FL1D - Idec
Contents
1. cCcOCCO O aaQgqQgLsoask Shift Up Shift Down Mes controller ST gt aTi En Inv Q Par En Fre Par CoS Gaal Ax Par ales Ax Ay Par DA ES Trg Par En Par En Par oi Ce Par Par FL1D ipeEc SmartRelay Simple button operation enables easy modification of parameter values and confir mation of I O statuses e A maximum of 130 function blocks can be programmed including 24 internal relays 10 message displays and an unlimited number of timers and counters to achieve powerful control operations ODOR UPPONO beee00 s00000 ODDONE 500008 000000 aseasel ALLL program capacity 2 000 bytes o om m e 10A relay outputs eliminate the need for external relays apoa fmanan e O points expandable using expansion I O modules 24 digital inputs 16 digital outputs 8 analog inputs and 2 analog outputs 4 1 O modules 4 analog input modules and 1 analog output module maximum SC8eeeeecee e AS Interface and LONWORKS communication modules enable decentralized control Bea a SEAE T e All modules can mount on a 35 mm wide DIN rail and directly on a me panel e All base and expansion modules are UL c UL listed FM approved IEC61131 VDE0631 compliant Australian EMC compliant and shipbuilding certified ABS BV DNV GL Lloyd s Register and Note 2 Lloyd s Register needs a surge protection device DEHN SOHNE GmbH2. SEMI F47 compliant 120W 240W only Certified by ERPI PEAC an North American organization for testing and certifying SEMI F47 DIN rail mounting power supply Width 36 mm SOW 60W 46 mm 90W 50 mm 120W 80 mm 240W Finger safe spring up terminals AC universal input voltage 100V to 240V AC ame e Specifications utput Dimensions mm Output l Input Voltage Sai H ow p z 30w 100 to 240V AC 25A 9 36 108 85 to 264V AC 13A 95 36 108 60W 100 to 370V DC 2 5A 95 36 108 gow Compatible 375A 115 46 121 120W 100 to 240V AC 24V 50a 115 50 129 85 to 264V AC 240w_ 100 to 350V DC 10 0A 125 80 149 5 C US compatible LISTED Note DC does not comply with safety standards Q N Safety Precautions e All IDEC SmartRelay devices are manufactured under IDEC s rig e Special expertise is required to install wire program and operate orous quality control system but users must add a backup or fail the IDEC SmartRelay devices People without such expertise safe provision to the control system using the device in must not use the IDEC SmartRelay devices applications where heavy damage or personal injury may be e Read the user s manual or operating instruction sheet attached to caused in case the device should fail the product to make sure of correct operation e Turn off the power to the device
3. Including 2 digital analog compatible inputs and 2 high speed inputs Power voltage 12 24V DC Including 2 digital analog compatible inputs and 2 high speed inputs Power voltage 100 to 240V AC DC Including 2 digital analog compatible inputs and 2 high speed inputs Power voltage 12 24V DC Clock function Glock funetion Clock function Power voltage 100 to 240V AC DC Expansion I O Modules Maximum number of connectable modules per base module ssota base modul 4 combination I O modules 4 analog input modules and expansion I O 1 analog output module modules of the same power voltage rating is Maximum number of I O points erent toall Digital input 24 points Digital output 16 points modules using one Analog input 8 points Analog output 2 points power supply The maximum number includes the I O points of the base module and expansion I O modules FL1B M08B1S2 FL1B MO8B2R2 FL1B M08D2R2 FL1B MO08C2R2 Power voltage 12 24V DC Power voltage 100 to 240V AC DC Module Combination and Allocation Numbers See page 15 for details FL1D H12RCE FL1B MO8B2R2 FL1B J2B2 3 4 5 6 7 8 Bae Wiles SRTA Analog Input Analog Output Q Module Module Outpu Ea Teac 5161718 Power voltage 12 24V DC Base module LC Combination I O module PEINER Analog input
4. Class NK Note 1 Note 2 Co BVT AD 24 Part No 918 402 when using 12 24V and 24V DC SmartRe Note 1 For protection against surge noise on DC power supply types FL1D H12RCE lay modules B12RCE FL1D H12SND FL1D H12RCA B12RCA use surge absorbers noise cut transformers or noise filters U Y Types c YL Jus yp LISTED APPROVED e Base Module Rated Power Voltage Input Signal Output Signal Display Clock I O Points ae Type No 24V DC DC Transistor 8 4 points 150g FL1D H12SND I7 and l8 are used for FL1D H12RCE 12 24V DC digital analog inputs 8 4 points FL1D B12RCE FL1D H12RCA FL1D B12RCA FL1D H12RCC FL1D B12RCC 24V AC DC AC DC 8 4 points 100 to 240V AC DC AC DC 8 4 points Expansion I O Module Rated Power Voltage Input Signal Output Signal I O Points pct Type No 24V DC DC Transistor 4 4 points 90g FL1B M08B1S2 12 24V DC 4 4 points FL1B MO8B2R2 24V AC DC 4 4 points FL1B M08D2R2 100 to 240V AC DC 4 4 points FL1B M08C2R2 Analog Input 12 24V DC 2 0 points FL1B J2B2 Analog Output 24V DC 0 2 points FL1D K2B2 e I O points within the maximum number of expandable I O points can be used e 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 supplied to the modules from different power supplies EMC burst noise is 1 kV IEC61000 4 4 Input Output e Com
5. Use the base module expansion I O modules and communication modules according to the combinations shown on the right Base Module 12 24V DC PRR Fe Ca Ce Pe ee Lhe Fhe he thaTni La L m m m pii et mi 14 p wi O oeneo edana eoeen ones easan virte passe cee rasit eii e i o ia D a a cea l a e cere a eier i iiia ithe hai 09 0000 24V AC DC LoNWorKs communication module Only one LoNWorkKS communication module can be installed at the far right end of the row Base Module 100 to 240V AC DC eA maximum of 9 expansion I O modules and communication modules can be connected to a base module eA maximum of 4 combination I O modules 4 analog input mod ules and 1 analog output module can be connected to a base module e 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 supplied to the modules from different power supplies EMC burst noise is 1 kV IEC61000 4 4 e 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 e 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 con nected e Before connecting and disconnecting modules turn power off AS Interface Communication Module eA maximum of 4 AS
6. 2A at 12 24V AC DC 3A at 100 120V AC 3A at 230 240V AC Approx 1A Built in current limiting resistor 30A maximum External fuse required 16A maximum 10 mA 12V DC 30A maximum 30A maximum External fuse required 16A maximum 10 mA 12V DC External fuse required 16A maximum 10 mA 12V DC 100 MQ maximum at 1A 24V DC 10 million operations no load 10 Hz 100 000 operations rated resistive load 1800 operations hour 100 MQ maximum at 1A 24V DC 100 MQ maximum at 1A 24V DC 10 million operations 10 million operations no load 10 Hz no load 10 Hz 100 000 operations 100 000 operations rated resistive load rated resistive load 1800 operations hour 1800 operations hour Note 1 When selecting frequency trigger function Note 2 10 m when connected to analog input twisted pair cable Note 3 For fluorescent lamps if the inrush current exceeds the allowable value use an appropriate relay 10 Hz 10 Hz 10 Hz 10 Hz 2 Hz 2 Hz 2 Hz 0 5 Hz 0 5 Hz 0 5 Hz 0 5 Hz Initialization Time After power up the FL1D takes a maximum of 10 seconds 9 seconds without using a memory cartridge for initialization When initialization is complete the FL1D can be set to RUN mode FIDEC 11 FL1D ipeEc SmartRelay Expansion I O Module Specifications 24V DC 20 4 to 28 8V D
7. 0 1 mA 17 18 gt 2 5 MA gt 0 08 mA 1 5 ms Typ 11 to lt 1 0 ms 15 16 1 5 ms Typ 11 to lt 1 0 ms 15 16 300 ms Typ 17 18 300 ms Typ 17 18 14 1 5 ms Typ 11 to 14 lt 1 0 ms I5 16 300 ms Typ 17 18 14 1 5 ms Typ 11 to 14 lt 1 0 ms I5 16 300 ms Typ 17 18 100V AC 50 ms Typ 240V AC 30 ms Typ 100V DC 25 ms Typ 240V DC 125 ms Typ 100V AC 65 ms Typ 240V AC 105 ms Typ 100V DC 95 ms Typ 240V DC 125 ms Typ 1 5 ms Typ 15 ms Typ 100 m Note 2 Transistor source output 100 m Note 2 Relay output 100 m Relay output 100 m Relay output 4 points separate 4NO contacts 4NO contacts 4NO contacts External power voltage Isolated 2500V AC 1 minute 500V DC 1 minute Isolated Isolated 2500V AC 1 minute 500V DC 1 minute 2500V AC 1 minute 500V DC 1 minute 0 3A Resistive load 10A at 12 24V AC DC 10A at 100 120V AC 10A at 230 240V AC Inductive load 2A at 12 24V AC DC 3A at 100 120V AC 3A at 230 240V AC Resistive load 10A at 12 24V AC DC 10A at 100 120V AC 10A at 230 240V AC Inductive load 2A at 12 24V AC DC 3A at 100 120V AC 3A at 230 240V AC Resistive load 10A at 12 24V AC DC 10A at 100 120V AC 10A at 230 240V AC Inductive load
8. 24V DC 0 3 to 1 7W 12V DC 0 4 to 1 8W 24V DC 10 to 40 mA 100V AC 10 to 25 mA 240V AC 5 to 25 mA 100V DC 5 to 15 mA 240V DC 10 ms Typ 100V AC DC 20 ms Typ 240V AC DC 1 1 to 4 6 VA 100V AC 2 4 to 6 0 VA 240V AC 0 5 to 2 9W 100V DC 1 2 to 3 6W 240V DC 40 to 110 mA 24V AC 20 to 75 mA 24V DC 5 ms Typ 24V AC DC 0 9 to 2 7 VA 24V AC 0 4 to 1 8W 24V DC Yes DC Yes 80 hours 25 80 hours 25 C 80 hours 25 C C 5 sec day maximum 5 sec day maximum 5 sec day maximum DC AC DC AC DC 8 11 to 18 8 I1 to 18 1 5 of full scale max rated input 28 8V DC max rated input 28 8V DC 1 5 of full scale 8 I1 to 18 8 I1 to 18 2 I7 18 2 I7 18 2 15 16 2 kHz maximum 2 15 16 2 kHz maximum 0 to 10V DC 0 to 10V DC 10 bits 0 to 1000 10 bits O to 1000 lt 0 05 mA 17 18 lt 0 85 mA l1 to 16 lt 0 85 mA l1 to 16 lt 0 05 mA I7 18 0 to 26 4V AC 0 to 265V AC 0 to 28 8V DC 0 to 28 8V DC 0 to 28 8V DC 0 to 253V DC 3 5 kQ 3 5 kQ 4 8 KQ 840 kQ 78 KQ 76 kQ lt 40V AC lt 5V DC lt 5V DC lt 5V AC DC lt 30V DC gt 79V AC gt 12V DC 2 8 5VDC gt 12V AC DC 79V DC lt 0 03 mA gt 2 mA l1 to 16 gt 0 15 mA I7 18 gt 1 5 mA I1 to 16 gt
9. 7 5 kQ 1 4W minimum For power voltage 12V DC R1 1 8 kQ 1 4W minimum V L 12 24V DC O L O o O 7 l8 Internal Circuit DC 3 wire Sensor For FL1D H12SND the value is 39 kQ Note 2 When using an NPN output sensor connect an external resistor 17 18 For power voltage 24V DC R2 100 kQ 1 8W minimum For power voltage 12V DC R2 24 kQ 1 8W minimum Analog Voltage Input FL1D H12SND H12RCE B12RCE FL1B J2B2 A SS A Internal Circuit 010 10V O n JM M1 M2 5V xFor FL1D H12SND the value is 39 kQ Note 3 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 l Analog Current Input e FL1B J2B2 Output Internal Circuits Relay Output e FL1D H12RCE B12RCE 240V AC 24V DC FL1D H12SND H12RCA B12RCA L1 e FL1B M08B1S2 H12RCC B12RCC Fuse TEEF FL1 B M08B2R2 anes 24V Internal Circuit M08D2R2 24V Internal Circuit 2 pote M08C2R2 240V max 10A max N M 1 Internal Circuit DC Output Transistor Source Output 10 nF 0 3A max D Load a Note 6 When connecting to a DC input type PLC use a negative common sink input type 24V AC DC Input FL1D H12RCA B12RCA FL1B M08D2R2 m P1 24V E 11 to 18 V P1 24V DC O 11 to 18 Internal Circuit DC 3 wire Sensor QO
10. P2 OV V P2 24V DC Internal Circuit e 11 to 18 11 to 18 O P1 OV DC 3 wire Sensor R3 Note 4 Bleeder resistance R3 calculation R3 must satisfy the following three conditions P1 Maximum input OFF volt 5V AC ia Condition 1 R3 Q lt eka RL a Aa A E Maximum sensor leakage current A P2 Condition 2 R3 lt Sensor power voltage V Minimum sensor load current A The voltage drop across the load R3 must be less than 5V while the sensor is turned off Sensor power voltage V Condition 3 PR3 W R3 resistance Q x3 3 recommended allowance 100 to 240V AC DC Input FL1D H12RCC B12RCC FL1B M08C2R2 L1 390 kQ 11 to 18 Q 390 kQ Internal Circuit 11 to 18 100 nF 62 kQ Note 5 Bleeder resistance R4 calculation R4 must satisfy the following three conditions Maximum input OFF voltage 40V AC Condition 1 R4 Q lt as Maximum sensor leakage current A Condition 2 R4 Q lt ee power voltage V Minimum sensor load current A The voltage drop across the load R4 must be less than 40V while the sensor is turned off Sensor power voltage V Condition 3 PR4 W i R4 resistance Q x3 3 recommended allowance Analog Output e FL1D K2B2 24V Internal Circuit Q1 to Q4 O Internal Eog V1 V2 100 nF po M2 24v pc LI Fuse i NIipEc FL1D pec SmartRelay Module Expansion
11. mA gt 2 5 MA gt 0 08 mA 100V AC 50 ms Typ 240V AC 30 ms Typ 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 100V DC 95 ms Typ 240V DC 125 ms Typ 0 to 10V max rated input 28 8V 0 to 20 mA max rated input 40 mA 10 bits 0 to 1000 1 5 of full scale 76 kQ 0 to 10V 155 to 250Q 0 to 20 mA 10 m twisted pair shielded cable Transistor source output Relay output Relay output Relay output 4 points separate 4NO contacts 4NO contacts Isolated Isolated 2500V AC 1 minute 500V DC 1 minute 2500V AC 1 minute 500V DC 1 minute 4NO contacts Isolated 2500V AC 1 minute 500V DC 1 minute External power voltage 20 4 to 28 8V DC 0 3A Resistive load 5A at 12 24V AC DC 5A at 100 120V AC 5A at 230 240V AC Inductive load 2A at 12 24V AC DC 3A at 100 120V AC 3A at 230 240V AC Resistive load 5A at 12 24V AC DC 5A at 100 120V AC 5A at 230 240V AC Inductive load 2A at 12 24V AC DC 3A at 100 120V AC 3A at 230 240V AC Resistive load 5A at 12 24V AC DC 5A at 100 120V AC 5A at 230 240V AC Inductive load 2A at 12 24V AC DC 3A at 100 120V AC 3A at 230 240V AC Built in current limiting resistor Approx 1A External fuse required
12. on expansion I O units see the following website http www idec com faq en controller fl1d01 SmartRelay When using ferrules we recommend the fol lowing crimping terminals and crimping tools e For single wires 8 Al0 75 8 GY e For 2 wires Cross section area AWG Phoenix Contact Type No 22 0 3 AI TWIN 2 x 0 5 8 WH 0 5 20 AI TWIN 2 x 0 5 8 WH 0 75 18 AI TWIN 2 x 0 75 8 GY 1 25 18 AI TWIN 2 x 1 5 8 BK Crimping tool CRIMPFOX ZA 3 0 75 1 AF eaeae AS Interaca 0080000 ADOR Brown Blue AS Interface Cable Stranded wires single wires and wires with ferrules can be connected to the FL1D NipEC i MicRoSmart Programmable Controller All in one and slim type CPU modules Powerful communication functions and flexible system expansion WindLDR Ver 4 7 Programming and Monitoring e AS Interface Master Module AS hnterface Version _ FC4A D20K3 T 7 Cer 21S C US FC4A D20S3 12 in 8 out LISTED FC4A D20RK1 FC4A D20RS1 ___ Type No Modas 7 a FC4A D40K3 f Output HMI Module 24 in 16 out FC4A D40S3 HMI Base Module FC4A C10R2 4 in 4 out Communication Adapter For details about the All in One FC4A C16R2 9 in 7 out 16 in 8 out Communication Module FC4A C24R2 14 in 10 out 2 in 1 out Memory Cartridge MicroSmart see the catalog PM O o Clock Cartridge
13. terminal The two terminals and two terminals are both connected internally Recommended Crimping Base module of rated operating voltage 12 24V DC 24V DC and 24V AC DC 1st Expansion Module taewvoe 2 24V DC ewoo 2 24V DC N avoc WN voos M i incl analog input X aie en nie X communication module l N 24V AC DC 24V AC DC Base module of rated operating voltage 100 to 240V AC DC 2nd Expansion Module 8th Expansion Module 24V DC incl analog input incl analog input communication module Module incl analog output communication module 2nd Expansion Module 8th Expansion Module Analog input communication module Analog input communication module AN Initialization after Power up e Initialization starts when the FL1D base module is powered up When using the FL1D base module with display an hourglass appears on the display during the initialization When using the FL1D without display the red LED flashes during the initialization e Initialization time When a memory cartridge is used 10 seconds maximum When a memory cartridge is not used 9 seconds maximum e When more than 2 expansion I O modules are connected to the base module because the expansion I O modules perform initial ization after the power up the user program may take time to receive input signals of the expansion I O module For more infor mation
14. timer functions and parameter nema relay Memon maken 124 maximum Also by using message output functions error mes EE AE A Ay ERRE TEU Une um sages can be displayed Timers limited Relays Unlimited within the programmable bytes Memory Cartridge Economical Type FL1C PM3 memory cartridge protects your programs Economical types without display and control buttons from unintended modification copying or deletion are also available User programs can be easily copied to multiple IDEC SmartRelays t weet weg froth ee psn PY el TU i emmo Smart Solution for Smart Engineers The SmartRelay is useful for machines with analog functions Feedback control by combining proportional and integral control actions When all the ingredients are added in the oil tank the oil temperature falls temporarily but automatically goes back to the set temperature by the PI function The fryer should be designed so that the oil temperature does not exceed 250 C or fall below 80 C Menu Food A 160 C 7 e Analog Output Timing Chart Food B 180 C Food C 200 C Food D 220 C Dir H7 250 gt Max Oil temperature must be Menu A B C D gt SP between 80 Cand 250 C DA 80 gt Min rs ar R JE E 4 4 A 4 Oil rises to set temperature 4 Menu Upper oil temperature limit Temperature Settings Lower limit adjustment Switch On Fryer 4 falls due t
15. 16A maximum External fuse required 16A maximum External fuse required 16A maximum 10 mA 12V DC 10 mA 12V DC 10 mA 12V DC 100 MQ maximum at 1A 24V DC 100 MQ maximum at 1A 24V DC 100 MQ maximum at 1A 24V DC 10 million operations no load 10 Hz 10 million operations no load 10 Hz 10 million operations no load 10 Hz 100 000 operations rated resistive load 1800 operations hour 100 000 operations rated resistive load 1800 operations hour 100 000 operations rated resistive load 1800 operations hour 2 0 to 10V 10 bits 0 to 1000V 2 5 of full scale 5 kQ 10 Hz 2 Hz 2 Hz 2 Hz 50 ms 10 m twisted pair shielded cable 0 5 Hz Note 2 1 0 mA for ver 1 to 4 Note 1 8V DC for ver 1 to 4 Note 6 For fluorescent lamps if the inrush current exceeds the allowable value use an appropriate relay When mounting more than two expansion I O modules see Initialization after Power up on page 15 12 0 5 Hz 0 5 Hz Note 3 1 5 mA DC for ver 1 to 4 FIDEC Note 4 8V DC for ver 1 to 5 0 5 Hz Note 5 1 0 mA for ver 1 to 5 FL1D ipEc SmartRelay AS Interface Communication Module General Specifications Specifications item Specifications Standard Module Type AS Interface slave module Horizontal 0 to 55 C Slave Type Standard Operating
16. 2 points Analog input module Analog output module a di e Note 1 I O numbers are automatically allocated starting with the base module Resolution 10 bits Resolution 10 bits Note 2 When the base module with analog inputs is used 17 18 Al1 and Al2 are occu pied whether the analog inputs are used or not For the expansion I O module allo _ Max expansion modules 4 cation starts with 19 and AIS 6 NipEc Base Modules I O Expansion Module AS Interface Communication Module FL1B CAS2 The AS Interface communication cone oh module provides optimum solution for savings in cables installation space and wiring cost and possi AS interface e bility for decentralized control Master Module Gateway e Virtual I O points 4 input points v Branch i PS2R Connector 4 output points AS Interface SX5A k Powar Supply s 7 Safety e FL1B CAS2 is compatible with lt an AS Interface Ver 2 0 p Ka 2m SX5A PRI AS Interface IP20 Manifold Solenoid a Communication Module Communication Terminal Value e j Sensor AS Interface C Light Tower SX5A IP67 PN Direct Connection Type Communication Terminal K AFN lt gt D lt s SL Sensor aoe we We P Y Emergency a t itch HW L6 MCM Series 1 L D eee SwitchNet Control Units U For SwitchNet and IDEC AS Interface AS Interface Direct Connectio
17. C 12 24V DC 24V AC DC 20 4 to 26 4V AC 20 4 to 28 8V DC 50 60 Hz 47 to 63 Hz 10 8 to 28 8V DC 100 to 240V AC DC 85 to 265V AC 100 to 253V DC 50 60 Hz 47 to 63 Hz 12 24V DC 24V DC 10 8 to 28 8V DC 20 4 to 28 8V DC 30 to 45 mA 30 to 140 mA 12V DC 20 to 75 mA 24V DC 40 to 110 mA 24V AC 20 to 75 mA 24V DC 10 to 30 mA 100V AC 10 to 20 mA 240V AC 5 to 15 mA 100V DC 5 to 10 mA 240V DC 25 to 50 mA 25 to 50 mA 2 ms Typ 12V DC 5 ms Typ 24V DC 5 ms Typ 24V AC DC 10 ms Typ 100V AC DC 20 ms Typ 240V AC DC 2 ms Typ 12V AC DC 5 ms Typ 24V AC DC 5 ms Typ 0 8 to 1 1W 0 3 to 1 7W 12V DC 0 4 to 1 8W 24V DC 0 9 to 2 7 VA 24V AC 0 4 to 1 8W 24V DC 1 1 to 3 5 VA 100V AC 2 4 to 4 8 VA 240V AC 0 5 to 1 8W 100V DC 1 2 to 2 4W 240V DC 0 3 to 0 6W 12V DC 0 6 to 1 2W 24V DC 0 6 to 1 2W 24V DC Yes Yes DC input DC input AC DC input AC DC input Analog input 0 to 28 8V DC 0 to 26 4V AC 0 to 28 8V DC 0 to 28 8V DC 0 to 265V AC 0 to 253V DC lt 5V DC lt 5V DC lt 5V AC DC lt 40V AC lt 30V DC gt 12V DC Note 1 gt 8 5V DC Note 4 gt 12V AC DC gt 79V AC gt 79V DC lt 0 85 mA Note 2 lt 0 85 mA Note 5 lt 1 0 mA lt 0 03 mA gt 2 mA gt 1 5
18. Communication Terminal O unit installed with standard network variables SNVT 1 0 unit eT ENEN Cl Lonworks Communication Module Thermometer Non LoNWorks Device SX5L Communication Terminal I O unit Module Combination and Allocation Numbers 1 Maximum number of I O points when using LONWoRkKS communication module ntl in Meee ee Wendie vaew nese For details see page 15 FL1D H12RCC FL1B CL1C12 Digital Input 13 14 15 16 20 21 22 23 24 Base module Analog Input Al 4 JLonworks communication module Digital Output Q LC Combination I O module JAnalog input module 2 Using analog inputs on the base module Analog output module FL1D H12RCE FL1B CL1C12 Digital Input LONIVIARK Analog Input Al Digital Output Q l l LONMARK LONWORKS LON 3 Using expansion I O module Lon Builder Neuron 3120 i FL1D H12RCE FL1B M08B2R2 FL1B CL1C12 3150 and Echelon are registered Digital Input 1 21314 5 6 7 8 9 10 11 16 17 18 19 20121 22 23 24 trademarks of Echelon USA Analog Input Al 1 2 8 For details about SX5L LONWorks ae communication terminals see catalog No EP995 12 3 4 ee pigtal Output a ileje bre _ bome FL1B J2B2 FL1D K2B2 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
19. Interface communication modules can be connected to a base module e AS Interface communication module can be connected to any base module and expansion I O modules e A 100 to 240V AC DC module cannot be connected to the right side of AS Interface communication module LonWorks Communication Module e LONWoRkSs communication module can be connected to any base module and expansion I O modules e Only one LONWorKS communication module can be installed Always install the module at the far right end Wiring Base Module and Expansion I O Module e Connect an IEC60127 approved fuse to the power supply for protection against over load and short circuit e Do not connect input wire and communica tion cable in parallel or near the power line oca output line or motor line Also make sure that any noise source is not present nearby e Use 0 5 to 2 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 tight ening torque 0 4 to 0 5 N m LonWorks Communication Module e Use LONWorkKS compatible cables for net work wiring of the LONWorRKSs communica tion module Terminal 1st Expansion Module 100 to 240V AC DC Analog input communication module AS Interface Communication Module e When connecting AS Interface cable to an AS Interface communication module make sure that the brown cable is connected to terminal and the blue cable to
20. Mounting Cold IEC60068 2 1 Temperature Vertical Hot IEC60068 2 2 I O code 7 Mounin 0 to 55 C Profile ID code F g ID2 code F ae ee 40 to 70 C Note 1 OUP Out Virtual input 4 z p p Virtual output 4 Relative Humidity 10 to 95 Note 2 IEC60068 2 30 Rated AS Interface Voltage 30V DC 26 5 to 31 6V DC Atmospheric Pressure 795 to 1080 hPa 70 mA maximum AS Interface Operating Condition Degree of Protection IP20 VO Allocation 5 to 9 Hz amplitude 3 5 mm 9 to 150 Hz acceleration 9 8 m s AS Interface SmartRelay SmartRelay AS Interface Shock Resistance 147 m s IEC60068 2 27 Output Data Bit DO Input In Output Qm Input Data Bit DO Drop Test 50 mm IEC60068 2 31 Output Data Bit D1 Input In 1 Output Qm 1 Input Data Bit D1 Drop Test packaged im IEC60068 2 32 Output Data Bit D2 Input In 2 Output Qm 2 Input Data Bit D2 Eussen Ca DOOP TAWE No20 i eee 8 kV air discharge Output Data Bit D3 Input In 3 Output Qm 3 Input Data Bit D3 Electrostatic Discharge 6 kV contact discharge Note 4 IEC61000 4 2 Vibration Resistance IEC60068 2 6 e I O point numbers n and m of the SmartRelay are automatically Electromagnetic Fields 10 V m IEC61000 4 3 allocated by the base module according to the mounted position of the AS 2 KV power line Interf mmunication module Burst Pulses IEC61000 4 4 FACETO unicat 9 1 kV I O signal line Note 5 e AS Interface communicatio
21. Note 2 I O numbers are automatically allocated starting with the base module Note 3 When the base module with analog inputs is used 11 to 18 Al1 and Al2 are occupied whether the analog inputs are used or not NiDEC Easy Programming using WindLGC Online test and simulation mode allows convenient programming Lhe GC Programming Software for IDEC SmartRelay Enhanced functions in WindLGC such as offline simulation and online testing of programs greatly reduces programming time Online Test Digital outputs can be turned on or off independently Useful for confirming operation of subse Function Block Wiring status and function block duoni pigran parameters can be confirmed by simulating on the WindLGC pro gramming screen Simulation is possible for every scan or for a Compare predetermined period of time When WindLGC is connected to the IDEC SmartRelay installed in a control panel or equipment the I O statuses can be monitored on the WindLGC screen Downloading user programs and testing opera facili When adding or modifying a part e an SEMIN mainte of the user program this function makes it possible to compare two programs on the WindLGC screen Create function block and ladder diagrams using simple drag and drop functions Function Block Programming Ladder Programming Free upgrade from WindLGC Ver 3 can be downloaded from the update center or IDEC websit
22. Think Automation and beyond A FL1D a EC SmartRelay AS Interface http smart idec com IDEC CORPORATION The FL1D SmartRelay contains various functions such as timer counter and calender No more complicated wiring is required Just use the buttons and the LCD panel to write programs System changeover that requires parameter changes Is easy too Programming software WindLGC is available for easy programming Save your user program and print it out as a document Simulation functions make it easy to edit programs and set parameters while con firming on the screen Finec SmartRelay FL1D SmartRelay NPN PNP Sensor Input _ Output from NPN PNP sensors can be loaded without external resistance This enables wider im selection of input devices and saves wiring time Available on FL1D H12RCA FL1D B12RCA and FL1B MO8D2R2 POPRZ Ti erst ERFPSeSETee D6 LE M PNP och ie NPN AAVACIDC je Act TW joec SmartRelay LED Display Panel with Backlight Contrast Function Display up to 48 charac ters of message Monitor any of the 8 basic or 28 special function blocks or confirm the status of the parameters ___FLID HI2RCA ___ OUTPUT 4xRELAYNOA Bh a i a iia iy ecto b J oS SIKIA Digital Output Use the outputs to control lights small motors and solenoid valves up to 10A Major Features FL1D Analog Output Module A ne
23. before starting installation removal wiring maintenance and inspection of the device Failure to turn power off may cause electric shocks or fire hazard Specifications and other descriptions in this catalog are subject to change without notice 7 31 Nishi Miyahara 1 Chome Yodogawa ku Osaka 532 8550 Japan D EC COR PO RAT O N Tel 81 6 6398 2571 Fax 81 6 6392 9731 E mail products idec co jp D E C IDEC CORPORATION USA IDEC ELEKTROTECHNIK GmbH IDEC IZUMI H K CO LTD 1175 Elko Drive Sunnyvale CA 94089 2209 USA Wendenstrasse 331 D 20537 Hamburg Germany Unit 1505 07 DCH Commercial Centre No 25 Tel 1 408 747 0550 800 262 IDEC 4332 Tel 49 40 25 30 54 10 Fax 49 40 25 30 54 24 Westlands Road Quarry Bay Hong Kong Fax 1 408 744 9055 800 635 6246 E mail service idec de Tel 852 2803 8989 Fax 852 2565 0171 E mail opencontact idec com IDEC SHANGHAI CORPORATION E mail info hk idec com IDEC CANADA LIMITED Room 608 609 6F Gangtai Plaza No 700 IDEC TAIWAN CORPORATION Unit 22 151 Brunel Road Mississauga Ontario Yan an East Road Shanghai 200030 P R C 8F 1 No 79 Hsin Tai Wu Road Sec 1 L4Z 1X3 Canada Tel 86 21 5353 1000 Fax 86 21 5353 1263 Hsi Chih Taipei County Taiwan Tel 1 905 890 8561 Toll Free 888 317 4332 E mail idec cn idec com Tel 886 2 2698 3929 Fax 866 2 2698 3931 Fax 1 905 890 8562 IDEC SHANGHAI CORPORATION E mail service idectwn com tw E mail sales ca id
24. e through the Internet Function block parameters are entered and modified in the function block dialog C boxes In addition to function block diagrams WindLGC can program ladder diagrams for the IDEC SmartRelay ws A http www idec com english download When downloading the user program to the base module ladder diagrams are converted into function block diagrams For details see the user s manual and FAQ available at the following website MMiadGC Ver 5 System Requirements C U ee ee http Awww idec com faq en controller OS Windows XP 2000 98 95 Me NT4 0 Hard disk space 90 MB RAM 128 MB 800 x 600 pixels 256 colors 1024 x 768 recommended Display Cg General Function Blocks Special Function Blocks e AND a ee ee ee Series connection of normally open contacts AND e AND Edge Q Geoid feleliatisiciviatolwt Edge detection with edge evaluation pos edge e NAND Parallel connection of normally closed contacts e NAND Edge Q Min ee oe ee a Pee Edge detection with edge evaluation pos edge OR Parallel connection of normally open contacts e NOR NNN NT Series connection of normally closed contacts e XOR TeS Double changeover contact e NOT r Connection of closed contact gt N O 1 2J 3 4 m i Q Q Q 1 Q 1 Q 1 Q 1 Q wo N ew pe
25. ec com Beijing Office IDEC IZUMI ASIA PTE LTD IDEC AUSTRALIA PTY LTD Unit 1002 No 10 Kuntai Building Zhaowai Dajie No 31 Tannery Lane 05 01 Dragon Land 2 3 Macro Court Rowville Victoria 3178 Australia Zhao Yang District Beijing 100020 P R C Building Singapore 347788 Tel 61 3 9763 3244 Toll Free 1800 68 4332 Tel 86 10 6599 5541 Fax 86 10 6599 5540 Tel 65 6746 1155 Fax 65 6844 5995 Fax 61 3 9763 3255 IDEC SHENZHEN CORPORATION E mail info sg idec com E mail sales au idec com Unit AB 3B2 Tian Xiang Building Tian an Shuma Cheng IDEC ELECTRONICS LIMITED Fu Tian District Shenzen Guang Dong 518040 P R C Unit 2 Beechwood Chineham Business Park Tel 86 755 8356 2977 Fax 86 755 8536 2944 Basingstoke Hampshire RG24 8WA UK 7 Tel 44 1256 321000 Fax 44 1256 327755 www idec com E mail sales uk idec com Cat No EP1106 0 FEBRUARY 2006 14DNP PRINTED IN JAPAN
26. hwo pe i i i Li wo N gt 2 Download Demo Version http Awww idec com english download e On delay Trg H e ls T m Par 4ILF Q e Off delay Trg JI Tra ee a qe wef ore T gt Par e On Off delay Trg a Trg 4FL e Retentive on delay TRG R TE aH LT oS e Latching relay s JI s JRS R H R Q Q Par e Current impulse relay Tg nmn nn TiN a R i Q ae ae mt Par e Interval time delay relay Pulse output Trg a Trg Q M Par T e Edge triggered interval time delay relay lt gt lt Par T Te ET Tu a e Seven day time switch Sa Su No1 Sa Su rm Geom PARA Not Q No2 oN eo HH No2 Q OFF 22 00 Odea LL No3 Q 12 2 8 2 e Twelve month time switch MM DDt Fed Mat Apr No 02 25 E No 04 15 Q 25 25 e Up down counter m H R E ET A Par Programming Software General Function Blocks 8 Special Function Blocks 28 e Asynchronous pulse generator En J HEK iv UUL om Pi TH TE e Random generator a ica eS i QT Eu T starts 1_ft_ _ _ TH a k Vk e Frequency trigger Fre i fa 5Hz fa 3Hz G T S 4 G a e Analog trigger 1000 e Analog comparator 1000 Al 0 1000 A2 0 1000 tor A 200 e Stairwell light switch m Starts e Dual function switch Trg lt T gt j gt e Message texts e Softkey suti e Eo ao Sree e Analog amplifier e Shift register
27. munication Module Names Rated Power Voltage I O Points Weight approx Type No 30V DC Input 4 points AS Interface rated voltage Output 4 points FL1B CAS2 AS Interface Communication Module Input 16 points LonWorks Communication Module 24V AC DC Analog input 8 points FL1B CL1C12 Output 12 points e 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 downloaded from http www idec com english download Option ee ee o O e o Application Software Program WindLGC FL9Y LP1CDW 1 CD ROM incl online help manual PC Cable FL1A PC1 1 Memory Cartridge FL1C PM3 With read write protect function Mounting Clip FL1B PSP1 FL1B PSP1PN05 A mounting clip is supplied with a module Lens Removal Tool MT 101 For removing memory cartridge IDEC SmartRelay User s Manual FL9Y B966 1 Downloadable from LonWorks Communication Module User s Manual FL9Y B695 a http idec com english download FLID ipEc SmartRelay Base Module Specifications 24V DC 20 4 to 28 8V DC 12 24V DC 10 8 to 28 8V DC 24V AC DC 20 4 to 26 4V AC 20 4 to 28 8V DC 47 to 63 Hz 100 to 240V AC DC 85 to 265V AC 100 to 253V DC 47 to 63 Hz 30 to 55 mA 24V DC 0 7 to 1 3W 24V DC 30 to 140 mA 12V DC 20 to 75 mA 24V DC 2 ms Typ 12V DC 5 ms Typ
28. n Type AS Interface Safety at work devices see catalogs No EP1043 and EP1025 Module Combination and Allocation Numbers Using expansion I O modules For details see page 15 FL1D H12RCE FL1B MO8B2R2 FL1B CAS2 Daam i eelas 1s leoon eass JE L Base module LC Combination I O module Analog Input Al ae tale _ Analog input module _ AS Interface communication module Digital Output i j2i3 4 set z ie 9 fofn 1 FL1B J2B2 Note 1 I O numbers are automatically allocated starting with the base module Note 2 When the base module with analog inputs is used I7 18 Al1 and Al2 are occupied whether the analog inputs are used or not LONWORKS Communication Module FL1B CL1C12 Combination of easy to program o IDEC SmartRelay and LonWorks secossa Monitor and Opetstion tenna communication module achieves Mii Tii remote control and monitoring on the LonWorks network neat WL edeerz Air Conditioner nuai e Max virtual input points 16 points e Max virtual output points 12 points w e Max virtual analog input points 8 points Current analog value Number of I O points depends on the combination of modules e An external interface file XIF extension unique to each LONWorRkS communication module is needed to communicate through the LONWorks network The XIF file can be downloaded from the i PEER EN following website ermina ock type communication terminal SX5L
29. n module is IP20 terminal type Energy Carriers Single e AS Interface cable is connected to the terminal block Pulse Surge Note 6 1 kV power line normal 1EC61000 4 5 FL1B H12RCC 2 kV power line common 7 7 FL1B B12R l LONWoRKS Communication Module ee 0 5 to 2 5 mm one wire 0 5 to 1 5 mm two wires Terminal Style Finger safe type Note 7 Communication Cable e Specifications 24V AC DC Rated Power Voltage Rated Frequency 50 60 Hz 47 to 63 Hz Note 2 No condensation Gunner Dien 33 mA max Note 3 Class A for AS Interface communication module m Note 4 8 kV air discharge 4 kV contact discharge for AS Interface communication Communication System LON system module Transceiver FTT 10A Note 5 1 kV criteria A 2 kV criteria B for AS Interface communication module Topol Bus t I Freet Note 6 For protection against surge noise on DC power supply types FL1D H12RCE Cee US topology 7 FTES topology B12RCE FL1D H12SND FL1D H12RCA B12RCA use surge absorbers noise Transmission Rate 78 kbps cut transformers or noise filters Neuron Chip TMPN3120FES5M Toshiba Note 7 Tightening torque 0 4 to 0 5 N m CPU Clock Frequency 20 MHz Dimensions 1 400 m only FTT 10A transceiver when Transmission Bus topology using Level 4 AWG22 cable Base Module Distance a 500 m total 400 m between nodes Peg when using Level 4 AWG22 cable e Network Variables rn SNVT Type Application z SNVT_obj_reque
30. o disturbance PI Recovery Operation PI Recovery Operation Reset AQ stop Analog Multiplexer PI Control Program Image Function Block Function Block Oil returns to set temperature amp t f H t Start Cooking Control Mode ON q 9 4 fe pe Add Ingredients Oil temperature Other application examples Simple feedback control such as pressure flow and liquid surface detection Analog value outputs can be changed for the 2 selected levels The automatic door closes in 3 speed levels to prevent human injuries The ramp function controls the speed of the motor operating the door After entering a room the person presses the pushbutton and closes the door e Analog Output Timing Chart En Sel St MaxL Level 1 Press switch lq Slows down i amp F p 1 gg 4 4 Other application examples Simple speed control of motors and conveyors Door starts to close 4 Slows down further 4 4 9 4 4 Door closes completely 4 j NipEc PI Control Analog Ramp Control Analog Multiplexer En s2 4A gt RQ z 4 ae analog outputs can be set by combining Par Analog Multiplexer f p g p 2 input conditions S1 S2 Application Example Window Blind Control The slat of window blinds can be controlled to 4 different angles The angles of the slat can be adj
31. r programs for preceding FL1A FL1B and FL1C IDEC SmartRelays can be imported to the FL1D using WindLGC V 5 Expansion Modules Expansion modules allow you to add FL1B I O modules and communication modules Note New FL1D analog output module can only be combined with FL1D base modules Flexible Versatile Quality features packed in a compact sized body User Friendly The IDEC SmartRelay with a full line of analog output modules meet user demands for versatile and flexible use ipec SmartRelay Reduce the wiring to a minimum Control multiple devices in a simple set up And save the cost a Solution Z Lge Replaces relays timers Smaller system than Reduces your workload and counters using a PLC Text Display 58 a C a D nar mae HS ff m F iR SUAE i ll II Change your complicated sys The IDEC SmartRelay 36 different types of function tem of multiple relays timers replaces many functions of blocks make it possible to per and counters to a single IDEC peripheral equipment of the form various control operations SmartRelay programmable logic controller easily Features 10A max output con tacts and up to 48 characters of display Easy Maintenance Program Size 2 000 Byte LCD display panel and control buttons enable easy e Programmable bytes 2 000 maximum monitoring of digital analog input and output functions e Programmable blocks 130 maximum a display of
32. st Quantity 1 Request object mode Ed ao l O O Switch light alarm SNVT_switch Quantity 14 window contact free 2 2 29 29 inputs outputs Input Network SNVT_occupancy Quantity 2 Occupancy Variable SNVT_temp_p Quantity 1 Room temperature C Brightness lightening SNVT_lux Quantity 1 ievel lux SNVT_lev_percent Quantity 6 Position SNVT_obj_status Quantity 1 Output object status Switch light alarm SNVT_switch Quantity 8 window contact free Variable SNVT_occupancy Quantity 2 Occupancy Scheduler program Just current state SNVT_tod_event Quantity 2 e Block Diagram 20 MHz 20 MHz U RXD NET A FTT 10A Expansion TXD NET B Internal Bus Interface Circuit Configuration Property at ee cea aaa SCPT Type Application z gt Configuration FOR Property SCPTmaxSendTime Quantity 12 Send heartbeat Arimen one iain 13 FL1D hipec SmartRelay Input Internal Circuits DC Input FL1D H12SND H12RCE B12RCE FL1B M08B1S2 M08B2R2 V L 12 24V DC Output E 11 to I6 OUT I1 tol6 3 6 kQ O es Internal Circuit OV 100 nF 2 2 kQ O DC 3 wire Sensor V OL 12 24V DC O L O 11 to l6 NPN all DC 3 wire Sensor Note 1 When using an NPN output sensor connect an external resistor 11 to 16 For power voltage 24V DC R1
33. usted by combining the input conditions of parameters En S1 and S2 of the mul tiplexer function block to change the analog output value e Analog Output Timing Chart and Input Conditions En S1 S2 AQ Close 0 Ee ON OEFEFRAIROEE V1 Open 90 ON ON FP ON V4 Open 30 pnn Rrr lt 4 lt 4 4 4 Open 90 Open 60 Open 45 Open 30 Close 0 Other application examples Fan illumination control 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 Sherbet mixer control Pipe driver control for PVC greenhouse Normal 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 SmartRelay is successfully used not only in areas of factory automation but also in various control equip ment Finec 3 Wide variety of modules enable the IDEC SmartRelay for versatile and flexible use FL1D Base Modules
34. w system solution can be realized by combining the FL1D with analog out put modules Used in wide range of applications such as simple flow control conveyor control and air conditioning control WindLGC V 5 Programming software for the FL1D is upgraded to WindLGC V 5 WindLGC is upgraded not only for easier pro gramming but also for more convenience in maintenance work Download Demo Version aaa http Awww idec com english download INPUT 8xAC DE Digital Analog Inputs 6 digital plus 2 digital or analog Multiple inputs provide direct communication with pushbut tons sensors switches etc 2 kHz max on I5 and I6 Digital and analog compatible inputs 17 and 18 on FL1D H12RCE FL1D B12RCE and FL1D H12SND Ts Te I7 Ta SECC ReR DED a ao oF pe oo Interfaces for Easy System Changeover A memory cartridge to copy user programs and the communication cable for WindLGC can be installed removed easily allowing easy system changeover Control Buttons Easy programming using 6 buttons No tools necessary for changing parameters even after mounted on a panel co of oS oF New Function Blocks 3 Types By using function blocks integrated with calculation functions programming is possible using analog values N e PI Control Page 4 A l m e Analog Ramp Function Page 4 A V e Analog Multiplexer Page 5 A Upward Compatible User Program Use
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