by this report are listed below Manufacturer Responsible Vendor Specification Brand Name Type Reference Classification nstallation Location Electric s
23. 485 LA 12 ch T3 E72 lA Taith 16782 159207 15E3 120 180 0110 15 37 m 14 5850 E LA Tio 12 amp 5 01145 portent 3153 amp e305 1670 1817 onn bow no 4621 44402 285 1 1318 0155 00 amp 6515 SS 452 eDIN DIN UBC 01 05 por 01 5 SEF 7931 75245 3074 EN61000 2 3 2006 Pass us 2082 i3Ez 600 57005 Input power lt 25W Gicht ias ans 15341 2637 m 25017 ALS ch iS 0 1185 nh e Z437m ESL 2478 19753 01760 634 Thl 5504 m 5381 ES 23934 02270 2230 3554m EME 2063 A 3 eh 181 12u Aimy 45n 2145 26349 3585 111 13622u 0 1232 231 86 164m 1 621 930 81938 560 24315 348 B gt T 56 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 LIMITATION OF VOLTAGE FLUCTUATIONS AND FLICKER to EN 61000 3 3 2008 Tested by C Jones Test date 28 06 2010 Test equipment used None required Model tested DIN UBC 01 05 Test result Pass The product is exempt from this standard Clause 6 as It is unlikely to produce significant voltage fluctuations or flicker due to the cir
24. 80 Standards CE EMC amp LVD EN55015 EN61547 EN61000 3 2 EN61000 3 3 amp EN60669 2 1 Ze IB DS205A V1 1 Control4 2010 PROTECTION ON MAINS INPUT IMPORTANT Mains input must be protected by 10A maximum type C MCB 8 x 2A Dimmer Module 8 8 Boo 8 x LIVE 8 x NEUTRAL OUTPUT OUTPUT MAINS INPUT 00 PROTECTION ON OUTPUT CIRCUITS 8 Output circuits may be protected by suitably rated MCBs as shown if required 8 IMPORTANT Mains input must be protected by 10A maximum type C MCB NEUTRAL OUT MAINS DS205A V1 1 Control4 2010 WIRING OUT WEUTRAL HHH 8 x 2A Dimmer Module 8 SB 5 FRONT We IMPORTANT 8 Correctly certified cables must be used for all mains voltage and extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations 8 Mains input to power supply must be protected by a suitably rated MCB 8 Mains input to dimmer module must be protected by 10A maximum type C MCB NEUTRAL EARTH OUTPUT TE H A termination 10 Button Serth Plate plug must aways be fitted to the last module of the MBUS chain 90 UU f O 0 v f Q9 O 10 Lusth Poule 8 In order to test a Control4 system once it has been wired together follow the s
25. LL ___ LLLA dL Level dBuV Frequency Hz Mains terminals Neutral coupling 115 55015 VUE TTE TRS Hz 16 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 EVO LCD 55 CONDUCTED EMI SSI ONS to AS NZS CI SPR 15 2006 EN 55015 2006 Tested by P Carter Chris J ones Test dates 02 04 2004 05 10 2006 Test equipment used Advantest R3621 Spectrum Analyser Chase MN2050 LISN Tungsten Load Lamps 2500W 10 Amp load Tungsten Load Lamps 5000W 20 Amp load Model tested EVO 10 12 EVO 20 06 and EVO LCD 55 these models are highest power in range and therefore worst case for the purpose of testing Test set up The tests were conducted to circuit 1 with the unit set to Scene 3 default setting load lamps dimmed to 5096 and Scene 4 default setting load lamps dimmed to 25 whichever was worst case Test result Pass 17 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Test results EVO 10 12 and EVO LCD 55 Mains terminals Live coupling 2596 worst case Test 55815 1903 CONDUCTED EMISSIONS RF level le diut 118 P lC d P3138 188 Quas i paak Loy Freg B BBH 3 Limit EH 55815 1993 CONDUCTED E Mains terminals Neutral coupling 2596 worst case Test EH CONDUCT
26. Test complesse power OFF Ij Dev 3 ID Oxtfezftzn3 uel passcode settings 1 asas e a oF 12 7F 5a osf of of Pack 1 Dev No change of state observed Overall result Pass 14 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Fast Transients Burst to EN 61000 4 4 Performance criterion B Test Method Bursts of 75 spikes at 5kHz were applied to the unit under test with a repetition rate of 300mS and an overall test duration of 2 minutes Results TestNo Voltage Coupling Ange DUE a _ ms _ 5 009 Pas 6 100V N 90 722 100V PE jZerocssig 0 Pass 8 mov ML NL NL NN 1000V iy a up umw uw as 11 1000v 7 0 Pass 19 100V 2 00 Pass 20 000 N 90 Pass Observations No change of state observed Overall result Pass 15 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Surges to EN 61000 4 5 Performance criterion C Test Method Five voltage surges were applied per test with a 20 second interval between pulses Results TestNo Voltage Coupling __ 1 100V LtN Zero cr
27. Test complesse power OFF Ij Dev 3 ID Oxtfezftzn3 uel passcode settings 1 asas e a oF 12 7F 5a osf of of Pack 1 Dev No change of state observed Overall result Pass 38 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Fast Transients Burst to EN 61000 4 4 Performance criterion B Test Method Bursts of 75 spikes at 5kHz were applied to the unit under test with a repetition rate of 300mS and an overall test duration of 2 minutes Results TestNo Voltage Coupling Ange DUE a _ ms _ 5 009 Pas 6 100V N 90 722 100V PE jZerocssig 0 Pass 8 mov ML NL NL NN 1000V iy a up umw uw as 11 1000v 7 0 Pass 19 100V 2 00 Pass 20 000 N 90 Pass Observations No change of state observed Overall result Pass 39 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Surges to EN 61000 4 5 Performance criterion C Test Method Five voltage surges were applied per test with a 20 second interval between pulses Results Test Voltage Coupling __ 1 450 jZero
28. Ware Hertfordshire SG12 9AD United Kingdom Tel 4 44 0 1920 462121 Fax 44 0 1920 466881 email sales modelighting com www modelighting com eDIN Modules are M BUS enabled therefore may be used with other Mode Lighting systems Allowing the flexible and compact eDIN Modules to be combined with the highly configurable Evolution System making Mode Lighting products the perfect choice for any scale of project LONDON DUBAI HONG KONG PSU DIN PSU 24V DIN 03 04 e TITIITITE Plug musi always be t the last module MBUS chain x Dimmer Module o NOTE Switched or dimmed operation and Cap and Cup Ceve as programmable through on board menu or by cues poased programming based systems Leading Edge Mains Dimmable or Switched Compatible load types Incandescent GU10 Halogen Electronic Transformer Convertor leading edge Cold Cathode Convertor Motor Iron core type loads LED Energy Saver Lamps INSTALLATION NOTES eDIN Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with the National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the p
29. up p IN DS212A Vi 1 O Control4 2010 4 x 3A Dimmer Module 8 8 8 oooooooo NEUTRAL EARTH OUT termination plug must always be fitted to the last module of the MBUS chain IMPORTANT 8 Correctly certified cables must be used for all mains voltage and extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations 8 Mains input to power supply must be protected by a suitably rated MCB 8 Mains input to dimmer module must be protected by 10A maximum type C MCB 8 In order to test a Control4 system once it has been wired together follow the highlighted instructions on the following page STANDALONE MODE PROGRAMMING This is a set of instructions for programming scenes of up to 8 circuits using a 10 button single gang switch plate Note The address of the plate must be set to the same address as the dimmer module To begin programming scenes Hold down the scene button 1 8 for 5 secs for the scene that you wish to edit The LED for the selected scene will now flash blue channels that are included in the scene are illuminated green and excluded channels are illuminated red The following four functions A B C amp D can now be programmed in any order These are optional features and if the settings are not edited then default functions are used 10 Button Switch Plate B Set Channel Levels Set Scene Levels
30. 1 10V to DSI conversion signals for control of SELV equipment or other in either direction or as a 0 10V 1 10V or DSI devices The on board menu system provides simple output module with switch inputs for Impulse style setup of channel modes for standalone operation control for SELV equipment and channel test facilities M BUS CONNECTIVITY MODE LIGHTING CONTROLLING THE FUTURE OF LIGHTING Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 9AD United Kingdom Tel 4 44 0 1920 462121 Fax 44 0 1920 466881 email sales modelighting com www modelighting com All eDIN Modules are M BUS enabled and can be used with other Mode Lighting systems The input output module can be used to provide additional 1 10V and DSI outputs or analogue or digital inputs or outputs to an Evolution System allowing increased flexibility when specifying larger control systems LONDON DUBAI HONG Input or Output function selected through on board menu or by web based programming of NPU DIN INT 00 08 650000580 Switch or Volt free Contact LED Driver SELV 0 10V or 1 10V LED Driver 8Ch Module Bm 4 Control types supported 0 10V Z v 1 10V 7 2 DSI J V DMX Vi Volt Free Contact Sf i Infrared A Consult Mode for further information Using eDIN Relay Module INSTALLATION NOTE
31. 195 eq FOUUED 2 ILON jos ajqeoqdde Auo uogdo Duns ILON DS205A V1 1 Control4 2010 PROTECTION MAINS INPUT IMPORTANT Mains input must be protected by 10A maximum type C MCB 8 x 2A Dimmer Module 8 8 Boo DIN 02 08 8 x LIVE 8 x NEUTRAL OUTPUT OUTPUT MAINS INPUT PROTECTION ON OUTPUT CIRCUITS Output circuits may be protected by suitably rated MCBs as shown if required s IMPORTANT Mains input must 8 x 2A Dimmer Module 277722 be protected by 10A maximum DIN 02 08 type C MCB MAINS DS205 V1 1 Mode Lighting 2010 WIRING 8 x 2A Dimmer Module 8 8 8 DIN 02 08 00000000 PSU DIN PSU 24V T NEUTRAL EARTH LNE OUTPUT E Ay oyrur LNE v MAINS INPUT H A termination plug must aways be fitted to the last module of the MBUS chain 10 Lush Poule OUT MEUTRAL HHH FRONT Vw IMPORTANT Correctly certified cables must be used for all mains voltage and extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations Mains input to power supply must be protected by suitably rated MCB Mains input to dimmer module must be protected by 10A maximum type C MCB 10 Button Settch Plate 90 UU LII f O A
32. 30dB attenuator and 50 Ohm termination DIN 03 04 EVO SGP 55 Circuit 1 was connected to a 25W tungsten load with unit set to pre programmed scene load lamps dimmed to 5096 Pass The performance criterion for each test was taken from Table 14 23 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results Electrostatic Discharges to EN 61000 4 2 Performance criterion B Test Method Ten discharges per test were applied to various locations on the fascia plate of the unit under test Results Discharge Type Result a fow 4000V 8000V 8000V Observations No change of state observed Overall result Pass 24 MODE lt lt 7 LIGHTING eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 PRODUCT EMC TEST REPORT Radio Frequency Electromagnetic Fields to EN 61000 4 3 Performance criterion Test Method The test was carried out using a Chase Antenna Turntable Holaday HI4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier in a ferrite lined anechoic chamber Pre scan and 4 complete scans were conducted with both vertical and horizontal polarization with the UUT in the front right left and rear turntable position with respect to the antenna Results Limits 3 Couping ____ 80 to 1000MHz 3V m 8096 AM 1KHz Radiate
33. Hertfordshire AL9 5JN UK and House are included in Appendix Section 5 These show that a representative sample of the product meets the requirements of EN61547 Prepared by Approved by Section Issue Date A C Hayllar A C Hayllar 2 24 November 2010 Mode Lighting UK Limited Product Compliance File 2 HARMONISED STANDARDS continued The relevant harmonised standards applied in respect of Low Voltage Directive 73 23 EEC as amended by EC Directive 93 68 EEC and 2006 95 EC 2 3 Safety EN60669 1 1999 Switches for household and similar fixed electrical installations Part 1 General requirements EN60669 2 1 2004 Switches for household and similar fixed electrical installations Part 2 1 Particular requirements Electronic switches Results of tests carried House are included in Appendix D Section 7 These show that a representative sample of the product meets the requirements of EN60669 1 and EN60669 2 1 Prepared by Approved by Section Issue Date A C Hayllar A C Hayllar 2 A 24 November 2010 Mode Lighting UK Limited Product Compliance File 3 APPENDIX A PRODUCT LITERATURE 3 1 Data sheet Prepared by Approved by Section Issue Date A C Hayllar A C Hayllar 3 A 24 November 2010 eight circuit dimmer module rated at 500W circuit for the control of resistive and inductive lighting loads with the facility t
34. LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Load terminals 2596 worst case 99014 d hi LOAD 0 1 1 105 0 d 10 08 A write B view 508 uM r peque OFST 7 40 0 dB Ld 9 kHz iki 5 LS AL i 2 LLL START 100 kHz STOP 1 MHZ 71 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 LI MI TS OF HARMONIC CURRENT EMISSIONS EN 61000 3 2 2006 Tested by A Hayllar Test date 12 07 2007 Test equipment used None required Model tested EVO 10 12 EVO 20 06 EVO LCD 55 these models are highest power in range and therefore worst case for the purpose of testing Test result Pass The product is exempt from this standard Clause 7 as it is professional equipment with a rated power greater than 1kW LI MI TATI ON OF VOLTAGE FLUCTUATIONS AND FLICKER to EN 61000 3 3 1995 Tested by A Hayllar Test date 01 07 2007 Test equipment used None required Model tested EVO 10 12 EVO 20 06 EVO LCD 55 these models are highest power in range and therefore worst case for the purpose of testing Test result Pass The product is exempt from this standard Clause 6 as this product is unlikely to produce significant voltage fluctuations or flicker due to the circuits
35. amp D as above return to stage two Other Plate Functions Master Plate Setting a plate s address to 511 sets it as a master which will control all modules any address On Off Switch There are two sets of contact input terminals on the rear of the plate A contact closure on Input 1 has the same effect as pressing the V button A contact closure on Input 2 has the same effect as pressing the A button These inputs could also be used on a plate set to address 511 to facilitate an all on and an all off function DS206 V1 0 Mode Lighting 2009 EI SWITCHED LOAD EXAMPLE WIRING with circuit protection IMPORTANT Mains input to relays must be protected by suitably rated MCBs 4 x Relay Module 22 7 DIN RP 05 04 o o o ooooooono 4 x 5A Relay Module DIN RP 05 04 TERMINAL LAYOUT 24V OV 24V Reversable Blind Motor Blind Motor DS206 V1 0 Mode Lighting 2009 The on board menu on the eDIN modules is used to setup a device for use standalone mode Channel settings can be adjusted using this menu or by using a switch plate as per earlier instructions Alternatively adding an eDIN Network Processor Unit to your setup will allow you to configure your system using eDIN software operated using a web browser via an ethernet connection S0 ppe pue pares e6ejuecuad
36. channel button 1 8 and hold A or V to raise or lower the brightness level as required To include exclude a channel hold the required channel button 1 8 and then press A to include the channel or V to exclude the channel D Include Exclude Channels Channels that are included in the scene will be illuminated green and channels that are excluded will be lit red Channels which are excluded from a scene will not change brightness when the scene is selected To exit programming mode hold down the flashing blue scene button for five seconds Alternatively to begin editing another scene hold down the button for the new scene for five seconds and begin editing options A B as above return to stage two Other Plate Functions Master Plate Setting plate s address to 511 sets it as a master which will control all modules on any address On Off Switch There are two sets of contact input terminals on the rear of the plate A contact closure on Input 1 has the same effect as pressing the V button A contact closure on Input 2 has the same effect as pressing the A button These inputs could also be used on a plate set to address 511 to facilitate an all on and an all off function DS205 V1 1 Mode Lighting 2010 The on board menu on the eDIN modules is used to setup a device for use standalone mode Channel settings can be adjusted using this
37. click into place see diagram All eDIN modules must be earthed Modules contain no user serviceable parts and should not be opened Module Size 6M L 106mm x W 100mm x H 64mm Power Input 24V 80 mA max from data bus Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out ta Max 40 C tc Max 60 C Contacts At 250V max 5A resistive or 2A inductive Standards CE EMC amp LVD EN55015 EN61547 EN61000 3 2 EN61000 3 3 amp EN60669 2 1 O Ze IB DS206 V1 0 Mode Lighting 2009 B WIRING IMPORTANT 8 Correctly certified cables must be used for all mains voltage and extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations Mains input to power supply and relays must be protected by a suitably rated MCB 4 x Relay Module 2222227 DIN RP 05 04 oooooooo TERMINAL LAYOUT COM 1 1a 1 COM 1b termination plug must NO 1b always be fitted to the last module of the MBUS chain ENT un NC 2 COM 2 NO 2 COM 3 e a NO 3 NM mci COM 4 NO 4 MAINS INPUT amp In order to test an eDIN system once it has been wired together follow the shaded instructions the back page STANDALONE MODE PROGRAMMING This is a set of instructions for programming scenes using a 10 button sing
38. mwana 7 sof oj sir Pack 1 257 Bus Packet Framing Pack 1 Pack 1 MI gt passcade settings Sel settings Se passcode settings Sel passcode seltngs Sel passcade passcode passcade Se passcode settings passcode settings Sel passcode settings SE passcade settings SE passcode senos Se passcode settings 5E passide settings Set passoni Scene 3 recall request Start radiated tesi Test complete power OFF MODE LIGHTING PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 mi gt lt Display Mode Configure Help STATUS Title 28 July 2010 13 15 p m Ready e REPORT Plot Pre Scan Running Settling Modulation Standby EUT Fault Prompt FAULT synth Pre Scan Standard MONITOR P 1 1000 000 MHz Dwell leo Secs Target loo VM Hardware Modulation 1 KHz AM Total 00 15 43 Actual 00 Frequency Elapsed Time Field Strength PRE SCAN CUSTOM SCAN RUM REPORT RESULTS SINGLE POINT EXIT Four full vertical scans were conducted with the UUT in the 180 degree rear 90 degree right 90 degree left and front turntable position with respect t
39. tungsten loads in stand alone mode with scene 3 selected all relays closed on Pass The performance criterion for each test was taken from Table 14 35 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results Electrostatic Discharges to EN 61000 4 2 Performance criterion B Test Method Ten discharges per test were applied to various locations on the fascia plate of the unit under test Results Discharge Type Result a fow 4000V 8000V 8000V Observations No change of state observed Overall result Pass 36 MODE lt lt 7 LIGHTING eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 PRODUCT EMC TEST REPORT Radio Frequency Electromagnetic Fields to EN 61000 4 3 Performance criterion Test Method The test was carried out using a Chase Antenna Turntable Holaday HI4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier in a ferrite lined anechoic chamber Pre scan and 4 complete scans were conducted with both vertical and horizontal polarization with the UUT in the front right left and rear turntable position with respect to the antenna Results Limits 3 Couping ____ 80 to 1000MHz 3V m 8096 AM 1KHz Radiated horizontal 80 to 1000MHz 3V m 8096 AM 1KHz Radiated vertical Obse
40. 08 Power In 24 DC nom 850m mar fom data bius This module mast be anid within an Como liani with EC EC and Low Voleasee Directives See User Guide for Bull chore 535 Metwork Processor Unit DIN NPU 00 01 Power 24V DC 2504 marx fom data bus This module must be earthed Y within an pnm enidozune Compliant with EC EMC and C 7 i Low Volts oe Dim ches See User Guide for Aull instructions m Ex T P E OM c NN wee edincontmls com Universal Ballast Control Module Input 20 24 50 Power In 247 GC 50m max foem Gata bw modue must be a and bre Sealed within am endesune Compliant with C EC BMC and Low vota Directives T Smt Usar Guide For ull lt N LIGHTING PRODUCT SAFETY INSPECTION REPORT 14 January 2010 M Bus Data TE Connections Configurable Input EVO SGP 55 50 20 rear view eDIN Standard s applied EN 60669 1 and EN60669 2 1 EVO SGP 55 front view M Bus Data Connections EVO SG P 50 urable front view free Input Dip Switch for address EVO SGP 20 EM front Vi ew resistor 04 T a Militi oe Product Labels Control4 DIN Control C4 DR DIM8 M 8 x 2A Leading Edge Dimmer Module Control C4 DR DIM4 M
41. 1 257 Bus Packet Framing Pack 1 Pack 1 MI gt passcade settings Sel settings Se passcode settings Sel passcode seltngs Sel passcade passcode passcade Se passcode settings passcode settings Sel passcode settings SE passcade settings SE passcode senos Se passcode settings 5E passide settings Set passoni Scene 3 recall request Start radiated tesi Test complete power OFF MODE LIGHTING PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 mi gt lt Display Mode Configure Help STATUS Title 28 July 2010 13 15 p m Ready e REPORT Plot Pre Scan Running Settling Modulation Standby EUT Fault Prompt FAULT synth Pre Scan Standard MONITOR P 1 1000 000 MHz Dwell leo Secs Target loo VM Hardware Modulation 1 KHz AM Total 00 15 43 Actual 00 Frequency Elapsed Time Field Strength PRE SCAN CUSTOM SCAN RUM REPORT RESULTS SINGLE POINT EXIT Four full vertical scans were conducted with the UUT in the 180 degree rear 90 degree right 90 degree left and front turntable position with respect to the antenna 3 12 1
42. 1 257 Bus Packet Framing Pack 1 Pack 1 MI gt passcade settings Sel settings Se passcode settings Sel passcode seltngs Sel passcade passcode passcade Se passcode settings passcode settings Sel passcode settings SE passcade settings SE passcode senos Se passcode settings 5E passide settings Set passoni Scene 3 recall request Start radiated tesi Test complete power OFF MODE LIGHTING PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 mi gt lt Display Mode Configure Help STATUS Title 28 July 2010 13 15 p m Ready e REPORT Plot Pre Scan Running Settling Modulation Standby EUT Fault Prompt FAULT synth Pre Scan Standard MONITOR P 1 1000 000 MHz Dwell leo Secs Target loo VM Hardware Modulation 1 KHz AM Total 00 15 43 Actual 00 Frequency Elapsed Time Field Strength PRE SCAN CUSTOM SCAN RUM REPORT RESULTS SINGLE POINT EXIT Four full vertical scans were conducted with the UUT in the 180 degree rear 90 degree right 90 degree left and front turntable position with respect to the antenna 3 12 1
43. 2 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 THI S TEST REPORT 15 BASED ON AS NZS CISPR 15 2006 CISPR 15 Edition 7 2005 EN 55015 2006 Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment Installation Household and similar fixed electrical installation Location Indoor only Electric shock protection Class 1 mains earth required Rated supply voltage 230V 10 Supply frequency 50Hz Rated supply current 10 0A maximum Ambient temperature 0 to 25 C MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 DI N 02 08 EVO SGP 55 CONDUCTED EMI SSI ONS to AS NZS CI SPR 15 2006 EN 55015 2006 Tested by C Jones Test date 25 02 2010 Test equipment used Advantest R3621 Spectrum Analyser Chase MN2050 LISN Tungsten Load Lamps 500W Model tested DI N 02 08 EVO SGP 55 Test set up The tests were conducted to circuit 1 with the unit set to 50 load lamps dimmed to 50 Mains Terminals Load terminals Test result Pass MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Test results Mains terminals Live coupling Level dBuV 115 EN 55015 eben L A eli A n Rl Frequency Hz Mains
44. 2 61000 3 3 and 61547 24 September 2010 Power Frequency Magnetic Fields to EN 61000 4 8 Performance criterion Test Method Test is not applicable as the product contains no components that are susceptible to magnetic fields at the specified frequency range and test level Overall result Pass Voltage Dips and nterruptions to 61000 4 11 Performance criterion C 3096 B 10096 Test Method 10 dips and interruptions with a voltage reduction and period as per the table below were applied to the unit under test with a 20 second interval between interruptions Results Test level Duration ____ 70 ve polarity 200 5 70 ve polarity 200mS 0 ve polarity 0 ve polarity Observations No change of state observed upon completion of the tests Overall result Pass 23 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 DI N UBC 01 05 CONDUCTED EMI SSI ONS to EN 55015 2006 Tested by C Jones Test date 24 09 2010 Test equipment used Advantest R3621 Spectrum Analyser Chase MN2050 LISN Model tested DI N UBC 01 05 Test set up The tests were conducted at the maximum rated load 24V at 800mA Test result Pass 54 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results Mains terminals Live coupling 115 EN 55
45. 2010 Power Frequency Magnetic Fields to EN 61000 4 8 Performance criterion Test Method Test is not applicable as the product contains no components that are susceptible to magnetic fields at the specified frequency range and test level Overall result Pass Voltage Dips and nterruptions to 61000 4 11 Performance criterion C 3096 B 10096 Test Method 10 dips and interruptions with a voltage reduction and period as per the table below were applied to the unit under test with a 20 second interval between interruptions Results Test level Duration ____ 70 ve polarity 200 5 70 ve polarity 200mS 0 ve polarity 0 ve polarity Observations No change of state observed upon completion of the tests Overall result Pass 42 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 CONDUCTED EMI SSI ONS to EN 55015 2006 Tested by P Hodgskin Test date 18 11 2009 Test equipment used Advantest R3621 Spectrum Analyser Chase MN2050 LISN Tungsten Load Lamps Model tested DIN NPU 00 01 DIN INT 00 08 DIN RP 05 04 DIN PSU 24V EVO SGP 55 Test set up DIN PSU 24V powering DI N NPU 00 01 DIN INT 00 08 DIN RP 05 04 and EVO SGP 55 via MBus Tests conducted with DIN RP 05 04 circuits 1 to 4 connected to 25W tungsten loads in stand alone mode with scene 3 selected all relays closed lamps on Test resul
46. 61000 4 8 Performance criterion Test Method Test is not applicable as the product contains no components that are susceptible to magnetic fields at the specified frequency range and test level Overall result Pass Voltage Dips and nterruptions to 61000 4 11 Performance criterion C 3096 B 10096 Test Method 10 dips and interruptions with a voltage reduction and period as per the table below were applied to the unit under test with a 20 second interval between interruptions Results Test level Duration ____ 70 ve polarity 200 5 70 ve polarity 200mS 0 ve polarity 0 ve polarity Observations No change of state observed upon completion of the tests Overall result Pass 80 Mode Lighting UK Limited Product Compliance File 6 APPENDIX D TEST RESULTS AND CERTIFICATES LVD 6 1 Test Results Prepared by Approved by Section Issue Date A C Hayllar A C Hayllar 6 A 24 November 2010 MODE LIGHTING UH Architectural Dimming Systems Confidential Electronic Neon Convertors Electronic Transformers MODE LIGHTING UK LIMITED THE MALTINGS 63 HIGH STREET WARE HERTFORDSHIRE Test Repo rt SG12 9AD ENGLAND Telephone 44 0 1920 462121 Facsimile 44 0 1920 466881 e mail sales modelighting com Mode eDIN Control4 DIN Lighting Control System DIN 02 08 DIN C4 DR DIM8 M DIN 03 04 DIN C4 DR DIM4 M DIN INT 00 08 DIN CA4 DR 1OX8 M DI N
47. Comply 101 1 1 1 101 1 1 2 101 2 101 3 Abnormal conditions No part reached such a temperature that there was danger of fire to the surroundings of the electronic switch Each abnormal condition was simulated in turn except where one fault condition influenced another in which case the conditions were applied simultaneously Short circuit applied across creepage distances and clearances other than those complying with the requirements of clause 23 where less than the values given for curve A of table of EN 60065 Short circuit applied across insulated coatings consisting of for example lacquer or enamel Short circuit and interrupt semiconductor devices Short circuit electrolytic capacitors Short circuit and interrupt capacitors and resistors not compliant to clause 102 Short circuit load side terminals Overload for 1 hour with the conventional tripping current for the external installation protection fuse Electronic switch compliant with the requirements of clause 10 upon completion of abnormal tests Electronic switch compliant to short circuit test Components No internal fuse incorporated Capacitors compliant Resistors compliant No automatic protection device incorporated No cut out incorporated 22 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply 102 4 1 1 No non self resetting load circuit cut out inc
48. Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out Loading 3A approx 700W per channel resistive or inductive load Total 10A max ta Max 40 80 Standards CE EMC amp LVD EN55015 EN61547 EN61000 3 2 EN61000 3 3 amp EN60669 2 1 Ze IB DS212 V1 1 Mode Lighting 2010 PROTECTION ON MAINS INPUT 4 x 3A Dimmer Module HE iiit Hoo DIN 03 04 LIVE NEUTRAL EARTH Output circuits may be protected by suitably rated MCBs as shown if required ET 4 x Dimmer Module Jool IMPORTANT Mains input must DIN 03 04 be protected by 10A maximum 00000000 type C MCB f DS212 V1 1 Mode Lighting 2010 LIVE OUT NEUTRAL OUT EARTH up p 4 x 3A Dimmer Module 8 8 8 DIN 03 04 ooo NEUTRAL EARTH OUT termination plug must always be fitted to the last module of the MBUS chain IMPORTANT B Correctly certified cables must be used for all mains voltage and extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations Mains input to power supply must be protected by a suitably rated MCB B Mains input to dimmer module must be protected by 10A maximum type C MCB In order to test an eDIN system once it has been wired together follow the highlighted instructions on the following page STA
49. DALI ballasts in one of two modes The operating mode CHAN channel mode or BCST broadcast mode is selected from the SETUP DALI MODE menu In Broadcast mode the current level of one eDIN channel is broadcast to all of the DALI ballasts that are connected When broadcast mode is selected a sub menu appears from which the user selects which eDIN channel to broadcast CH1 to CH8 amp In Channel mode every ballast is allocated to an eDIN channel and individually controlled as per other eDIN output modules In this mode the ballasts need to be commissioned The procedure for this is outlined on the following page in Broadcast mode no commissioning is required DS213 V1 1 Mode Lighting 2010 BALLAST COMMISSIONING DALI ballast commissioning is only required for modules running in channel operation it is not required for modules running in broadcast mode Commissioning of the DALI ballasts running in stand alone mode ie without a Network Processor Unit is carried out using two simple steps The first step is to find all of the ballasts connected to the ballast control module and the second step is to assign each ballast to an eDIN channel 8 Step 1 Find Ballasts Setup DALI Commission Find Initialising Number of DALI ballasts found From the SETUP DALI CMSN menu select FIND INIT will then be displayed the display will ripple and all of the ballasts connected to the UBC module will extinguish t
50. I 40 0 dB RBK F 5 M l VBN A jn o b i VAR ninaa START 100 KHz STOP 1 MHz 22
51. Labels Control4 DIN Control C4 DR DIM8 M 8 x 2A Leading Edge Dimmer Module Control C4 DR DIM4 M 4x 3A Leading Edge Dimmer Module M Bus Data Connections Configurable Volt free Input M Bus Data TE Connections Configurable Input Dip Switch for address selection and Data Line termination resistor EVO SGP 55 50 20 rear view 1 A adress MODE M BUS b Data LIGHTING www modelighting com MBUS INT 232 Power 4RS232 For use with g EVOLUTION www edincontrals rorn www evolutioncontrols com M BUS bh gt Control C4 DR PSU M Power Supply Control C4 DR RM4 M 4 x 5A Relay Module Control Control C4 DR IOXBS M C4 DR NPU M 8 Channel V O Module Metwork Processor Unit Control C4 DR UBC M Universal Ballast Controller Limitation of Coverage The Mode eDIN Control4 DIN Lighting Control System was reviewed as a stand alone product and is based upon the type test and inspection of sample product MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 THI S TEST REPORT 15 BASED ON and and and nstallation Location Electric shock protection Rated supply voltage Supply frequency Rated supply current Ambient temperature EN 55015 2006 Limits and methods of measurement of radio disturbance characteristics of electrical lighti
52. NPU 00 01 DIN C4 DR NPU M DI N PSU 24V DIN C4 DR PSU M DIN RP 05 04 DIN C4 DR RM4 M DIN UBC 01 05 DIN C4 DR UBC M EVO INT CI 04 DIN C4 DR SW4 M EVO MBUS INT 232 DIN C4 DR SER M EVO LCD 55 EVO SGP 55 EVO SGP 50 EVO SGP 20 Model s tested DIN 02 08 DIN 03 04 DIN INT 00 08 DIN NPU 00 01 DI N PSU 24V DIN RP 05 04 DIN UBC 01 05 EVO LCD 55 EVO SGP 55 Test Specification EN 60669 1 1999 and EN 60669 2 1 2004 Test date 14 October to 18 December 2009 Results The samples tested complied with the requirements when tested to the above specification This issue supersedes any previous issue Prepared by A C Hayllar Authorised by C Hayllar Engineering Director g _ 0 9 For and on behalf of Mode Lighting UK Limited Date 14 J anuary 2010 Ware Hertfordshire UK MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Scope of Coverage The Electronic Switches covered by this report are listed below Manufacturer Mode Lighting UK Limited Specification EN 60669 1 1999 and EN 60669 2 1 2004 Brand Name eDIN Lighting Control System Type Reference DI N 02 08 8 x 2A Leading Edge Dimmer Module DIN 03 04 4 x 3A Leading Edge Dimmer Module DIN INT 00 08 8 x Channel 1 0 Module DIN NPU 00 01 Network Processor Module DIN PSU 24V Power Supply Module DI N RP 05 04 4 x 5A Relay Module DI N UBC 01 05 Universal Ballast C
53. Oxtfezftzn3 uel passcode settings 1 asas e a oF 12 7F 5a osf of of Pack 1 Dev No change of state observed Overall result Pass 76 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Fast Transients Burst to EN 61000 4 4 Performance criterion B Test Method Bursts of 75 spikes at 5kHz were applied to the unit under test with a repetition rate of 300mS and an overall test duration of 2 minutes Results TestNo Voltage Coupling Ange DUE a _ ms _ 5 009 Pas 6 100V N 90 722 100V PE jZerocssig 0 Pass 8 mov ML NL NL NN 1000V iy a up umw uw as 11 1000v 7 0 Pass 19 100V 2 00 Pass 20 000 N 90 Pass Observations No change of state observed Overall result Pass 11 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Surges to EN 61000 4 5 Performance criterion C Test Method Five voltage surges were applied per test with a 20 second interval between pulses Results Test Voltage Coupling __ 1 450 jZerocrossing 0 Pass 2 50V 90
54. PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Test results Mains terminals Live coupling 115 EN 55015 Conducted 9kHz 30MHZ wsp spaa jJ LII all a ee 2 dU LE __ __ dL 555 LLL LLL el ___ LLLI d LLLI 7 3 as _____ 8 __ d 100k 1M 10M 30M Frequency Hz Mains terminals Neutral coupling 5 Conducted GP wos IH HUM J SO d zs ET __ LLLI 55 5 ALAA l lll ____ LL _ au bL 5 m 9 HHHH 5 dy 2 1 1M 10M 30M i Hz 14 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 CONDUCTED EMI SSI ONS to AS NZS CI SPR 15 2006 EN 55015 2006 Tested by C Jones Test date 01 03 2010 Test equipment used Advantest R3621 Spectrum Analyser Chase MN2050 LISN Tungsten Load Lamps 500W Model tested DIN UBC 01 05 Test set up The tests were conducted at the maximum rated load 24V at 800mA Test result Pass 15 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Test results Mains terminals Live coupling 115 EN 55015 Conducted 9kHz 30MHz epe pin ol _
55. Quantity Surveyors Developers Electrical Contractors and specialist AV installers to ensure the right solution is provided for every individual project Products designed and manufactured by Mode Lighting include control systems electronic transformers and LED assemblies Nearly 40 years of experience in these areas has lead to the creation of a worldwide network of satellite offices distributors and dealers to provide local sales and technical support to clients on Mode products LONDON DUBAI 05000 V1 HONG KONG MODE N LIGHTING www edincontrols com The DIN rail mounting modular lighting control solution from Mode Lighting CONTENTS 8 4 x 5A Relay Module s 300mm Data Bus Link Cable INSTALLATION GUIDE 4 x 5A Relay Module DIN RP 05 04 The 4 x 5A Relay module is a 6M sized four channel relay unit suitable for inductive or resistive loads of up to 20A total SPECIFICATION amp MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification eDIN modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and
56. THE FUTURE OF LIGHTING PRODUCT INFORMATION gt 4x 750W Dimmer Module total maximum Compact 9M width DIN Rail Mounting Module v Programmable circuit Cap and Cup levels Selectable dimming or switching operation Operates resistive and inductive loads including low voltage electronic transformers leading edge compatible type only gt Low Load Compatible M BUS enabled Energy Saving Display Quiet operation Can be installed as part of a 17th Edition Compliant installation gt Complies with EC and Low Voltage Directives gt CE compliant gt SO9001 certified design and manufacturing facility Modules may be used in a standalone mode with An on board menu system provides simple setup of simplified functionality providing programmable circuit functions maximum and minimum dimming scene setting or Impulse ON OFF DIM type control levels circuit test facility and power percentage from a single keypad Alternatively conventional monitoring eDIN Dimmer modules may also be momentary switches can be linked to a Contact Input used in conjunction with a Network Processor Mod Module DIN INT 00 08 to provide Impulse control ule to provide flexible adaptable control for small of up to eight lighting circuits using eDIN Dimmer to medium scale projects Modules M BUS CONNECTIVITY MODE LIGHTING CONTROLLING THE FUTURE OF LIGHTING Mode Lighting UK Ltd The Maltings 63 High Street
57. be individually configured to allow selection of lighting scenes operation of blinds commands to RS232 devices or any combination of these features All Mode products are guaranteed for a two year period EVO SGP 50 INTERNAL DETAILS System Programming Socket Infrared IR Receiver EVOLUTION EVO SGP M Bus Data M Bus Data Connections Connections 32 User Configurable selectable colours Volt free Input Configurable Input Dip Switch for address selection and Data Line termination resistor COMPANY SUMMARY Mode was established in 1970 as an Original Equipment Manufacturer in Hertfordshire England Mode designs and manufactures electronic products principally for the lighting industry initially supplying the discotheque market and more recently expanding into the architectural and cruise ship markets Mode is a subsidiary of a privately owned Holding Company and has four associated electronic companies who together trade as The Mode Group Mode Lighting UK Limited reserve the right without notice to amend the technical information and specifications DSO000 09 04 MODE LIGHTING EVOLUTION Control Plates EVO SGP 20 amp Fascias EVO SGP 55 BLK with EVO S PBR 55 w SINGLE GANG PLATE W STYLISH SCREWLESS fascias W RGB COLOUR SELECTION for button indicators W BUTTON COLOUR OPTIONS white or black w USER CONFIGURABLE button actions Sib eo Se Sue eee W PROGRAMMING
58. connec Ethernet connections provide interfacing to third tion into the Network Processor Module or through a party devices to allow control from multi media and Local Area Network features of an eDIN system building management systems Commands can be can be configured through the web browser with configured by the programmer with built in command different levels of access available for programming sets available for a number of different devices support engineers and users M BUS CONNECTIVITY MODE LIGHTING CONTROLLING THE FUTURE OF LIGHTING Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 9AD United Kingdom Tel 4 44 0 1920 462121 Fax 44 0 1920 466881 email sales modelighting com www modelighting com The eDIN Control System from Mode Lighting allows individual modules to be selected to create the desired lighting system From simple standalone systems for individual rooms to a fully connected and integrated multi room system eDIN modules can adapt to suit the project requirements LONDON DUBAI HONG KONG EDDI N Manager TE Website Lighting Manager E Lal 4 MODE AON Hardware Monitor Configuration Network Processor ER T Unit DIN NPU O00 01 eoocococcBc INSTALLATION NOTES eDIN Modules must be installed within a suitable surface mount enclosure with integral
59. for adjustment No ventilation opening allows a foreign body to pass and make contact with live parts in normal use Provision for earthing Accessible metal parts which can become live in the event of an insulation fault are provided with or are permanently and reliably connected to an earthing terminal 11 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Comply 11 2 11 3 11 4 12 Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Earthing terminal has screw clamp and a capacity that is not less than that of the corresponding supply conductor terminals and complies with the appropriate requirement of clause 12 below OK Earthing terminal or adequate space for floating terminal provided OK Connection between the earthing terminal and accessible metal parts is of low resistance OK Terminals Screw clamping terminals provided Terminals with screw clamping for external copper conductors Terminals allow proper connection of copper conductors having cross sectional area as shown in table 2 Nominal cross sectional area input 1 0mm to 2 5mm for rated current up to 10A output 0 5mm to 1 5mm for rated current up to 2A or 5A Terminals allow the conductor to be connected without special preparation Terminals have adequate mechanical strength Terminals resistant to corrosion Terminals clamp the conductors without undue damage Terminals clamp the conductors reliably between me
60. linked with sunrise sunset calculations or by user definable seasons Any input may control any output with the ability to provide operation of a sequence of events for example control of lighting blind motors com mands to building management systems colour changing etc Unique features such as self program on installation and distributed intelligence make the Evolution simple to install and maintain EVO INT 232 Data Error Data RS232 to ancillary device Data RS232 Data Error EVO INT 232 EVOLUTION MODE LIGHTING UK LIMITED The Maltings 63 High Street Ware Hertfordshire 5612 Tel 44 0 1920 462121 Fax 44 0 1920 466881 www evolutioncontrols com 03 18 POWER amp PROCESSOR UNIT MADE IN ENGLAND Ez Power M BUS Address C C som Power Address M BUS COMPANY SUMMARY Mode was established in 1970 as an Original Equipment Manufacturer in Hertfordshire England Mode designs and manufactures electronic products principally for the lighting industry initially supplying the discotheque market and more recently expanding into the architectural and cruise ship markets Mode is a subsidiary of a privately owned Holding Company and has four associated electronic companies who together trade as The Mode Group Mode Lighting UK Limited reserve the right without notice to amend the technical information and specifications DSO000 00 04 MODE LIGHTING U
61. low power consumption and the fact that the load does not change In addition it should be noted that the product does not contain a mechanical switch or relay that load level changes would be infrequent and incorporate a fade time 72 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 IMMUNITY to EN 61547 2009 Tested by Test date Test equipment used Model tested Test set up Test result A Hayllar C Jones 28 07 2010 30 07 2010 Schaffner Best Plus EMC Immunity Test System EN 61000 4 3 Chase antenna Turntable Holaday HI 4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier EN 61000 4 6 Mains Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor EN 61000 3 6 MBus Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination DIN NPU 00 01 DIN INT 00 08 DIN RP 05 04 DIN PSU 24V EVO LCD 55 DI N PSU 24V powering DI N NPU 00 01 DIN INT 00 08 DIN RP 05 04 and EVO LCD 55 via MBus Tests conducted with DIN RP 05 04 circuits 1 to 4 connected to 25W tungsten loads in stand alone mode with scene 3 sele
62. menu or by using a switch plate as per earlier instructions Alternatively adding an eDIN Network Processor Unit to your setup will allow you to configure your system using eDIN software operated using a web browser via an ethernet connection yoojas uedoud A gt oe Jo yo sna viva uo ue 5 JOON 1531 4S9 e JO UO Vaag JO YO JO UO 95042 ued aJeu nuaw 51 JeujauM 159 Ajdwis 3HniVH3diW31 H3 O uo aq iim juesejd suonipuoo jo Aue j 0925 uo pok e dsip s 55 uondo nuaw e Buoys jou si E m un avd HOOd GOOD TN 3 PHO EHO ZHO Pees pier uap 01195 USM eygeordde pue oj jes eq uues jana dn eui din ju amp umno 195 eq FOUUED 2 ILON jos ajqeoqdde Auo uogdo Duns ILON DS205 V1 1 Mode Lighting 2010 Control D www control4 com The DIN rail mounting modular lighting control solution from Control4 CONTENTS 8 8 x 2A Leading Edge Dimmer Module 300mm Data Bus L
63. or V to exclude the channel be lit red Channels which are excluded from a scene will not change brightness when the scene is selected To exit programming mode hold down the flashing blue scene button for five seconds Alternatively to begin editing another scene hold down the button for the new scene for five seconds and begin editing options A B C amp D as above return to stage two Other Plate Functions Master Plate Setting a plate s address to 511 sets it as a master which will control all modules on any address On Off Switch There are two sets of contact input terminals on the rear of the plate A contact closure on Input 1 has the same effect as pressing the V button A contact closure on Input 2 has the same effect as pressing the A button These inputs could also be used on a plate set to address 511 to facilitate an all on and an all off function DS206A V1 2 Control4 2010 _ SWITCHED LOAD EXAMPLE WIRING with circuit protection 8 IMPORTANT Mains input to relays must be protected by suitably rated MCBs 4 x 5A Relay Module 27222 7 Q Ge OOOOOOOO S rE TERMINAL LAYOUT _ 69 LUE pA OV 240 OV 24V Reversible Blind Motor Blind Motor DS206A V1 2 O Control4 2010 2 gt e lt 9 Uu N Uu 2 e gt gt 41 D Uu 41
64. or other applicable Regulations Maximum tolerance of dimmer phase control angle between the positive and negative half wave is 2 or better Connecting cables to comply with to National Wiring Regulations or other applicable Regulations 15 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply 14 Mechanism 14 1 Switches are internal and momentary push button OK 14 2 Switches are constructed such that the moving contacts come to rest only in the off position OK 14 3 Undue arcing does not occur OK 14 4 Switches are single pole OK 14 5 Action of the mechanism is independent of the presence of the cover or cover plate OK 14 6 No switch is cord operated OK Resistance to ageing protection provided by enclosures and resistance to humidity Electronic switch resistant to aging in accordance with IP class Protection provided by enclosure Enclosure provides degree of protection against access to hazardous parts and against harmful effects due to ingress of solid foreign objects in accordance with IP classification Protection against access to hazardous parts Protection against harmful effects due to ingress of solid foreign bodies Enclosure provides degree of protection against harmful effects due to ingress of water in accordance with IP classification Electronic switch is proof against humidity which may occur in normal use in accordance
65. simplify the specifica tion installation and control of lighting loads One of the advantages of DALI is the ability to connect mul tiple light fittings with a single power and data con nection yet still have individual control This usually requires some form of specialist pro gramming tools to locate and identify the individual DALI devices eDIN simplifies this by using a simple onboard menu to locate and identify fittings which speeds up the programming process and makes DALI devices practical to use on any size of project M BUS CONNECTIVITY All eDIN Modules are M BUS enabled and can be used with other Mode Lighting systems The universal ballast control mod ule can be used to provide DALI or addi tional 1 10V 051 outputs or contact inputs to an Evolution System allowing increased flex ibility when specifying larger control sys tems LONDON DUBAI MODE LIGHTING CONTROLLING THE FUTURE OF LIGHTING Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 9AD United Kingdom Tel 4 44 0 1920 462121 Fax 44 0 1920 466881 email sales modelighting com www modelighting com HONG KONG Universal Ballast Control Module o o o oocoooooono DIN PSU 24V A termination plug must always be fitted to the last module af the MBUS chain DALI BALLAST 0 10V DSI BALLAST INSTALLATION NOTES eDIN Modules must be installed within a su
66. socket located under front fascia W INTEGRAL IR Infrared receiver CONTACT INPUTS 2 for configurable control w DIFFERENT FASCIA FINISHES available 2 MODE products are guaranteed for two years e 9 6 EVOLUTION EVO SGP 55 WHI with EVO S WHI 55 WAS ONLY A MATTER OF TIME sii TECHNICAL DATA ORDER CODES Power Supply 24 Volt from dataline EVO SGP 20 BLK Control plate 2 Black Buttons Protocol WAR 000000000000 EVO SGP 20 WHI Control 2 White Buttons Controls 2 buttons and Infra red receiver EVO SGP 20 Control Plate Control Plates Indication Individual indicator colour selection 32 colours user selectable EVO S PBR 20 Fascia MK Aspect Polished Brass Dimensions 87 mm x 87 mm x 25 mm Weight 0 17kgs EVO S BSS 20 Fascia MK Aspect Brushed Stainless Steel _ Fixing Suits standard UK single gang box 40mm deep type EVO S POC 20 Fascia MK Aspect Polished Chrome Standards Complies with EC EMC and Low Voltage Directives EVO S WHI 20 Fascia MK Aspect White Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 ENGLAND Telephone 44 0 1920 462121 Facsimile 44 0 1920 466881 e mail sales modelighting com website www evolutioncontrols com DESCRIPTION Evolution is a versatile and highly configurable architectural control system designed for both lighting and peripheral management Evolution is uniquely adaptable making it an ideal choice
67. terminals Neutral coupling Level dBuV 115 all xl iti 10 LLLLHL dL 100k 1M 10M 30M Frequency Hz MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Level dBuV Frequency Hz Note The peak at 909 kHz is an ambient due to the local transmitter at Brookmans Park approximately 10 miles from the test site Ware SG12 9AD This transmitter radiates 150kW at 909kHz The extract below is from the BBC website BBC Radio Five Live MW 50218707 70744080 57070926 70234051 TL259050 ne Lisnagarvey n MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 DI N 03 04 EVO SGP 55 CONDUCTED EMI SSI ONS to AS NZS CI SPR 15 2006 EN 55015 2006 Tested by C Jones Test date 25 02 2010 Test equipment used Advantest R3621 Spectrum Analyser Chase MN2050 LISN Tungsten Load Lamps 750W Model tested DI N 03 04 EVO SGP 55 Test set up The tests were conducted to circuit 1 with the unit set to 50 load lamps dimmed to 50 Mains Terminals Load terminals Test result Pass 10 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 Jun
68. tested DIN 02 08 EVO SGP 55 Test result Pass The product is exempt from this standard Clause 6 as this product is unlikely to produce significant voltage fluctuations or flicker due to the circuits low power consumption and the fact that the load does not change In addition it should be noted that the product does not contain a mechanical switch or relay that load level changes would be infrequent and incorporate a fade time 10 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 IMMUNITY to EN 61547 2009 Tested by Test date Test equipment used Model tested Test set up Test result A Hayllar C Jones C Jones 28 07 2010 30 07 2010 05 08 2010 Schaffner Best Plus EMC Immunity Test System EN 61000 4 3 Chase antenna Turntable Holaday HI 4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier EN 61000 4 6 Mains Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor EN 61000 3 6 MBus Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination DIN 02 08 EVO SGP 55 Circuit 1 was connected to a 25W t
69. to provide local sales and technical support to clients on Mode products 05000 V1 LONDON DUBAI HONG KONC LIGHTING www edincontrols com The DIN rail mounting modular lighting control solution from Mode Lighting CONTENTS s Network Processor Unit s 300mm Data Bus Link Cable User Manual CD ROM INSTALLATION GUIDE Network Processor Unit DIN NPU 00 01 The Network Processor Unit is a control hub for the operation of multiple eDIN modules It is an advanced network gateway that allows an eDIN system to be controlled and configured remotely through a web browser SPECIFICATION amp MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification eDIN modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram All eDIN modules must be earthed Modules contain no user serviceable parts and should not be opened Module Size 6M L 106mm x W 100mm x H 64mm Power Input 24V DC 250 mA max from data bus Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connect
70. with IP classification 16 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply 16 16 1 16 2 17 17 1 17 2 18 18 1 18 2 18 101 18 102 19 19 1 19 2 Insulation resistance and electric strength Insulation resistance from any terminal or live part to the body or accessible metal part is adequate OK Electric strength from any terminal or live part to the body or accessible metal part is adequate OK Temperature rise The temperature rise of the electronic switch in normal use is not excessive The metal and design of the contacts is such that the operation of the electronic switch is not adversely affected by oxidation or other deterioration The design and material of the electronic switch is such that the material and components are not adversely affected by the temperature rise in normal use OK OK The temperature rise of the accessible surface is not excessive Making and breaking capacity Electronic switch has adequate making and breaking capacity This subclause does not apply OK NA Electronic switch shows no damage impairing further use OK This subclause does not apply NA Normal operation Electronic switch withstands electrical and thermal stresses in OK NA normal use as per subclauses 19 101 19 102 19 103 19 104 and 19 105 This subclause does not apply 17 MODE LIGHTING UH PRODUCT SAFETY I
71. your network Ethernet cables and connectors Unit is operating in 100Mbits mode when illuminated Unit is Ethernet operating on 10Mbits mode when not illuminated Ethernet Full duplex mode This LED would normally be on Link LED flashes whilst a link is being established Illuminated Lk Ethernet continually when the physical Ethernet connection is working flashing off when data is passed D Ethernet a is configured to use a DHCP server and is not a fixed IP Ethernet NPU has an IP address 000000000000 NPU has an IP address DS208A V1 0 Control4 2010 ONBOARD MENU STRUCTURE Screen on front of module Set the Address See Ethernet settings Clock and RS232 settings Next Page e Check Debug Level lt v 4 RS232 MBUS and See Below Firmware Version Whilst not in a menu option the display scrolls showing the address date amp time LOCK the modules control panel RESTORE all settings to factory default Restore WH MENU DIAGNOSTICS OAR Ad bug Diagnostics Debug Level through RS232 port No diagnostic messages t Boot diagnostic messages emisor T Error Messages Only pe Lu Warning Messages Only Report Main Operations rr Trace Main Operations AGAR cen 52 Print Everything Scrolls Transmitted Test Message r X Scrolls Received Test Message 100 FAIL Scrolls Firmware Version
72. 000 3 3 2008 Tested by C Jones Test date 28 06 2010 Test equipment used None required Model tested DIN 03 04 EVO SGP 55 Test result Pass The product is exempt from this standard Clause 6 as this product is unlikely to produce significant voltage fluctuations or flicker due to the circuits low power consumption and the fact that the load does not change In addition it should be noted that the product does not contain a mechanical switch or relay that load level changes would be infrequent and incorporate a fade time 22 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 IMMUNITY to EN 61547 2009 Tested by Test date Test equipment used Model tested Test set up Test result A Hayllar C Jones C Jones 28 07 2010 30 07 2010 05 08 2010 Schaffner Best Plus EMC Immunity Test System EN 61000 4 3 Chase antenna Turntable Holaday HI 4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier EN 61000 4 6 Mains Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor EN 61000 3 6 MBus Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor
73. 015 Conducted 9kHz 30MHz wsp spaa e Lb TAO NX LE S LE 25 _ 1 o anal ua oo adhe 944171 MARIAM Frequency Hz Level dBuV 9 on Mains terminals Neutral coupling ao DUE OD 115 5 Conducted GP ss raaka Pafe LER i Level dBuV 9 _ mu NUN Det Wa a aa a T M x X 1 lh s Frequency Hz 55 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 LI MI TS OF HARMONIC CURRENT EMISSIONS TO EN 61000 3 2 2006 Tested by Test date Test equipment used Model tested Test result ni E according to clause 7 3 od r1 1114 for Class C equipment gud Ref CJ 18 08 2010 A 1 X 1 Xx SACRI ILU at ARANAN C Jones 18 08 2010 None required DI N UBC 01 05 800mA Pass The product is compliant to the standard clause 7 3 Class C 225W Bat Abe bhii Lich 10543m 100 0000 525 5 3iBiu 300 125m Ex 4310 04064 22 TJI ur 62 3845 351 5 2551 12524 2055 0 361152 16241 143330 01360 553 1343m 14 3601 314 Fa 00378 ro JAM hI 1149 10 9519
74. 05 04 EVO SGP 55 Test result Pass The product is exempt from this standard Clause 6 as this product is unlikely to produce significant voltage fluctuations or flicker due to the circuits low power consumption and infrequent load change 45 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 IMMUNITY to EN 61547 2009 Tested by Test date Test equipment used Model tested Test set up Test result A Hayllar C Jones C Jones 28 07 2010 30 07 2010 18 08 2010 Schaffner Best Plus EMC Immunity Test System EN 61000 4 3 Chase antenna Turntable Holaday HI 4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier EN 61000 4 6 Mains Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor EN 61000 3 6 MBus Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination DIN NPU 00 01 DIN INT 00 08 DIN RP 05 04 DIN PSU 24V EVO SGP 55 DIN PSU 24V powering DIN NPU 00 01 DIN INT 00 08 DIN RP 05 04 and EVO SGP 55 via MBus Tests conducted with DIN RP 05 04 circuits 1 to 4 connected to 25W tungsten loads in stan
75. 0v controls A built in astronomical clock facilitates events triggered at any time of day linked with sunrise sunset calculations or by user definable seasons Any input may control any out put with the ability to provide operation of a sequence of events for example control of lighting blind motors commands to building management systems colour changing etc Unique features such as distributed intelligence make the Evolution simple to install and maintain Mode products are guaranteed for a two year period EVO INT CI 04 Example Switch Wiring dL M Bus Wiring QE Recomended Cable Type Mode M Bus or Belden 1502R Binary Addresses EXTIPIIIIS raro Address t Address 6 ruto 9 8 rato Address 2 4 do aso 829 2 AF ddress3 Address 8 e oor Address 7 128 amp 128 Contact Input Connections Address Dip ML RAE ER raro 98 Switch Set Address 4 Address 9 address in TF 4 raw 285 8 Adaresss Address 10 M Bus Terminals Common Switch Return Power EIE Channel 1 Data LED ON power Channel 2 Chan
76. 1 24 November 2010 Mode Lighting UK Limited Product Compliance File 2 HARMONISED STANDARDS The relevant harmonised standards applied in respect of EMC Directive 2004 108 EC are 2 1 1 Emissions EN55015 2006 Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment Results of tests carried out In House are included in Appendix Section 5 These show that a representative sample of the product meets the requirements of EN55015 2 1 2 Harmonics EN61000 3 2 2006 Electromagnetic compatibility EMC Part 3 Limits Section 2 Limits for harmonic current emissions input current lt 16A per phase Results of tests carried House are included in Appendix C Section 5 These show that a representative sample of the product meets the requirements of EN61000 3 2 2 1 3 Voltage Fluctuation EN61000 3 3 2008 Electromagnetic compatibility EMC Part 3 Limits Section 3 Limitation of voltage fluctuations and flicker in low voltage supply systems for equipment rated current lt 16A Results of tests carried out House are included in Appendix C Section 5 These show that a representative sample of the product meets the requirements of EN61000 3 3 2 1 4 Immunity EN61547 2009 Equipment for general lighting purposes EMC Immunity requirements Results of tests carried out by EMC Test Club 126 Great North Road Hatfield
77. 1 oc slic e em Deva PkD D Oxtmer __ 13 18 al FF of olez Mi gt Dev 0 ID Ox Scene 3 recall request 3555 i Mij Dev2 ID Oxttem4ns Set passcode setings Mj Dev2 D OxifeT4ns __ Set passcode settings si MI gt Dev 2 IDe Dx tens gt Dew 2 IDeOx tftp 1 Mi gt Dew 3 ID tfe Tabs 1 MI gt Dev 3 IDeOx tfe7t4b5 1 MI gt Dev 3 IDeOx ffe 7t2b5 1 MI gt Dew 3 tfe7T4b5 13 18 ck 1 jal one se 13 1 1 Mi gt Dev 3 ID Oxtfe7fabs 13 08 38 aj afac 17 72 o Pack 1 Mj gt Dev 3 ID Oxtte7taps ix18 38 aj afac ta 72 59 0 o Pack 1 gt Dev 3 ID Oxtfeztap5 13 18 38 8 a oF 11 7F 59 08 o n Pack 1 18 38 a 13 7F 89 Pack 1 Mj gt Dev 4 ID Ox fermoos 82 ol Pack 1 gt Dev 4 ID xtfamos 11 19 7F 81 OB Pack 1 Mi gt Dev 6 ID Oxtrcrmbs i gt Dev 5 IDeOxtfdzMb5 Set aux device chan level 1 1 gt Dev 5 IDeOxifdzMp5 Set aux device chan level MI gt Dev 5 IDeDxtidzt4ps Set aux device chan level 13 18 38 a t 10 E1 B3 o Pack 1 gt Dev 5 ID xtfd784n5 Set aux device chan level 13 18 38 12 af 1 8 89 08 o m Devs PkO D Dximer PBtReened O OO was acel asl os of e Dev ro orimer 15 17 14 Bus Packet Framing Emar
78. 1 oc slic e em Deva PkD D Oxtmer __ 13 18 al FF of olez Mi gt Dev 0 ID Ox Scene 3 recall request 3555 i Mij Dev2 ID Oxttem4ns Set passcode setings Mj Dev2 D OxifeT4ns __ Set passcode settings si MI gt Dev 2 IDe Dx tens gt Dew 2 IDeOx tftp 1 Mi gt Dew 3 ID tfe Tabs 1 MI gt Dev 3 IDeOx tfe7t4b5 1 MI gt Dev 3 IDeOx ffe 7t2b5 1 MI gt Dew 3 tfe7T4b5 13 18 ck 1 jal one se 13 1 1 Mi gt Dev 3 ID Oxtfe7fabs 13 08 38 aj afac 17 72 o Pack 1 Mj gt Dev 3 ID Oxtte7taps ix18 38 aj afac ta 72 59 0 o Pack 1 gt Dev 3 ID Oxtfeztap5 13 18 38 8 a oF 11 7F 59 08 o n Pack 1 18 38 a 13 7F 89 Pack 1 Mj gt Dev 4 ID Ox fermoos 82 ol Pack 1 gt Dev 4 ID xtfamos 11 19 7F 81 OB Pack 1 Mi gt Dev 6 ID Oxtrcrmbs i gt Dev 5 IDeOxtfdzMb5 Set aux device chan level 1 1 gt Dev 5 IDeOxifdzMp5 Set aux device chan level MI gt Dev 5 IDeDxtidzt4ps Set aux device chan level 13 18 38 a t 10 E1 B3 o Pack 1 gt Dev 5 ID xtfd784n5 Set aux device chan level 13 18 38 12 af 1 8 89 08 o m Devs PkO D Dximer PBtReened O OO was acel asl os of e Dev ro orimer 15 17 14 Bus Packet Framing Emar
79. 10 Results The samples tested complied with the requirements when tested to the above specification This issue supersedes any previous issue Prepared by A C Hayllar Authorised by C Hayllar Engineering Director g _ Q 0 For and on behalf of Mode Lighting UK Limited Date 30 J une 2010 Ware Hertfordshire UK lt N LIGHTING Mode eDIN Control4 DIN SCOPE OF COVERAGE PRODUCT EMC TEST REPORT Standard s applied AS NZS CISPR 15 30 June 2010 The Electronic Switches covered by this report are listed below Manufacturer Responsible Vendor Specification Brand Name Type Reference Classification nstallation Location Electric shock protection Load type Supply voltage Mode Lighting UK Limited Ware 5612 9AD UK Control4 Salt Lake City Utah 84020 USA AS NZS CISPR 15 2006 Mode eDIN Control4 DIN Lighting Control System DIN 02 08 8 x 2A Leading Edge Dimmer Module DIN 03 04 4 x 3A Leading Edge Dimmer Module DIN INT 00 08 8 x Channel 1 0 Module DIN NPU 00 01 Network Processor Module DIN PSU 24V Power Supply Module DI N RP 05 04 4 x 5A Relay Module DI N UBC 01 05 Universal Ballast Control Module EVO LCD 55 10 Button LCD Control Plate EVO SGP 55 10 Button Control Plate EVO SGP 50 5 Button Control Plate EVO SGP 20 2 Button Control Plate EVO INT CI 04 4 way Contact Input Module EVO MBUS INT 232 RS232 to MBus Interface Electronic switch Mu
80. 3 3 and 61547 24 September 2010 Test results Mains terminals Live coupling 115 EN 55015 Conducted 9kHz 30MHz s peeeomegeeseewe Ll Ll LLLI I wos OTR SS is i __ eine Level dBuV Frequency Hz Mains terminals Neutral coupling 115 EN 55015 Conducted 9kHz 30MHz spasao Lll ll LC eee E ___ _ Level dBuV Frequency Hz 20 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Level dBuV 50k Frequency Hz Note The peak at 909 kHz is an ambient due to the local transmitter at Brookmans Park approximately 10 miles from the test site Ware SG12 9AD This transmitter radiates 150kW at 909kHz The extract below is from the BBC website BBC Radio Five Live MW 50218707 70744080 57070926 21 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 LI MI TS OF HARMONIC CURRENT EMISSIONS EN 61000 3 2 2006 Tested by P Carter Test date 28 06 2010 Test equipment used None required Model tested DIN 03 04 EVO SGP 55 Test result Pass The product is exempt from this standard Clause 7 as It is an independent dimmer for incandescent lamps with a rated power less than or equal to 1kW LI MI TATI ON OF VOLTAGE FLUCTUATIONS AND FLICKER to EN 61
81. 32 EVO INT 232 Protocol M BUS and RS232 Dimensions 89mm x 57mm x 27mm Configuration Selectable baud and bit rates via PC software Packed Size 166mm x 105mm x 80mm RS232 Commands Configurable by Evolution Software Packed Weight 250 grams M Bus RJ10 Connector EM eee Connection RS232 9 way D Standards Complies with EC EMC and Low Voltage Directives Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 ENGLAND Telephone 44 0 1920 462121 Facsimile 44 0 1920 466881 e mail sales modelighting com website www evolutioncontrols com DESCRIPTION The RS232 Interface extends the integration capabilities of the Evolution system by adding extra 5232 connections to those already included in the power and processor units The interface is bi directional allowing the Evolution system to send commands to external devices and receive commands from integration control systems touch screens and PC s Evolution is a versatile and highly configurable architectural control system designed for both lighting and peripheral management Evolution is uniquely adaptable making it an ideal choice for use in a vast number of applications including modern smart homes shopping centres restaurants hotels cruise ships boardrooms hospitality suites and offices System features include RS232 DMX DSI and 1 10v controls A built in astronomical clock facilitates events trig gered at any time of day
82. 4 22 6 173 6 623745 7351 2 02524 363153 D 1380 14 360 10372 18831 0107155 159207 11140 Ais ghi 15 374m 145850 120 6 onas 0305 Aichi 9519 0000 4 601 onn 206 8 11624 55 3 314 8 270 0 455 1500 198 3 fa 43 4 4405 20 amp amp 5t m 5 AXXchl 75331 m AISHI 6 009 m 84 874 ADT ch 2637 m 124 740 2497 m A3 ch 187 63 2564 2333 A33 h1 3554 m AHH 121 2145 m 136 220 Liem 130 560 D 205 2 7056 2 14 7 1754 1234 25017 QTIES ff 2319 24 ma pje a 33811 02270 33716 205 01718 6 01345 D 1252 1 2021 0 1238 2563 m 24315 355 3 251 8 fe 0 B 0 244 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 LIMITATION OF VOLTAGE FLUCTUATIONS AND FLICKER to EN 61000 3 3 2008 Tested by C Jones Test date 28 06 2010 Test equipment used None required Model tested DIN PSU 24V Test result Pass The product is exempt from this standard Clause 6 as It is unlikely to produce significant voltage fluctuations
83. 4x 3A Leading Edge Dimmer Module Control C4 DR lOX8 M 8 Channel I O Module Address MODE M BUS b Data LIGHTING Data www modelighting com BE M BUS gt RS232 Interface MBUS INT 232 Power 4RS232 For use with g EVOLUTION www edincontrals rorn www evolutioncontrols com M BUS bh gt Control C4 DR PSU M Power Supply Control C4 DR RM4 M 4 x 5A Relay Module Control 5 C4 DR NPU M Network Processor Unit Control C4 DR UBC M Universal Ballast Controller Limitation of Coverage The Mode eDIN Control4 DIN Lighting Control System was reviewed as a stand alone product and is based upon the type test and inspection of sample product MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 This test report is based on and Type nstallation Location Electric shock protection Supply voltage Output current EN 60669 1 1999 Switches for household and similar fixed electrical installations Part 1 General requirements EN 60669 2 1 2004 Switches for household and similar fixed electrical installations Part 2 1 Particular requirements Electronic switches Electronic switch Multi way single pole semiconductor switch dimmer and Multi way single pole electromagnetically operated contact mechanism with micro gap construction relay Household
84. 5 17 14 Bus Packet Framing Emar Test complesse power OFF Ij Dev 3 ID Oxtfezftzn3 uel passcode settings 1 asas e a oF 12 7F 5a osf of of Pack 1 Dev No change of state observed Overall result Pass 49 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Fast Transients Burst to EN 61000 4 4 Performance criterion B Test Method Bursts of 75 spikes at 5kHz were applied to the unit under test with a repetition rate of 300mS and an overall test duration of 2 minutes Results TestNo Voltage Coupling Ange DUE a _ ms _ 5 009 Pas 6 100V N 90 722 100V PE jZerocssig 0 Pass 8 mov ML NL NL NN 1000V iy a up umw uw as 11 1000v 7 0 Pass 19 100V 2 00 Pass 20 000 N 90 Pass Observations No change of state observed Overall result Pass 50 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Surges to EN 61000 4 5 Performance criterion C Test Method Five voltage surges were applied per test with a 20 second interval between pulses Results Test Voltage Coupling
85. 7F 08 0 p e al aeli 722 of 7 sol oj sir Pack 1 257 Bus Packet Framing Pack 1 Pack 1 MI gt passcade settings Sel settings Se passcode settings Sel passcode seltngs Sel passcade passcode passcade Se passcode settings passcode settings Sel passcode settings SE passcade settings SE passcode senos Se passcode settings 5E passide settings Set passoni Scene 3 recall request Start radiated tesi Test complete power OFF MODE LIGHTING PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 mi gt lt Display Mode Configure Help STATUS Title 28 July 2010 13 15 p m Ready e REPORT Plot Pre Scan Running Settling Modulation Standby EUT Fault Prompt FAULT synth Pre Scan Standard MONITOR P 1 1000 000 MHz Dwell leo Secs Target loo VM Hardware Modulation 1 KHz AM Total 00 15 43 Actual 00 Frequency Elapsed Time Field Strength PRE SCAN CUSTOM SCAN RUM REPORT RESULTS SINGLE POINT EXIT Four full vertical scans were conducted with the UUT in the 180 degree rear 90 degree ri
86. 96 50Hz 60Hz 50Hz 60Hz 50Hz 60Hz Manufacturer Mode Lighting UK Limited Type reference DI N 02 08 DIN 03 04 DI N RP 05 04 EVO RP 03 02 DIN INT 00 08 DIN NPU 00 01 DI N PSU 24V DIN UBC 01 05 EVO LCD 55 EVO SGP 55 EVO SGP 50 EVO SGP 20 EVO INT CI 04 EVO INT CI 08 EVO INT IR TX38 EVO IR CM EVO MBUS INT 232 EVO BUS 02 OK OK 50Hz 60Hz OK OK R 00 08 OK MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply Load symbols Incandescent lamps at mains low voltage when fed from a suitable transformer or electronic convertor dimmer and relay and fluorescent lamps and motors relay Symbols comply with EN 60669 1 and EN 60669 2 1 Markings comply with EN 60669 1 and EN 60669 2 1 and are placed on the main part of the electronic switch Phase terminal identification complies with EN 60669 1 and EN 60669 2 1 Neutral terminal identification complies with EN 60669 1 and EN 60669 2 1 Earthing terminal identified with the symbol Switch position marking complies with EN 60669 1 and EN 60669 2 1 Actual state of electronic switch intended to control lamp brightness indicated by LED In addition light is still visible from lamp at lowest dimmer control state at rated voltage minus 10 No push button is coloured red Installation guide accompanies product Marking durable and legible Checked with water 15s and hexa
87. DIN rail Installation must be carried out by a qualified electrician in accordance with the National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification eDIN Modules must be earthed Modules contain no user servicable parts and should not be opened Please see the eDIN installation manual for further details and examples of standalone operation or visit www edincontrols com Network Processor Unit DIN NPU 00 01 6M 104mm Wide x 100mm High x 64mm Deep 0 35Kg 24V DC Supplied through M BUS Connection M BUS Connection Mode M BUS 2 x RJ 45 in and out 250mA HS232 Bi directional with RIS LTS 1 x 6 way rising cage screw terminals Maximum wire size 1 5mm Ethernet TCP IP 10 100M Bits 1 x RJ 45 0 40 C EN55015 EN61547 EN61000 3 2 EN61000 3 3 and EN60669 2 1 COMPANY BACKGROUND Mode Lighting work closely with Lighting Designers M amp E Consultants Architects Quantity Surveyors Developers Electrical Contractors and specialist AV installers to ensure the right solution is provided for every individual project Products designed and manufactured by Mode Lighting include control systems electronic transformers and LED assemblies Nearly 40 years of experience in these areas has lead to the creation of a worldwide network of satellite offices distributors and dealers
88. ED ERISSIUMS OPSAYG levet diut 5 P3198 NODE 7 T Ti UP ml oll i gg zi a B H1 8 682 8 amp B5 H 1 H 38 rim een anh __ 1 Log Freq 8 889 SB HHz Limit 55815 1993 CONDUCTED E 18 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Mains terminals Neutral coupling 2596 worst case Average Detector Test EH 55815 1993 CONDUCTED EMISSIONS AUG RF level 6 P3198 5 Mi fwerage 1Bnx Bt Log Freg 8 15 3B HHz Linit EM 55815 1933 CONDUCTED E Load terminals Live coupling 2596 worst case Test DOHBUDLTEM EHISSIUHS 55815 load tern level 186 a muU ng 8 P3198 H DE 4 1 Ire Quas 8 3 B G 1 3 Log Freq 8 15 Limit 55815 LOAD TERHIHRHL HERSU 19 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Load terminals Neutral coupling 25 worst case Test CONDUCTED EMISSIONS EM 55815 load tern RF level M i H ng 14 P9198 mon __ i paeak FERES di el tH tt S 38 28 d iaa
89. EN61000 3 2 EN61000 3 3 EN60669 2 1 amp EN60950 1 DS209 V1 0 Mode Lighting 2009 POWER SUPPLY WIRING EXAMPLE PSU 8 x 2A Dimmer Module 27772 8Ch 1 0 Module DIN PSU 24V DIN 02 08 DIN INT 00 08 00000000 00000000 NENET eeeceoceccko MAINS INPUT FRONT TERMINAL VIEW SINGLE GANG SWITCH PLATE IMPORTANT amp Mains input to power supply must be protected by suitably rated MCB Correctly certified cables must be used for all mains voltage and extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations v gt 2 5 U 4 x 5A Relay Module 5 2 27 8Ch I O Module DIN PSU 24V DIN RP 05 04 DIN INT 00 08 00000000 DO NOT CONNECT A WHEN TWO POWER SUPPLIES CONNECTED 8 x 2A Dimmer Module DIN 02 08 TIA DOOD Q000 OOD DS209 V1 0 Mode Lighting 2009 Control D www control4 com The DIN rail mounting modular lighting control solution from Control4 CONTENTS Power Supply Module 300mm Data Bus Link Cable 8 2 x Termination Plug 8 Control4 User Manual on CD INSTALLATION GUIDE Power Supply Module C4 DR PSU M The Power Supply module is a 3M sized DIN rail mounted low voltage PSU for use with all Control4 modules linked on an M BUS network 8 MOUNTING Modu
90. File Display Mode Configure Help STATUS Tite 28 July 2010 09 24 Ready e REPORT Plot Pre Scan Running Ro p X aes Settling Modulation C Standby EUT e Fault Prompt e FAULT Syn o Pre Scan Standard MONITOR P Current 1000 000 MHz Dwell 0 0 Secs Target 0 0 Hardware Modulation 1 KHz AM Total 00 15 30 Actual Do Frequency Elapsed Time Field Strength PRE SCAN STANDARD SCAN CUSTOM SCAN REPORT RESULTS SINGLE POINT EXIT Four full horizontal scans were conducted with the UUT in the front 90 degree right 90 degree left and 180 degree rear turntable position with respect to the antenna AI gt Dev 2 ID Dxtfef3bE gt Dev 2 DO Dxifeft p5 gt Dev 2 I2 Dxtfat 3pE A gt Dev 3 lD DxtfezfdD5 Dev 3 ID DxtfeTf455 gt Dev 3 lD DxtfezfdDs Dev 3 lD Dpxife7t ns gt Dev 3 1405 Dev 3 gt Dev 3 1405 Dev 3 gt Dev 4 gt Dey 2 gt Dey 4 Dey d i gt Dey 0 D x1f I 5b o afr Pack 1 of a Fack 1 gt p s aee sr esos 2 0 1 102121 ef s oe 12 zr Bs 08 of o Rack 1 imn 10 21221 ej 12 7F 08 0 p e al aeli 722 of 7 sof oj sir Pack 1 257 Bus Packet Framing
91. H EVOLUTION Control Plates amp Fascias EVO LCD 55 BLK with EVO L BSS 55 85000 0000 EVO LCD 55 WHI with EVO L WHI 55 EVO LCD 55 a TWIN GANG PLATE with Graphic LCD display w STYLISH SCREWLESS fascias 2 RGB COLOUR SELECTION for button indicators and backlight to LCD display W BUTTON COLOUR OPTIONS white or black w USER CONFIGURABLE button actions w PROGRAMMING socket located under front fascia W INTEGRAL IR Infrared receiver 2 CONTACT INPUTS 4 for configurable control 2 DIFFERENT FASCIA FINISHES available 2 MODE products are guaranteed for two years EVOLUTION IT WAS ONLY A MATTER OF TIME TECHNICAL DATA Power Supply Protocol Controls Inputs Indication LCD Display Dimensions Fixing Standards Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 ENGLAND Telephone 44 0 1920 462121 website www evolutioncontrols com EVO LCD 55 Control Plate 24 Volt from M BUS Mode M Bus 10 buttons and Infra red receiver 4 x VF inputs configurable operation Individual indicator and LCD backlight selection 32 colours user selectable 128 x 64 pixel mono graphic display 146 mm x 87 mm x 35 mm Weight 0 25kgs Suits standard UK twin gang box 40mm deep type Complies with EC EMC and Low Voltage Directives e mail sales modelighting com ORDER CODES Control Plates EVO LCD 55 BLK Control plate 10 Blac
92. Lighting 2009 8 Control D www control4 com The DIN rail mounting modular lighting control solution from Control4 CONTENTS Network Processor Unit 300mm Data Bus Link Cable 8 User Manual CD ROM INSTALLATION GUIDE Network Processor Unit C4 DR NPU M The Network Processor Unit is a control hub for the operation of multiple Control4 modules It is an advanced network gateway that allows a Control4 system to be controlled and configured remotely through a web browser amp MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification Control4 modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram Control4 modules must be earthed Modules contain no user serviceable parts and should not be opened Module Size 6M L 106mm x W 100mm x H 64mm Power Input 24V DC 250 mA max from data bus Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out Network Connection Ethernet 100 Base T RJ 45 ta Ma
93. Mode Lighting UK Limited Product Compliance File PRODUCT Section Title Mode eDIN 0 Declaration of Conformity Control4 DIN Lighting Control System DI N 02 08 DIN C4 DR DIM8 M 1 Product Description DI N 03 04 DIN C4 DR DI M4 M DI N INT 00 08 DIN C4 DR IOX8 M DI N NPU 00 01 DIN C4 DR NPU M DI N PSU 24V DIN C4 DR PSU M DI N RP 05 04 DIN C4 DR RM4 M 2 1 Harmonised Standards EMC DIN UBC 01 05 DIN C4 DR UBC M 2 2 Harmonised Standards LVD EVO INT CI 04 DIN C4 DR SW4 M EVO MBUS INT 232 DIN C4 DR SER M EVO LCD 55 EVO SGP 55 3 Appendix A EVO SGP 50 Product Literature EVO SGP 20 4 Appendix B Technical Specification 5 Appendix C Test Results EMC 6 Appendix D Test Results LVD 7 Appendix E Test results CTick Prepared by Approved by Section Issue Date A C Hayllar C Hayllar Contents A 24th November 2010 Mode Lighting UK Limited Product Compliance File 1 PRODUCT DESCRIPTION 1 1 Functional Description 1 2 Limitations on Use 1 3 Technical Description Prepared by A C Hayllar Approved by A C Hayllar The Mode eDIN Control 4 DIN Lighting Control System is a highly flexible scalable cost effective DIN rail mounting modular approach to lighting control designed to meet the increasing needs of systems integrators residential developers and designers for simple yet versatile lighting controls in a manageable and understandable form factor The range includes th
94. N60669 2 1 14 January 2010 Clause Obsevd Comply Rating Rated a c voltage 230V This subclause of part 1 does not apply Rated supply frequency 50Hz 60Hz Classification Switch Classification Electronic switch multi way single pole Electronic semiconductor without contact mechanism dimmer and electromagnetically operated contact mechanism with micro gap construction relay This subclause is blank Ordinary switch Push button Other external influence Surface type modules Flush type control plates Design B modules Design A control plates Screw type terminals Ordinary switch 2 Incandescent lamps at mains or low voltage when fed from a suitable transformer or electronic convertor dimmer and relay and fluorescent lamps and motors relay only This subclause of part 1 does not apply MODE lt lt 7 LIGHTING eDIN PRODUCT SAFETY INSPECTION REPORT Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Clause 8 1 Marking Rated load DIN 02 08 DI N 03 04 DI N RP 05 04 EVO RP 05 04 Rated voltage DI N 02 08 DI N 03 04 230V 10 DI N PSU 24V Rated frequency DI N 02 08 DI N 03 04 DI N UBC 01 05 DI N PSU 24V 8 circuits of 2A each 10A total maximum 4 circuits of 3A each 10A total maximum 5A maximum volt free contact 3A maximum volt free contact 230V 10 230V 10 100 230V 10
95. NDALONE MODE PROGRAMMING This is a set of instructions for programming scenes of up to 8 circuits using a 10 button single gang switch plate Note The address of the plate must be set to the same address as the dimmer module To begin programming scenes Hold down the scene button 1 8 for 5 secs for the scene that you wish to edit The LED for the selected scene will now flash blue channels that are included in the scene are illuminated green and excluded channels are illuminated red The following four functions A B C amp D can now be programmed in any order These are optional features and if the settings are not edited then default functions are used 10 Button Switch Plate B Set Channel Levels Set Scene Levels To change the master brightness of a complete scene press the A or V button to raise or lower all channels together VA To change the fade time begin by pressing and holding the buttons 1 and 5 together for 2 seconds C Set Scene Fade Time Buttons 1 4 will now be illuminated red with varying levels of brightness The brightest button indicates the fastest fade time Select a button Button 1 0 seconds Button 3 4 seconds Button 2 2 seconds Button 4 8 seconds 117 To set the level of channel press and hold the desired channel button 1 8 and hold A or V to raise or lower the brightness level as required To include exclude a channel hold the required channel button 1 8
96. NSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply Internal contact mechanisms are internal and have rated life expectancy of gt 40 000 operations for incandescent lamps Internal contact mechanisms are internal and have rated life expectancy of gt 10 000 operations for fluorescent lamps Electronic switch operates correctly Switches are internal and have rated life expectancy of 1 000 000 operations Electronic switch operates correctly Note Upon completion of tests 19 101 19 102 19 103 19 104 and 19 105 the electric strength from any terminal or live part to the body or accessible metal part is adequate No wear impairing further use deterioration of the enclosures insulating linings or barriers to such an extent that the electronic switch cannot be further operated or that the requirements of clause 10 are no longer complied with loosening of electrical or mechanical connections or seepage of sealing compound is evident Mechanical strength No damage within the meaning of the standard In particular live parts do not become accessible No damage within the meaning of the standard This subclause does not apply Force necessary for covers cover plates or actuating members to come off or not come off No access to live parts within the meaning of the standard This subclause does not apply 18 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s
97. NTEGRAL IR Infrared receiver w CONTACT INPUTS 2 for configurable control w DIFFERENT FASCIA FINISHES available o COCC 9 0000 2 MODE products are guaranteed for two years EVOLUTION LOIN with EVO S WHI 55 IT WAS ONLY A MATTER OF TIME T TECHNICAL DATA ORDER CODES 10 buttons and Infra red receiver EVO SGP 55 Control Plate Control Plates poo ew Power Supply 24 Volt from dataline EVO SGP 55 BLK Control plate 10 Black Buttons Individual indicator colour selection 32 colours user selectable EVO S PBR 55 Fascia MK Aspect Polished Brass 87 mm x 87 mm x 25 mm Weight 0 17kgs EVO S BSS 55 Fascia MK Aspect Brushed Stainless Steel Suits standard UK single gang box 40mm deep type EVO S POC 55 Fascia MK Aspect Polished Chrome Standards Complies with EC EMC and Low Voltage Directives EVO S WHI 55 Fascia MK Aspect White Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 ENGLAND 44 0 1920 462121 Facsimile 44 0 1920 466881 e mail sales modelighting com website www evolutioncontrols com DESCRIPTION Evolution is a versatile and highly configurable architectural control system designed for both lighting and peripheral management Evolution is uniquely adaptable making it an ideal choice for use in a vast number of applications including modern smart homes shopping centres restaurants hotels cruise ships boardrooms hospitali
98. ODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply 22 5 23 1 23 2 23 3 Current carrying parts including those of terminals and earth terminals are of a metal that has adequate mechanical strength electrical conductivity and resistance to corrosion for the intended use Contacts which are subject to a sliding action in normal use are of a metal that is resistant to corrosion No thread forming screw or thread cutting screw is used for the connection of current carrying parts Two or more thread forming screws or thread cutting screws that are not disturbed in normal use are used to provide earth continuity Creepage distances clearance and distances through sealing compound Creepage distances clearance and distances through sealing compound are not less than the values shown in table 20 Insulating compound does not protrude above the edge of the cavity in which it is contained There are no bare current carrying strips to the back of the switch Resistance of insulating material to abnormal heat to fire and to tracking Parts of insulating material which might be exposed to thermal stresses due to electric effects and the deterioration of which might impair the safety of the electronic switch are not unduly affected by abnormal heat and by fire a Parts of insulating material necessary to retain current carrying parts and parts of the earthing cir
99. Pack 1 Pack 1 MI gt passcade settings Sel settings Se passcode settings Sel passcode seltngs Sel passcade passcode passcade Se passcode settings passcode settings Sel passcode settings SE passcade settings SE passcode senos Se passcode settings 5E passide settings Set passoni Scene 3 recall request Start radiated tesi Test complete power OFF MODE LIGHTING PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 mi gt lt Display Mode Configure Help STATUS Title 28 July 2010 13 15 p m Ready e REPORT Plot Pre Scan Running Settling Modulation Standby EUT Fault Prompt FAULT synth Pre Scan Standard MONITOR P 1 1000 000 MHz Dwell leo Secs Target loo VM Hardware Modulation 1 KHz AM Total 00 15 43 Actual 00 Frequency Elapsed Time Field Strength PRE SCAN CUSTOM SCAN RUM REPORT RESULTS SINGLE POINT EXIT Four full vertical scans were conducted with the UUT in the 180 degree rear 90 degree right 90 degree left and front turntable position with respect to the antenna 3 12 1 1 oc slic e em Deva PkD D Oxtmer __
100. Pass 66 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results EVO 10 12 and EVO LCD 55 Mains terminals Live coupling 2596 worst case Test 55815 1903 CONDUCTED EMISSIONS level 1 diut 118 P lC d P3138 188 Quas i paak Loy Freg B BBH 3 Limit EH 55815 1993 CONDUCTED E Mains terminals Neutral coupling 2596 worst case Test EH CONDUCTED ERISSIUMS OPSAYG levet diut 5 P3198 NODE 7 T Ti UP ml oll i gg zi a B H1 8 682 8 amp B5 H 1 H 38 rim een anh __ 1 Log Freq 8 889 SB HHz Limit EH 55815 1993 CONDUCTED E 67 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Mains terminals Neutral coupling 2596 worst case Average Detector Test EH 55815 1883 CONDUCTED EMISSIONS AUG HF leue fwerage 1Bnx Log Freg 8 15 3B HHz Linit EM 55815 1933 CONDUCTED E Load terminals Live coupling 2596 worst case lest Piani EHISSIUMS EH 55815 load term HF level a M Quas 5H 28
101. RODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Power Frequency Magnetic Fields to EN 61000 4 8 Performance criterion Test Method Test is not applicable as the product contains no components that are susceptible to magnetic fields at the specified frequency range and test level Overall result Pass Voltage Dips and nterruptions to 61000 4 11 Performance criterion C 3096 B 10096 Test Method 10 dips and interruptions with a voltage reduction and period as per the table below were applied to the unit under test with a 20 second interval between interruptions Results Test level Duration ____ 70 ve polarity 200 5 70 ve polarity 200mS 0 ve polarity 0 ve polarity Observations No change of state observed upon completion of the tests Overall result Pass 30 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 DI N PSU 24V CONDUCTED EMI SSI ONS to EN 55015 2006 Tested by C Jones Test date 01 03 2010 Test equipment used Advantest R3621 Spectrum Analyser Chase MN2050 LISN Model tested DIN PSU 24V Test set up The tests were conducted at the maximum rated load 24V at 800mA Test result Pass 3l MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010
102. S eDIN Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with the National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification eDIN Modules must be earthed Modules contain no user servicable parts and should not be opened Please see the eDIN installation manual for further details and examples of standalone operation or visit www edincontrols com COMPANY BACKGROUND DIN INT 00 08 6M 104mm Wide x 100mm High x 64mm Deep 0 35kg 24V DC Supplied through M BUS Connection M Bus Connection Mode M BUS 2 x RJ 45 in and out Input Mode 50 mA Output Mode Up to 850mA 0 1 10V input or contact closure input config urable as closed released held released 0 1 10V output or DSI output configurable 36 Channels 12 x 3 channel RGB Groups 2mA per channel maximum 250mA per channel maximum 0 40 C EN55015 EN61547 EN61000 3 2 EN61000 3 3 and EN60669 2 1 Mode Lighting work closely with Lighting Designers M amp E Consultants Architects Quantity Surveyors Developers Electrical Contractors and specialist AV installers to ensure the right solution is provided for every individual project Products designed and manufactured by Mode Lighting include control systems e
103. To change the master brightness of a complete scene press the A or V button to raise or lower all channels together VA To change the fade time begin by pressing and holding the buttons 1 and 5 together for 2 seconds C Set Scene Fade Time Buttons 1 4 will now be illuminated red with varying levels of brightness The brightest button indicates the fastest fade time Select a button Button 1 0 seconds Button 3 4 seconds Button 2 2 seconds Button 4 8 seconds 117 To set the level of channel press and hold the desired channel button 1 8 and hold A or V to raise or lower the brightness level as required To include exclude a channel hold the required channel button 1 8 and then press A to include the channel or V to exclude the channel D Include Exclude Channels Channels that are included in the scene will be illuminated green and channels that are excluded will be lit red Channels which are excluded from a scene will not change brightness when the scene is selected To exit programming mode hold down the flashing blue scene button for five seconds Alternatively to begin editing another scene hold down the button for the new scene for five seconds and begin editing options A B C amp D as above return to stage two Other Plate Functions Master Plate Setting a plate s address to 511 sets it as a master which will control all modules on any address On Off Switch There are two sets
104. UBAI 05000 V1 HONG KONG MODE N LIGHTING www edincontrols com The DIN rail mounting modular lighting control solution from Mode Lighting CONTENTS Power Supply Module s 300mm Data Bus Link Cable 2 x Termination Plug eDIN User Manual on CD INSTALLATION GUIDE Power Supply Module DIN PSU 24 The Power Supply module is a 3M sized DIN rail mounted low voltage PSU for use with all eDIN modules linked on an M BUS network SPECIFICATION amp MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable Regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification eDIN modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram All eDIN modules must be earthed Modules contain no user serviceable parts and should not be opened Module Size 3M L 53mm x W 100mm x H 64mm Mains Input 90 264V 50 60Hz 30VA maximum Output 24V 1A Total Maximum Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connection 1 x RJ 45 Output 24V 1A Total Maximum ta Max 40 C tc Max 60 C Standards CE EMC amp LDV EN55015 EN61547
105. Voltage Directives may be invalidated if not used or installed according to the published specification Control4 modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram Dimmer modules produce heat according to loading Care should be taken that the maximum ambient temperature of 40 C is not exceeded particularly when installed within small non ventilated enclosures or when multiple dimmer modules are installed within a single enclosure All Control4 modules must be earthed Modules contain no user Module Size 9M L156mm x W100mm x H64mm Mains Input 230V 10 50 60Hz single phase Power Input 24V 50 mA max from data bus Max Wire Size 2 5mm input 1 5mm output Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out Loading 3A approx 700W per channel resistive or inductive load Total 10A max ta Max 40 80 Standards CE EMC amp LVD EN55015 EN61547 EN61000 3 2 EN61000 3 3 amp EN60669 2 1 Ze IB DS212A V1 1 Control4 2010 PROTECTION ON MAINS INPUT LIVE NEUTRAL EARTH 8 Output circuits may be protected by suitably rated MCBs as shown if required P 4 x 3A Dimmer Module IMPORTANT Mains input must protected by 10A maximum 00000000 type C MCB LIVE OUT NEUTRAL OUT EARTH
106. a contact input type to ON simulates the input being triggered DS207A V1 2 1 O Control4 2010 DIN NPU 00 01 SPECIFICATION SHEET amp DI N With web based setup and remote network operation the eDIN Network Processor Module expands the capabilities of the eDIN range enabling versatile lighting control multiple rooms which can be further extended using the built in RS232 and Ethernet connections to include full integration with modern multi media systems CONTROLLING THE FUTURE OF LIGHTING PRODUCT INFORMATION gt Simple web based programming amp operation gt Remote control through Ethernet gt Integration by RS232 or TCP IP Telnet M BUS enabled gt Astronomical Time Clock gt Only one NPU required per eDIN network gt Scene Setting Toggle amp Impulse functionality gt Compact 6M width DIN Rail Mounting Module gt Complies with EC EMC and Low Voltage Directives gt CE compliant gt SO9001 certified design and manufacturing facility gt Future ready for energy monitoring and reporting The Network Processor Module allows the setup and An onboard astronomical time clock allows for easy operation of integrated lighting controls for appart setup of automated events for security and energy ments home cinemas boardrooms auditoriums saving applications System configuration is carried and multi room applications Onboard 5232 and out using the Ethernet port either by direct
107. and similar fixed electrical installation Indoor only Class 1 mains earth required 230V 10 50Hz 60Hz single phase DI N 02 08 10A total maximum DI N 03 04 10A total maximum DI N RP 05 04 5A maximum volt free contact DIN INT 00 08 NA DIN NPU 00 01 NA DIN PSU 24V NA DIN UBC 01 05 NA EVO LCD 55 NA EVO SGP 55 NA EVO SGP 50 NA EVO SGP 20 NA EVO INT CI 04 NA EVO MBUS INT 232 NA MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Output Power Ta Type of terminals Marking plate DI N 02 08 2500W total maximum DI N 03 04 2500W total maximum DI N RP 05 04 1200W maximum volt free contact DIN INT 00 08 NA DI N NPU 00 01 NA DI N PSU 24V NA DIN UBC 01 05 NA EVO LCD 55 NA EVO SGP 55 NA EVO SGP 50 NA EVO SGP 20 NA EVO INT CI 04 NA EVO MBUS INT 232 NA 0 to 30 maximum Screw terminals DIN 02 08 DIN C4 DR DIM8 M DIN 03 04 DIN C4 DR DIM4 M DIN INT 00 08 DIN CA4 DR 1OX8 M DI N NPU 00 01 DIN C4 DR NPU M DI N PSU 24V DIN C4 DR PSU M DIN RP 05 04 DIN C4 DR RM4 M DIN UBC 01 05 DIN C4 DR UBC M EVO INT CI 04 DIN C4 DR SW4 M EVO MBUS INT 232 DIN C4 DR SER M EVO LCD 55 EVO SGP 55 EVO SGP 50 EVO SGP 20 Remarks Requirements not applicable marked NA Requirements not tested marked NT MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and E
108. and then press A to include the channel or V to exclude the channel D Include Exclude Channels Channels that are included in the scene will be illuminated green and channels that are excluded will be lit red Channels which are excluded from a scene will not change brightness when the scene is selected To exit programming mode hold down the flashing blue scene button for five seconds Alternatively to begin editing another scene hold down the button for the new scene for five seconds and begin editing options A B C amp D as above return to stage two Other Plate Functions Master Plate Setting plate s address to 511 sets it as a master which will control all modules any address On Off Switch There are two sets of contact input terminals on the rear of the plate A contact closure on Input 1 has the same effect as pressing the V button A contact closure on Input 2 has the same effect as pressing the A button These inputs could also be used on a plate set to address 511 to facilitate an all on and an all off function DS212 V1 1 Mode Lighting 2010 The on board menu on the eDIN modules is used to setup a device for use standalone mode Channel settings can be adjusted using this menu or by using a switch plate as per earlier instructions Alternatively adding an eDIN Network Processor Unit to your setup will allow you to configur
109. ands to 5232 devices or any combination of these features All Mode products are guaranteed for two year period EVO SPG 55 INTERNAL DETAILS System ij Programming mm Socket Infrared IR Heceiver M Bus Data Connections M Bus Data Connections 32 User Configurable selectable colours Input Configurable Volt free Input Dip Switch for address selection and Data Line termination resistor COMPANY SUMMARY Mode was established in 1970 as an Original Equipment Manufacturer in Hertfordshire England Mode designs and manufactures electronic products principally for the lighting industry initially supplying the discotheque market and more recently expanding into the architectural and cruise ship markets Mode is a subsidiary of a privately owned Holding Company and has four associated electronic companies who together trade as The Mode Group Mode Lighting UK Limited reserve the right without notice to amend the technical information and specifications DSO000 09 04 MODE LIGHTING EVOLUTION Control Plates EVO SGP 55 amp Fascias EVO SGP 55 BLK with EVO S PBR 55 w SINGLE GANG PLATE w STYLISH SCREWLESS fascias w RGB COLOUR SELECTION for button indicators w BUTTON COLOUR OPTIONS white or black w USER CONFIGURABLE button actions EVO SGP 55 BLK with EVO S BSS 55 2 PROGRAMMING socket located under front fascia w I
110. applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply No access to non earthed metal parts separated by creepage distances according to table 20 within the meaning of the standard No access to insulating earthed SELV or non earthed metal part separated by creepage distances and by clearances twice those according to table 20 within the meaning of the standard Electronic switch compliant Electronic switch compliant No switch is cord operated Resistance to heat No change impairing future use No access to live parts which are normally not accessible Markings still legible Parts of insulating material necessary to retain current carrying parts and parts of the earthing circuit in position are compliant Parts of insulating material not necessary to retain current carrying parts and parts of the earthing circuit in position even though they are in contact with them are compliant Screws current carrying parts and connections No damage impairing further use of screws and nuts which are operated when connecting the external conductors and mounting the switch during installation No screw engages with a thread of insulating material during installation Electrical connections are so designed such that contact pressure is not transmitted through insulating material Screws and rivets which serve as electrical as well as mechanical connections are locked against loosening or turning 19 MODE LIGHTING UH PR
111. ast 2 DE module of the MBUS chain 1 PSU Supported To Control MAINS INPUT iru Supported using Control4 Relay Please contact Mode Lighting for further technical information E In order to test Control4 system once it has been wired together fallow the shaded instructions on the back page DALI BALLAST 0 10V DSI BALLAST IMPORTANT Correctly certified cables must be used for all mains voltage and extra lav voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations Mains input to both Power Supply amp Universal Ballast Control module must be protected by a suitably rated MCB DS213A V1 1 Control4 2010 __ SET UP TESTING Any channel configured to be an output type can be tested from the test gt output menu Any channel configured to be a contact input type can be tested from the test input menu Setting a PIR input channel to PIR Walk Test will shorten the PIR activation time to approximately 10 sec Setting a contact input type to ON simulates the input being triggered t i i CH1 CH2 CH3 CF etc PIR Walk Test OK FAIR POOR BAD input or output of cach channel Restore FAULT FINDING 8 ERR displayed when entering ASGN menu No ballasts have been found yet Carry out step 1 of DALI ballast commissioning procedure first When finding
112. ballasts during commissioning the number of ballasts found is not the number expected When carrying out step 1 of the DALI commissioning procedure all ballasts connected to the DALI universe should extinguish If any do not check the wiring to those ballasts Due to the way DALI operates in rare cases two ballasts may reply as one If the number of ballasts found is less than expected and the wiring is correct repeat step 1 of the commissioning procedure DS213A V1 1 Control4 2010 MODE LIGHTING EVOLUTION Contact Input Module EVO INT CI 04 IT WAS ONLY A MATTER TIME TS Wire Length 195mm 26mm SERRE ELSES SAHAA T O n EVOLUTION IT WAS ONLY A MATTER TIME csi 45mm w FOUR Contact Inputs w INPUT TYPE normally open normally closed may be inverted in software W Scares 2 5mm screw terminal connections without the need for rewiring or M Bus 2 WIRE INPUTS for switch connections TRIGGER on either contact closed open held closed released after held states W M BUS Power Data Indicator LED uW UP TO 255 modules per M Bus network over w NO ADDITIONAL power supply required 1000 inputs w COMPLIES with EC EMC and Low Voltage w INPUT SENSITIVITY contact closed held Directives C time and de bounce is configurable from PC software for each input 2 TWO YEAR warranty TECHNICAL DATA EVO INT CI 04 EVO INT CI 04 Power Suppl
113. conditions are present these will be displayed on screen instead DATA BUS FAULT TEST MOOE ACTIVE Sea 2 78 8 8 B18 8 8 8 Output GAP Input Jg 2 vidue 0 99 wang sort mmens s enter 10 Got Cup Setect 1 900 mnes PUP EZ down PIR Time NOTE Cap cannot be set below the current Cup level and conversely the Cup level cannot be set above the current Cap level irl 73 configured to be an output type can be tested from the test gt output menu m Any channel configured to be contact input type can be tested from the test gt input menu l l omma n Setting input channel to Walk Test will shorten the PIR activation time to approximately 10 sec Setting a contact input type to ON simulates the input being triggered DS207 V1 2 1 Mode Lighting 2010 Control D www control4 com The DIN rail mounting modular lighting control solution from Control4 CONTENTS 8 Channel Input Output Module 300mm Data Bus Link Cable INSTALLATION GUIDE 8 Channel I O Module C4 DR IOX8 M The 8 Channel Input Output module is a 6M sized DIN rail mounted unit which can be configured to accept 0 10V 1 10V DSI or switched contact inputs or provide 0 10V 1 10V DSI or DMX outputs to SELV Safety Extra Low Voltage equipment
114. crossing 0 Pass 2 50V 90 5 3 50V 14 jZerocrossing 0 Pass 4 50V 18 jPeak 90 5 5 100V L E Zero crossing 0 6 100V L E 7 Peak 90 8 100V Peak 90 Pass 9 100V N E jZerocrossing 0 Pass Observations No change of state observed Overall result Pass 40 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Radio Frequency Common Mode to EN 61000 4 6 Performance criterion A Test Method Mains Input The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor Control Input MBus The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination Results Limits sf Coupling Cs Result 9k to 80MHz 3V 80 AM 1KHz CDN M3 to Mains Input Pass 9k to 80MHz 3V 80 AM 1KHz Current Transformer to Bus Cable Pass Observations No change of state observed Overall result Pass 41 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September
115. cted all relays closed lamps on Pass The performance criterion for each test was taken from Table 14 73 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results Electrostatic Discharges to EN 61000 4 2 Performance criterion B Test Method Ten discharges per test were applied to various locations on the fascia plate of the unit under test Results Discharge Type Result a fow 4000V 8000V 8000V Observations No change of state observed Overall result Pass 14 MODE lt lt 7 LIGHTING eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 PRODUCT EMC TEST REPORT Radio Frequency Electromagnetic Fields to EN 61000 4 3 Performance criterion Test Method The test was carried out using a Chase Antenna Turntable Holaday HI4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier in a ferrite lined anechoic chamber Pre scan and 4 complete scans were conducted with both vertical and horizontal polarization with the UUT in the front right left and rear turntable position with respect to the antenna Results Limits 3 Couping ____ 80 to 1000MHz 3V m 8096 AM 1KHz Radiated horizontal 80 to 1000MHz 3V m 8096 AM 1KHz Radiated vertical Observations Pre scan horizontal polarization
116. cturing facility Every eDIN system requires a Power Supply Module The Power Supply connects to other eDIN modules The DIN PSU 24V outputs up to 1A at 24V to using plug in RJ45 connector leads A four way ter power the M BUS network and modules Additional minal block is included for connection of the M Power Supplies can be added if the required network BUS to remote devices which are connected using a loading exceeds the 1A limit 0 5mm Power amp Data cable EVO CAB 00 04 or equivalent M BUS CONNECTIVITY The eDIN Control System from Mode Lighting allows individual modules to be selected to create the desired lighting system From simple standalone systems for individual rooms to a fully connected and integrated multi room system eDIN modules can adapt to suit the project requirements LONDON DUBAI MODE LIGHTING CONTROLLING THE FUTURE OF LIGHTING Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 9AD United Kingdom Tel 4 44 0 1920 462121 Fax 44 0 1920 466881 email sales modelighting com www modelighting com HONG KONG INSTALLATION NOTES eDIN Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with the National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may b
117. cuit in position except for parts of insulating materials necessary to hold in position the earthing terminal in an enclosure are compliant 20 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply b Parts of insulating material not necessary to retain current carrying parts and parts of the earthing circuit in position even though they are in contact with them and parts of insulating materials necessary to hold in position the earthing terminal in an enclosure are compliant 24 2 Electronic switch resistance to tracking Ferrous parts adequately protected against rusting EMC Requirements EMC immunity compliant to EN 60669 2 2 and EN 61547 Voltage dips and interruptions cause no change to switch state and or setting Surges cause no change to switch state and or setting Fast transients cause no change to switch state and or setting Electrostatic discharges cause no change to switch state and or setting Radiated electronic fields cause no change to switch state and or setting This subclause does not apply This subclause does not apply EMC emission compliant to EN 60669 2 2 Low frequency emissions compliant with EN 61000 3 2 and EN 61000 3 3 Radio frequency emissions compliant with EN 55015 21 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010
118. cuits low power consumption and the fact that the load does not change In addition it should be noted that the product does not contain a mechanical switch or relay will not be switched frequently and contains inrush current limiting circuitry 57 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 IMMUNITY to EN 61547 2009 Tested by Test date Test equipment used Model tested Test set up Test result A Hayllar C Jones C Jones 28 07 2010 30 07 2010 13 08 2010 Schaffner Best Plus EMC Immunity Test System EN 61000 4 3 Chase antenna Turntable Holaday HI 4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier EN 61000 4 6 Mains Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor EN 61000 3 6 MBus Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination DI N UBC 01 05 DIN PSU 24V EVO SGP 55 DI N PSU 24V powering EVO SGP 55 via MBus connected to DIN UBC 01 05 with DALI dimmable fluorescent ballast Stand alone mode scene 3 selected fluorescent lamp at 50 Pass The performance criterion f
119. d alone mode with scene 3 selected all relays closed lamps on DIN NPU 00 01 moniored by PC connected to RS232 input Pass The performance criterion for each test was taken from Table 14 46 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results Electrostatic Discharges to EN 61000 4 2 Performance criterion B Test Method Ten discharges per test were applied to various locations on the fascia plate of the unit under test Results Discharge Type Result a fow 4000V 8000V 8000V Observations No change of state observed Overall result Pass 47 MODE lt lt 7 LIGHTING eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 PRODUCT EMC TEST REPORT Radio Frequency Electromagnetic Fields to EN 61000 4 3 Performance criterion Test Method The test was carried out using a Chase Antenna Turntable Holaday HI4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier in a ferrite lined anechoic chamber Pre scan and 4 complete scans were conducted with both vertical and horizontal polarization with the UUT in the front right left and rear turntable position with respect to the antenna Results Limits 3 Couping ____ 80 to 1000MHz 3V m 8096 AM 1KHz Radiated horizontal 80 to 1000MHz 3V m 8096 AM 1KHz Radiated
120. d holding the To include exclude a channel hold the required channel buttons 1 and 5 together for 2 seconds button 1 8 and then press A to include the channel or V to Buttons 1 4 will now be illuminated red with varying levels of brightness The brightest button indicates the fastest fade Channels that are included in the scene will be illuminated time Select a button green and channels that are excluded will be lit red Channels Button Su Button 3 S seconde which are excluded from a scene will not change brightness when the scene is selected Button 2 2 seconds Button 4 8 seconds To exit programming mode hold down the flashing blue scene button for five seconds Alternatively to begin editing another scene hold down the button for the new scene for five seconds and begin editing options A B C amp D as above return to stage two Other Plate Functions Master Plate Setting plate s address to 511 sets it as a master which will control all modules on any address On Off Switch There are two sets of contact input terminals on the rear of the plate A contact closure on Input 1 has the same effect as pressing the V button A contact closure on Input 2 has the same effect as pressing the A button These inputs could also be used on a plate set to address 511 to facilitate an all on and an all off function DS207 V1 2 1 Mode Lighting 2010 OUTPUT WIRING EXAMPLE IMPORTANT
121. d horizontal 80 to 1000MHz 3V m 8096 AM 1KHz Radiated vertical Observations Pre scan horizontal polarization File Display Mode Configure Help STATUS Tite 28 July 2010 09 24 Ready e REPORT Plot Pre Scan Running Ro p X aes Settling Modulation C Standby EUT e Fault Prompt e FAULT Syn o Pre Scan Standard MONITOR P Current 1000 000 MHz Dwell 0 0 Secs Target 0 0 Hardware Modulation 1 KHz AM Total 00 15 30 Actual Do Frequency Elapsed Time Field Strength PRE SCAN STANDARD SCAN CUSTOM SCAN REPORT RESULTS SINGLE POINT EXIT Four full horizontal scans were conducted with the UUT in the front 90 degree right 90 degree left and 180 degree rear turntable position with respect to the antenna AI gt Dev 2 ID Dxtfef3bE gt Dev 2 DO Dxifeft p5 gt Dev 2 I2 Dxtfat 3pE A gt Dev 3 lD DxtfezfdD5 Dev 3 ID DxtfeTf455 gt Dev 3 lD DxtfezfdDs Dev 3 lD Dpxife7t ns gt Dev 3 1405 Dev 3 gt Dev 3 1405 Dev 3 gt Dev 4 gt Dey 2 gt Dey 4 Dey d i gt Dey 0 D x1f I 5b o afr Pack 1 of a Fack 1 gt p s aee sr esos 2 0 1 102121 ef s oe 12 zr Bs 08 of o Rack 1 imn 10 21221 ej 12
122. dy e REPORT Plot Pre Scan Running Ro p X aes Settling Modulation C Standby EUT e Fault Prompt e FAULT Syn o Pre Scan Standard MONITOR P Current 1000 000 MHz Dwell 0 0 Secs Target 0 0 Hardware Modulation 1 KHz AM Total 00 15 30 Actual Do Frequency Elapsed Time Field Strength PRE SCAN STANDARD SCAN CUSTOM SCAN REPORT RESULTS SINGLE POINT EXIT Four full horizontal scans were conducted with the UUT in the front 90 degree right 90 degree left and 180 degree rear turntable position with respect to the antenna AI gt Dev 2 ID Dxtfef3bE gt Dev 2 DO Dxifeft p5 gt Dev 2 I2 Dxtfat 3pE A gt Dev 3 lD DxtfezfdD5 Dev 3 ID DxtfeTf455 gt Dev 3 lD DxtfezfdDs Dev 3 lD Dpxife7t ns gt Dev 3 1405 Dev 3 gt Dev 3 1405 Dev 3 gt Dev 4 gt Dey 2 gt Dey 4 Dey d i gt Dey 0 D x1f I 5b o afr Pack 1 of a Fack 1 gt p s aee sr esos 2 0 1 102121 ef s oe 12 zr Bs 08 of o Rack 1 imn 10 21221 ej 12 7F 08 0 p e 722 of ol 7 sol oj sir Pack 1 257 Bus Packet Framing Pack 1 Pack 1 MI gt passcade settings Sel setting
123. e 2010 Test results Mains terminals Live coupling 115 EN 55015 Conducted 9kHz 30MHz s peeeomegeeseewe Ll Ll LLLI I wos OTR SS is i __ eine Level dBuV Frequency Hz Mains terminals Neutral coupling 115 EN 55015 Conducted 9kHz 30MHz spasao Lll ll LC eee E ___ _ Level dBuV Frequency Hz 11 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Level dBuV 50k Frequency Hz Note The peak at 909 kHz is an ambient due to the local transmitter at Brookmans Park approximately 10 miles from the test site Ware SG12 9AD This transmitter radiates 150kW at 909kHz The extract below is from the BBC website BBC Radio Five Live MW 50218707 70744080 57070926 12 MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 CONDUCTED EMI SSI ONS to AS NZS CI SPR 15 2006 EN 55015 2006 Tested by P Hodgskin Test date 18 11 2009 Test equipment used Advantest R3621 Spectrum Analyser Chase MN2050 LISN Tungsten Load Lamps 500W Model tested DIN PSU 24V DIN NPU 00 01 DIN RP 05 04 DIN INT 00 08 EVO SGP 55 Test set up The tests were conducted in stand alone mode with scene 3 selected all relays closed on Test result Pass 13 MODE LIGHTING UH
124. e following models DIN 02 08 DIN C4 DR DIM8 M DIN 03 04 DIN C4 DR DIM4 M DIN INT 00 08 DIN C4 DR IOX8 M DIN NPU 00 01 DIN C4 DR NPU M DIN PSU 24V DIN C4 DR PSU M DIN RP 05 04 DIN CA DR RMA M DIN UBC 01 05 DIN CA DR UBC M EVO INT CI 04 DIN CA DR SWA M EVO MBUS INT 232 DIN C4 DR SER M EVO LCD 55 EVO SGP 55 EVO SGP 50 and EVO SGP 20 Each model employs modular circuits or multiples thereof which contain common electronic components The EMC characteristics with respect to both emissions and immunity and the Safety performance will therefore be the same for each model The product should be professionally installed by a competent person or qualified electrician It is intended for use in audio visual lighting and security control applications for domestic and commercial premises e g homes restaurants retail shops hotels and offices Itis not designed for use in safety or emergency lighting applications Installation must be in accordance with the relevant National Wiring Regulations and other applicable regulations Compliance to the EC Electromagnetic EMC and Low Voltage LVD Directives may be invalidated 1 not used or installed according to the published specification Further application and connection information is contained in Appendix A Section 3 Parts lists circuit diagrams and manufacturing specifications are contained in Appendix B Section 4 Section Issue Date
125. e invalidated if not used or installed according to the published specification eDIN Modules must be earthed Modules contain no user servicable parts and should not be opened Please see the eDIN installation manual for further details and examples of standalone operation or visit www edincontrols com COMPANY BACKGROUND MODEL Power Supply Unit DIN PSU 24V 3M 56mm Wide x 100mm High x 64mm Deep 0 34kg 230 Volt 10 50 60Hz single phase Rising cage screw terminals Maximum wire size 1 5mm Mode M BUS 1 x RJ 45 1 x 4 way rising cage screw terminals Maximum wire size 1 5mm2 1A maximum Each eDIN System requires at least one DIN PSU 24V If the M BUS current requirements exceed 1000mA additional DIN PSU 24V Modules should be used 0 35A maximum 0 40 C EN55015 EN61547 EN61000 3 2 EN61000 3 3 EN60669 2 1 amp EN60950 1 Mode Lighting work closely with Lighting Designers M amp E Consultants Architects Quantity Surveyors Developers Electrical Contractors and specialist AV installers to ensure the right solution is provided for every individual project Products designed and manufactured by Mode Lighting include control systems electronic transformers and LED assemblies Nearly 40 years of experience in these areas has lead to the creation of a worldwide network of satellite offices distributors and dealers to provide local sales and technical support to clients on Mode products LONDON D
126. e your system using eDIN software operated using a web browser via an ethernet connection Jo yo uo wn yojas ue 2 5 1a sna viva nof JO yo JO uo 95042 ues aJau uoJ4 nuaw y 389 fuedoud pejjejsutr SI 159 Ajdwis JALOV 1531 3HniVH3dlWN31 H3 O uees9s uo eq j gue suonipuoo jo Aue 99 25 uo po e dsip s 55 uondo nuaw e Buoys jou Pum b e eo jo juo vo 3 E 5 Eng Qva QOO9 PLO LON suogdo 857 DS212 V1 1 Mode Lighting 2010 Control D www control4 com The DIN rail mounting modular lighting control solution from Control4 CONTENTS 8 4 x 3A Dimmer 300mm Data Bus Link Cable INSTALLATION GUIDE 4 x Dimmer Module ca DR DIM4 M The Control4 8 x 2A Dimmer module is a 9M sized leading edge dimmer suitable for inductive or resistive loads of up to 10A total MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low
127. ed to suit certain motor control types that DIN UBC 01 05 to control the mains switching for require direction control ensuring that the relay 1 10V fluorescent ballasts When used with an eDIN module provides provide flexible adaptable control Network Processor Unit full control of each output for small to medium scale projects is available An on board menu system provides simple setup of circuit functions relay test facility M BUS CONNECTIVITY MODE LIGHTING CONTROLLING THE FUTURE OF LIGHTING Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 9AD United Kingdom Tel 4 44 0 1920 462121 Fax 44 0 1920 466881 email sales modelighting com www modelighting com The DIN RP 05 04 eDIN Module is M BUS enabled and can be used with the Evolution control system as a slave relay unit allowing the flexible and compact eDIN Modules to be combined with the highly configurable Evolution System making Mode Lighting products the perfect choice for any scale of project LONDON DUBAI HONG JM 4 x 5A Relay Module CEE DIN RP 05 04 02002002000 DIN PSU 24V A termination plug must always be fitted to the last module ofthe MBUS chain TERMINAL LAYOUT NC 1 coM a 1a 1 NC 1b NO ib COM 2 2 ao v NO 3 REN 99 4
128. edincontrols com www edincon trois com 4 x 5A Relay Module Power Supply E Power In 24 DC BOm A max from data bus Tis modu be must be aod beia Maris Input 50 an aporo wed This modue must be and Z50V max or Compliant with EC EHC and Low Voltage Directwes Suse User Gu hick for full instruciions Sape User Guide Bor 8 Channel Module DIN INT 00 08 Power In 247 DC nom 850m max farm data bus This module mast earthed and within Complis with EC and Low Voltage Directives Zupe User Guide for Gull Metwork Processor Unit DIN NPU 00 01 Power 24 DC z 50m max from dam bus This UE bie cathod wes edimoontmis com Universal Ballast Control Module DIN UBC 01 05 Mains Input 90 264 50 Poner In 247 DC 50m mar from data bus This module must be an aon Moire Com niin with and Low Voltage Directives See User Guide for full insteuctions lt N LIGHTING PRODUCT TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 EVO SGP 55 front view EVO SGP 50 front view EVO SGP 20 front view EVO I NT CI 04 T a Militi Product
129. ember 2010 Power Frequency Magnetic Fields to EN 61000 4 8 Performance criterion Test Method Test is not applicable as the product contains no components that are susceptible to magnetic fields at the specified frequency range and test level Overall result Pass Voltage Dips and nterruptions to 61000 4 11 Performance criterion C 3096 B 10096 Test Method 10 dips and interruptions with a voltage reduction and period as per the table below were applied to the unit under test with a 20 second interval between interruptions Results Test level Duration ____ 70 ve polarity 200 5 70 ve polarity 200mS 0 ve polarity 0 ve polarity Observations No change of state observed upon completion of the tests Overall result Pass 18 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 DI N 03 04 EVO SGP 55 CONDUCTED EMI SSI ONS to EN 55015 2006 Tested by Test date Test equipment used Model tested Test set up Mains Terminals Load terminals Test result C Jones 25 02 2010 Advantest R3621 Spectrum Analyser Chase MN2050 LISN Tungsten Load Lamps 750W DIN 03 04 EVO SGP 55 The tests were conducted to circuit 1 with the unit set to 50 load lamps dimmed to 50 Pass 19 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000
130. embers need not come off when applying a force not exceeding 120N in directions perpendicular to the mounting surface There are no free openings in the enclosure when fixed and wired as in normal use There are no rotary switches Fixing screws or other means for mounting are easily accessible from the front and serve no secondary fixing purpose 14 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply Electronic switch comprises a single base with independent fixing Accessories combined with the electronic switch comply with the standard Electronic switch IP rating is not compromised when fitted with conduit or PVC sheathed or similar types of cable Design facilitates preparation of the conductor ends in backbox enclosure prior to fitting of electronic switch The base has adequate stability when mounted in the backbox enclosure This subclause does not apply Specified backboxes enclosures facilitate the introduction of conduit or the sheath of the cable to afford complete mechanical protection and provide sufficient inlet openings for conduit or cable entry This subclause does not apply There are no membranes There are no membranes There are no membranes Lenses and the like are reliably fixed There are no membranes Protection is provided by external fuse or circuit breaker rated at 10A maximum compliant to National Wiring Regulations
131. es contain no user serviceable parts and should not be opened Module Size 6M L 106mm x W 100mm x H 64mm Mains Input 90 264V 50 60Hz Power Input 24V 50mA nominal Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out ta Max 40 60 Standards CE EMC amp LVD EN55015 EN61547 EN61000 3 2 EN61000 3 3 amp EN60669 2 1 0 10V 1 10V DSI Outputs 100mA each max Max DALI Ballasts DALI PSU C DS213 V1 1 Mode Lighting 2010 BIONBOARD SET UP I O SETTINGS 2200 26 0 58 Setup Address p10 y Whilst a module is not showing a menu option the module address is displayed on screen However if any of the following conditions are present these will be displayed screen instead DATA FAULT DALI BUS FAULT T TEST MODE ACTIVE B Channa bct visis 1 200 down A ener ip conim dee a u gt 8 value doen Y scroll numbers A ener conden doit Moraly Oet PIR Tim NOTE Cap cannot be set below the cument Cup level and conversely the Cup level cannot be sei above the cument Cap level hormay Cem onde n M 2 5 5 Error amp The module can control
132. f of Pack 1 Dev No change of state observed Overall result Pass 61 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Fast Transients Burst to EN 61000 4 4 Performance criterion B Test Method Bursts of 75 spikes at 5kHz were applied to the unit under test with a repetition rate of 300mS and an overall test duration of 2 minutes Results TestNo Voltage Coupling Ange DUE a _ ms _ 5 009 Pas 6 100V N 90 722 100V PE jZerocssig 0 Pass 8 mov ML NL NL NN 1000V iy a up umw uw as 11 1000v 7 0 Pass 19 100V 2 00 Pass 20 000 N 90 Pass Observations No change of state observed Overall result Pass 62 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Surges to EN 61000 4 5 Performance criterion C Test Method Five voltage surges were applied per test with a 20 second interval between pulses Results Test Voltage Coupling __ 1 450 jZerocrossing 0 Pass 2 50V 90 5 3 50V 14 jZerocrossing 0 Pass 4 50V 18 jPeak 90
133. for use in a vast number of applications including modern smart homes shopping centres restaurants hotels cruise ships boardrooms hospitality suites and offices System features include RS232 DMX DSI DALI and 1 10v controls A built in astronomical clock facilitates events triggered at any time of day linked with sunrise sunset calculations or by user definable seasons Any input may control any output with the ability to provide operation of a sequence of events for example control of lighting blind motors commands to building management systems colour changing etc Unique features such as self program on installation and distributed intelligence make the Evolution simple to install and maintain Evolution control panels are supplied with stylish MK Aspect screwless fascia plates Several finishes are available from stock including Brushed Stainless Steel Polished Brass Polished Chrome and White The action operation of each button can be individually configured to allow selection of lighting scenes operation of blinds commands to 5232 devices or any combination of these features All Mode products are guaranteed for two year period EVO SGP 20 INTERNAL DETAILS System Programming Socket Infrared IR Receiver 32 User M Bus Data M Bus Data selectable colours Connections Connections Configurable Volt free Input Configurable Input Dip Switch for address selection and Data Line termination resistor
134. from data bus Tha module mast and mata bed wih an Sun he dimmabe or ness loma Tot 104 maimam Compliant wit EC EMC and Low Dinectiwes Sog User Guide for full wei 4 x Leading Edge Dimmer Module DIN 03 04 Manz Ingu 2304 81045 50 AE Power In 24 DC S0m max from data Dus This module mast be and imt bed wifin zn approved qnchomuna Sultan he dimenaie inducti cr boas Boal 104 maximum Compliant with EC and Low Voltage Dinectives Son User Guide for full instructions DIN www edincontrols com w ww edincon trols com 4 x 5A Relay Module Power Supply a Power In 2a DC mar irom datas bus Mare 90 2548 50 50Hz The module must be exrtned and ine within an appnowed 4 max Compliant with EC Low Woi Dreva EMC and Low Woi Dire iee Se Ur Guide for full instructions Supe Use Guide for Bull imnstructbons virga edi eom 8 Channel O Module EC and Low Voltage Directives Supe User Guide for Gull instructions vu rp ei rcontmis eom Metwork Processor Unit Pomer In 24 DC 25074 max fro Dus This modue mus be eartned Low Volta ge Ditties Sen User Guide for fI instructions edi moontmi Universal Ballast Control Module Man Input SO ey 50 SOM P
135. g Level through RS232 port No diagnostic messages t Boot diagnostic messages emisor T Error Messages Only pe Lu Warning Messages Only Report Main Operations rr Trace Main Operations AGAR cen 52 Print Everything Scrolls Transmitted Test Message r X Scrolls Received Test Message 100 FAIL Scrolls Firmware Version DS208 V1 0 Mode Lighting 2009 B ONBOARD MENU SETUP BEUZ Bad Setup M BLIS Address E E H Eihemet Set IP Address 000 000 000 000 IF Address OFF X i cr 8 gt N OFF ON OFF 41 3 AUDE N i z N OFF Internet Time Syng N OFF lt lt zh E m im 4 OQ Cz Uu Li ON OFF Pi 5 ON OFF e 73 Sell or ion gt Sel Subnet Mask 000 000 000 000 Sol Galloway 000 000 000 000 Set DNS Server Address 000 000 000 000 a DI Set Time HH MM SS r glen Pi 12 en E 8 Set DO MM Y YYY zm rp ajam 9500 19200 38400 57200 115200 baud hs a 55 cz un STET X 7 8 E 1 2 a D F ai NONE ODD EVEN 4 ON OFF y m gt RTS CTS Handshaki DS208 V1 0 Mode
136. ght 90 degree left and front turntable position with respect to the antenna 3 12 1 1 oc slic e em Deva PkD D Oxtmer __ 13 18 al FF of olez Mi gt Dev 0 ID Ox Scene 3 recall request 3555 i Mij Dev2 ID Oxttem4ns Set passcode setings Mj Dev2 D OxifeT4ns __ Set passcode settings si MI gt Dev 2 IDe Dx tens gt Dew 2 IDeOx tftp 1 Mi gt Dew 3 ID tfe Tabs 1 MI gt Dev 3 IDeOx tfe7t4b5 1 MI gt Dev 3 IDeOx ffe 7t2b5 1 MI gt Dew 3 tfe7T4b5 13 18 ck 1 jal one se 13 1 1 Mi gt Dev 3 ID Oxtfe7fabs 13 08 38 aj afac 17 72 o Pack 1 Mj gt Dev 3 ID Oxtte7taps ix18 38 aj afac ta 72 59 0 o Pack 1 gt Dev 3 ID Oxtfeztap5 13 18 38 8 a oF 11 7F 59 08 o n Pack 1 18 38 a 13 7F 89 Pack 1 Mj gt Dev 4 ID Ox fermoos 82 ol Pack 1 gt Dev 4 ID xtfamos 11 19 7F 81 OB Pack 1 Mi gt Dev 6 ID Oxtrcrmbs i gt Dev 5 IDeOxtfdzMb5 Set aux device chan level 1 1 gt Dev 5 IDeOxifdzMp5 Set aux device chan level MI gt Dev 5 IDeDxtidzt4ps Set aux device chan level 13 18 38 a t 10 E1 B3 o Pack 1 gt Dev 5 ID xtfd784n5 Set aux device chan level 13 18 38 12 af 1 8 89 08 o m Devs PkO D Dximer PBtReened O OO wa
137. haded instructions on the back STANDALONE MODE PROGRAMMING This is a set of instructions for programming scenes of up to 8 circuits using a 10 button single gang switch plate Note The address of the plate must be set to the same address as the dimmer module To begin programming scenes Hold down the scene button 1 8 for 5 secs for the scene that you wish to edit The LED for the selected scene will now flash blue channels that are included in the scene are illuminated green and excluded channels are illuminated red The following four functions A B C amp D can now be programmed in any order These are optional features and if the settings are not edited then default functions are used A Set Scene Levels 11 10 Button Switeh Plate B Set Channel Levels To change the master brightness of a complete scene press the A or V button to raise or lower all channels together VA To change the fade time begin by pressing and holding the buttons 1 and 5 together for 2 seconds C Set Scene Fade Time Buttons 1 4 will now be illuminated red with varying levels of brightness The brightest button indicates the fastest fade time Select a button Button 1 0 seconds Button 3 4 seconds To set the level of a channel press and hold the desired channel button 1 8 and hold A or V to raise or lower the brightness level as required To include exclude a channel hold the required channel button 1 8 and t
138. hannel Syndironise GOOD FAIR 1b U 5 4 POOR BAD M Bus 2 P Display output levels of E H H n cach channel Channel SUFE Sure Switching Level Se ect value 1 22 using down select value DS206A V1 2 Control4 2010 DIN UBC 01 05 SPECIFICATION SHEET CONTROLLING THE FUTURE OF LIGHTING A multi function control module designed for control of any DALI DSI or 1 10v controlled device The eDIN Universal Ballast Control Module has been designed to simplify the implementation and operation of DALI fittings with a built in DALI power supply and onboard DALI setup The additional configurable terminals make the unit highly flexible and very cost effective for small standalone systems or as part of larger fully integrated lighting management and control system PRODUCT INFORMATION Compact 6M wide DIN rail mounting module gt DALI output with built in DALI power supply no additional supply required DALI Broadcast group and channel capabilities gt Four separate configurable ports for 1 10 DSI output or contact inputs M BUS enabled gt Can be installed as part of a 17th Edition compliant installation gt Complies with EC and Low Voltage Directives gt CE compliant gt SO9001 certified design and manufacturing facility The Digital Addressable Lighting Interface has been introduced to standardise and
139. heir lamps The display on the UBC will then display xx where xx is the number of ballasts found so far As each ballast is found its lamp will dim to approx 50 and the display of the number of ballasts found will increment It will take a few seconds to find each ballast When all the ballasts are found the display will stop rippling and FDxx will be displayed where xx is the total number of ballasts found Once all the ballasts are found press the v select button where you will be returned to the DALI CMSN menu Proceed to step 2 8 Step 2 Allocate each ballast to eDIN channel Setup DALI Commission Assign Ballast Number From the SETUP DALI CMSN menu select ASGN BAxx will then be displayed where xx is the current ballast number to assign of the lamps connected to the ballasts will be extinguished except the currently selected ballast which will be dimmed to 50 The scroll v button can then be used to select the ballast to assign When the button is pressed the ballast number is incremented up to the total number of ballasts found in step 1 where it will reset to 1 Once the ballast to be assigned is found press the button The display will then change to show CHxx where xx is the eDIN channel that that ballast should be controlled by If it has not been previously set it will be 0 The button can then be used to change the channel assignment between 1 and 8 Once the desired channel is d
140. hen press A to include the channel or V to exclude the channel D Include Exclude Channels Channels that are included in the scene will be illuminated green and channels that are excluded will be lit red Channels which are excluded from a scene will not change brightness when the scene is selected Button 2 2 seconds Button 4 8 seconds To exit programming mode hold down the flashing blue scene button for five seconds Alternatively to begin editing another scene hold down the button for the new scene for five seconds and begin editing options A B C amp D as above return to stage two Other Plate Functions Master Plate Setting plate s address to 511 sets it as a master which will control all modules any address On Off Switch There are two sets of contact input terminals on the rear of the plate A contact closure on Input 1 has the same effect as pressing the V button A contact closure on Input 2 has the same effect as pressing the A button These inputs could also be used on a plate set to address 511 to facilitate an all on and an all off function DS205A V1 1 Control4 2010 The on board menu on all the Control4 modules is used to setup a device for use in standalone mode Channel settings can be adjusted using this menu or by using a switch plate as per earlier instructions Alternatively adding a 4 Network Processor Unit to yo
141. hock protection Load type Supply voltage Mode Lighting UK Limited Ware SG12 9AD UK Control4 Salt Lake City Utah 84020 USA EN55015 2006 EN 61000 3 2 2006 EN 61000 3 3 2008 EN 61547 2009 Mode eDIN Control4 DIN Lighting Control System DIN 02 08 8 x 2A Leading Edge Dimmer Module DIN 03 04 4 x 3A Leading Edge Dimmer Module DIN INT 00 08 8 x Channel 1 0 Module DIN NPU 00 01 Network Processor Module DIN PSU 24V Power Supply Module DI N RP 05 04 4 x 5A Relay Module DI N UBC 01 05 Universal Ballast Control Module EVO LCD 55 10 Button LCD Control Plate EVO SGP 55 10 Button Control Plate EVO SGP 50 5 Button Control Plate EVO SGP 20 2 Button Control Plate EVO INT CI 04 4 way Contact Input Module EVO MBUS INT 232 RS232 to MBus Interface Electronic switch Multi way single pole semiconductor switch dimmer and Multi way single pole electromagnetically operated contact mechanism with micro gap construction relay Household and similar fixed electrical installation Indoor only Class 1 mains earth required Incandescent lamps at mains or low voltage when fed from a Suitable transformer or electronic convertor fluorescent lamps and motors 230V 10 50Hz 60Hz single phase MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Output current DIN 02 08 10A total maximum DI N 03 04 10A total maximum DI N RP 05 04 5A maxim
142. ich can be configured to accept up to 4 channels of 0 10V 1 10V DSI or switched contact inputs or to provide up to 4 channels of fully isolated 0 10V 1 10V or DSI outputs as well as a single DALI universe SPECIFICATION amp MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification Control4 modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram Controld modules must be earthed Modules contain no user serviceable parts and should not be Module Size 6M L 106mm x W 100mm x H 64mm Mains Input 90 264V 50 60Hz Power Input 24V 50mA nominal Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out ta Max 40 60 Standards CE EMC amp LVD EN55015 EN61547 EN61000 3 2 EN61000 3 3 amp EN60669 2 1 0 10V 1 10V DSI Outputs 100mA each max Max DALI Ballasts DALI PSU C DS213A Vi 1 O Control4 2010 _ TONBOARD SET UP I O SETTINGS 220026 0 58 Setup Address p10
143. in Hertfordshire England Mode designs and manufactures electronic products principally for the lighting industry initially supplying the discotheque market and more recently expanding into the architectural and cruise ship markets Mode is a subsidiary of a privately owned Holding Company and has four associated electronic companies who together trade as The Mode Group Mode Lighting UK Limited reserve the right without notice to amend the technical information and specifications DSO000 09 04 MODE LIGHTING UH EVOLUTION Control Plates EVO SGP 50 amp Fascias EVO SGP 55 BLK with EVO S PBR 55 w SINGLE GANG PLATE w STYLISH SCREWLESS fascias W RGB COLOUR SELECTION for button indicators W BUTTON COLOUR OPTIONS white or black W USER CONFIGURABLE button actions 55 DE Witt 5 ROS 2 PROGRAMMING socket located under front fascia w INTEGRAL IR Infrared receiver 2 CONTACT INPUTS 2 for configurable control DIFFERENT FASCIA FINISHES available 2 MODE products are guaranteed for two years O EVO SGP 55 WHI with EVO S WHI 55 WAS ONLY MATTER TECHNICAL DATA ORDER CODES _______ emot 87 mm x 87 mm x 25 mm Weight 0 17kgs EVO S BSS 50 Fascia MK Aspect Brushed Stainless Steel Suits standard UK single gang box 40mm deep type EVO S POC 50 Fascia MK Aspect Polished Chrome Standards Complies w
144. individually configured to allow selection of lighting scenes operation of blinds commands to 85232 devices or any combination of these features The LCD graphic display enables the user to add descriptive text for the button operations and also include images and logos Simple programming functions can also be performed with the display providing visual prompts to assist with the task All Mode products are guaranteed for a two year period EVO LCD 55 INTERNAL DETAILS Infrared IR Receiver f ne di Dip Switch for address 711 MODE Bj z MADEN ENOLAND D selection and Data LELA __ Earth il LIGHTING UK E Line termination 4 EXTERNAL resistor i e ADDRESS A VP1 A A J EVOLUTION EE us Hia c The Martinga 63 High Street Ware Inputs Data Connections 3 Hertfordshire SG12 England Lo E 3 Tel 44 0 1920 462121 Fax 44 0 1920 466881 www evolutioncontrols com COMPANY SUMMARY Mode was established in 1970 as an Original Equipment Manufacturer in Hertfordshire England Mode designs and manufactures electronic products principally for the lighting industry initially supplying the discotheque market and more recently expanding into the architectural and cruise ship markets Mode is a subsidiary of a privately owned Holding Company and has four associated electronic companies who together
145. ink Cable INSTALLATION GUIDE 8 x 2A Dimmer Module C4 DR DIM8 M The Control4 8 x 2A Dimmer module is a 9M sized leading edge dimmer suitable for inductive or resistive loads of up to 10A total Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification Control4 modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram Dimmer modules produce heat according to loading Care should be taken that the maximum ambient temperature of 40 is not exceeded particularly when installed within small non ventilated enclosures or when multiple dimmer modules are installed within a single enclosure All Control4 modules must be earthed Modules contain no user Module Size 9M L156mm x Wi100mm x H64mm Mains Input 230V 10 50 60Hz single phase Power Input 24V 50 mA max from data bus Max Wire Size 2 5mm2 input 1 5mm output Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out Loading 2A approx 500W per channel resistive or inductive load Total 10A max ta Max 40
146. ion 2 x RJ 45 in and out Network Connection Ethernet 100 Base T RJ 45 ta Max 40 C tc Max 60 C Standards CE EMC amp LVD EN55015 EN61547 EN6100 3 2 EN61000 3 3 amp EN60669 2 1 05208 V1 0 Mode Lighting 2009 B WIRING IMPORTANT amp Mains input to power supply must be protected by a suitably rated MCB B Correctly certified cables must be used for all mains and extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations Te Re 0 Network Processor Unit VU Bjo DIN NPU 00 01 FRONT VIEW Ensure that the reset button is not held down by wiring Link to other eDIN modules If NPU is the last module in the chain termination plug must be fitted RS232 Port Connection Details Transmit Data out of the NPU Receive Data into the NPU Ready to Send 5 0 Handshaking output from the NPU Clear to Send Handshaking output from the NPU Ov GND Connection The Tx connection of the NPU should be wired to the Rx connection of the device you want to control Likewise the Rx connection of the NPU should be wired to the Tx connection of a device which you wantto use to send commands to the NPU POWER WWW DIN com Network Processor Unit DIN NPU 00 01 DIN NPU 00 01 DATA Power In 24V DC 250mA max from
147. ions Pre scan horizontal polarization File Display Mode Configure Help STATUS Tite 28 July 2010 09 24 Ready e REPORT Plot Pre Scan Running Ro p X aes Settling Modulation C Standby EUT e Fault Prompt e FAULT Syn o Pre Scan Standard MONITOR P Current 1000 000 MHz Dwell 0 0 Secs Target 0 0 Hardware Modulation 1 KHz AM Total 00 15 30 Actual Do Frequency Elapsed Time Field Strength PRE SCAN STANDARD SCAN CUSTOM SCAN REPORT RESULTS SINGLE POINT EXIT Four full horizontal scans were conducted with the UUT in the front 90 degree right 90 degree left and 180 degree rear turntable position with respect to the antenna AI gt Dev 2 ID Dxtfef3bE gt Dev 2 DO Dxifeft p5 gt Dev 2 I2 Dxtfat 3pE A gt Dev 3 lD DxtfezfdD5 Dev 3 ID DxtfeTf455 gt Dev 3 lD DxtfezfdDs Dev 3 lD Dpxife7t ns gt Dev 3 1405 Dev 3 gt Dev 3 1405 Dev 3 gt Dev 4 gt Dey 2 gt Dey 4 Dey d i gt Dey 0 D x1f I 5b o afr Pack 1 of a Fack 1 gt p s aee sr esos 2 0 1 102121 ef s oe 12 zr Bs 08 of o Rack 1 imn 10 21221 ej 12 7F 08 0 p e al aeli 722 of 7 sol oj sir Pack
148. isplayed the button should be pressed to store the assignment The display will then show DONE and the user is returned to the ballast selection so that the next ballast can be assigned Please note that DALI MODE must be set to CHAN before using WIRING SUPPORTED CONTROL TYPES Protocol Input Output 0 10V PSU Universal Ballast amp 8 Lor Tox 1 10V Control Module o oc i DSI DMX Volt Free Contact MAINS IN DALI LV Configurable I O DIN PSLU 24V Terminal Configuration Infrared A termination plug must M Not Supported always be fitted to the last X pean module of the MEUS chain P 4 To PSU Supported MAINS INPUT APU Supported using eDIN Relay Module Please contact Mode Lighting for further technical information A In order to test an eDIN system once it has been wired together fallow the shaded instructions on the back page BALLAST 0 10V DSI BALLAST IMPORTANT Correctly certified cables must be used for all mains voltage and extra lav voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations Mains input to both Power Supply amp Universal Ballast Control module must be protected by a suitably rated MCB DS213 V1 1 O Mode Lighting 2010 ONBOARD SET UP TESTING Any channel configured to be an output type can be tested from the test gt ou
149. itable surface mount enclosure with integral DIN rail Installation must DIN UBC 01 05 be carried out by a qualified electrician in accordance with 6M the National Wiring Regulations and other applicable regulations Compliance to and Low Voltage Directives may be invalidated if not used or installed according to the published specification 0 35kg 24V DC Supplied through M BUS Connection M Bus Connection eDIN Modules must be earthed Mode M BUS Modules contain no user servicable parts and should not be opened Compatible Load Types 2 x RJ 45 in and out 50 mA 0 1 10V input or contact closure input config urable as normally open or normally closed DALI compatible ballasts and drivers 0 1 10V output or DSI output configurable 1 10V controlled devices DSI controlled devices 2mA per channel maximum 100mA per channel maximum 0 409C Please see the eDIN installation manual for further details and EN55015 EN61547 EN61000 3 2 examples of standalone operation or visit www edincontrols com EN61000 3 3 and EN60669 2 1 COMPANY BACKGROUND Mode Lighting work closely with Lighting Designers M amp E Consultants Architects Quantity Surveyors Developers Electrical Contractors and AV Specialist installers to ensure the right solution is provided for each individual project Products designed and manufactured by Mode Lighting include control systems electronic transformers and LED production facili
150. ith EC EMC and Low Voltage Directives EVO S WHI 50 Fascia MK Aspect White Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 ENGLAND Telephone 44 0 1920 462121 Facsimile 44 0 1920 466881 e mail sales modelighting com website www evolutioncontrols com DESCRIPTION Evolution is a versatile and highly configurable architectural control system designed for both lighting and peripheral management Evolution is uniquely adaptable making it an ideal choice for use in a vast number of applications including modern smart homes shopping centres restaurants hotels cruise ships boardrooms hospitality suites and offices System features include RS232 DMX DSI DALI and 1 10v controls A built in astronomical clock facilitates events triggered at any time of day linked with sunrise sunset calculations or by user definable seasons Any input may control any output with the ability to provide operation of a sequence of events for example control of lighting blind motors commands to building management systems colour changing etc Unique features such as self program on installation and distributed intelligence make the Evolution simple to install and maintain Evolution control panels are supplied with stylish MK Aspect screwless fascia plates Several finishes are available from stock including Brushed Stainless Steel Polished Brass Polished Chrome and White The action operation of each button can
151. k Buttons Control plate 10 White Buttons EVO LCD 55 WHI Fascia MK Aspect Polished Brass Fascia MK Aspect Brushed Stainless Steel EVO L PBR 55 EVO L BSS 55 EVO L POC 55 Fascia MK Aspect Polished Chrome Fascia MK Aspect White Facsimile 44 0 1920 466881 EVO L WHI 55 DESCRIPTION Evolution is a versatile and highly configurable architectural control system designed for both lighting and peripheral management Evolution is uniquely adaptable making it an ideal choice for use in a vast number of applications including modern smart homes shopping centres restaurants hotels cruise ships boardrooms hospitality suites and offices System features include RS232 DMX DSI DALI and 1 10v controls A built in astronomical clock facilitates events triggered at any time of day linked with sunrise sunset calculations or by user definable seasons Any input may control any output with the ability to provide operation of a sequence of events for example control of lighting blind motors commands to building management systems colour changing etc Unique features such as self program on installation and distributed intelligence make the Evolution simple to install and maintain Evolution control panels are supplied with stylish MK Aspect screwless fascia plates Several finishes are available from stock including Brushed Stainless Steel Polished Brass Polished Chrome and White The action operation of each button can be
152. le gang Evolution switch plate Note The address of the plate must be set to the same address as the dimmer module To begin programming scenes Hold down the scene button 1 8 for 5 secs for the scene that you wish to edit The LED for the selected scene will now flash blue channels that are included in the scene are illuminated green and excluded channels are illuminated red The following two functions A amp B can now be programmed in either order These are optional features and if the settings are not edited then default functions are used Please also note that a relay module can be programmed in this way atthe same time as a dimmer 10 Button switch Plate module is being programmed 690 A Set Channels ON OFF To set a channel on or off press and hold the desired channel button 1 8 and use the A and V buttons to set ON and OFF B Include Exclude Channels To include exclude a channel hold the required Channels that are included in the scene will be channel button 1 8 and then press A to include illuminated green and channels that are excluded will the channel or V to exclude the channel be lit red Channels which are excluded from a scene will not change brightness when the scene is selected To exit programming mode hold down the flashing blue scene button for five seconds Alternatively to begin editing another scene hold down the button for the new scene for five seconds and begin editing options A B C
153. lectrician in accordance with 9M the National Wiring Regulations and other applicable 156mm Wide x 100mm High x 64mm Deep regulations Compliance to EC EMC and Low Voltage 0 95kg Directives may be invalidated if not used or installed according to the published specification eDIN Modules must be earthed Modules contain no user servicable parts and should not be opened Please see the eDIN installation manual for further details and examples of standalone operation or visit www edincontrols com COMPANY BACKGROUND 230 Volt 1096 50 60Hz single phase Rising cage screw terminals Max wire size 2 5mm Mode M BUS 2 x RJ 45 in and out 80 mA 8 dimmed live outputs 8 neutral connections 8 earth connections Rising cage screw terminals Max wire size 1 5mm Leading edge dimming 2A approx 500W per channel resistive or inductive load 10A maximum 0 40 C EN55015 EN61547 EN61000 3 2 EN61000 3 3 and EN60669 2 1 Mode Lighting work closely with Lighting Designers M amp E Consultants Architects Quantity Surveyors Developers Electrical Contractors and specialist AV installers to ensure the right solution is provided for every individual project Products designed and manufactured by Mode Lighting include control systems electronic transformers and LED assemblies Nearly 40 years of experience in these areas has lead to the creation of a worldwide network of satellite offices distributors and dealers to provide
154. lectronic transformers and LED assemblies Nearly 40 years of experience in these areas has lead to the creation of a worldwide network of satellite offices distributors and dealers to provide local sales and technical support to clients on Mode products 05000 V1 LONDON DUBAI HONG KONG MODE N LIGHTING www edincontrols com The DIN rail mounting modular lighting control solution from Mode Lighting CONTENTS 8 Channel Input Output Module 300mm Data Bus Link Cable INSTALLATION GUIDE 8 Channel I O Module DIN INT 00 08 The 8 Channel Input Output module is a 6M sized DIN rail mounted unit which can be configured to accept 0 10V 1 10V DSI or switched contact inputs or provide 0 10V 1 10V DSI or DMX outputs to SELV Safety Extra Low Voltage equipment SPECIFICATION amp MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification eDIN modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram All eDIN modules must be earthed Modules contain no user serviceable
155. les must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable Regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification Control4 modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram All Controld modules must be earthed Modules contain no user serviceable parts and should not be Module Size 3M L 53mm x W 100mm x H 64mm Mains Input 90 264V 50 60Hz maximum Output 24V 800mA Total Maximum Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connection 1 x RJ 45 Output 24V 1A Total Maximum ta Max 40 60 Standards CE EMC amp LDV EN55015 EN61547 EN61000 3 2 EN61000 3 3 EN60669 2 1 amp EN60950 1 DS209A V1 2 Control4 2010 C POWER SUPPLY WIRING EXAMPLE ooQ mu ezes 2202 L MAIN tn 2 FRONT TERMINAL VIEW m SINGLE GANG SWITCH PLATE IMPORTANT 8 Mains input to power supply must be protected by suitably rated MCB 8 Correctly certified cables must be used for all mains voltage and extra low voltage MBUS co
156. local sales and technical support to clients on Mode products LONDON DUBAI 05000 V1 HONG KONG The on board menu on all the Control4 modules is used to setup a device for use in standalone mode Channel settings can be adjusted using this menu or by using a switch plate as per earlier instructions Alternatively adding a 4 Network Processor Unit to your setup will allow you to configure your system using Control4 software operated using a web browser via an ethernet connection yoojas uedoud A gt oe Jo yo sna viva uo ue 5 JOON 1531 4S9 e JO UO Vaag JO YO JO UO 95042 ued aJeu nuaw 51 JeujauM 159 Ajdwis 3HniVH3diW31 H3 O uo aq iim juesejd suonipuoo jo Aue j 0925 uo pok e dsip s 55 uondo nuaw e Buoys jou si E m un avd HOOd GOOD TN 3 PHO EHO ZHO Pees pier uap 01195 USM eygeordde pue oj jes eq uues jana dn eui din ju amp umno
157. lti way single pole semiconductor switch dimmer and Multi way single pole electromagnetically operated contact mechanism with micro gap construction relay Household and similar fixed electrical installation Indoor only Class 1 mains earth required Incandescent lamps at mains or low voltage when fed from a Suitable transformer or electronic convertor fluorescent lamps and motors 230V 10 50Hz 60Hz single phase MODE LIGHTING UH PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Output current DIN 02 08 10A total maximum DIN 03 04 10A total maximum DI N RP 05 04 5A maximum volt free contact DIN INT 00 08 NA DIN NPU 00 01 NA DI N PSU 24V NA DI N UBC 01 05 NA EVO LCD 55 NA EVO SGP 55 NA EVO SGP 50 NA EVO SGP 20 NA EVO INT CI 04 NA EVO MBUS INT 232 NA Output Power DIN 02 08 2500W total maximum DI N 03 04 2500W total maximum DI N RP 05 04 1200W maximum volt free contact DIN INT 00 08 NA DI N NPU 00 01 NA DI N PSU 24V NA DI N UBC 01 05 NA EVO LCD 55 NA EVO SGP 55 NA EVO SGP 50 NA EVO SGP 20 NA EVO INT CI 04 NA EVO MBUS INT 232 NA Ta 0 to 30 C maximum MODE LIGHTING PRODUCT EMC TEST REPORT Mode eDIN Control4 DIN Standard s applied AS NZS CISPR 15 30 June 2010 Product Labels Mode adinmcontrol oom 8 x Leading Edge Dimmer Module Mains Input z30W 10 50 GOR Power In 24 DC SOm max
158. medium scale projects Modules M BUS CONNECTIVITY MODE LIGHTING CONTROLLING THE FUTURE OF LIGHTING Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 9AD United Kingdom Tel 4 44 0 1920 462121 Fax 44 0 1920 466881 email sales modelighting com www modelighting com eDIN Modules are M BUS enabled and can be used with other Mode Lighting systems This allows the flexible and compact eDIN Modules to be combined with the highly configurable Evolution System making Mode Lighting products the perfect choice for any scale of project LONDON DUBAI HONG NOTE Switched or dimmed operation and Cap and Cup Ceve as programmable 8 x 2A Dimmer Module DIN 02 08 BES 28606060 DIN PSU 24V through on board menu or by cues poased programming based systems Leading Edge Mains Dimmable or Switched Compatible load types Incandescent GU10 Halogen Electronic Transformer Convertor leading edge Cold Cathode Convertor Motor lron core type loads LED Energy Saver Lamps INSTALLATION NOTES eDIN Modules must be installed within a suitable surface 09 3 98 8 x 2A Dimmer Module termination plug must always be fitted bo tne last module of the MBUS chain mount enclosure with integral DIN rail Installation must DIN 02 08 be carried out by a qualified e
159. n 2 COM 2 NO 2 COM 3 NO 3 Sate COM 4 NO 4 In order to test a Control4 system once it has been wired together follow the shaded instructions on the back page STANDALONE MODE PROGRAMMING This is a set of instructions for programming scenes using a 10 button single gang Evolution switch plate Note The address of the plate must be set to the same address as the dimmer module To begin programming scenes Hold down the scene button 1 8 for 5 secs for the scene that you wish to edit The LED for the selected scene will now flash blue channels that are included in the scene are illuminated green and excluded channels are illuminated red The following two functions A amp B can now be programmed in either order These are optional features and if the settings are not edited then default functions are used Please also note that a relay module can be programmed in this way at the same time as a dimmer 10 Button Switch Plate module is being programmed 000 A Set Channels ON OFF To set a channel on or off press and hold the desired channel button 1 8 and use the A and V buttons to set ON and OFF B Include Exclude Channels To include exclude a channel hold the required Channels that are included in the scene will be channel button 1 8 and then press A to include illuminated green and channels that are excluded will the channel
160. nd excluded channels are illuminated red The following four functions A B C amp D can now be programmed in any order These are optional features and if the settings are not edited then default functions are used 10 Button Switch Plate A Set Scene Levels 11 B Set Channel Levels To change the master brightness of a complete scene press To set the level of a channel press and hold the desired the A or V button to raise or lower all channels together channel button 1 8 and hold A or V to raise or lower the brightness level as required VA C Set Scene Fade Time D Include Exclude Channels To change the fade time begin by pressing and holding the To include exclude a channel hold the required channel buttons 1 and 5 together for 2 seconds button 1 8 and then press A to include the channel or V to Buttons 1 4 will now be illuminated red with varying levels of brightness The brightest button indicates the fastest fade Channels that are included in the scene will be illuminated time Select a button green and channels that are excluded will be lit red Channels Button Su Button 3 S seconde which are excluded from a scene will not change brightness when the scene is selected Button 2 2 seconds Button 4 8 seconds To exit programming mode hold down the flashing blue scene button for five seconds Alternatively to begin editing another scene hold down the button for the new scene for five sec
161. ne 15s Modules to be mounted in a suitable surface mount enclosure with integral DIN rail EN 50022 BS 5584 Control plate to be mounted flush in standard BS4662 46mm depth or surface in standard 55733 45mm depth UK single gang backbox Protection against electric shock Live parts not accessible without the use of a tool when mounted and wired as in normal use 10 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply Push buttons and the like are of insulating material No touch sensitive switches present Accessible parts are made of insulating material unless excepted by this clause Covers cover plates and other parts of the enclosure of metal are protected by additional insulation or the provision of subclause 10 3 2 below The earthing of metal covers cover plates and other parts of the enclosure is made while fixing the covers cover plates and other parts of the enclosure and is made without requiring the use of means other than the fixing means The resulting connection is of low resistance No metal parts of the mechanism protrude from the enclosure No metal parts of the mechanism are accessible when the product is fixed as in normal use No switch is operated by means of a removable key or intermediate part such as a cord chain or rod No switch is cord operated No cover plates removable without use of a tool No holes provided
162. nel 3 Channel 4 Actual Size Flash OFF data COMPANY SUMMARY Mode Lighting UK Limited is a subsidiary of a privately owned holding company which has five asso ciated electronics companies Established in 1970 Mode designs and manufactures electronic prod ucts principally for the lighting industry These include Architectural Dimming Systems Electronic Transformers for low voltage lighting Electronic Convertors for neon and cold cathode lighting colour changing lighting and control systems and LED lighting systems pure M M M M sl Mode Lighting UK Limited reserve the right without notice to amend the technical information and specifications DS162 V1 MODE LIGHTING UH EVOLUTION RS232 Interface EVO INT 232 Data RS232 Data Error EVOLUTION A ehh EVO INT 232 MODE LIGHTING UK LIMITED The Maltings 63 High Street Ware Hertfordshire 5612 Tel vr 920 462121 Fax 44 0 1920 466881 WWw evoluioneontrols com w M BUS TO 85232 bi directional gateway MADE IN ENGLAND Power M BUS Address C C w INDIVIDUALLY ADDRESSABLE V COMPACT SIZE for mounting in AV cabinets w MODE products are guaranteed for two years EVOLUTION IT WAS ONLY A MATTER OF TIME csi TECHNICAL DATA EVO INT 2
163. ng and similar equipment EN 61000 3 2 2006 Electromagnetic compatibility EMC Part 3 Limits Section 2 Limits for harmonic current emissions input current lt 16A per phase EN 61000 3 3 2008 Electromagnetic compatibility EMC Part 3 Limits Section 3 Limitation of voltage fluctuations and flicker in low voltage supply systems for equipment rated current lt 16A EN 61547 2009 Equipment for general lighting purposes EMC immunity requirements Household and similar fixed electrical installation Indoor only Class 1 mains earth required 230V 10 50Hz 10 0A maximum 0 C to 25 C MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 DI N 02 08 EVO SGP 55 CONDUCTED EMI SSI ONS to EN 55015 2006 Tested by Test date Test equipment used Model tested Test set up Mains Terminals Load terminals Test result C Jones 25 02 2010 Advantest R3621 Spectrum Analyser Chase MN2050 LISN Tungsten Load Lamps 500W DIN 02 08 EVO SGP 55 The tests were conducted to circuit 1 with the unit set to 50 load lamps dimmed to 50 Pass Level dBuV MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results Mains terminals Live coupling 115 EN 55015 eben ST A Mp dem
164. nnections in accordance with National Wiring Regulations and other applicable regulations DO NOT CONNECT A WHEN TWO POWER SUPPLIES CONNECTED DS209A V1 2 Control4 2010 DIN RP 05 04 SPECIFICATION SHEET A four output feed through relay module comprising three single pole contacts and a double pole contact output for the control of blinds screen motors plasma lifts water pumps contactors and switched lighting circuits CONTROLLING THE FUTURE OF LIGHTING PRODUCT INFORMATION x Single Pole Contacts gt 1 Double Pole Contacts Compact 6M width DIN Rail Mounting Module gt M BUS enabled gt Silver Tin Oxide Contacts for reliable switching gt Can be installed as part of a 17th Edition Compliant installation gt Clearance for Three Phase Switching Complies with EC and Low Voltage Directives gt CE Compliant SO9001 certified design and manufacturing facility The eDIN Relay Module Dimmer offers ultimate Basic standalone control using a single keypad flexibility in selecting switching formats for various provides simple changeover operation of the relay loads Three single pole changeover contacts allow outputs Use with a configurable 1 0 module for simple ON OFF operation or Start Stop DIN INT O0 08 to control SELV 1 10V LED drivers commands Double Pole Changeover Contact is Use with a Universal Ballast Controller module also includ
165. nnel Setup DALI Commission Assign Ballast Number From the SETUP DALI CMSN menu select ASGN BAxx will then be displayed where xx is the current ballast number to assign of the lamps connected to the ballasts will be extinguished except the currently selected ballast which will be dimmed to 50 The scroll v button can then be used to select the ballast to assign When the button is pressed the ballast number is incremented up to the total number of ballasts found in step 1 where it will reset to 1 Once the ballast to be assigned is found press the button The display will then change to show CHxx where xx is the Control4 channel that that ballast should be controlled by If it has not been previously set it will be 0 The button can then be used to change the channel assignment between 1 and 8 Once the desired channel is displayed the v button should be pressed to store the assignment The display will then show DONE and the user is returned to the ballast selection so that the next ballast can be assigned 8 Step 3 Ensure that DALI MODE is set to CHAN eue SUPPORTED CONTROL TYPES Protocol Input Output 0 10V Universal Bolon amp B Lor Tox 1 10V Control Module o oc DSI oooooaono DMX Volt Free Contact MAINS IN DALI LV Configurable Terminal Configuration Infrared A termination plug must X Not Supported always ba fitted bo the l
166. o select dimming or switched only operation of any circuit A custom designed housing provides reliable power handling in a compact format CONTROLLING THE FUTURE OF LIGHTING PRODUCT INFORMATION gt 8x 500W Dimmer Module total maximum Compact 9M width DIN Rail Mounting Module Selectable dimming or switching operation Programmable circuit Cap and Cup levels M BUS enabled gt Low Load Compatible gt Operates resistive and inductive loads including low voltage electronic transformers leading edge compatible type only gt Energy Saving Display gt Quiet operation gt Can be installed as part of a 17th Edition Compliant installation gt Complies with EC and Low Voltage Directives gt CE compliant gt SO9001 certified design and manufacturing facility Modules may be used in a standalone mode with An on board menu system provides simple setup of simplified functionality providing programmable circuit functions maximum and minimum dimming scene setting or Impulse ON OFF DIM type control levels circuit test facility and power percentage from a single keypad Alternatively conventional monitoring eDIN Dimmer modules may also be momentary switches can be linked to a Contact Input used in conjunction with a Network Processor Mod Module DIN INT 00 08 to provide Impulse control ule to provide flexible adaptable control for small of up to eight lighting circuits using eDIN Dimmer to
167. o the antenna 3 12 1 1 oc slic e em Deva PkD D Oxtmer __ 13 18 al FF of olez Mi gt Dev 0 ID Ox Scene 3 recall request 3555 i Mij Dev2 ID Oxttem4ns Set passcode setings Mj Dev2 D OxifeT4ns __ Set passcode settings si MI gt Dev 2 IDe Dx tens gt Dew 2 IDeOx tftp 1 Mi gt Dew 3 ID tfe Tabs 1 MI gt Dev 3 IDeOx tfe7t4b5 1 MI gt Dev 3 IDeOx ffe 7t2b5 1 MI gt Dew 3 tfe7T4b5 13 18 ck 1 jal one se 13 1 1 Mi gt Dev 3 ID Oxtfe7fabs 13 08 38 aj afac 17 72 o Pack 1 Mj gt Dev 3 ID Oxtte7taps ix18 38 aj afac ta 72 59 0 o Pack 1 gt Dev 3 ID Oxtfeztap5 13 18 38 8 a oF 11 7F 59 08 o n Pack 1 18 38 a 13 7F 89 Pack 1 Mj gt Dev 4 ID Ox fermoos 82 ol Pack 1 gt Dev 4 ID xtfamos 11 19 7F 81 OB Pack 1 Mi gt Dev 6 ID Oxtrcrmbs i gt Dev 5 IDeOxtfdzMb5 Set aux device chan level 1 1 gt Dev 5 IDeOxifdzMp5 Set aux device chan level MI gt Dev 5 IDeDxtidzt4ps Set aux device chan level 13 18 38 a t 10 E1 B3 o Pack 1 gt Dev 5 ID xtfd784n5 Set aux device chan level 13 18 38 12 af 1 8 89 08 o m Devs PkO D Dximer PBtReened O OO was acel asl os of e Dev ro orimer 1
168. odule E EE 0 10V 1 10V ooo00000 DSI DMX Switch Volt Free i PIR Volt Free Contact SELV DSI LED Driver Not Supported SELV A termination plug 2 0 10V 1 10V must always be Tied Supported LED Driver to the last module of i the MBUS chain supported using Control4 Relay 0 10V 1 10W e Please contact Mode Lighting for OST Input further technical information 8 In order to test a Control4 system once it has been wired together follow the shaded instructions on the back TERMINAL LAYOUT IMPORTANT 8 Correctly certified cables must be used for all mains voltage and extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations 8 Mainsinputto power supply must be protected by a suitably rated MCB Use only with SELV equipment To control fluorescent ballasts with DALI DSI or 1 10v use a Control4 Universal Ballast Controller Module DIN UBC 01 05 STANDALONE MODE PROGRAMMING This is a set of instructions for programming scenes of up to 8 circuits using a 10 button single gang switch plate Note The address of the plate must be set to the same address as the IO module To begin programming scenes Hold down the scene button 1 8 for 5 secs for the scene that you wish to edit The LED for the selected scene will now flash blue channels that are included in the scene are illuminated green a
169. of contact input terminals on the rear of the plate A contact closure on Input 1 has the same effect as pressing the V button A contact closure on Input 2 has the same effect as pressing the A button These inputs could also be used on a plate set to address 511 to facilitate an all on and an all off function DS212A Vi 1 O Control4 2010 OF The on board menu on all the Control4 modules is used to setup a device for use in standalone mode Channel settings can be adjusted using this menu or by using a switch plate as per earlier instructions Alternatively adding a Control4 Network Processor Unit to your setup will allow you to configure your system using Control4 software operated using a web browser via an ethernet connection yo oe os uo WN ue jo9jes 41591 11 3 sna viva fuedoud pejjejsutr JALOV SGOW 1531 nof JO yo JO uo 95042 ues aJau woj4 nuaw SI e 159 Ajdwis 3HniVH3difal3a o uees9s uo eq j gue suonipuoo jo Aue 09 28 uo p kejdsip s 55 uondo nuaw e Buoys jou A JO uo 3 E 5 Eng Qva
170. onds and begin editing options A B C amp D as above return to stage two Other Plate Functions Master Plate Setting plate s address to 511 sets it as a master which will control all modules on any address On Off Switch There are two sets of contact input terminals on the rear of the plate A contact closure on Input 1 has the same effect as pressing the V button A contact closure on Input 2 has the same effect as pressing the A button These inputs could also be used on a plate set to address 511 to facilitate an all on and an all off function DS207A V1 2 1 Control4 2010 DMX OUTPUT WIRING EXAMPLE IMPORTANT 8 Mains input to power supply must be protected by a suitably rated MCB 8 Use only with SELV equipment To control fluorescent ballasts with DALI DSI or 1 10v use a Control4 Universal Ballast Controller Module d31 FHH 1 617 8 915116 0 0 0 0 0 0 0 0 TERMINAL LAYOUT IMPORTANT 8 Mains input to power supply and relay must be protected by suitably rated MCBs 8 Use only with SELV equipment To control fluorescent ballasts with DALI DSI or 1 10v use a Control4 Universal Ballast Controller Module 8Ch VO Modu 6 8 8 4 x 5A Relay Module 8 T 7 L eoeeoceo MAINS INPUT Y SELV 0 10V 1 10V Controlled LED Driver UP Trene ME Um 1 1 COM Pt 00222220000 7 6
171. ontrol Module EVO LCD 55 10 Button LCD Control Plate EVO SGP 55 10 Button Control Plate EVO SGP 50 5 Button Control Plate EVO SGP 20 2 Button Control Plate EVO INT CI 04 4 way Contact Input Module EVO MBUS INT 232 5232 to MBus Interface Classification Electronic switch Multi way single pole semiconductor switch dimmer and Multi way single pole electromagnetically operated contact mechanism with micro gap construction relay Installation Household and similar fixed electrical installation Location Indoor only Electric shock protection Class 1 mains earth required Load type Incandescent lamps at mains or low voltage when fed from a Suitable transformer or electronic convertor fluorescent lamps and motors Supply voltage 230V 10 50Hz 60Hz single phase MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Output current DIN 02 08 10A total maximum DI N 03 04 10A total maximum DI N RP 05 04 5A maximum volt free contact DIN INT 00 08 NA DIN NPU 00 01 NA DI N PSU 24V NA DI N UBC 01 05 NA EVO LCD 55 NA EVO SGP 55 NA EVO SGP 50 NA EVO SGP 20 NA EVO INT CI 04 NA EVO MBUS INT 232 NA Output Power DIN 02 08 2500W total maximum DI N 03 04 2500W total maximum DI N RP 05 04 1200W maximum volt free contact DIN INT 00 08 NA DI N NPU 00 01 NA DI N PSU 24V NA DI N UBC 01 05 NA EVO LCD 55 NA EVO SGP 55 NA EVO SGP 50 NA EVO SGP 20 NA
172. ontrols com The DIN rail mounting modular lighting control solution from Mode Lighting CONTENTS 4 x Dimmer e 300mm Data Bus Link Cable INSTALLATION GUIDE 4x 3A Dimmer Module DIN 03 04 The eDIN 8 x 2A Dimmer module is a 9M sized leading edge dimmer suitable for inductive or resistive loads of up to 10A total B MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification eDIN modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram Dimmer modules produce heat according to loading Care should be taken that the maximum ambient temperature of 40 is not exceeded particularly when installed within small non ventilated enclosures or when multiple dimmer modules are installed within a single enclosure All eDIN modules must be earthed Modules contain no user serviceable parts and should not be opened Module Size 9M L156mm x Wi100mm x H64mm Mains Input 230V 10 50 60Hz single phase Power Input 24V 50 mA max from data bus Max Wire Size 2 5mm input 1 5mm output
173. or flicker due to the circuits low power consumption and the fact that the load does not change In addition it should be noted that the product does not contain a mechanical switch or relay will not be switched frequently and contains inrush current limiting circuitry 34 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 IMMUNITY to EN 61547 2009 Tested by Test date Test equipment used Model tested Test set up Test result A Hayllar C Jones C Jones 28 07 2010 30 07 2010 13 08 2010 Schaffner Best Plus EMC Immunity Test System EN 61000 4 3 Chase antenna Turntable Holaday HI 4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier EN 61000 4 6 Mains Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor EN 61000 3 6 MBus Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination DIN PSU 24V DIN NPU 00 01 DIN INT 00 08 DIN RP 05 04 EVO SGP 55 DI N PSU 24V powering DIN NPU 00 01 DIN INT 00 08 DIN RP 05 04 and EVO SGP 55 via MBus Tests conducted with DIN RP 05 04 circuits 1 to 4 connected to 25W
174. or each test was taken from Table 14 20 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results Electrostatic Discharges to EN 61000 4 2 Performance criterion B Test Method Ten discharges per test were applied to various locations on the fascia plate of the unit under test Results Discharge Type Result a fow 4000V 8000V 8000V Observations No change of state observed Overall result Pass 59 MODE lt lt 7 LIGHTING eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 PRODUCT EMC TEST REPORT Radio Frequency Electromagnetic Fields to EN 61000 4 3 Performance criterion Test Method The test was carried out using a Chase Antenna Turntable Holaday HI4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier in a ferrite lined anechoic chamber Pre scan and 4 complete scans were conducted with both vertical and horizontal polarization with the UUT in the front right left and rear turntable position with respect to the antenna Results Limits 3 Couping ____ 80 to 1000MHz 3V m 8096 AM 1KHz Radiated horizontal 80 to 1000MHz 3V m 8096 AM 1KHz Radiated vertical Observations Pre scan horizontal polarization File Display Mode Configure Help STATUS Tite 28 July 2010 09 24 Rea
175. orporated 102 4 1 2 No self resetting load circuit cut out incorporated 102 4 2 No automatic protection devices which decrease current to the electronic switch incorporated Annex B normative Annex ZA normative Annex ZB normative 23 Mode Lighting UK Limited Product Compliance File 7 APPENDIX E 7 1 C Tick Compliance Level 2 Test Results EMC to AS NZS CISPR 15 2006 Prepared by Approved by Section Issue Date A C Hayllar A C Hayllar 7 A 24 November 2010 MODE Z 7 LIGHTING UH Architectural Dimming Systems Confidential Electronic Neon Convertors Electronic Transformers MODE LIGHTING UK LIMITED THE MALTINGS 63 HIGH STREET WARE HERTFORDSHIRE Test Repo t SG12 9AD ENGLAND Telephone 44 0 1920 462121 Facsimile 44 0 1920 466881 e mail sales modelighting com Mode eDIN Control4 DIN Lighting Control System DIN 02 08 DIN C4 DR DI M8 M DIN 03 04 DIN C4 DR DIM4 M DIN INT 00 08 DIN C4 DR IOX8 M DIN NPU 00 01 DIN C4 DR NPU M DIN PSU 24V DIN C4 DR PSU M DIN RP 05 04 DIN C4 DR RM4 M DIN UBC 01 05 DIN C4 DR UBC M EVO INT CI 04 DIN C4 DR SW4 M EVO MBUS INT 232 DIN C4 DR SER M EVO LCD 55 EVO SGP 55 EVO SGP 50 EVO SGP 20 Model s tested DIN 02 08 DIN 03 04 DIN INT 00 08 DIN NPU 00 01 DI N PSU 24V DIN RP 05 04 DIN UBC 01 05 EVO LCD 55 EVO SGP 55 Test Specification AS NZS CISPR 15 2006 Test date 18 November 2009 to 30 June 20
176. ossing 0 Pass 2 100V L N 90 5 3 100V 1 4 jZerocrossing 0 4 100V Peak 90 Pass 2000V Zero crossing 0 Pass 6 200V Peak 90 8 200V L E 90 Pass 9 200V N E jZerocrossing 0 Pass Observations No change of state observed Overall result Pass 16 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Radio Frequency Common Mode to EN 61000 4 6 Performance criterion A Test Method Mains Input The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor Control Input MBus The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination Results Limits sf Coupling Cs Result 9k to 80MHz 3V 80 AM 1KHz CDN M3 to Mains Input Pass 9k to 80MHz 3V 80 AM 1KHz Current Transformer to Bus Cable Pass Observations No change of state observed Overall result Pass 17 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 Sept
177. ower In 24W DC 5S0m max form data Bus This modue must be ti and ime within am endosune Compliant with Supp User for insecto lt N LIGHTING Mode eDIN Control4 DIN EVO SGP 55 front view EVO SGP 50 front view EVO SGP 20 front view EVO I NT CI 04 LI WUT EEEE Product Labels Control4 DIN C4 DR DIM8 M 8 x 2A Leading Edge Dimmer Module Control C4 DR DIM4 M 4x 3A Leading Edge Dimmer Module Control C4 DR IOX8 M 8 Channel V O Module Standard s applied AS NZS CISPR 15 M Bus Data Connections Configurable Volt free Input PRODUCT EMC TEST REPORT 30 June 2010 M Bus Data Connections Configurable Input Dip Switch for address selection and Data Line termination resistor EVO SGP 55 50 20 rear view 1 A adress MODE M BUS b Data LIGHTING www modelighting com MBUS INT 232 Power 4RS232 For use with g EVOLUTION www edincontrals rorn www evolutioncontrols com M BUS bh gt Control C4 DR PSU M Power Supply Control C4 DR RM4 M 4 x 5A Relay Module Control 5 C4 DR NPU M Network Processor Unit Control C4 DR UBC M Universal Ballast Controller Limitation of Coverage The Mode eDIN Control4 DIN Lighting Control System was reviewed as a stand alone product and is based upon the type test and inspection of sample product
178. parts and should not be opened Module Size 6M L 106mm x W 100mm x H 64mm Power Input 24V 50mA nominal 850 mA maximum from data bus Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out ta Max 40 60 Standards CE EMC amp LVD EN55015 EN61547 EN61000 3 2 EN61000 3 3 amp EN60669 2 1 05207 1 2 1 Mode Lighting 2010 WIRING NOTE ingan veni ho utar arm Inv er hype without an in budt timer lake ad dA K SUPPORTED CONTROL TYPES dors Tha PIR time can be slt from 1 999 from tha PIRT menu The is wered In Te IO module ais per ina exnmele Protocol Input Output BCh 1 Module E sg 8 20 0 10V DIN INT 00 08 1 10V DO O OGO OO DSI DMX Switch Volt Free Volt Free Contact SELV DSI LED Driver Not Supported SELV A termination plug 2 0 10V 1 10V must always be Tied Supported LED Driver to the last module of i the MBUS chain Supported using Relay Module 0 10V 1 10V Please contact Mode Lighting for DSIInput further technical information amp In order to test an eDIN system once it has been wired together follow the shaded instructions on the back page TERMINAL LAYOUT IMPORTANT Correctly certified cables must be used for all mains voltage and ext
179. quirements Insulating linings barriers and the like have adequate strength Electronic switch is constructed so as to permit easy introduction and connection of the conductors in the terminals correct positioning of the conductors easy fixing to the backbox enclosure and adequate space between the underside and the backbox within the enclosure so that after installation the insulation of the conductors is not necessarily pressed against live parts of different polarity Covers cover plates and actuating members or parts of them which are intended to ensure protection against electric shock are held in place at two or more points by an effective fixing Covers cover plates or actuating members with screw type fixing comply with the requirements for safety and construction Covers cover plates or actuating members without screw type fixing where removal is obtained by applying force in a direction approximately perpendicular to the mounting surface which may give access with the standard test finger only to insulated parts or earthed metal parts comply with test 20 6 Covers cover plates or actuating members without screw type fixing where removal is obtained by using a tool in accordance with the manufacturers instructions given in an instruction sheet which may give access with the standard test finger only to insulated parts or earthed metal parts comply with test 20 6 except that the covers cover plates or actuating m
180. ra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations 8 Mains input to power supply must be protected by a suitably rated MCB Use only with SELV equipment To control fluorescent ballasts with DALI DSI or 1 10v use an Universal Ballast Controller Module DIN UBC 01 05 STANDALONE MODE PROGRAMMING This is a set of instructions for programming scenes of up to 8 circuits using a 10 button single gang switch plate Note The address of the plate must be set to the same address as the IO module To begin programming scenes Hold down the scene button 1 8 for 5 secs for the scene that you wish to edit The LED for the selected scene will now flash blue channels that are included in the scene are illuminated green and excluded channels are illuminated red The following four functions A B C amp D can now be programmed in any order These are optional features and if the settings are not edited then default functions are used 10 Button Switch Plate A Set Scene Levels 11 B Set Channel Levels To change the master brightness of a complete scene press To set the level of a channel press and hold the desired the A or V button to raise or lower all channels together channel button 1 8 and hold A or V to raise or lower the brightness level as required VA C Set Scene Fade Time D Include Exclude Channels To change the fade time begin by pressing an
181. recall request 3555 i Mij Dev2 ID Oxttem4ns Set passcode setings Mj Dev2 D OxifeT4ns __ Set passcode settings si MI gt Dev 2 IDe Dx tens gt Dew 2 IDeOx tftp 1 Mi gt Dew 3 ID tfe Tabs 1 MI gt Dev 3 IDeOx tfe7t4b5 1 MI gt Dev 3 IDeOx ffe 7t2b5 1 MI gt Dew 3 tfe7T4b5 13 18 ck 1 jal one se 13 1 1 Mi gt Dev 3 ID Oxtfe7fabs 13 08 38 aj afac 17 72 o Pack 1 Mj gt Dev 3 ID Oxtte7taps ix18 38 aj afac ta 72 59 0 o Pack 1 gt Dev 3 ID Oxtfeztap5 13 18 38 8 a oF 11 7F 59 08 o n Pack 1 18 38 a 13 7F 89 Pack 1 Mj gt Dev 4 ID Ox fermoos 82 ol Pack 1 gt Dev 4 ID xtfamos 11 19 7F 81 OB Pack 1 Mi gt Dev 6 ID Oxtrcrmbs i gt Dev 5 IDeOxtfdzMb5 Set aux device chan level 1 1 gt Dev 5 IDeOxifdzMp5 Set aux device chan level MI gt Dev 5 IDeDxtidzt4ps Set aux device chan level 13 18 38 a t 10 E1 B3 o Pack 1 gt Dev 5 ID xtfd784n5 Set aux device chan level 13 18 38 12 af 1 8 89 08 o m Devs PkO D Dximer PBtReened O OO was acel asl os of e Dev ro orimer 15 17 14 Bus Packet Framing Emar Test complesse power OFF Ij Dev 3 ID Oxtfezftzn3 uel passcode settings 1 asas e a oF 12 7F 5a osf o
182. rvations Pre scan horizontal polarization File Display Mode Configure Help STATUS Tite 28 July 2010 09 24 Ready e REPORT Plot Pre Scan Running Ro p X aes Settling Modulation C Standby EUT e Fault Prompt e FAULT Syn o Pre Scan Standard MONITOR P Current 1000 000 MHz Dwell 0 0 Secs Target 0 0 Hardware Modulation 1 KHz AM Total 00 15 30 Actual Do Frequency Elapsed Time Field Strength PRE SCAN STANDARD SCAN CUSTOM SCAN REPORT RESULTS SINGLE POINT EXIT Four full horizontal scans were conducted with the UUT in the front 90 degree right 90 degree left and 180 degree rear turntable position with respect to the antenna AI gt Dev 2 ID Dxtfef3bE gt Dev 2 DO Dxifeft p5 gt Dev 2 I2 Dxtfat 3pE A gt Dev 3 lD DxtfezfdD5 Dev 3 ID DxtfeTf455 gt Dev 3 lD DxtfezfdDs Dev 3 lD Dpxife7t ns gt Dev 3 1405 Dev 3 gt Dev 3 1405 Dev 3 gt Dev 4 gt Dey 2 gt Dey 4 Dey d i gt Dey 0 D x1f I 5b o afr Pack 1 of a Fack 1 gt p s aee sr esos 2 0 1 102121 ef s oe 12 zr Bs 08 of o Rack 1 imn 10 21221 ej 12 7F 08 0 p e al aeli 722 of 7 sof oj sir ni Pack
183. s acel asl os of e Dev ro orimer 15 17 14 Bus Packet Framing Emar Test complesse power OFF Ij Dev 3 ID Oxtfezftzn3 uel passcode settings 1 asas e a oF 12 7F 5a osf of of Pack 1 Dev No change of state observed Overall result Pass 26 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Fast Transients Burst to EN 61000 4 4 Performance criterion B Test Method Bursts of 75 spikes at 5kHz were applied to the unit under test with a repetition rate of 300mS and an overall test duration of 2 minutes Results TestNo Voltage Coupling Ange DUE a _ ms _ 5 009 Pas 6 100V N 90 722 100V PE jZerocssig 0 Pass 8 mov ML NL NL NN 1000V iy a up umw uw as 11 1000v 7 0 Pass 19 100V 2 00 Pass 20 000 N 90 Pass Observations No change of state observed Overall result Pass 2 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Surges to EN 61000 4 5 Performance criterion C Test Method Five voltage surges were applied per test with a 20 second interval be
184. s Se passcode settings Sel passcode seltngs Sel passcade passcode passcade Se passcode settings passcode settings Sel passcode settings SE passcade settings SE passcode senos Se passcode settings 5E passide settings Set passoni Scene 3 recall request Start radiated tesi Test complete power OFF MODE LIGHTING PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 mi gt lt Display Mode Configure Help STATUS Title 28 July 2010 13 15 p m Ready e REPORT Plot Pre Scan Running Settling Modulation Standby EUT Fault Prompt FAULT synth Pre Scan Standard MONITOR P 1 1000 000 MHz Dwell leo Secs Target loo VM Hardware Modulation 1 KHz AM Total 00 15 43 Actual 00 Frequency Elapsed Time Field Strength PRE SCAN CUSTOM SCAN RUM REPORT RESULTS SINGLE POINT EXIT Four full vertical scans were conducted with the UUT in the 180 degree rear 90 degree right 90 degree left and front turntable position with respect to the antenna 3 12 1 1 oc slic e em Deva PkD D Oxtmer __ 13 18 al FF of olez Mi gt Dev 0 ID Ox Scene 3
185. s outlined on the following page in Broadcast mode no commissioning is required DS213A Vi 1 O Control4 2010 DALI BALLAST COMMISSIONING DALI ballast commissioning is only required for modules running in channel operation it is not required for modules running in broadcast mode Commissioning of the DALI ballasts running in stand alone mode ie without a Network Processor Unit is carried out using two simple steps The first step is to find all of the ballasts connected to the ballast control module and the second step is to assign each ballast to a Control4 channel 8 Step 1 Find Ballasts Setup DALI Commission Find Initialising Number of DALI ballasts found From the SETUP DALI CMSN menu select FIND INIT will then be displayed the display will ripple and all of the ballasts connected to the UBC module will extinguish their lamps The display on the UBC will then display xx where xx is the number of ballasts found so far As each ballast is found its lamp will dim to approx 50 and the display of the number of ballasts found will increment It will take a few seconds to find each ballast When all the ballasts are found the display will stop rippling and FDxx will be displayed where xx is the total number of ballasts found Once all the ballasts are found press the v select button where you will be returned to the DALI CMSN menu Proceed to step 2 B Step 2 Allocate each ballast to a Control4 cha
186. s the product contains no components that are susceptible to magnetic fields at the specified frequency range and test level Overall result Pass Voltage Dips and nterruptions to 61000 4 11 Performance criterion C 3096 B 10096 Test Method 10 dips and interruptions with a voltage reduction and period as per the table below were applied to the unit under test with a 20 second interval between interruptions Results Test level Duration ____ 70 ve polarity 200 5 70 ve polarity 200mS 0 ve polarity 0 ve polarity Observations No change of state observed upon completion of the tests Overall result Pass 65 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 EVO LCD 55 CONDUCTED EMI SSI ONS to EN 55015 2006 Tested by Test dates Test equipment used Model tested Test set up Test result P Carter Chris ones 02 04 2004 05 10 2006 Advantest R3621 Spectrum Analyser Chase MN2050 LISN Tungsten Load Lamps 2500W 10 Amp load Tungsten Load Lamps 5000W 20 Amp load EVO 10 12 EVO 20 06 EVO LCD 55 these models are highest power in range and therefore worst case for the purpose of testing The tests were conducted to circuit 1 with the unit set to Scene 3 default setting load lamps dimmed to 5096 and Scene 4 default setting load lamps dimmed to 25 whichever was worst case
187. t Pass 43 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results Mains terminals Live coupling 115 EN 55015 Conducted 9kHz 30MHZ wsp spaa jJ LII all a ee 2 D l 55 5 ____ _ 141 __ EL a qe 5 TIUN T 100k 1M 10M 30M Frequency Hz Mains terminals Neutral coupling 5 Conducted GP wos IH HUM J SO d zs ET __ NUN BH 55 5 ALAA 2 a gt 1 10M 30M i Hz 44 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 LI MI TS OF HARMONIC CURRENT EMISSIONS EN 61000 3 2 2006 Tested by P Carter Test date 16 07 2010 Test equipment used None required Model tested DIN INT 00 08 DIN NPU 00 01 DIN RP 05 04 EVO SGP 55 Test result Pass The product is compliant to the standard clause 7 3 Class C lt 25W The DIN RP 05 04 volt free relay contacts will not produce harmonic currents LI MI TATI ON OF VOLTAGE FLUCTUATIONS AND FLICKER to EN 61000 3 3 2008 Tested by C Jones Test date 28 06 2010 Test equipment used None required Model tested DIN INT 00 08 DIN NPU 00 01 DIN RP
188. tal surfaces Terminals so designed such that neither a rigid solid conductor nor a wire of stranded conductor slip out whilst the clamping screw is tightened Terminals so fixed and located such that they do not work loose when the clamping screw is tightened or loosened 12 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply Clamping screw of earthing terminal is adequately locked against accidental loosening and cannot be loosened without the aid of a tool Earthing terminal is resistant to corrosion from contact between OK it and the copper earthing conductor or other metal with which it is in contact Distance between clamping screw and end of fully inserted conductor for pillar terminal shall be at least that specified in figure 1 Terminals are not mantle type Terminals are not lug type Screwless terminals This subclause does not apply This subclause does not apply This subclause does not apply This subclause does not apply This subclause does not apply This subclause does not apply This subclause does not apply This subclause does not apply This subclause does not apply This subclause does not apply This subclause does not apply This subclause does not apply 13 MODE LIGHTING UH PRODUCT SAFETY INSPECTION REPORT eDIN Standard s applied EN 60669 1 and EN60669 2 1 14 January 2010 Comply Constructional re
189. td The Maltings 63 High Street Ware Hertfordshire SG12 ENGLAND 44 0 1920 462121 Facsimile 44 0 1920 466881 e mail sales modelighting com website www evolutioncontrols com DESCRIPTION Evolution is a versatile and highly configurable architectural control system designed for both lighting and peripheral management Evolution is uniquely adaptable making it an ideal choice for use in a vast number of applications including modern smart homes shopping centres restaurants hotels cruise ships boardrooms hospitality suites and offices System features include RS232 DMX DSI DALI and 1 10v controls A built in astronomical clock facilitates events triggered at any time of day linked with sunrise sunset calculations or by user definable seasons Any input may control any output with the ability to provide operation of a sequence of events for example control of lighting blind motors commands to building management systems colour changing etc Unique features such as self program on installation and distributed intelligence make the Evolution simple to install and maintain Evolution control panels are supplied with stylish MK Aspect screwless fascia plates Several finishes are available from stock including Brushed Stainless Steel Polished Brass Polished Chrome and White The action operation of each button can be individually configured to allow selection of lighting scenes operation of blinds comm
190. ties Nearly 40 years of experience in these areas has lead to the creation of a worldwide network of satellite offices distributors and dealers to provide local sales and technical support to clients on Mode products LONDON 05213 V1 2 DUBAI HONG KONG MODE N LIGHTING www edincontrols com The DIN rail mounting modular lighting control solution from Mode Lighting CONTENTS Universal Ballast Control Module 300mm Data Bus Link Cable INSTALLATION GUIDE Universal Ballast Control Module DIN UBC 01 05 The Universal Ballast Control module is a 6M sized DIN rail mounted unit which can be configured to accept up to 4 channels of 0 10V 1 10V DSI or switched contact inputs or to provide to 4 channels of fully isolated 0 10V 1 10V or DSI outputs as well as a single DALI universe SPECIFICATION amp MOUNTING Modules must be installed within a suitable surface mount enclosure with integral DIN rail Installation must be carried out by a qualified electrician in accordance with National Wiring Regulations and other applicable regulations Compliance to EC EMC and Low Voltage Directives may be invalidated if not used or installed according to the published specification eDIN modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram All eDIN modules must be earthed Modul
191. tput menu Any channel configured to be a contact input type can be tested from the test gt input menu Setting a PIR input channel to PIR Walk Test will shorten the PIR activation time to approximately 10 sec Setting a contact input type to ON simulates the input being triggered t i i CH1 CH2 CH3 CF etc PIR Walk Test OK FAIR POOR BAD input or output of cach channel Restore FAULT FINDING 8 ERR displayed when entering ASGN menu No ballasts have been found yet Carry out step 1 of DALI ballast commissioning procedure first When finding ballasts during commissioning the number of ballasts found is not the number expected When carrying out step 1 of the DALI commissioning procedure all ballasts connected to the DALI universe should extinguish If any do not check the wiring to those ballasts Due to the way DALI operates in rare cases two ballasts may reply as one If the number of ballasts found is less than expected and the wiring is correct repeat step 1 of the commissioning procedure DS213 V1 1 Mode Lighting 2010 Control D www control4 com The DIN rail mounting modular lighting control solution from Control4 CONTENTS 8 Universal Ballast Control Module 300mm Data Bus Link Cable INSTALLATION GUIDE Universal Ballast Control Module C4 DR UBC M The Universal Ballast Control module is a 6M sized DIN rail mounted unit wh
192. trade as The Mode Group Mode Lighting UK Limited reserve the right without notice to amend the technical information and specifications DSO000 10 04 MODE LIGHTING EVOLUTION Control Plates EVO SGP 55 amp Fascias EVO SGP 55 BLK with EVO S PBR 55 w SINGLE GANG PLATE w STYLISH SCREWLESS fascias w RGB COLOUR SELECTION for button indicators w BUTTON COLOUR OPTIONS white or black w USER CONFIGURABLE button actions EVO SGP 55 BLK with EVO S BSS 55 2 PROGRAMMING socket located under front fascia w INTEGRAL IR Infrared receiver w CONTACT INPUTS 2 for configurable control w DIFFERENT FASCIA FINISHES available o COCC 9 0000 2 MODE products are guaranteed for two years EVOLUTION LOIN with EVO S WHI 55 IT WAS ONLY A MATTER OF TIME T TECHNICAL DATA ORDER CODES 10 buttons and Infra red receiver EVO SGP 55 Control Plate Control Plates poo ew Power Supply 24 Volt from dataline EVO SGP 55 BLK Control plate 10 Black Buttons Individual indicator colour selection 32 colours user selectable EVO S PBR 55 Fascia MK Aspect Polished Brass 87 mm x 87 mm x 25 mm Weight 0 17kgs EVO S BSS 55 Fascia MK Aspect Brushed Stainless Steel Suits standard UK single gang box 40mm deep type EVO S POC 55 Fascia MK Aspect Polished Chrome Standards Complies with EC EMC and Low Voltage Directives EVO S WHI 55 Fascia MK Aspect White Mode Lighting UK L
193. tween pulses Results TestNo Voltage Coupling __ 1 100V LtN Zero crossing 0 Pass 2 100V L N 90 5 3 100V 1 4 jZerocrossing 0 4 100V Peak 90 Pass 2000V Zero crossing 0 Pass 6 200V Peak 90 8 200V L E 90 Pass 9 200V N E jZerocrossing 0 Pass Observations No change of state observed Overall result Pass 20 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Radio Frequency Common Mode to EN 61000 4 6 Performance criterion A Test Method Mains Input The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier 6dB attenuator CDN M3 Network HP438 RF Power Meter with sensor 30dB attenuator and 100 Ohm matching resistor Control Input MBus The test was carried out using a Marconi 2024 RF Signal Generator Amplifier Research AR75A250 Power Amplifier Fischer F120 3 Current Transformer with Cal Fixture HP438 RF Power Meter with sensor 30dB attenuator and 50 Ohm termination Results Limits sf Coupling Cs Result 9k to 80MHz 3V 80 AM 1KHz CDN M3 to Mains Input Pass 9k to 80MHz 3V 80 AM 1KHz Current Transformer to Bus Cable Pass Observations No change of state observed Overall result Pass 29 MODE LIGHTING UH P
194. ty suites and offices System features include RS232 DMX DSI DALI and 1 10v controls A built in astronomical clock facilitates events triggered at any time of day linked with sunrise sunset calculations or by user definable seasons Any input may control any output with the ability to provide operation of a sequence of events for example control of lighting blind motors commands to building management systems colour changing etc Unique features such as self program on installation and distributed intelligence make the Evolution simple to install and maintain Evolution control panels are supplied with stylish MK Aspect screwless fascia plates Several finishes are available from stock including Brushed Stainless Steel Polished Brass Polished Chrome and White The action operation of each button can be individually configured to allow selection of lighting scenes operation of blinds commands to 5232 devices or any combination of these features All Mode products are guaranteed for two year period EVO SPG 55 INTERNAL DETAILS System ij Programming mm Socket Infrared IR Heceiver M Bus Data Connections M Bus Data Connections 32 User Configurable selectable colours Input Configurable Volt free Input Dip Switch for address selection and Data Line termination resistor COMPANY SUMMARY Mode was established in 1970 as an Original Equipment Manufacturer
195. ublished specification eDIN Modules must be earthed Modules contain no user servicable parts and should not be opened Please see the eDIN installation manual for further details and examples of standalone operation or visit www edincontrols com COMPANY BACKGROUND MODEL 4 x Dimmer Module DIN 03 04 9M 156mm Wide x 100mm High x 64mm Deep 0 95kg 230 Volt 1096 50 60Hz single phase Rising cage screw terminals Max wire size 2 5mm Mode M BUS 2 x RJ 45 in and out 50 mA 4 dimmed live outputs 4 neutral connections 4 earth connections Rising cage screw terminals Max wire size 1 5mm Leading edge dimming 3A approx 750W per channel resistive or inductive load 10A maximum 0 40 C EN55015 EN61547 EN61000 3 2 EN61000 3 3 and EN60669 2 1 Mode Lighting work closely with Lighting Designers M amp E Consultants Architects Quantity Surveyors Developers Electrical Contractors and specialist AV installers to ensure the right solution is provided for every individual project Products designed and manufactured by Mode Lighting include control systems electronic transformers and LED assemblies Nearly 40 years of experience in these areas has lead to the creation of a worldwide network of satellite offices distributors and dealers to provide local sales and technical support to clients on Mode products LONDON DUBAI 05000 V1 HONG KONG MODE LIGHTING D www edinc
196. um volt free contact DIN INT 00 08 NA DIN NPU 00 01 NA DI N PSU 24V NA DI N UBC 01 05 NA EVO LCD 55 NA EVO SGP 55 NA EVO SGP 50 NA EVO SGP 20 NA EVO INT CI 04 NA EVO MBUS INT 232 NA Output Power DIN 02 08 2500W total maximum DI N 03 04 2500W total maximum DI N RP 05 04 1200W maximum volt free contact DIN INT 00 08 NA DI N NPU 00 01 NA DI N PSU 24V NA DI N UBC 01 05 NA EVO LCD 55 NA EVO SGP 55 NA EVO SGP 50 NA EVO SGP 20 NA EVO INT CI 04 NA EVO MBUS INT 232 NA Ta 0 to 30 C maximum MODE PRODUCT EMC TEST REPORT LIGHTING UH eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Product Labels were edincontraels eom 8 x 2A Leading Edge Dimmer Module DIN 02 08 Mainz Input z30w 10 50 IHI Power In DC Som maw from data bus Tha modu be must Ge eared and ima bed an apnprowed enchomguna Su ian bp for dimmabe induct cr reese home DiS 104 maimam Como lene with EC EMC and Low Voltsge Dipsctisees Sen User Guide for full instructions were adincontrals com 4 x Leading Edge Dimmer Module DIN 03 04 Mains Input 230 1055 50 GHz Power In ZAV DIC max from data bus Tha module mast Ge eared and ima bed an apposed Sul he For inducted or reside homes oce 104 maimam Compliant with EC EMC and Low Voltage Dreches Sae User Guide for full insinuis D IN www
197. ungsten load with unit set to pre programmed scene load lamps dimmed to 5096 Pass The performance criterion for each test was taken from Table 14 11 MODE LIGHTING UH PRODUCT EMC TEST REPORT eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 Test results Electrostatic Discharges to EN 61000 4 2 Performance criterion B Test Method Ten discharges per test were applied to various locations on the fascia plate of the unit under test Results Discharge Type Result a fow 4000V 8000V 8000V Observations No change of state observed Overall result Pass 12 MODE lt lt 7 LIGHTING eDIN Standard s applied EN 55015 61000 3 2 61000 3 3 and 61547 24 September 2010 PRODUCT EMC TEST REPORT Radio Frequency Electromagnetic Fields to EN 61000 4 3 Performance criterion Test Method The test was carried out using a Chase Antenna Turntable Holaday HI4422 Isotropic Probe Laplace RF1000 Synthesizer and Laplace RF1100 20W Power Amplifier in a ferrite lined anechoic chamber Pre scan and 4 complete scans were conducted with both vertical and horizontal polarization with the UUT in the front right left and rear turntable position with respect to the antenna Results Limits 3 Couping ____ 80 to 1000MHz 3V m 8096 AM 1KHz Radiated horizontal 80 to 1000MHz 3V m 8096 AM 1KHz Radiated vertical Observat
198. ur setup will allow you to configure your system using Control4 software operated using a web browser via an ethernet connection yoojas uedoud A gt oe Jo yo sna viva uo ue 5 JOON 1531 4S9 e JO UO Vaag JO YO JO UO 95042 ued aJeu nuaw 51 JeujauM 159 Ajdwis 3HniVH3diW31 H3 O uo aq iim juesejd suonipuoo jo Aue j 0925 uo pok e dsip s 55 uondo nuaw e Buoys jou si E m un avd HOOd GOOD TN 3 PHO EHO ZHO Pees pier uap 01195 USM eygeordde pue oj jes eq uues jana dn eui din ju amp umno 195 eq FOUUED 2 ILON jos ajqeoqdde Auo uogdo Duns ILON DS205A V1 1 Control4 2010 AP A four circuit dimmer module rated at 750W per circuit for the control of resistive and inductive lighting loads with the facility to select dimming or switched only operation of any circuit custom designed housing provides reliable power handling in a compact format CONTROLLING
199. vertical Observations Pre scan horizontal polarization File Display Mode Configure Help STATUS Tite 28 July 2010 09 24 Ready e REPORT Plot Pre Scan Running Ro p X aes Settling Modulation C Standby EUT e Fault Prompt e FAULT Syn o Pre Scan Standard MONITOR P Current 1000 000 MHz Dwell 0 0 Secs Target 0 0 Hardware Modulation 1 KHz AM Total 00 15 30 Actual Do Frequency Elapsed Time Field Strength PRE SCAN STANDARD SCAN CUSTOM SCAN REPORT RESULTS SINGLE POINT EXIT Four full horizontal scans were conducted with the UUT in the front 90 degree right 90 degree left and 180 degree rear turntable position with respect to the antenna AI gt Dev 2 ID Dxtfef3bE gt Dev 2 DO Dxifeft p5 gt Dev 2 I2 Dxtfat 3pE A gt Dev 3 lD DxtfezfdD5 Dev 3 ID DxtfeTf455 gt Dev 3 lD DxtfezfdDs Dev 3 lD Dpxife7t ns gt Dev 3 1405 Dev 3 gt Dev 3 1405 Dev 3 gt Dev 4 gt Dey 2 gt Dey 4 Dey d i gt Dey 0 D x1f I 5b o afr Pack 1 of a Fack 1 gt p s aee sr esos 2 0 1 102121 ef s oe 12 zr Bs 08 of o Rack 1 imn 10 21221 ej 12 7F 08 0 p e al aeli 722 of
200. ves may be invalidated if not used or installed according to the published specification Control4 modules are designed to attach to a standard 35mm wide DIN rail EN 50022 BS 5584 To install simply hook the module from the top push down and click into place see diagram All Control4 modules must be earthed Modules contain no user serviceable parts and should not be opened Module Size 6M L 106mm x W 100mm x H 64mm Power Input 24V 80 mA max from data bus Max Wire Size 1 5mm Control Input Mode M BUS M BUS Connection 2 x RJ 45 in and out ta Max 40 C tc Max 60 C Contacts At 250V max 5A resistive or 2A inductive AC 15 load per relay Max Inrush Current 60A Standards CE EMC amp LVD EN55015 EN61547 EN61000 3 2 EN61000 3 3 amp EN60669 2 1 Me TR XX IB RECE DS206A V1 2 Control4 2010 8 Correctly certified cables must be used for all mains voltage extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations 8 Mains input to power supply and relays must be protected by a suitably rated MCB Jn fM 4 Relay Module 2 TERMINAL LAYOUT NT 1a COM 1a NO 1 I NC 1b COM 1b termination plug must NO ib always be fitted to the last module of the MBUS chai
201. x 40 60 Standards CE EMC amp LVD EN55015 EN61547 EN6100 3 2 EN61000 3 3 amp EN60669 2 1 DS208A V1 0 Control4 2010 IMPORTANT 8 Mains input to power supply must be protected by a suitably rated MCB 8 Correctly certified cables must be used for all mains and extra low voltage MBUS connections in accordance with National Wiring Regulations and other applicable regulations Te Re 0 FRONT VIEW Ensure that the reset button is not held down by wiring Link to other eDIN modules If NPU is the last module in the chain termination plug must be fitted RS232 Port Connection Details Transmit Data out of the NPU Receive Data into the NPU Ready to Send 5 0 Handshaking output from the NPU Clear to Send Handshaking output from the NPU Ov GND Connection The Tx connection of the NPU should be wired to the Rx connection of the device you want to control Likewise the Rx connection of the NPU should be wired to the Tx connection of a device which you wantto use to send commands to the NPU POWER 24v Power from MBUS DATA MBUS message received or transmitted LED Communication Port Meaning R5232 Data is being transmitted from the NPU RS232 Data is being received by the NPU Collision If this LED flashes continually then check
202. y 24V DC 20mA from M Bus _ Complies with EC and Low Mode Evolution M BUS Standards Voltage Directives C 4 x Volt free contact inputs 5V 24V DC NB Invert state using the con Contact Input Sever figuration software for non volt free operation Wire Length uU Mode Lighting UK Ltd The Maltings 63 High Street Ware Hertfordshire SG12 ENGLAND 44 0 1920 462121 Facsimile 44 0 1920 466881 e mail sales modelighting com website www evolutioncontrols com DESCRIPTION The Evolution Contact Input Module allows connection of up to four independent volt free contact clo sure inputs to trigger events on any part of the Evolution system Inputs can be from retractive switches push buttons rocker switches PIR sensors or relay outputs from security systems etc The inputs may be used to trigger any operation in the Evolution software including Impulse control or multi step toggling operations Triggering may be on any state closed opened held closed or released after being held Evolution is a versatile and highly configurable architectural control system designed for both lighting and peripheral management Evolution is uniquely adaptable making it an ideal choice for use in a vast number of applications including modern smart homes shopping centres restaurants hotels cruise ships boardrooms hospitality suites and offices System features include RS232 DMX DSI and 1 1

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