Panel Interface Module (PIM400-485) User Guide
Contents
1. The WPR400 may be used as a portable range tester to facilitate properly locating the PIM400 485 2 Temporarily mount the PIM400 485 in the exact location and orientation it will be mounted 3 Power the PIM400 485 with a 12 or 24 VDC supply capable of delivering 250 mA 4 Put the PIM400 485 into link mode Refer to Link mode on page 13 5 Go to the most distant WAPM being tested and apply power 6 Put the WAPM into link mode Refer to the WAPM s User Guide for Link instructions 7 Verify that linking has occurred indicated at the WAPM by the green LED flashing and optionally by an internal sounder beeping The number of green flashes and audible beeps will be the same as the channel number to which the PIM400 485 is set If linking occurred successfully on the first WAPM repeat the pre installation test on any additional WAPMs If all linking is successful follow steps to wire and mount the PIM400 485 and any additional WAPMs see Drill holes for wiring on page 7 e If linking is unsuccessful move the PIM400 485 six to ten inches 15 2 to 25 4 cm in any convenient direction until all WAPMs link successfully If still not successful move the PIM400 485 closer to the WAPMs and repeat the pre installation test or add more PIM400 485s e If still not successful RF interference may be the cause Refer to the Schlage Utility Software user guide for information on changing the RF channel D Schlage PIM400 485 user guide Dr2. Part number AWG Description Max distance DC Power f 1000 Feet Input Belden 8760 or equivalent 18 2 Conductor 305 meters Belden 9841 or 9842 or 4000 Feet RS485 equivalent or as specified 24 2 or 4 Conductor 1219 meters by local electrical codes or shielded the ACP provider D Schlage PIM400 485 user guide Retrofit If desired to retrofit an existing PIM400 485 version 1 installation with a PIM400 485 version 2 complete the following steps 1 2 3 4 Disconnect all electrical connections to the PIM400 485 version 1 PCBA Remove the four screws from the PIM400 485 version 1 PCBA Set aside two 2 of the screws for later use Remove the PIM400 485 version 1 PCBA from the enclosure Drill a 25 mm wire routing hole in the bottom of the PIM400 485 version 2 as shown below Place the PIM400 485 version 2 into the PIM400 485 version 1 enclosure as shown below Secure the PIM400 485 version 2 enclosure to the PIM400 version 1 enclosure using the two screws removed at step 2 4 PIM400 485 version 1 Enclosure for for for Eat ER al ZS mm meiouo aen Jess selon JO SS N Pim400 485 Secure with two screws Enclosure covers for both the PIM400 485 version 2 and PIM400 485 version 1 are used when installing the retr
3. 12 or 24 VDC power 12 or 24 VDC Draws 250mA max If the Access Control Panel ACP reader power outputs do not source enough Power J2 current for the PIM400 485 use the ACP main regulated 12 VDC power supply or DC Ground a separate UL294 or ULCS318 ULCS319 Listed 12 or 24 VDC power limited power supply Power input is non polarized RDA Receive 4 Wire or 2 Wire bi directional RS485 Data communication port for interface to Access ee Transmit Control Panels 8 Data 2 Wire installation Both 2 4 wire jumpers i should be added RS485 P5 RDB _ Receive W SS Data 4 Wire installation Both 2 4 wire jumpers rR Transmit should be removed Data Refer to Typical PIM400 485 to ACP wiring di 11 12 GND Signal Ground iagrams on page 11 and page 10 Schlage PIM400 485 user guide Typical PIM400 485 to ACP wiring diagrams 2 Wire Install Jumpers for for for A ole en 0 Sin USB Du Ja SAMOME 2 12 24 VDC WIRE RDA TDA RDB TDB GND AUXTAMPER T is sls ssi 20A i Power Supply UL294 or ULCS318 ULCS319 Listed power limited 250mA 12 or 24 V DC 18 AWG 1000 feet l SOA max run length A Access Control Panel E B Shield 4 Wire Remove Jumpers RF ORs ES O a ei e e ei
4. a USB Power Supply one ar RDA TDA RDB TDB GND AUXTAMPER UL294 or ULCS318 7 IS ee o le elow T dO S S P M400 485 E LTO S J ULCS319 Listed power limited 250mA 12 or 24 V DC 18 AWG 1000 feet max run length Access Control Panel RDA TDA RDB TDB 0 S d J Shia PIM400 485 Version 2 2 Wire a Power SC Dag Supply UL294 or ULCS318 ULCS319 at D Listed power T Zeen D limited 250mA K Install Jumpers 12 or 24 V DC TE 18 AWG 1000 feet max LU se run length L ROBO J19 TDA Access RDA Control Panel fe Shield 4 Wire O C cas SN Power Supply UL294 or ULCS318 e ULCS319 Listed power D B oun x E D limited 250mA ea z 5 12 or 24 V DC R ceif Fi Remove Jumpers J 20 a E ll J5 sl Q J20 ez O LO TBO LL I RDB J19 US O LU E 18 AWG 1000 feet max run length AA D S 0600996 D o D O D Access Control Panel RDA TDA Q RDB TDB S
5. associated with this module 1 PCB trace inverted L with a measured gain of 5 7dBi 2 Omni wall post indoors outdoors 3 Omni ceiling indoors 4 Directional wall post indoors outdoors 5 Bi directional ceiling indoors Specifications of the radio module Power Output 19 6 dBm Operating Frequency 906 924 MHz Modulation BPSK NOTE The intended use of this module is not for the general public It is generally for industry commercial use only This transceiver is to be professionally installed in the end product by Allegion and not by a third party The Schlage AD400 900 MHz Communication Board Module will not be sold to third parties via retail general public or mail order In the case of a repair the transceiver will be replaced by a professional Installer Federal Communication Commission interference statement This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communication However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception whi
6. the following when placing the PIM400 485 e Mount the PIM400 485 within 200 horizontal feet 61 meters of each WAPM with typical building construction When clear line of sight is available communication may be possible up to 1000 feet 305 meters e Do not mount the WAPM s and the PIM400 485 on different floors The signal may be degraded and functionality could be severely limited e Do not mount the PIM400 485 on a metal surface A separation of at least one inch must be maintained in all directions from any metal e Signal will not pass through metal walls or metal mesh in the walls stucco Use a remote antenna module located outside the room when necessary e Moving vehicles will interrupt the signal Placement distance should be reduced by half when vehicles may temporarily block the signal e Mount the PIM400 485 or the remote antenna so that the antenna is vertical for optimal communication Locations and wiring methods shall be in accordance with the National Electrical Code ANSI NEFPA 70 for U S and Canadian Electrical Code for Canada Pre installation test Once the location for a PIM400 485 is estimated to support the WAPM s check performance prior to installation If using a remote antenna module install the antenna as indicated in the ANT400 user guide 1 As close as possible to its exact mounting location temporarily mount the WAPM to the access control point i e door gate elevator Do not connect power yet
7. 4 PIM400 485 Version 2 4 Schlage PIM400 485 user guide Internal Antenna Antenna Module External Antenna Receive LED D4 Transmit LED D5 Connector Power Connector J2 2 4 Wire Jumpers J19 J20 USB Connector J9 O t 906000 O 0000000 Power Tamper LED D3 Tamper Switch Connector J1 Link 2 LED e RS485 Connector J5 Y E Link 2 Button S3 Link 1 Button S2 elle ee bp le dab e dk od egesceecees e ee e ele e el eene O Tamper Switch peo N o o Not used Reset Not used J8 J7 Button J10 J11 S1 PIM400 485 Version 1 Component Description RS485 connector The PIM400 485 connects up to 16 WAPMs to an Access Control Panel using the RS485 connection Power connector The PIM400 485 power input is non polarized If power is lost or cycled upon restoring power the PIM400 485 will continue operation with the same configuration and linking information There is no need to re configure or re link installation Determine the location The PIM400 485 communicates with WAPMs using radio frequency RF signals RF signals are diminished by walls distance metal objects or barriers Consider
8. PM communication status ACP communication status is indicated by the receive RX LED and the transmit TX LED When the PIM400 485 communicates with an ACP the receive RX LED and the transmit TX LED will continuously flash randomly WAPM Communication Status is indicated by the link 1 LED and the link 2 LED When the PIM400 485 communicates with a WAPM the link 1 LED will blink if the WAPM is assigned an odd number and the link 2 LED will blink if the WAPM is assigned an even number Tamper status Tamper Status is indicated by the power tamper LED When the cover is off tamper is detected and the power tamper LED will flash green When the cover is on tamper is not detected and the power tamper LED will illuminate steady green Reset Reset is performed by the reset button Press the reset button if the PIM400 485 does not seem to work properly Internal Antenna External Antenna Connector Optical Transmitter LED6 Power Tamper LED LED1 Link 1 LED LED4 Link 1 Button SW1 Power Connector J2 2 4 Wire Jumpers P5 Antenna Module Link 2 LED LED5 Receive LED LED2 Transmit LED LED3 Reset Button SW3 Link 2 Button S3 USB Connector J1 Aux Tamper Connector P6 wero rye gt Pim400 485 Optical Receiver U6 o ICT O Not used RS485 Connector P
9. SE PIM400 485 USER GUIDE User guide for the panel interface module PIM400 485 q Version 1 Manufacturing discontinued Para el idioma espanol navegue hacia www schlage com support Pour la portion frangaise veuillez consulter le site www schlage com support ETIE reer rersrerrerr terre yer erp cerr irr eye cette tenereree merrrrereer E te crneeeree 3 G tting starte WEE 3 Features panpe enone unean aa paa aa a araa apaa aa a ENa a a EE aat 4 r eil Tei EE A Ee EE Determine the location ane Pr installationm testimonii eaea eee eared ie Drill holes for WANING 235 0 s2 geseis a eaa ea EE SKS d e Mount the PIM400 485 Wire Ouin een Cable wire specifications wie EUREN PIM400 485 to ACP connechon 10 Typical PIM400 485 to ACP Wiring Diagrams sese eee 11 Optional remote ante EE 13 LinKk MOJE eege eech geesde Eeer ination anne 13 Schlage utility software SUS isisisi toedien ionida Eininn A ESEE ERAP ESAN Baha EE 13 Reset to factory defaults tac icldni cd ciniiain innate oman 14 Blees UE 14 Complete the installation sees eee eee eee ee eee 14 TROUDIOSMOOUING EE 15 Reie eg 16 To comply with FCC and Industry Canada RF radiation exposure limits for general population the antenna s used for this transmitter must be installed such that a minimum separation distance of 20cm is maintained between the radiator antenna and all persons at all time
10. ch can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one of the following measures e Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio TV technician for help This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 This device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation FCC IC caution Any changes or modifications not expressly approved by the party responsible for compliance could void the user s authority to operate this equipment To comply with FCC IC RF exposure limits for general population uncontrolled exposure the antenna s used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co located or operating in conjunction with any other antenna or transmitter Industry Canada statements Operation is subject to the following two conditions 1 this device may not cause interference and 2 this device must accept any interference including interference that may cause undesired operation of the device To reduce potential radio interf
11. d for programming and setup only The SUS is used to configure this device s links and outputs For information about the SUS refer to the Schlage utility software user guide Reset to factory defaults All configuration information will be deleted and the PIM400 485 will be reset to factory defaults 1 Remove the PIM400 485 cover 2 Press and hold the Link 1 button and Link 2 button for about three 3 seconds The Link 1 LED and the Link 2 LED will flash red when factory default reset configuration begins 3 Release both the Link 1 button and Link 2 button The Link 1 LED and the Link 2 LED will flash green when factory default reset configuration is complete 4 Replace the PIM400 485 cover 13 This connection is always required regardless of the system application or configuration Refer to page 10 for instructions to connect DC power to the PIM400 485 Complete the installation After all required connections have been made connect the power and Access Control Panel standby batteries optional to the panel Standby batteries are required for ULC S319 applications for Access Control Panels and must be able to provide 30 minutes of standby for Class The system must be tested for operation at least once per year Refer to Access Control Panel installation instructions for additional details Problem Troubleshooting Possible cause Solution The PIM400 485 does not communicate with the Access Contr
12. e The PIM400 485 communicates to the WAPM s using Radio Frequency RF e The WAPM is installed at the access point where access will be controlled and or monitored e The PIM400 485 enclosure is NEMA Type 4 Getting started The following is an overview of the steps required to set up the PIM400 485 1 Install the WAPM AD 400 WPR400 etc See the installation guide that came with the WAPM or visit www schlage com support for more information 2 Make sure the PIM400 485 is located to allow for optimum RF signal transmission See Determine the location on page 6 for more information 3 Before installing the PIM400 485 check for proper communication function and linking with WAPM s See Pre installation test on page 6 for more information 4 Make sure to follow unique installation procedures if installing on an indoor metallic wall Refer to Mount the PIM400 485 on page 8 for more information Consult the Schlage Utility Software User Manual for information about configuring the PIM400 485 and the WAPM 5 Familiarize yourself with the information contained in this user guide This user guide is for the PIM400 485 only Save this user guide for future reference wo Features Feature Description Power status Power status is indicated by the Power Tamper LED When the PIM400 485 is powered and tamper is not detected cover is on the Power Tamper LED will illuminate steady green ACP communication status WA
13. erence to other users the antenna type and its gain should be so chosen that the equivalent isotropically radiated power e i r p is not more than that permitted for successful communication This device has been designed to operate with the antennas listed below and having a maximum gain of 9 3 dBi Antennas not included in this list or having a gain greater than 9 3 dBi are strictly prohibited for use with this device The required antenna impedance is 50 ohms Approved antenna list Model Number 23530553 1 Remote antenna Omni wall post indoors outdoors 23530561 1 Remote antenna Omni ceiling indoors 23530579 1 Remote antenna Directional wall post indoors outdoors 23520587 1 Remote antenna Bi directional ceiling indoors To comply with IC RF exposure limits for general population uncontrolled exposure the antenna s used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be collocated or operating in conjunction with any other antenna or transmitter z FT T 2014 Allegion Customer Service Be 24303034 Rev 03 14 a 1 877 671 7011 www allegion com us ALLEGION
14. for drilling instructions Mount the PIM400 485 1 Remove the cover and place the PIM400 485 against the wall in the location where it successfully passed the Pre Installation Test 2 Mark the four 4 mounting hole locations on the wall with a pencil using the PIM400 485 enclosure as a template Be sure to mount the PIM400 485 vertically refer to diagrams on page 7 Mounting holes Mounting holes oS fi PIM400 485 version 2 PIM400 485 version 11 3 Remove the PIM400 485 from the wall and drill the four holes s diameter drill bit recommended If the wall does not adequately support the PIM400 485 wall anchors should be used 4 Place the PIM400 485 against the wall where the four holes are drilled and screw four screws into the mounting holes 6 screws recommended If mounted on a metallic surface or where metal is within 1 inch 25 mm of the back of the PIM400 485 mount the PIM400 485 at least 1 inch 25 mm from the wall Ifa remote antenna is to be used refer to the ANT400 user guide Wire routing Avoid routing the wires near the internal antenna and the tamper detection mechanism Improper wire routing may reduce RF performance and or prevent tamper detection Wire routing inside the enclosure should be as short as possible Do not coil any excess wire inside the enclosure Refer to wire routing diagrams on page 7 Cable wire specifications Application
15. hield PIM400 485 Version 1 12 Schlage PIM400 485 user guide Optional remote antenna The PIM400 485 may be used with a remote antenna when e the PIM400 485 needs to be located in a remote more serviceable or secure area e the RF range needs to be increased or e the PIM400 485 needs to communicate with a WAPM located outdoors When the optional remote antenna is used the PIM400 485 internal antenna will be disabled Optional remote antenna models are shown below For more information on remote antenna use and installation refer to the ANT400 optional remote antenna user guide E The optional remote antenna is not evaluated by UL OPTIONAL REMOTE ANTENNA MODELS Enclosure Location Description ANT400 REM Optional remote omni directional Indoor CEILING antenna 0 dB gain Indoor Optional remote omni directional ANT400 REM I O NEMA 4 Outdoor antenna 0 dB gain ANT400 REM HALL Indoor Optional remote bi directional antenna 3 5 dB gain ANT400 REM NEMA 4 Indoor Optional remote directional antenna 1 0 6dB Outdoor 6 dB gain Link mode The PIM400 485 can be placed into link mode using the Schlage utility software SUS on the handheld device HHD Refer to the Schlage utility software user guide for information The PIM400 485 can also be placed into Link Mode directly through select Access Control Panels Schlage utility software SUS The Schlage utility software is use
16. ill holes for wiring Drill hole s in the PIM400 485 enclosure to accommodate the size and number of entry exit connectors to be used Drill a hole in the top of the PIM400 485 for remote antenna installation only DO NOT run signal or power wiring through the top of the PIM400 485 enclosure Be sure to follow all local electrical code requirements Internal antenna Yo 25 mm hole L alternate 25 mm location hole primary location IMPROPER Wire Routing PROPER Wire Routing PIM400 485 Version 2 Internal antenna J o 9 b dl o ell dp d dle o sls o d Si 9099 egessieee OSE L 13 mm holes IMPROPER Wire Routing PROPER Wire Routing PIM400 485 Version 1 A single drill hole may be used for wire routing however be sure to avoid routing wires near the internal antenna and the mechanical tamper switch If using a remote antenna module an additional hole is required Refer to the ANT400 user guide
17. odel only Improper wiring may cause false tamper detection at the ACP version 1 model Solution Move the PIM400 485 version 2 model only away from the intense light source and ensure that the enclosure cover is installed Refer to Wire routing on page 8 for proper wire routing instructions The PIM400 485 does not communicate with Wireless Access Point Modules WAPMs The Antenna Module may not be properly installed Ensure that the Antenna Module is installed and properly seated Wiring may cause interference with the internal antenna on the Antenna Module Check to ensure that wiring is properly routed in the PIM400 485 enclosure and the area around the internal antenna is clear of any wire See Wire routing on page 8 for more information The PIM400 485 may not be linked to the Wireless Access Point Module WAPM Link the PIM400 485 to the Wireless Access Point Module See Link mode on page 13 for more information Also refer to the Wireless Access Point Module s User Guide for Link instructions FCC IC Statements The communication module is a 900 MHz transceiver for electronic locks and non lock devices The communication module links the access device to the Access Control Management System with feedback control to the Access Device via a wireless means The module contains the embedded firmware implementing the radio physical and data layers There are 4 antennas
18. ofit configuration If a remote antenna is to be used refer to the ANT400 user guide The retrofit installation procedure is not evaluated by UL cUL PIM400 485 to ACP connection Review Components on page 4 before connecting the PIM400 485 to an Access Control Panel CAUTION Disconnect the Access Control Panel power and batteries before wiring the PIM400 485 to the panel WARNING Because every Access Control Panel is different always check the panel s instruction manual for appropriate interface wiring The EIA RS485 specification labels the data wires as A and B however many RS485 products label their wires and Some products associate the signal with A some with B Reversing polarity will not damage either RS485 device it will just not communicate if it does not work switch the connections e The wires from the Access Control Panel must be a shielded twisted pair For maximum wire lengths and cable specifications refer to Cable wire specifications on page 8 For compliance with UL 294 or ULC S319 product must be used with a UL 294 or ULC 319 Listed Access Control Panel or unit respectively Must be used with a UL294 or ULC S318 ULC S319 Listed power limited Power Supply capable of sourcing at least 250mA 12 or 24 VDC ACCESS CONTROL PANEL CONNECTIONS P1IM400 485 PIM400 Access connector 485 control panel Description signal signal PIM400 485 inputs for
19. ol Panel The RS485 cable between the PIM400 485 and the Access Control Panel may be damaged Replace the RS485 cable between the PIM400 485 and the Access Control Panel The RS485 signals between the PIM400 485 and the Access Control Panel may be wired incorrectly Refer to PIM400 485 to ACP connection on page 10 or ACP system documentation for proper wiring instructions The RS485 address of the PIM400 485 may not match the RS485 address assigned in the Access Control Panel The 2 4 wire jumpers P5 may be improperly installed for communication with RS485 4 Wire or improperly removed for communication with RS485 2 Wire Change the RS485 address of the PIM400 485 to match the RS485 address assigned within the Access Control Panel Refer to the Schlage utility software guide for more information Install the 212 wire jumpers P5 when communicating with RS485 2 Wire Remove the 2124 wire jumpers when communicating with RS485 4 Wire Refer to Typical PIM400 485 to ACP wiring diagrams on page 11 and page 12 14 Schlage PIM400 485 user guide Problem The PIM400 485 reports false tamper detections to the Access Control Panel Possible cause An intense light source may cause interference with the optical receiver version 2 model only when the enclosure cover is removed Improper wiring may cause interference with the optical transmitter and optical receiver version 2 m
20. s and must not be co located or operating in conjunction with any other antenna or transmitter This product is compliant of UL 294 and ULC S319 standard This products compliance would be invalidated through the use of any add on expansion memory or other module that has not yet been evaluated for compatibility for use with this UL Listed product in accordance with the requirements of the Standards UL 294 and ULC 319 This product has been evaluated for ULC S319 Class I 2 Schlage PIM400 485 user guide Overview This manual describes the installation operation and interaction of all Schlage PIM400 485 models with Access Control Panels ACPs and Wireless Access Point Modules WAPMs The PIM400 485 is a product in the AD 400 Wireless Panel Interface Module WPIM category There are two versions of the PIM400 485 Both versions have the same features and connections and both have interchangeable configurations and settings e The PIM400 485 is wired to a UL or cUL Listed compatible Access Control Panel ACP e The PIM400 485 has been evaluated for UL and cUL compliance in indoor applications only within the protected premises e Connect the PIM400 485 to external power using a UL294 Listed power limited power supply for UL installations and a ULC S318 ULC S319 Listed Power Supply for cUL installations e Installation location is determined by the location of the WAPM The PIM400 485 is ideally installed very close to the ACP
Download Pdf Manuals
Related Search