INSTALLATION MANUAL
Contents
1. 12 R AI2 converted in C or AI of EEV C x 1 10 13 R Al7 converted in C 14 or Al of 15 R Active inlet evaporator setpoint im R Active outlet evaporator setpoint Active setpoint Active outlet evaporator setpoint 17 R Active inlet condensor setpoint 18 R W Inlet setpoint 1 Evaporator 19 R W Inlet setpoint 2 Evaporator RAN Outlet setpoint 1 Evaporator Setpoint 1 Outlet setpoint 1 evaporator Outlet setpoint 2 Evaporator 21 R W Setpoint 2 Outlet setpoint 2 evaporator a EEV Electronic Expansion Valve b DICN Daikin Integrated Chiller Network c Only for heat recovery units d Only available for units with 2 circuits Installation manual DAIKIN EKAC200A Address card 4PW14574 1B Comment Unit of Description measurement 22 R W Inlet setpoint 1 Condensor 23 R W Inlet setpoint 2 Condensor 24 R W Step length inlet control 25 R W Step length outlet control 26 R W Step difference outlet 27 R Analog Output 1 1 10 LI Fan inverter C180 28 R Analog Output 2 1 10 Fan inverter 2 0 29 R Analog Output 3 V x 1 10 30 R Analog Output 4 Vx 1 10 amp 31 R Analog Output 5 Vx1 10 dia we Fan inverter C1 pee 32 R Ana2. 096 1 25 2 40 3 70 4 100 47 R W Limitation 1 setting of C1 If 2596 No 0 0 1 40 2 7090 3 100 0 30 100 If 25 Yes 0 096 1 25 2 40 3 70 4 100 48 R W Limitation 1 setting of C2 9 If 25 No 0 0 1 40 2 70 3 100 0 30 100 If 25 Yes 0 0 1 25 2 4096 3 7096 4 100 49 R W Limitation 2 setting of C1 If 25 No 0 0 1 40 2 70 3 100 0 30 100 If 25 Yes 0 096 1 25 2 4090 3 70 4 100 50 R W Limitation 2 setting of C2 9 If 25 No 0 0 1 40 2 70 3 100 0 30 100 If 25 Yes 0 096 1 2596 2 4096 3 70 4 100 51 R W Limitation 3 setting of C1 If 25 No 0 0 1 40 2 70 3 100 0 30 100 If 25 Yes 0 096 1 25 2 4090 3 70 4 100 52 R W Limitation 3 setting of C2 9 If 25 No 0 096 1 40 2 70 3 100 0 30 100 If 25 Yes 0 096 1 25 2 40 3 70 4 100 53 R W Limitation 4 setting of C1 If 25 No 0 0 1 40 2 70 3 100 0 30 100 If 25 Yes 0 0 1 25 2 40 3 70 4 100 54 R W Limitation 4 setting of C2 If 25 No 0 096 1 40 2 70 3 100 0 30 100 55 R W Limitation mode 0 REMOTE DIG INP 1 SC
3. 10096 96 10 30 100 If fans none inverter 23 R W Manual setting of fans C1 0 OFF 1 LOW 2 MED 3 HIGH if fans inverter then value Fan onoff Fan inverter 24 R W Manual setting of fans C2 example 0 Fan onoff off Fan inverter 00 Hz example 10096 Fan onoff on Fan inverter 50 Hz 25 R W Loadup time in inlet control Sx 12 tE 26 R W time in inlet control Sx 12 27 R W Loadup time in outlet control Sx 12 28 R W Loaddown time in outlet control sx 12 si 29 R W DICN Nr Of Slaves P 30 R Master or slave 0 Master 1 Slave1 2 Slave2 3 Slave3 31 R W DICN 0 NORMAL 1 STANDBY 2 DISCONN ON OFF 32 R DICN Status of master 0 NORMAL 1 STANDBY 2 DISCONN 3 SAFETY 33 R DICN Status of 1 0 NORMAL 1 STANDBY 2 DISCONN 3 SAFETY 34 R DICN Status of 5200 0 NORMAL 1 STANDBY 2 DISCONN 3 SAFETY 35 R DICN Status of 5200 0 NORMAL 1 STANDBY 2 DISCONN 3 SAFETY 0 NO WARNINGS 1 VALVE OPEN 2 BATTERY CHARGED 36 R EEV1 c i gaus 3 EEPROM ERR 0 NO WARNINGS 1 VALVE OPEN 2 BATTERY CHARGED 7 R 3 EEV2 Status 3 EEPROM ERR DI NNECTED 1 HIGH INT RES 2 NOT RECHARGE 3 DOWN 38 R EEV1 Battery St
4. 1 AE 2 A9 refer to overview 0 COOLING EVAP 1 HEATING 8 R W Cooling Heating mode setting COND 2 DOUBLE THERM only if no remote C H 0 CONTROL 0 MANUAL CONTROL 3 EXTERNAL 1 WATER STEP THERM 2 OUTL WATER STEP 9 R W Running mode 0 MANUAL 0 MANUAL CONTROL CONTROL 1 INL WATER 4 THERMOSTAT 2 OUTL WATER 0 MANUAL MODE 1 INLSETP1 E 2 INLSETP2 3 OUTSETP1 E 4 OUTSETP2 5 INLSETP1 C 6 INLSETP2 C 7 SP1E 8 SP2E 9 THERMOSTAT 10 R Active mode 0 MANUAL MODE 1 INLSETP1 E 2 INLSETP2 E 3 OUTSETP1 E 4 OUTSETP2 E 5 INLSETP1 6 INLSETP2 7 1 C 8 SP2E 10 SETPOINT1 11 SETPOINT2 5 Actual thermostat step 5 1 12 R Maximum number of thermostat step 2 96 EKAC200A DAIKIN Installation manual Address card 5 4PW14574 1B Comment e EUW EUWL Description measurement EWWD EWLD 0 OFF CAN STARTUP 1 OFF TIMER BUSY 2 ON 12 STAR 13 R Status of circuit 1 3 ON 12 DELTA 4 ON 25 DELTA 5 ON 40 DELTA 6 ON 70 DELTA 7 ON 100 DELTA 8 ON 25 LIMIT 9 ON 40 LIMIT 10 ON 70 LIMIT 11 ON 100 LIMIT 12 OFF 0
5. o 38 0010 Fanstep 2 of C1 3 R B of C1 on off of C1 29 Faries 39 0011 Fanstep 3 of C1 anstep 5 A 38 0010 of C1 25 C2 66 A11P DO1 Fanstep 1 of C2 Fanstep on off of C2 R 001 KS SRI 70 C2 of C1 67 R A11P DO2 Fanstep2ofC2 68 A11P DO3 Fanstep 3 of C2 a b b Fanstep 47 R AO1 25 C1 25 C1 on off of C1 48 R 02 2 70 2 49 R 25 c2 5X0 a Fanstep Fanstep 20 R 1804 of C2 C on off of C2 a Fanstep2 N 51 R 5 of C2 6 a Fanstep3 52 R 6 of C2 6 a Analog output used as digital output b Only available if circuit has 2596 capacity step c Only available for units with 2 circuits Integer variables Comment untot Ewa EW Description measurement EWWD EWLD 1 R BMS allowed 0 1 2 R Malfunction code of unit safety 0 no safety 1 FO 2 AE refer to overview 3 R Malfunction code of C1 safety 0 no safety 1 U1 2 refer to overview 4 R Malfunction code of C2 safety 0 no safety 1 U1 2 refer to overview 5 R 0 no safety 1 U1 2 refer to overview 6 R Malfunction code of network safety 0 no safety 1 U4 2 CA refer to overview 7 R Malfunction code of warning 0 no safety
6. pressure C1 2 R Analog input 2 or Al of EEV bar x 1 10 Low pressure C1 If software version lt V3 0M6 Evaporator Outlet water sensor DICN optional on Master If software version V3 0M6 Changeable Analog input 1 n Possible settings of changeable Analog input 1 C x 1 10 Evaporator outlet water sensor optional on Master V 3 R Analog input 3 orm Setpoint signal mV V mA or V x 1 10 Heat recovery condensor inlet water or mA Changeable Possible settings of changeable Setpoint signal mV V mA Heat recovery condensor inlet water Evaporator outlet water sensor DICN optional on Master 4 R Analog input 4 C x 1 10 Evaporator Inlet water sensor C x 1 10 Evaporator mixed temperature 5 R Analog input 5 C x 1 10 Thermostat sensor Evaporator mixed outlet temperature Condenser Inlet 6 R Analog input 6 C x 1 10 Ambient Ambient water sensor Ambient bar x 1 10 High pressure 2 9 7 R Analog input 7 Q x 1 10 C1 capacity 1 circ units C1 capacity feedback or bar x 1 10 feedback 2 circ units High pressure C2 8 R input 8 or Al of EEV bar x 1 10 Low pressure C2 d 9 R Analog input 9 Evaporator Outlet water sensor C1 10 R Analog input 10 Evaporator Outlet water sensor C29 11 R 11 converted in
7. 11 0 open 1 closed High pressure switch C1 12 R DI2 Reverse phase protector C1 13 R DIS Overcurrent relay C1 14 R 014 Discharge thermal protector C1 15 R 1065 Compressor thermal protector C1 16 R DI6 Emergency stop 17 R DIT Flowswitch Flowswitch Flowswitch C1 18 R DI8 Changeable Input 1 19 R 109 Changeable Input 2 20 R DHO Changeable Input 3 Active 25 Changeable Input 4 21 R DI11 Changeable Input 4 Active 40 load High pressure switch C2 22 R DI12 c High pressure switch C2 m Dita Active 70 load Reverse phase protector 200 Im Reverse phase protector C205 Active 100 load Overcurrent relay C20 24 R 014 Overcurrent relay 2 0 25 R 0115 Discharge thermal protector C205 26 R 1016 Compressor thermal protector C2 b 27 R DI17 28 R DI18 29 R DO1 Compressor star C1 30 R 1002 Compressor delta C1 31 R 1003 Compressor on C1 32 R DO4 12 C1 40 C1 33 R DO5 32 7096 C1 35 R 1007 General situation of alarm 36 R 1008 Air water flowcontact Pump 25 1 37 R 1009 z Fanstep 1 of C1 Refer to Detail Fanstep 1 of C1 _ digital variables for ab 38 R 10010 Fanstep 2 of C1 T a Es Gamm Fanstep 2 of C1 variables for EWAP 39 R DO11 Fanstep 3 of C1 units on page 5 iuis Fanstep 3 of C1 40 R DO12 Evaporator heatertape Changeable output 1 41 R 0013 Changeable output 2 42 0014 Compressor star C2 43 R 10015 Comp
8. 4 FREEZE UP 8 1 TRANSM ERR 2JA HP TRANSM ERR 9 1JC LP TRANSM ERR 2JC LP TRANSM ERR 10 1CA OUT E SENSOR ERR 2CA OUT E SENSOR ERR 11 1A9 EEV ERR 2A9 EEV ERR 1A9 EEV DRIVER ERROR 2A9 EEV DRIVER ERROR 1 9 NOT CLOSED 2A9 EEV NOT CLOSED 1A9 EEV SUPERHEAT ER 2A9 EEV SUPERHEAT ER 1A9 EEV HIGH PRESSURE 2A9 EEV HIGH PRESSURE 1A9 EEV EEPROM ERR 2A9 EEV EEPROM ERR 1A9 EEV ST MOTOR ERR 2A9 EEV ST MOTOR ERR 1A9 EEV PROBE ERR 2A9 EEV PROBE ERR 124 193 CONTR MOTOR ERR 293 CONTR MOTOR ERR 13 8 194 CONTR MOTOR REV 294 CONTR MOTOR REV 14 8 1AE FLOW HAS STOPPED 2AE FLOW HAS STOPPED 15 153 FAN INV ERR 253 FAN INV ERR 6 Malfunction code of network safety 1 0U4 PCB COMM PROBLEM 2 OCA OUT E SENSOR ERR 3 0C9 INL E SENSOR ERR 7 Malfunction code of warning 1 OAE FLOW HAS STOPPED 2 1A9 EEV BATTERY 3 2A9 EEV BATTERY ERR 4 153 FAN INV ERR 5 253 FAN INV ERR Only for ERAP EWAP EWWD EWLD b EEV Electronic Expansion Valve Installation manual DAIKIN EKAC200A 1 0 Address card 4PW14574 1B DAIKIN EUROPE Zandvoordestraat 300 B 8400 Oostende Belgium 4PW14574 1B
9. DAIKIN INSTALLATION MANUAL Address card EKAC200A mon nm mm Ei s a DAIKIN EKAC200A Address card Installation manual READ THIS MANUAL ATTENTIVELY BEFORE STARTING UP THE UNIT DO NOT THROW IT AWAY KEEP IT IN YOUR FILES FOR FUTURE REFERENCE IMPROPER INSTALLATION OR ATTACHMENT OF EQUIPMENT OR ACCESSORIES COULD RESULT IN ELECTRIC SHOCK SHORT CIRCUIT LEAKS FIRE OR OTHER DAMAGE TO EQUIPMENT BE SURE ONLY TO USE ACCESSORIES MADE BY DAIKIN THAT ARE SPECIFICALLY DESIGNED FOR USE WITH THE EQUIPMENT AND HAVE THEM INSTALLED BY A PROFESSIONAL IF UNSURE OF INSTALLATION PROCEDURES OR USE ALWAYS CONTACT YOUR DAIKIN DEALER FOR ADVICE AND INFORMATION INTRODUCTION Thank you for purchasing the EKAC200A address card This address card will enable you to communicate with your chiller through a Building Management System or supervisory system Please refer to the Gateway Installation Manual for more information and a detailed overview of how the communication works CHILLER RANGE This specific address card is designed to function with chillers of the range ER 40 60MZ ERAP110 170MBYNN EUWA 40 200MZ EWAP110 540MBYNN EUW 40 200M A X EWWD120 540MBYNN EUWL 40 200MX EWLD120 540MBYNN A B C Z YOUR ADDRESS CARD KIT The kit you have just purchased consists of 1 address card type EKAC200A with connector 1 connection wire with
10. HEDULE TIMER 2 LIM1 3 NOT ACTIVE 56 R W Low noise mode 0 1 SCH T 2 YES 3 Number of compressor 1 starts xi FUN Higher part Iv if only i 58 R W Number of compressor 1 starts versin Lower part V3 0M6 f Number of compressor starts Higher part x 1000 Lower part 59 R W Number of compressor 2 starts Higher part Number of compressor 2 starts 60 Lower part a Only available for unit with 2 circuits EKAC200A Address card 4PW14574 1B Installation manual 7 DAIKIN Comment Unit of Description measurement ERAP EWAP EWWD 101 R Software code 1 FLDKNMCHOA 2 FLDKNMCHLA 102 R Software version high Software version V SoftVersionHigh SoftVersionLow 103 R Software version low Software version V SoftVersionHigh SoftVersionLow 104 R Boot version high Bootversion V BootVersionHigh BootVersionLow 105 R Boot version low Bootversion V BootVersionHigh BootVersionLow 106 R Bios version high Bios version V BiosVersionHigh BiosVersionLow 107 R Bios version low Bios version V BiosVersionHigh BiosVersionLow 108 R EEV1 Software version 109 1 Hardware version 110 2 Software version 111 2 Hardware version a EEV Electronic Expansion Valve Analog variables Comment m E Unit of 1 R Analog input 1 bar x 1 10 High
11. LIMIT 13 OFF FREEZE UP DIS 14 OFF SAFETY ACTIVE 15 ON 12 SHEAT REC 16 ON 12 DHEAT REC 17 ON 25 HEAT REC 18 ON 40 HEAT REC 19 ON 70 HEAT REC 20 ON 100 HEAT REC 14 R Status of circuit 2 0 STARTUP 1 OFF TIMER BUSY 2 ON STAR 3 ON DELTA 8 ON 96 LIMIT 12 OFF LIMIT 13 OFF FREEZE UP DIS 14 OFF SAFETY ACTIVE 15 ON SHEAT REC 16 ON DHEAT REC Running hours compressor 1 15 R Higher part hx1000 Running hours compressor 1 16 B Lower part n Running hours Higher part x 1000 Lower part 17 R Running hours compressor 2 hx1000 Higher part Running hours compressor 2 18 R Lower n 19 R Actual fan1 step If fans none inverter 0 OFF 1 LOW 2 MED 3 HIGH if fans inverter 20 R Actual fan2 step then value Fan Fan inverter example 0 Fan onoff off Fan inverter 00 Hz example 10096 Fan onoff on Fan inverter 50 Hz If 25 Yes 0 lt 0 1 259 2 4096 3 70 4 100 anual setting 21 RAW If 25 No of compressor 1 0 0 1 40 2 70 3 10096 96 10 30 100 If 25 Yes 0 0 1 259 2 40 3 70 4 100 22 R W en setting 2 25 0 095 1 40 2 7096 3
12. all the three terminals on the main rail See figure 3 Step 1 Shift the ground terminal and endstop to the right Step 2 Install the three terminals by clicking them onto the main rail Keep the GND and TX in that order Step 3 Shift the ground terminal and endstop back in place and fix them securely 2 Plugin the wire into the address card on the controller 3 Putthe wire into the cable duct Connect the field rail to the gateway or to the other address card There are two possibilities f the chiller is the first in line or the only one to connect to gateway connect it to the gateway directly B the chiller is a chiller in line and not the first in line connect it to another chiller Read more on this in the installation manual of the gateway 1 Ground 2 RX TX 3 RX TX EKAC200A DAIKIN Installation manual Address card 4PW14574 1B HOW TO OPERATE THE ADDRESS CARD For more information consult the following documents The chiller installation manual installing BMS address card defining the BMS settings Installation manual of gateway Operation manual of gateway THE VARIABLES DATABASE The BMS or supervisory system and the address card communicate through a fixed set of variables also called address numbers Hereafter you will find the information you need about the digital integer and analog variables that the BMS or supervisory system can read
13. atus 2 S09 CTED Ser nme 4 39 R 2 Battery Status 10 DISCONNECTED 1 HIGH INT RES 2 NOT RECHARGE DOWN 4 40 R Unittype1 0 AW 1 WW 41 R Unittype2 0 1 2 HR 3 RH 4 5 RC 6 a Only available for units with 2 circuits b DICN Daikin Integrated Chiller Network c EEV Electronic Expansion Valve Installation manual DAIKIN EKAC200A Address card 4PW14574 1B Unit of Description measurement Comment wi s a ERAP EWAP EWWD EWLD 0 40 1 50 2 60 3 80 4 100 5 120 6 140 7 160 8 180 9 200 ERAP 0 110 1 140 2 170 EWAP 0 110 1 140 2 160 3 200 4 280 5 340 42 R Unittype3 7 400 8 460 9 540 xx EWAD 0 120 1 150 2 170 3 240 4 300 5 340 EWWD 0 120 2 180 3 240 4 280 5 360 6 440 7 500 8 520 9 540 EWLD 0 120 2 170 3 240 4 260 5 340 6 400 7 480 8 500 9 540 43 R Number of circuits 44 R Number of Evaporators 45 R Refrigerant 0 R134a 1 407 only if 46 R Minimum outlet water software version 0 8 C 1 5 2 4 3 2 C 4 0 C 5 6 10 lt V3 0M6 If 25 Yes 0
14. from or write to the chillers address card NOTE For the possible values of a direct or user parameter ch refer to the chiller operation manual Throughout the variables database the markers and are used to specify to what specified unit range the marked description or comment is applicable for EUW EUWL only for ERAP EWAD EWWD and EWLD only none when applicable to all unit ranges Installation manual DAIKIN EKAC200A Address card 4PW14574 1B Digital variables Comment E Fw ew em Address Write Description EWAP EWWD EWLD 1 R Unit status monitoring 0 Off 1 On 2 W Unit status control If 1 is written then toggle status of unit after this action the controller reset this parameter 3 R On off enabled 0 No 1 Yes Yes if changeable digital inputs REMOTE ON OFF is selected 4 R General Alarm 0 alarm 1 alarm 5 R General Unit alarm 0 alarm 1 alarm 6 R General Circuit 1 alarm 0 alarm 1 alarm 7 R General Circuit 2 alarm 0 alarm 1 alarm 8 R 9 General Network alarm 0 alarm 1 alarm 10 R General Warning alarm 0 alarm 1 alarm
15. log Output 6 Vx1 10 bius Fan inverter C2 6 33 R Minimum outlet water Heat recovery inlet R setpoint condensor C x 1 10 Heat recovery inlet 99 difference condensor e 36 R AT1P AH 9 Im 2 circuit units C1 capacity feedback X 37 R AT1P AI2 2 circuit units C2 capacity feedback 38 R A11P Al3 39 A11P Al4 a Only available if circuit has inverter fans b Only available for units with 2 circuits c Only for heat recovery units EKAC200A DAIKIN Installation manual Address card 9 4PW14574 1B Overview integer values of safety codes Integer adress Value Message safety menu 2 Malfunction code of unit safety 1 STOP 2 OAE FLOW HAS STOPPED 3 0A4 FREEZE UP 4 0C9 INL SENSOR ERR 5 OCA OUT E SENSOR ERR 6 0H9 AMB T SENSOR ERR 7 OHC INL C SENSOR ERR 8 OHC HR INL SENSOR ERR 004 PCB EXP COMM ERR 108 0CJ THERM SENSOR ERR 3 Malfunction code of C1 safety Circuit safety 1 Circuit safety 2 4 Malfunction code of C2 safety 1 MUt REV PHASE PROT 2U1 REV PHASE PROT 2 1E3 HIGH PRESSURE SW 2E3 HIGH PRESSURE SW 3 1E5 COMPR THERM PROT 2E5 COMPR THERM PROT 4 1E6 OVERCURRENT 2E6 OVERCURRENT 5 1F3 DISCH THERM PROT 2F3 DISCH THERM PROT 6 1E4 LOW PRESSURE 2E4 LOW PRESSURE 7 1 4 2 2A
16. ressor delta C205 44 0016 Compressor on C20 45 R 0017 12 C2 40 C200 46 R 0018 a Only available if circuit has 25 capacity step b Only available for units with 2 circuits EKAC200A DAIKIN Installation manual Address card 3 4PW14574 1B Address Write Description Comment Refer to Detail __ digital variables for __ b 47 R EUWA units on 5 C1 control motor upload Refer to Detail digital variables for 48 2 EUWA units 5 C1 control motor download Refer to Detail x digital variables for b 49 R EUWA units on 2537 02 page 5 C2 control motor upload Refer to Detail digital variables for 50 R 4048 EUWA units on Fanstep 1 of C2 page 5 C2 control motor download Refer to Detail digital variables for c 51 R 5 s EUWA units on u Fanstep 2 of C2 page 5 Refer to Detail m digital variables for c 52 R AO60 EUWA units on _ Fanstep 3 of C2 page 5 25 Capacity Coils C1 0 1 yes 53 R 25 Capacity Coils C2 0 no 1 yes 54 R m 55 R 0 1 yes 56 R EEv2 o d 0 no 1 yes 57 R High pressure setback active C1 0 no 1 yes 58 R High pre
17. ssure setback active C2 0 no 1 yes 59 R Low pressure bypass C1 active 0 no 1 yes 60 R Low pressure bypass C2 active 0 1 yes 61 R Maximum fan output C1 active e only 0 no 1 yes 62 R Maximum fan output C2 active software version 0 1 yes 63 R Freeze up prevention C1 active zV3 0M6 0 no 1 yes 64 R Freeze up prevention C2 active 0 no 1 yes 65 R Low noise status 0 no 1 yes 66 A1l1P DO1 Refer to Detail Fanstep 1 of C2 digital variables for 67 11 002 EUWA units on Fanstep 2 of C2 68 R A11P DO3 M page 5 Fanstep 3 of C2 69 R A11P DO4 e 70 R A1T1P DH hd Flowswitch C2 71 R A11P DI2 T um 72 R A11P DI3 c 73 R A11P DI4 j a Analog output used as digital output b Only available if circuit has 25 capacity step c Only available for units with 2 circuits d EEV Electronic Expansion Valve e Only available if circuit has inverter fans Installation manual DAIKIN EKAC200A Address card 4PW14574 1B Detail digital variables for EUWA units Detail digital variables for EWAP units Address 37 39 47 52 Adress 37 39 66 68 Fans inverter Fans non Units with 1 Description Fans non inverter Fans inverter Description _ inverter circuit 37 R 009 Fanstep 1 of C1 Fanstep on off of C1 Fanstep 1 Fanstep
18. three connected terminals Screw connector Terminal GROUND black Terminal GND RX TX black Terminal TX RX TX black Terminal DESCRIPTION OF THE ADDRESS CARD Measurements See figure 4 Connection to the chiller The connection is made automatically when you insert the address card into the PCB The connection occurs through three pins BEFORE YOU HANDLE THE ADDRESS CARD If handled inappropriately your address card may suffer damage Hold your address card by the edges Never touch the rear end of the card with your hands A Before starting up the unit for the first time make sure that it has been properly installed It is therefore necessary to read the installation manual supplied with the unit and the recommendations listed in Checks before initial start up carefully HOW TO INSTALL THE ADDRESS CARD A Turn the power off before installing the address card Install the address card 1 Remove the controller loosen the two bolts See figure 1 2 Install the address card See figure 2 Step 1 Remove the cover Use a screwdriver to unplug it Step 2 Remove the knock out hole on the cover using a wire cutter Step 3 Install the address card frimly by pushing it vertically into the controller Step 4 Place the cover back on the controller 3 Put the controller back in place and fasten the two bolts See figure 1 Connect the address card to the controller 1 Inst
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