FL1E - Idec Elektrotechnik GmbH
Contents
1. 47 to 63 Hz 47 to 63 Hz 25 to 40 mA 100V AC gt G to 175 mA 12V D 76 to 182 mA 12V D 20t mA 240V A AEN TONO Ve VE qe mW DC dto TY DC iE Sh ew EC 5 6 to 15 mA 240V DC P ninos nM a 5 ms Typ 24V DC 5 ms Typ 24V AC DC 20 ms Typ 240V AC DC 2 8 to 4 6 VA 100V AC Power Consumption 1 0 10 18W 24V DO a po ee 1 4 to 3 6 W 240V DC Reverse Polarity Protection Yes i Backup Duration 80 hours Note 1 Note 5 80 hours Note 1 80 hours Note 1 80 hours Note 1 Clock Accuracy 5 sec day maximum Note 5 5 sec day maximum 5 sec day maximum xb sec day maximum Input Signal DC DC AC DC AC DC Input Points 8 I1 to I8 8 I1 to I8 8 I1 to 18 8 I1 to 18 Analog Input Points 4 I1 I2 I7 18 4 11 12 I7 7 High speed Input Note 2 4 I3 14 15 16 5 kHz maximum Analog Input Range 0 to 10V DC 0 to 10V DC max rated input 28 8V DC max rated input 28 8V DC Analog Input Error 1 5 of full scale 1 5 of full scale Analog Input Resolution 10 bits O to 1000 10 bits 0 to 1000 0 to 26 4V AC 0 to 265V AC Allowable Voltage Range 0 to 28 8V DC 0 to 28 8V DC 0 to 28 8V DC 0 to 253V DC Digital Input 3 5 KQO 3 5 KQ 4 8kO 840 KQ Input Impedance ESO EE e 5 rat 40V AC c OFF Voltage 5V DC 5V DC 5V AC DC lt 30V DC 2 79V AC Operating ON Voltage 212V DC 28 5 V DC z 12V AC DC 79V DC Range lt 0 85 mA I3 to2. Emergency HW LG Series Stop Switch i F witchNet Control Units Md Using expansion I O modules AS lnterface Direct AS Interface Safety at work When using 4 analog inputs on the base module FL1E H12RCE FL1B M08B2R2 FL1B CAS2 Digial Input 1 1 2 3 4 5 6 7 8 9 10 t1 t2 1314 15 16 Base module _ Combination O module Analog Input Al 3 4 1 2 BEES Digital Output Q 1 2 3 4 sl e v e ef tb t 12 Analog input module _ AS Interface communication module FL1B J2B2 Note 1 I O numbers are automatically allocated starting with the base module For SwitchNet amp and IDEC Note 2 When the base module with analog inputs is used the subsequent AS Interface devices see numbers will be allocated to the analog input modules catalogs No EP1143 EP1043 and EP1025 LONWoRKS Communication Module FL1B CL1C12 Combination of easy to program IDEC System Configuration Example SmartRelay and LONWORKS com munication module achieves remote control and monitoring on a LON WORKS network Control Server l Monitor and Operation Terminal Max virtual input points 16 points meum Max virtual output points 12 points MM VON LonWorks Max virtual analog input points 8 A Gateway points Number of I O points depends on the combination of modules ote control Relay e Illumination LoWorks Voltage analog value An external interface fil
3. CORPORATION Unit AB 3B2 Tian Xiang Building Tian an Cyber Park Fu Tian District Shenzhen Guang Dong 518040 PRC Tel 86 755 8356 2977 Fax 86 755 8356 2944 E mail info sg idec com Cat No EP1253 1 1 JUNE 2010 PDF 100617
4. 4332 Fax 1 905 890 8562 E mail sales 9 ca idec com IDEC AUSTRALIA PTY LTD 2 3 Macro Court Rowville Victoria 3178 Australia Tel 61 3 9763 3244 Toll Free 1800 68 4332 Fax 61 3 9763 3255 IDEC ELEKTROTECHNIK GmbH Wendenstrasse 331 20537 Hamburg Germany Tel 49 40 25 30 54 0 Fax 49 40 25 30 54 24 E mail service idec de IDEC SHANGHAI CORPORATION Room 608 609 6F Gangtai Plaza No 700 Yan an East Road Shanghai 200001 PRC Tel 86 21 5353 1000 Fax 86 21 5353 1263 E mail idec cn idec com IDEC BEIJING CORPORATION Room 211B Tower B The Grand Pacific Building 8A Guanghua Road Chaoyang District Beijing 100026 PRC Tel 86 10 6581 6131 Fax 86 10 6581 5119 IDEC IZUMI H K CO LTD Units 11 15 Level 27 Tower 1 Millennium City 1 388 Kwun Tong Road Kwun Tong Kowloon Hong Kong Tel 852 2803 8989 Fax 852 2565 0171 E mail info hk idec com IDEC TAIWAN CORPORATION 8F 1 No 79 Hsin Tai Wu Road Sec 1 Hsi Chih Taipei County Taiwan Tel 886 2 2698 3929 Fax 886 2 2698 3931 E mail service Q9 tw idec com IDEC IZUMI ASIA PTE LTD No 31 Tannery Lane 05 01 HB Centre 2 Singapore 347788 Tel 65 6746 1155 Fax 65 6844 5995 E mail sales au idec com IDEC ELECTRONICS LIMITED Unit 2 Beechwood Chineham Business Park Basingstoke Hampshire RG24 8WA UK Tel 44 1256 321000 Fax 44 1256 327755 E mail sales uk idec com www idec com IDEC SHENZHEN
5. 5 mm wires for one wire or 0 5 to 1 5 mm wires for two wire for power line input line and output line tightening torque 0 4 to 0 5 N m LONWORKS Communication Module Use LONWORKS compatible cables for network wiring of the LONWORKS communication module AS Interface Communication Module Purpose Specification Type No Signal Power EPDM rubber yellow F LINK ASYE TPE heat resistant PVC yellow EPDM rubber black TPE heat resistant PVC black Signal Power F LINK ASYT F LINK ASBE F LINK ASBT Auxiliary Power Auxiliary Power Available from IDEC When connecting AS Interface cable to an AS Interface commu nication module make sure that the brown cable is connected to terminal and the blue cable to terminal The two terminals and two terminals are both connected internally Enlarged View ___ p Interica d ADDA Brown Blue AS Interface Cable A All IDEC SmartRelay devices are manufactured under IDEC s rigorous quality control system but users must add a backup or failsafe provision to the control system using the device in applica tions where heavy damage or personal injury may be caused in case the device should fail Turn off the power to the device before installation removal wir ing maintenance and inspection of the device Failure to turn power off may cause electric shocks or fire hazard Initialization af
6. ENS0081 1 Output Data Bit D1 Input In 1 Output Qm 1 Input Data Bit D1 Electrostatic Discharge 8 kV air discharge T Immunity 6 kV contact discharge Note 2 IEC61000 4 2 Output Data Bit D2 Input In 2 Output Qm 2 Input Data Bit D2 Field Strength IEC61000 4 3 Output Data Bit D3 Input In 3 Output Qm 3 Input Data Bit D3 1 V m and 10 V m I O point numbers n and m of the SmartRelay are automatically allocated by the 2 kV power line A P f the AS Interf icati 1 kV I O signal line Note 3 IEC61000 4 4 base module according to the mounted position of the AS Interface communication Radiation Field Immunity Fast Transient Burst module nurga Immunity Nolte i AS Interf ication module is IP20 terminal t 1 kV power line normal erface communication module is erminal type PETE iene i IEC61000 4 5 AS Interface cable is connected to the terminal block FL1E B12RCC only 2 kV power line common Communication Cable 0 5 to 2 5 mm one wire amp DS orm DG IOS LONWORKS Communication Module Terminal Style Finger safe type Note 5 FL1B CL1C12 Specifications Note 1 Class A for AS Interface communication module Note 2 8 kV air discharge 4 kV contact discharge for AS Interface communication module Note 3 1 kV criteria A 2 kV criteria B for AS Interface communication module Note 4 For protection against surge noise on DC power supply types FL1E H12RCE Rated P
7. I6 lt 0 85 mA I3 to 16 OFF Current Z 0105 mA It 12 17 18 lt 0 05 mA I1 I2 17 18 SORA SERA gt 2 mA I3 to I6 gt 1 5 mA I8 to I6 z 0 08 mA AC ON Gurmem intem 7 18 gt 0 1 mA I1 I2 I7 18 Som 0 12 mA DC 100V AC 50 ms Typ 1 5 ms Typ 1 5 ms Typ 240V AC 30 ms Typ dann dame lt 1 0 ms I3 to I6 lt 1 0 ms I3 to I6 Tome 1p 100V DC 25 ms Typ 240V DC 15 ms Typ 100V AC 65 ms Typ 1 5 ms Typ 1 5 ms Typ 240V AC 105 ms Typ TUN ARE Tne lt 1 0 ms I3 to 16 lt 1 0 ms I3 to 16 TSY P 100V DC 95 ms Typ 240V DC 125 ms Typ Wire Length 100m Note 3 100m Note 3 100m 100m Output Signal Transistor source output Relay output Relay output Relay output Output COME 4 points separate 4NO contacts 4NO contacts 4NO contacts Contact Configuration Isolation Isolated Isolated Isolated ona eet B 2500V AC 1 minute 2500V AC 1 minute 2500V AC 1 minute E dis 500V DC 1 minute 500V DC 1 minute 500V DC 1 minute and output terminals Output Voltage External power voltage Resistive load Resistive load Resistive load 10A at 12 24V AC DC 10A at 12 24V AC DC 10A at 12 24V AC DC 10A at 100 120V AC 10A at 100 120V AC 10A at 100 120V AC Maximum Load Curent OSA maxim m 10A at 230 240V AC 10A at 230 240V AC 10A at 230 240V AC 2 Inductive load Inductive load Inductive load 2A at 12 24V AC DC 2A at 12 24V AC DC 2A at 12 24V AC DC O 3A at 100 120V AC 3A at 100 120V AC 3A
8. Resolution SCS Od 0bis 0 to 1000 Voltage output 2 5 Output Error of full scale Current output 3 Voltage 5 kO minimum HIDE USO Current 2500 maximum Analog Value Conversion Interval S0 MS py 10m twisted pair Mechanical Load Note EN I RE o o Electrical Load T m G Resistive Load oD Lamp Load Inductive Load 12 IDEC 100617 FLIE IDEC SmartRelay General Specifications AS Interface Communication Module Specifications Standard FL1 B C AS2 Horizontal Operating Mounting eae Cold IEC60068 2 1 Specifications Temperature Morus 0 to 55 C Hot IEC60068 2 2 Module Type AS Interface slave module Slave Type Standard Storage Transportation Hu o l _ Temperature 40 to 0 6 no freezing I O code 7 Relative Humidity 10 to 95 no condensation IEC60068 2 30 SION ID code F ID2 code F Atmospheric Pressure 795 to 1080 hPa Input Output Virtual input 4 Operating Condition No corrosive gas H Virtual output 4 Degree of Protection IP20 Rated AS Interface Voltage 30V DC 26 5 to 31 6V DC 5 to 8 4 Hz amplitude 3 5 mm Current Draw 70 mA max AS Interface Vibration Resistance 8 4 to 150 Hz acceleration IEC60068 2 6 9 8 m s I O Allocation Shock Resistance 147 m s IEC60068 2 27 Drop Test packaged 0 3m IEC60068 2 32 Acdmom ES SERES S Tem Emissions Limit class B Group 1 Note 1 EN55022 B Output Data Bit DO Input In Output Qm Input Data Bit DO
9. at 100 120V AC 3A at 230 240V AC 3A at 230 240V AC 3A at 230 240V AC Surge Current 30A maximum 30Amaximum maximum 30A maximum 30A maximum 30A maximum Shartorouit Proiecion Built in current limiting resistor External fuse SoA maximum NNI ___ External fuse required External fuse required Approx 1A 16A maximum 16A maximum 16A maximum Minimum Switching Load 10 mA 2V DC 10 mA 12V DC 10 mA 12V DC initial Contact Resistance u 100 mO maximum 100 mO maximum 100 mO maximum at 1A 24V DC at 1A 24V DC at 1A 24V DC Maehatical tie _ 10 million operations 10 million operations 10 million operations no load 10 Hz no load 10 Hz no load 10 Hz 100 000 operations 100 000 operations 100 000 operations Electrical Life rated resistive load rated resistive load rated resistive load 1800 operations hour 1800 operations hour 1800 operations hour Mechanical Load Note 4 10 Hz 10 Hz 10 Hz 2 Electrical Load 10 Hz Resistive Load Lamp Load 10 Hz 2 Hz 2 Hz 2 Hz Inductive Load 05 Hz 0 5 Hz 05 Hz Note 1 2 year backup duration typ when battery cartridge or memory battery cartridge is used Note 2 When selecting frequency trigger function and up down counter function Note 3 10m when connected to analog input twisted pair cable Note 4 For fluorescent lamps if the inrush current exceeds the allowable value use an appropriate relay Note 5 FL1E H12SND of Ver 4 and before does not have clock funct
10. mount text display Wide size LCD screen 61 0 x 33 0 mm and large control buttons provide excellent visibility and ease of operation IP65 protection Four membrane pushbuttons are provided Can be also used for turning on back light and starting stopping programs Buttons of the same style as the base module are supplied Parameter changes and monitoring screen scroll can be accomplished Programs cannot be edited on the text display Wide size text display improves operability The FL1E text display requires the Excellent visibility reduces Flexible operation such as on site FL1E base module as a controller operation errors parameter changes and monitoring Note Programs cannot be edited on is made possible the text display 100617 IDEC Pulse width modulator PWM SOMA Cu Ac Smart solutions for Smart engineers Application Examples A wide variety of applications using analog values Analog input value Ax is modulated to pulsed digital output signals Heater is controlled to maintain the temperature inside a green house When the temperature decreases to 20 C and below a digital output is turned on to start the heater Heater Ventilation Fans Temperature Sensors FL1E Text Display FL1E base module inside the control panel Control Panel En n Ax nn FQ Par Pulse Width Modulator PWM Analog math and analog error detec
11. not only in areas of factory automation but also in various control equipment 100617 FIDEC Creme for flexibility and versatility LLLITITTTTT ME T Sh FH TUE GA o e FL1E Base Modules FL1E H12SND FL1E H12RCE FL1E H12RCA sere Um Wide variety of modules for various combinations provides FL1E H12RCC Power Voltage 24V DC 12 24V DC 24V AC DC 100 to 240V AC DC Input DC input 8 points PNP DC input 8 points PNP AC DC input 8 points AC DC input 8 points Analog 4 points Analog 4 points PNP NPN input PNP input Output Transistor output 4 points Relay output 4 points Relay output 4 points Relay output 4 points Programming Function With With With With Clock Function With Note With With With Note FL1E H12SND of Ver 4 and before does not have clock function ac m b Combination I O Modules Power Voltage FL1E B12RCE FL1E B12RCA FL1E B12RCC 12 24V DC 24V AC DC 100 to 240V AC DC Input Output Programming Function DC input 8 points PNP Analog 4 points Relay output 4 points Without AC DC input 8 points PNP NPN input Relay output 4 points Without AC DC input 8 points PNP input Relay output 4 points Without Clock Function With With With Initialization Time After power up the FL1E takes a maximum of 10 seconds when using a memory cartridge or memory battery ca
12. ramp control EE Analog trigger Analog multiplexer Analog comparator NE IM 4 Pulse width Q PLLA ir modulator when Ax Ay gt 200 PWM On and OFF threashold values 200 Stairwell Analog math light switch en a Analog math error detec tion Dual function switch FL1E spec SmartRelay New IDEC SmartRelay with enhanced performance and visibility Advanced features enable pulse width modulation PWM and analog maths functions e A maximum of 200 function blocks can be programmed including 27 internal relays 50 message displays and an ee iss esse A Es ul unlimited number of timers and counters to achieve pow Di pers poem qe pe pe erful control operations program capacity 3 800 bytes 10A relay outputs eliminate the need for external relays Expandable up to 24 digital inputs 16 digital outputs 8 analog inputs and 2 analog outputs AS Interface and LoNWoRks communication modules enable decentralized control An optional text display available Easy operation from the EXE control panel F All base and expansion modules are UL c UL listed FM approved IEC61131 VDEO0631 compliant Australian EMC compliant and marine certified ABS BV DNV GL Lloyd s Register and Class NK Surge protection device DEHN SOHNE GmbH Co BVT AD 24 Part x eeeeeceuces No 918 402 is required for marine certi
13. 4 points i AS Interface Communication Module 30V DC AS Interface rated voltage Output 4 points FL1B CAS2 Input 16 points LONWORKS Communication Module 24V AC DC Analog input 8 points 85g FL1B CL1C12 Output 2 points An external interface file XIF extension unique to each LONWORKS communication module is needed to communicate through the LONWORKS network The XIF file can be down loaded from http www idec com download Text Display for FL1E Package Quantity 1 Rated Power Voltage Weight approx Type No Ordering Type No a B 220g FL1E RD1 Supplied with text display cable mounting clip and waterproof gasket Option Communication Cae IFLAPOI Poa 1 USB Communication Cable FLiEPC2 HFLiEPCe O 1 With read write protect function S FLIERDG LONWORKS Communication Module User s Manual English Supplied with text display Length 2 5m For removing memory and cartridges Downloadable from http www idec com download _ 100617 10 TIDEC FLIE IDEC SmartRelay Base Module Specifications FLIE H12RCE FLIE H12RCA FL1E H12RCC Base Module Type No dau FL1E B12RCE FL1E B12RCA FL1E B12RCC Rated Power Voltage 24V DC 12 24V DC 24V AC DC 100 to 240V AC DC 20 4 to 26 4V AC 85 to 265V AC Allowable Voltage Range 20 4 to 28 8V DC 10 8 to 28 8V DC 20 4 to 28 8V DC 100 to 253V DC Rated Frequency
14. B M08B1S2 MO8B2R2 m L to l6 270 k Internal Circuit DC 3 wire Sensor R2 O L O13 to I6 Internal Circuit DC 3 wire Sensor Note 1 When using an NPN output sensor connect an external resistor I3 to 16 FL1E H12SND For power voltage 24V DC R1 x 4 kO 1 4W FL1E H12RCE B12RCE For power voltage 24V DC R1 x 8 1 kO 1 4W For power voltage 12V DC R1 x 1 5 kO 1 4W FL1E H12SND H12RCE B12RCE R2 2 21 KO C1 47 nF FL1B M08B1S2 M08B2R2 l1 to 14 R2 2 2 kO C1 100 nF Ls I1 12 I7 18 V L 12 24V DC Internal Circuit DC 3 wire Sensor Note 2 11 12 I7 and l8 accept both digital and analog inputs The diagram above is for using l1 12 I7 and I8 as digital inputs When using an NPN output sensor connect an external resistor I1 12 I7 18 FL1E H12SND For power voltage 24V DC R3 x 50 kO 1 8W FL1E H12RCE B12RCE For power voltage 24V DC R3 x 100 kQ 1 8W For power voltage 12V DC R3 x 19 kO 1 8W Analog Voltage Input FL1E H12SND H12RCE B12RCE FL1B J2B2 Internal Circuit o foe a o o lt o H Ho DE eee M Mt M2 5V FL1E H12SND H12RCE B12RCE R4 54 kO R5 18 kO FL1B J2B2 R4 R5 38 kO Note 3 11 I2 I7 and l8 accept both digital and analog inputs When connecting an analog input use a twisted pair cable and keep the cable as short as possible Output Internal Circuits Relay Ou
15. Isolated Dielectric Strength between power input 2500V AC 1 minute 2500V AC 1 minute 2500V AC 1 minute terminals and output 500V DC 1 minute 500V DC 1 minute 500V DC 1 minute terminals External power voltage Qutbuveltage 20 4 to 28 8V DC Resistive load Resistive load Resistive load 5A at 12 24V AC DC 5A at 12 24V AC DC 5A at 12 24V AC DC 5A at 100 120V AC 5A at 100 120V AC 5A at 100 120V AC 5A at 230 240V AC 5A at 230 240V AC 5A at 230 240V AC Maximum Load Current 0 3A maximum Inductive load Inductive load Inductive load 2A at 12 24V AC DC 2A at 12 24V AC DC 2A at 12 24V AC DC 3A at 100 120V AC 3A at 100 120V AC 3A at 100 120V AC 3A at 230 240V AC 3A at 230 240V AC 3A at 230 240V AC 3 E Built in current limiting External fuse required External fuse required External fuse required 2 E PHOHONCUIEEIDUCL E resistor Approx 1A 16A maximum 16A maximum 16A maximum Minimum Switching Load 10 mA 12V DC 10 mA 12V DC 10 mA 12V DC initial Contact Resistente 100 mO maximum 100 mO maximum 100 mO maximum at 1A 24V DC at 1A 24V DC at 1A 24V DC Mechanical Life 10 million operations 10 million operations 10 million operations no load 10 Hz no load 10 Hz no load 10 Hz 100 000 operations 100 000 operations 100 000 operations Electrical Life rated resistive load rated resistive load rated resistive load 1800 operations hour 1800 operations hour 1800 operations hour Aa a 5 ee ew cle ccu Volta e 0 pes Pe Digital
16. Think Automation and beyond FLIE ipEc SmartRelay LonWorks Le Interface E i go HETON Ti ad 6230 am h EI 2 k a 1 ia http smart idec com IDEC CORPORATION 100617 Ia 14 TS IB T Le 3 AT S10 T 8xDC ATH hore SITE Ce Ey B ctual 8230 F 11 ES Li A LE i ja Ai a Lm Fiwiu Ir ER 4 yu we i Ts aa wr 1 AL P IEA ILI y RN IR FLIE H12RCE FL1E ID PEPPERS provide more flexibility English Japanese Chinese GB 2312 German French Italian Turkish Dutch and Russian characters available Backlight time can be set Adjustable contrast 50 screens with a maximum of 48 characters per screen can be displayed PUT drte Scrollable messages and characters of various languages hi 1 EK lz id T T F L L La amp ur n m i TE IT T bs mi T nin M rT36 79 J Acres m 3A esceco 260660 OUTPUT amp xRELAYITOA B GI M at M nu eM ei gi rt EU i rs EC a F ta LL Pp 1 ee 88060806686 900000 990009 Qa M of M at M Ce M Se a d EC SmartRelay PEERS Ca d Easy programming using 6 buttons No tools necessary for changing parameters even while mounted on a panel PEERS A memory cartridge stores a user program and the commu nication cable for WindLGC can be installed remo
17. are for the FL1E is upgraded to WindLGC Ver 6 WindLGC is upgraded not only for easier programming but also for more convenience in debugging http www idec com download User Program User programs for the preceding FL1A FL1B FL1C and FL1D IDEC SmartRelays can be imported to the FL1E using WindLGC Ver 6 and the memory cartridge 100617 IDEC The FL1E IDEC SmartRelay contains various functions such as timers counters and a Smart calendar No complicated wiring is required Just use the buttons and the LCD panel to write Concept programs System changeover that requires parameter changes can be completed easily Replaces relays timers and counters Smaller system than using a PLC Reduces your workload Change your complicated system of multiple The IDEC SmartRelay replaces many functions of 39 different types of function blocks make it relays timers and counters to a single IDEC peripheral equipment of the programmable logic possible to perform various control operations SmartRelay controller Features 10A max output contacts and easily up to 48 display characters Easy to see display with more variety of characters and graphs Advanced control is made possible with PWM and analog math Easy to use text display is added B MONIT Target OR 000 230 FL1E Text Display FL1E Text Display The messages on the LCD panel of the base module can be seen clearly on the new panel
18. d fountains The duration of the water flow can be changed depending on the hour and the clock can be rewritten by using the buttons on the FL1E Reducing mounting space and cost P Y ie a Water Sprinkler Fountain Data acquisition system of machine operating hours With an operating hours counter function the current counter value can be read on the LCD panel on the IDEC SmartRelay One IDEC SmartRelay can count operating hours of multiple machines making IDEC SmartRelay it possible to obtain information such as operating oN conditions and replacement period of consumable Ja Three systems components Other Application Examples Cargo lifting equipment Movement control of patient transfer systems Automatic ship mast lifting machines Air shower operating machines Water sprinkler control Drainage pump control Conveyor belts Ice cream mixer control Pipe driver control for PVC greenhouse Forward reverse motor rotation monitoring buzzer control tower light control Semi automatic wire cutting machines Monitoring of machine operating time Analog sensor disconnection detection device analog value monitoring device Control panel temperature humidity monitoring device Car park warning light control IC storage box heater control Operating time adjustment device for game machines in amusement arcades Fluid level control device and more The IDEC SmartRelay is successfully used
19. dition 2 R9 Minimum sensor load current A The voltage drop across the load R9 must be less than 40V while the sen sor is turned off Sensor power voltage V Condition 3 PR9 W R9 resistance Q x 3 3 recommended allowance Analog Voltage Output FL1D K2BM2 0 10V DC Circuit 24V Internal Circuit Q1 to Q4 Q Analog Current Output e FL1D K2BM2 0 20 4 20 mA DC 14V Internal Circuit Fuse Load I l l l M l l l 14 Internal a Internal 11 12 tern Eg t Note 6 When connecting to a DC input type PLC use a m negative common sink input type 10 nF pr M1 M2 100617 IDEC FLIE IDEC SmartRelay Dimensions Base Module 60 58 Mounting Hole Layout Using Mounting Slides 1 0 2 1 40 2 1 T LL 53 5 35 i 35 5708 3 Nn docete EE eee Tu eo TN Pl Fl i e Expansion Expansion Expansion d Base Module Module Module Module oo Communication Communication Communication O Module Module Module i 40 2 1 2 04 Mounting Holes nx 935 5700 Text Display Panel Cutout 119 5 0 5mm J lt Eu E E LO eo o co N yv e Panel Mounting Mounting clip N Mounting screws tightening torque 0 15 to 0 2 N m N PA Mounting clip a Waterproof Gasket Panel thickness 1 5 to 4 mm All dimensions in mm Module Expansion Use the ba
20. e XIF extension unique to each Mode ee pu nog value LONWORKS communication module is needed to commu bap ee nicate through the LONWORKS network The XIF file can Y Control i i LonWorks be downloaded from the following website ml ETE Communication Module Device http www idec com download i RUE Terminal I O unit OXSL Communication Terminal Terminal block type communication terminal I O WO unit unit installed with standard network variables SNVT Module Combination and Allocation Numbers am 1 Maximum number of I O points when using LONWORKS communication module ug O Base module ihi i FL1D H12RCC FL1B CL1C12 T A Digalput 1j2 3 4 5 6 7 8 9 Ott T2 13 14 15 16 17 18 19 20 21 22 23 24 EIUSMO n d AnaginputAl j 1 2j3 4 5 6 7 8 Combination VO module pore DigtalOuput Q 1 2 3 4 5jej7jejo to r t2 tsi s to C Analog input module UT J Analog output module For details about SX5L 2 Using expansion I O module using 4 analog inputs on the base module LONWORKS communication FL1D H12RCE FL1B MO8B2R2 FL1B CL1C12 terminals see catalog No Doganu 12 8 4 8T5 7 8 tomie TeopapsterrmpoEoE zs EP995 fAnaloginput Ar fala hiel be Fe SCS LONMARK LONWORKS Digital upg J 0 eaS 3 LONG Neuron 31208 Digital Output a ijelese leropipenspapspe 31500 and Echelon are FL1B J2B2 FL1D K2B2 registered trade
21. essages on the base module and text display can be completed For details see the user s manual and FAQ available at the following website http www idec com support WindLGC 6 System Requirements OS Windows 98 SE Me NT4 0 2000 XP Vista except for 64 bit Hard disk space 90 MB RAM 256 MB 800x600 pixels 256 colors 1024 x 768 recommended Display Free upgrade from WindLGC Ver 3 can be downloaded from the update center or IDEC website through the Internet http www idec com download To upgrade WindL GC Ver 5 0 20 or Ver 5 0 22 to Ver 6 upgrade the software to Ver 5 0 23 beforehand Double m contact 9 Cycl Edge detection with edge evaluation pos edge 11 2 83 4 5 6 7 8 9 10 rr Connection of closed contact id Q Parallel connection of normally open contacts Series connection of normally closed contacts 100617 WindLGC Ver 6 x New Functions Lo Improvement of function blocks 1 C Improvement of function blocks 2 The addition of function blocks that can be set as parameters When using simulation or online test on WindLGC changes of makes it possible to achieve optimization of the entire program analog output values AQ current values PV and set values and flexible programming through the coordination of function SP can be shown in a trend graph for easy monitoring of the blocks necessary for programming changes Sa
22. fication when using 12 24V and 24V DC SmartRelay modules LISTED APPROVED Types e Base Modules Package Quantity 1 Rated Power Voltage Input Signal Output Signal Display I O Points Weight approx Type No 24V DC DC 8 4 points 150g FL1E H12SND me I1 I2 I7 and I8 are used for Si paints 190g FL1E H12RCE digital analog inputs fF 180g FL1E B12RCE 190g FL1E H12RCA ee oo mw ee ve saints 180g FLTE BI2RCA 195g FL1E H12RCC Moins o mw E ve spon 185g FLIE B12RCC Note 1 Note FL1E H12SND of Ver 5 has clock function Ver 2 3 and 4 do not have clock function Note 2 With NPN PNP sensor input For details see Input Internal Circuits on page 14 Expansion I O Modules Package Quantity 1 zayo DO mensstr 4poms oog FLIB MOBBIS2 Amigipu izzo Ambg 20pons 8g FLiBJBA Anaogopa ewo mag poms 90g FLiD KGBMa x With NPN PNP sensor input For details see Input Internal Circuits on page 14 I O points within the maximum number of expandable I O points can be used Use of a base module and expansion I O modules of the same power voltage rating is recommended with power supplied to all modules using one power supply When power is sup plied to the modules from different power supplies the fast transient noise is 1 kV IEC61000 4 4 Communication Modules Package Quantity 1 Rated Power Voltage I O Points Weight approx Type No i wet g Input
23. ion Initialization Time After power up the FL1E takes a maximum of 10 seconds when using a memory cartridge or memory battery cartridge or 9 seconds without using any cartridges or when using a battery cartridge for initialization When initialization is complete the FL1E is automatically set to RUN mode 100617 IDEC 11 FL1E IDEC SmartRelay Expansion I O Module Specifications FL1B MO8B2R2 FL1B MO8D2R2 FL1B MO8C2R2 FL1B J2B2 FL1D K2BM2 Note For fluorescent lamps if the inrush current exceeds the allowable value use an appropriate relay Rated Power Voltage 24V DC 12 24V DC 24V AC DC 100 to 240V AC DC 12 24V DC 24V DC 20 4 to 26 4V AC 85 to 265V AC Allowable Voltage Range 20 4 to 28 8V DC 10 8 to 28 8V DC 204 to 28 8V DC 100 to 253V DC 10 8 to 28 8V DC 20 4 to 28 8V DC B 34 to 45 mA 100V AC amp 30 to 140 mA 12V DC 120 to 146 mA 24V AC 30 to 32 mA 240V AC euman UTAN eii 201075 mA 24V DC 20t075 mA 24V DC 5to15mA 100V DC 25 t050 mA 9949 HOTA a 5 to 10 mA 240V DC o Allowable Momentary 2 ms typ 12V DC 10 ms typ 100V AC DC Power Interruption 5 ms typ 24V DC 5 ms typ 24V AC DC 50 ms typ 240V AC DO amp MS lye 12 24V DC 5 ms typ 3 9 to 4 1VA 100V AC 0 3 to 1 7W 12V DC 2 4 to 4 3VA 24V AC 7 4 to 7 6VA 240V AC 0 3
24. ion Module 2nd Expansion Module 8th Expansion Module 100 to 240V AC DC Analog input communication module 4 A 100 to 240V AC DC module cannot be connected to the right side of a 12 24V DC 24V DC or 24V AC DC module 5 For analog input module and AS Interface communication module a module of any voltage can be connected to the left side To the right side however a 100 to 240V AC DC module cannot be connected 6 Before connecting and disconnecting modules turn power off AS Interface Communication Module A maximum of 4 AS Interface communication modules can be connected to a base module AS Interface communication module can be connected to any base module and expansion I O modules A 100 to 240V AC DC module cannot be connected to the right side of AS Interface communication module LouNWonks Communication Module LONWORKS communication module can be connected to any base module and expansion I O modules Only one LONWORKS communication module can be installed Always install the module at the far right end 100617 IDEC 15 FLIE IDEC SmartRelay Wiring Base Module and Expansion I O Module Connect an IEC60127 approved fuse to the power supply for protection against overload and short circuit Do not connect input wire and communication cable in parallel or near the power line output line or motor line Also make sure that any noise source is not present nearby Use 0 5 to 2
25. marks of Echelon USA Note 1 One LONWORKS communication module can be used with a base module and must be mounted at the far right end of the row Note 2 I O numbers are automatically allocated starting with the base module Note 3 When the base module with analog inputs is used the subsequent numbers will be allocated to the analog input modules and LONWORKS communication module 100617 IDEC Programming Software Programming Programs can be configured using the drag and drop method quickly and easily EI Function Block Programming Function block parameters are entered and modified in the function block dialog boxes In addition to func tion block WindLGC can program using ladder for the IDEC SmartRelay When downloading the user program to the base module ladder diagrams are converted into func tion block diagrams thema a Series connection of normally open contacts AND Edge Cyle 1 12 1 3 4 15 6 17 8 9 10 Edge detection with edge evaluation pos edge Parallel connection of normally closed contacts WindLGC reduces development and debugging time of simple and complex programming WindLGC Ver 6 Programming Software for IDEC SmartRelays WindLGC features user friendly debugging functions such as simulation and online test functions Not only writing programs but also configuring confirming changing the m
26. mpling period can be also chosen in one second No of function blocks which can set as param eters No of function blocks which can be used as parameter preset values 8 On delay Off delay On Off delay Retentive on delay Latching Relay Current impulse relay Interval time delay relay Pulse output Edge trig gered interval time delay relay Seven day time switch Twelve month time switch Up down counter 100617 ON 12 0 12 12 12 120 OFF 20 00 bag 1 Su H ON 8 0 ria OFF 22 00 BIEN MM DDt Fed i Mar Apr No 02 25 Po d No 04 15 increments so that the chronological changes can be confirmed ee er eer oe gl accurately and more easily E 8001 Jal Hat rerio up E man Anabe cele 39i Seconds Z mu Dakar Uhl BOUE Danae Geter ater i A e Ansla appe BOT Ai alter Toss c eem Lor na bep SP Set Point obtained by referring to the analog value of the linked function block can also be shown in the trend graph WindLGC V 6 1 16 and up SF Special Function Blocks Analog i INE DE Message differential texts trigger ZX En Toi E Switch Analog value Q monitor Analog Operating Sree amplifier hours FER counter Asynchro H nous pulse i Shift register generator n F 0000 0 o000 0 4 Random generator PI control Frequency trigger Analog
27. ower Voltage 24V AC DC 20 4 to 26 4V AC 20 4 to 28 8V DC B12RCE FL1E H12SND FL1E H12RCA B12RCA use surge absorbers noise Rated Frequency 50 60 Hz 47 to 63 Hz cut transformers or noise filters Use of a surge protection device DEHN Current Draw 33mama SOHNE GmbH Co BVT AD 24 Part No 918 402 is recommended CUNEN DAW eae Note 5 Tightening torque 0 4 to 0 5 N m Communication System LON system Transceiver FTT 10A Text Display Specifications Topology Bus topology Free topology Specifications Transmission Rate 78 kbps Neuron Chip TMPN3120FE5M Toshiba CPU Clock Frequency 20 MHz Bus topolo 1 400m only FTT 10A transceiver when using Transmission POOSY Level 4 AWG22 cable Distance Eraedodalb 500m total 400m between nodes po ogy when using Level 4 AWG22 cable Dimensions W x H x D 128 2 x 86 x 38 7 mm Weight approx 220g Installation Panel cut out using mounting clips Keyboard Membrane keypad with 10 keys FSTN graphic display Display W x H 128 x 64 dots LED backlight Network Variables SNVT Type Application SNVT obj request Quantity 1 Request object status Switch light alarm window contact free inputs outputs Power Supply 24V AC DC 12V DC 20 4 to 26 4V AC 10 2 to 28 8V DC Power Voltage Allowable Voltage Range SNVT switch Quantity 14 Input Network SNVT occupancy Quantity 2 Occupancy Allowable Voltage F
28. piatishatise TT Note 1 Digital inputs 22 analog inputs 8 digital outputs 16 analog outputs 2 Note 2 Analog inputs AI3 and Al4 are allocated to the analog input module Note 3 When using two analog inputs on the FL1E base module allocation of I O numbers has a compatibility with the FL1D series 3 Maximum configuration when using four analog inputs on the base module FL1E H12RCE FL1B MO8B2R2 FL1B J2B2 FL1D K2BM2 Digial input _ 1 2 SMe 7 o i ee Analog Input AI 3 4 hee I iBT H2 Analog Output AQ OOO SSS SSS S SSS Digital Output Q 1 2j3 4 X jJsjo z a o tortpy2 tS 4 i5 160 do o o Note 1 Digital inputs 20 analog inputs 8 digital outputs 16 analog outputs 2 Note 2 Using WindLGC Ver 6 allocate AI3 and Al4 to the base module Al5 to AI8 are allocated to the analog input module Power Voltage 24V DC 12 24V DC 24V AC DC 100 to 240V AC DC Input DC input 4 points DC input 4 points AC DC input 4 points AC DC input 4 points PNP input PNP input PNP NPN input PNP input Output Transistor output 4 points Relay output 4 points Relay output 4 points Relay output 4 points Max Expansion Modules 4 4 4 4 FL1B J2B2 FL1D K2BM2 Max Expansion Modules I asabprdbsPiER Peer FEES i Use of a base module and expansion I O modules of the same power voltage rating is rec ommended with power supplied to all modules using one power supply Maximum number of connectable modules per base mod
29. requency 47 to 63Hz Variable 12V DC 65 mA Typ SNVT_temp_p Quantity 1 Room temperature C Power Consumption aN re E d Mr SNVT lux Quantity 1 Brightness lightening level lux 90 mA Typ RI Jn 19200 baud SNVT lev percent Quantity 6 Position 96 SNVT obj status Quantity 1 Output object status LCD Display Backlight SNVT switch Quantity 8 Switch light alarm window contact Output Network 7 y free inputs outputs LCD Display Durability Note 1 50 000 hours Variable SNVT occupancy Quantity 2 Occupahey Backlight Durability Note 2 20 000 hours Connect the text display and the base module using the text display cable 2 5m The text display cable can be extended up to 10m using an extension cable D sub 9 pin Note1 Display durability is calculated under ordinary operating and storage conditions Block Diagram room temperature normal humidity below 6596 RH and not subjected to direct sunlight Note 2 Backlight durability is the number of hours taken for the light to become 5096 of the original brightness Scheduler program SNVT tod event Quantity 2 Just eumentstate 20 MHz RXD NET A FTT 10A TXD NET B Internal Bus Interface Circuit Configuration Property SCPT Type Configuration SCPTmaxSendTime Quantity 12 Send heartbeat Property 100617 IDEC 13 FLIE IDEC SmartRelay Input Internal Circuits DC Input FL1E H12SND H12RCE B12RCE FL1
30. rtridge or 9 seconds without using any cartridges or when using a battery cartridge for initialization When initialization is complete the FL1E is automatically set to RUN mode m Expansion I O Modules FL1B M08B1S2 FL1B MO8B2R2 FL1B MO8D2R2 FL1B MOSC2R2 Analog Input Module Analog Output Module 12 24V DC 24V DC Analog output 2 points Voltage output 0 10V DC Current output 0 20 4 20 mA 10 bits Voltage input 0 10V DC Analog I O Range Current input 0 20 mA 10 bits Resolution Max Expansion Modules Module Combination and Allocation Numbers 1 Maximum configuration when using a base module without analog inputs FL1E H12RCA FL1B MO8B2R2 FL1B J2B2 FL1D K2BM2 Digial Input _ 1 2 3 4 5 6 7 8 9jto tt t2 ts t4 ts to iz f8 9202 1 e2jeS p4 Analog input A Analog Output AQ ooo ooo Digital Output Q 1 2 3 4 js5j6jzj8jo to rtjt2 13 415160 Note 1 Digital inputs 24 analog inputs 6 digital outputs 16 analog outputs 2 Note 2 AI3 to AI8 are allocated to the analog input module 2 Maximum configuration when using two analog inputs on the base module FL1E H12RCE FL1B MO8B2R2 FL1B J2B2 FL1D K2BM2 Digiallmut 1j2 3 4 5 6 7 8 o to tta i34 ts to tz 8 t9jooJ2t 2aeS o4 amp Analog npt A e B Analog Output AQ P Digital Output Q _ 1 2 sj4 Sf ei 7 sioproji
31. se module expansion I O modules and communication modules according to the combinations shown on the right SPEER EEE BEIJZJA PEIEE dd de GG BE Re PER aaa me m um qu aum um um SIE a xu 45 fem ow E REZR Soden GPs Gad SERERE eae setet Pirin HPHH ww wm ym uu IRURE HPEERR TEIE FHIR HIE ERRE FEET T FEIER FREIER 006060 06 O9 Only one LoNWonks communication module can be installed at the far right end of the row 1 Amaximum of 9 expansion I O modules and communication modules can be connected to a base module 2 A maximum of 4 combination I O modules 4 analog input modules and 1 analog output module can be connected to a base module 3 When using modules of the same power voltage supply power to the base module and expansion I O modules using one power supply When power is sup plied to the modules from different power supplies the fast transient burst is 1 kV IEC61000 4 4 Base module of rated operating voltage 12 24V DC 24V DC and 24V AC DC 8th Expansion Module Base Module 1st Expansion Module 2nd Expansion Module S 12 24N DC N 24V DC X NM sar au e NA 24V DC incl analog input communication module 24V DC incl analog input communication module 9th Expansion Module A eem 24V DC incl analog output communication module Base module of rated operating voltage 100V to 240V AC DC Base Module 1st Expans
32. ter Power up Initialization starts when the FL1E base module is powered up When initialization is complete the FL1E is automatically set to RUN mode When using the FL1E base module with display an hourglass appears on the display during the initialization When using the FL1E without display the red LED flashes during the initialization Initialization time When a memory cartridge or memory battery cartridge is used 10 seconds maximum When a cartridge is not used or battery cartridge is used 9 seconds maximum nitialization time varies according the program size e Special expertise is required to install wire program and operate the IDEC SmartRelay devices People without such expertise must not use the IDEC SmartRelay devices Read the user s manual or operating instruction sheet attached to the product to make sure of correct operation opecifications and other descriptions in this catalog are subject to change without notice IDEC CORPORATION 7 31 Nishi Miyahara 1 Chome Yodogawa ku Osaka 532 8550 Japan Tel 81 6 6398 2571 Fax 81 6 6392 9731 E mail marketing idec co jp IDEC IDEC CORPORATION USA 1175 Elko Drive Sunnyvale CA 94089 2209 USA Tel 1 408 747 0550 800 262 IDEC 4332 Fax 1 408 744 9055 800 635 6246 E mail opencontact Q idec com IDEC CANADA LIMITED 3155 Pepper Mill Court Unit 4 Mississauga Ontario L5L 4X7 Canada Tel 1 905 890 8561 Toll Free 888 317
33. tion Temperature auto balanced control system Heater 1for electric fan 1 ai Rangel a 1000 Rangellin 0 pre De Set value 20 C Temparature sensor 1 Ald ain 1 0 Dffzat SP 200 hig 0 KC 0 5 TI 00 30m Dirt Point O Four analog parameters are used for arithmetic operation to obtain the analog solution The average value of power used in show rooms A B and C is obtained and monitored If the value exceeds the target value a warning sign is illuminated to encourage energy saving En En4 R Q Par A gt Pard E Analog Math Analog Math Error Detection The results of four arithmetic operations are monitored and digital outputs are turned on when the value exceeds or falls below the preset range Used electric energy monitoring Gili d Ta 4 4 l whee vwd tae 990 be m aiuti A Uis 1T Pout ar Girmi vidati Grai Pisin Cre iar Falme id E Qu m sn amp jo C Fa Eros Peo eee d Ddin ioe E Dan P ass ict 100617 IDEC The standard solution for Smart engineers Replaces timers and counters Control of equipment and system incorporating various controls is made possible Timing control for a water sprinkler and fountain system The IDEC SmartRelay can replace weekly timers for controlling the timing of water sprinklers an
34. to 0 6W 12V DC Power Sensumption Oe toh 0 4 to 1 8W 24V DC 0 4t01 8W 24VDC 05to1 8W 100VDC 0 6to 12W 24V DC 2 9 to 2 2W 1 2 to 2 4W 240V DC Reverse Polarity Ves u _ Yes Protection Input Signal DC input DC input AC DC input AC DC input Analog input Input Points 4 4 4 4 z Isolation 0 to 26 4V AC 0 to 265V AC Allowable Voltage Range 0 to 28 8V DC 0 to 28 8V DC 0 to 28 8V DC 0 to 253V DC 40V AC OFF Voltage 5V DC 5V DC 5V AC DC lt 30V DC Operating ON Voltage 12V DC gt 8 5V DC gt 12V AC DC SNA Range 2 79V DC OFF Current 0 85 mA 0 85 mA 1 0 mA 0 03 mA ON Current z2mA z1 5mA 22 5 mA z 0 08 mA 100V AC 50 ms typ 240V AC 30 ms typ Turn ON Time 1 5 ms Typ 1 5 ms typ 1 5 ms typ 100V DC 25 ms typ 240V DC 15 ms typ 100V AC 65 ms typ i 240V AC 105 ms typ Turn OFF Time 1 5 ms Typ 1 5 ms typ 15 ms typ 100V DC 95 ms typ 240V DC 125 ms typ Analog Input Points 2 0 to 10V max rated input 28 8V Analog Input Range 0 to 20 mA max rated input 40 mA Digital Resolution 10 bits 0 to pes Input Error NEN RENE Input Impedance O KOO to 10V Pump 2500 0 to 20mA Sampling Cycle 50ms 10m twisted pair Wire Length 100m shielded cable Output Signal Relay output Relay output Relay output Le Analog output ue Pome 4 points separate 4NO contacts 4NO contacts 4NO contacts Contact Configuration Isolation Isolated Isolated
35. tput FL1E H12RCE B12RCE H12RCA B12RCA H12RCC B12RCC FL1E H12SND e FL1B M08B1S2 240V AC 24V DC e FL1B MO8B2R2 M08D2R2 L1 L M08C2R2 T Fuse Q1 i Q4 Load 24V Internal Circuit 2 DC Output Transistor Source Output 24V Internal Circuit Analog Current Input FL1B J2B2 I 01020 mA 24V AC DC Input FL1E H12RCA B12RCA e FL1B MOSD2R2 9 P1 24V 11 to l8 V P1 24V DC Internal Circuit DC 3 wire Sensor Internal Circuit pv I1 to l8 E P1 OV Note 4 Bleeder resistance R6 calculation 11 to 18 R6 must satisfy the following three conditions ae 7 Maximum input OFF voltage 5V AC Sensor R6 Condition 1 R6 0s Maximum sensor leakage current A e Sensor power voltage V 24V AC Condition 2 R6 Q x Minimum sensor load current A Po The voltage drop across the load R6 must be less than 5V while the sensor is turned off Sensor power voltage V Condition 3 PRe W x 3 3 recommended allowance R6 resistance O 100 to 240V AC DC FL1E H12RCC B12RCC T I1 to 18 O Internal Circuit 100 nF FL1E H12RCC B12RCC R7 180 kO R8 47 kO FL1E MO8C2R2 R7 390 kO R8 62 kQ Note 5 Bleeder resistance R9 calculation R9 must satisfy the following three conditions Maximum input OFF voltage 2 40V AC Maximum sensor leakage current A Condition 1 R9 Q lt Sensor power voltage V Con
36. ule 4 combination I O modules 4 analog input modules 1 analog output module Maximum number of I O points Digital input 24 Digital output 16 Analog input 8 Analog output 2 The maximum number includes the I O points of the base module and the expansion I O modules C Base module CJ Combination I O module C Analog input module C Analog output module For users using analog inputs By setting the embedded analog input number using the WindLGC Ver 6 I O numbers can be allocated to the base module and expansion analog module ch a ine ipii iun Biba exules do sexi mini to eek 2 or d la enzurs osgb eih pidas desrez enable Ah 6 IDEC 100617 The AS Interface communication Open Network module provides an optimum solu MEEeERUSSDISVIGSNSU tion for savings in cables installation space and wiring cost and the possi iia z FC4A SX5A bility for decentralized control AS Interface AS Interface Master Module Gateway Virtual I O points 4 input points 4 output points CL ME FL1B CAS2 is compatible with AS AS Interface gt Interface Ver 2 0 ii fm z aj Monitor a p I ee SX5A p P Keiers IP20 Manifold Solenoid pu Communication Module Communication Terminal Value 33 Sensor AS Interface Light Tower Js IP67 _ Direct Connection Type H g Communication Combination and I O Allocation Examples 4 Terminal KWA NY
37. ved easily allowing for an easy system changeover Eight digital inputs 4 high speed digital I3 to I6 with up to 5 kHz response frequency and 4 digital analog compatible 11 12 I7 18 Applicable models FL1E H12RCE FL1E B12RCE FL1E H12SND s E E uU N ee Output from NPN PNP sensors can be inputted without external resistance This enables a wider selection of input devices saving wiring time Applicable models FL1E H12RCA FL1E B12RCA FL1B MO8D2R2 EX rs Use outputs for controlling lights small motors and solenoid valves up to 10A mS Can be combined with FL1B expansion I O modules and commu nication modules and an FL1D analog output module for system configuration Large 3 800 bytes maximum program size allows for easy pro gramming using function blocks without a concern for program size within the programmable bytes Internal No of Program Message Bar mable Blocks Display Graph Marker Program Size Relays Timers U 3 800 bytes nlimited Analog math is enhanced by combining function blocks that pro cess analog signals providing a variety of applications See page 4 LA FL1E PM4 Stores a user program Equipped with a protec tion function to prevent unauthorized program ws Changes or copying FL1E PB1 Extends the data backup life up to 2 years FL1E PG1 Has both memory and battery functions Programming softw
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