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55908059-01

 

 

15 

2I ELECTRONIC VALVE DRIVER PARAMETERS 

 

 

 

 

 

 

 

 

CONFIGURATION

 

A

 

Network address

 

pLAN: 30

 

others: 198

 

1

 

207

 

-

 

I

 

11

 

138

 

 

A

 

Refrigerant:

 

0= user defined;

 

1= R22 

  2= R134a    3= R404A 

    4= R407C     5= R410A

 

6= R507A 

  7= R290 

  8= R600 

    9= R600a    10= R717

 

11= R744 

  12= R728    13= R1270   14= R417A     15= R422D

 

16= R413A    17= R422A  18= R423A   19= R407A     20= R427A

 

21= R245FA       22= R407F    23=R32 

 24=HTR01         25=HTR02

 

26=R23 

 27 = R1234yf   28 = R1234ze  29 = R455A      30 = R170

 

31 = R442A  32 = R447A     33 = R448A  34 = R449A        35 = R450A

 

36 = R452A 37 = R508B   38 = R452B  39 = R513A    40 = R454B

 

0 = User 

Defined

 

-

 

-

 

-

 

I

 

13

 

140

 

 

A

 

Valve:

 

0= user 

defined 

13= Sporlan SEH 175

 

1= CAREL E

X

14= Danfoss ETS 12.5-25B

 

2= Alco EX4 

15= Danfoss ETS 50B

 

3= Alco EX5 

16= Danfoss ETS 100B

 

4= Alco EX6 

17= Danfoss ETS 250

 

5= Alco EX7 

18= Danfoss ETS 400

 

6= Alco EX8 330Hz recommend  19= Two E

X

V CAREL connected 

CAREL 

together

 

7= Alco EX8 500Hz speci

fic Alco 20= Sporlan SER(I)G,J,K

 

8= Sporlan SEI 0.5-11 

21= Danfoss CCM 10-20-30

 

9= Sporlan SER 1.5-20 

22= Danfoss CCM 40

 

10= Sporlan SEI 30 

23= Danfoss CCM T 2-4-8

 

11= Sporlan SEI 50 

24= Disabled

 

12= Sporlan SEH 100

 

1 = CAREL E

X

V

 

-

 

-

 

-

 

I

 

14

 

141

 

 

A

 

Probe S1: 0= user defined

 

Ratiometric 

(OUT=0…5 V) 

Electronic (OUT=4…20 mA) 

1= -

1…4,2 barg 

8= -

0,5…7 barg

 

2= -

0,4…9,3 barg 

9= 0…10 barg

 

3= -

1…9,3 barg 

10= 0…18,2 bar

 

4= 

0…17,3 barg 

11= 

0…25 barg

 

5= 

0,85…34,2 barg 

12= 

0…30 barg

 

6= 

0…34,5 barg 

13= 0…44,8 barg

 

7= 

0…45 barg 

14= remoto, -

0,5…7 barg 

15= remoto, 

0…10 barg 

16= remoto, 

0…18,2 barg 

17= remoto, 

0…25 barg 

18= remoto, 

0…30 barg 

19= remoto, 

0…44,8 barg

 

20= Segnale esterno 4…20 mA

 

21= -

1…12,8 barg

 

22= 0…20,7 barg

 

23= 1,86…43,0 barg

 

24= Livello liquido CAREL 

25 = 0...60,0 barg

 

26 = 0...90,0 barg

 

Ratiometric:

 

4 = 0 to 17.3 

barg

 

-

 

-

 

-

 

I

 

16

 

143

 

 

A

 

Main control:

 

0= user defined

 

1= Centralized cabinet/cold room 
2= Self contained cabinet/cold room

 

3= Perturbated cabinet/control room 

4= Subcritical CO

cabinet/cold room 

5= R404A condenser for subcritical CO

6= AC or chiller with plate evaporator

 

7= AC or chiller with shell tube evaporator

 

8= AC or chiller with battery coil evaporator 
9= AC or chiller with variable cooling capacity 
10= AC or chiller perturbated unit

 

11= EPR Back pressure

 

12= Hot gas by-pass by pressure 
13= Hot gas by-pass by temperature 
14= transcritical CO

gas cooler

 

15= analog positioner (4 to 20 mA)

 

16= analog positioner (0 to10 V)

 

17= AC/chiller or cabinet/cold room with adaptative regulation 
18= AC or chiller with Digital Scroll compressor

 

19= AC/chiller with BLDC compressor (*)

 

20= superheat regulation with 2 temperature probes 
21= I/O expander for pCO

 

22= Programmable SH regulation 
23= Programmable special regulation 
24= Programmable positioner

 

25= Evaporator liquid level regulation with CAREL sensor 
26= Condenser liquid level regulation with CAREL sensor

 

(*)= only for controls for CAREL valves

 

9= AC or 

chiller with 

variable 

cooling 

capacity

 

-

 

-

 

-

 

I

 

15

 

142

 

 

 

Содержание A2LCELLARMATCH

Страница 1: ...55908059 01 A2LCELLARMATCH TECHNICAL MANUAL ...

Страница 2: ...ectronic Valve Driver Interface 13 2I Electronic Valve Driver Parameters 15 2J Eco Design Information Tables 20 2K Component Identification SMC 22 2L Condensing Unit Maintenance 23 3 Evaporators 3A Component Identification 24 3B Unit Dimensions 25 3C Specification 26 3D Evaporator Installation 27 3E Evaporator Operation 28 3F Maintenance 29 3G Alarm Installation 30 3H Evaporator Wiring Diagram 31 ...

Страница 3: ...l Do not mix oils or refrigerants 3 These units when installed contain live electrical components moving parts and refrigerant under pressure Always site out of reach of children and protect from vandalism 4 The data plate only gives information for the individual indoor or outdoor unit For system details add input power and current of indoor and outdoor unit including any heater load 5 The refrig...

Страница 4: ...rce of ignition check exhaust fumes with flammable gas leak detector R454C bottle adaptor left handed female and right handed male connections DIN477 1 21 8mm LH External 14 T P I All refrigerant hoses should be as short as possible and have self closing or ball valve connections in accordance with BS EN 378 If additional refrigerant is to be added charge in liquid state and ensure a flammable gas...

Страница 5: ...nly at nominal cooling capacity Power nominal kW N A N A 1 36 1 75 2 18 Starting current LRA A N A N A 26 32 46 Nominal current FLA A N A N A 4 2 5 5 6 8 Sound Pressure Levels SPL at 10m distance in free field conditions 27 C external ambient dBA 34 34 33 33 34 NR 28 28 27 27 27 Condenser fan 1Ph 230V 50Hz Airflow max speed m s 0 323 0 713 0 713 0 713 0 713 Airflow motor rating kW 0 065 0 13 0 13 ...

Страница 6: ...09 40 1 67 2 11 2 63 3 25 3 97 SMC 50 27 2 86 3 60 4 46 5 47 6 66 30 2 75 3 46 4 29 5 28 6 42 32 2 68 3 36 4 18 5 13 6 26 35 2 55 3 22 4 01 4 94 6 01 38 2 43 3 08 3 82 4 73 5 77 40 2 36 2 98 3 71 4 58 5 60 SMC 80 27 3 61 4 53 5 62 6 90 8 39 30 3 47 4 36 5 41 6 65 8 09 32 3 38 4 23 5 26 6 47 7 90 35 3 22 4 05 5 05 6 22 7 58 38 3 06 3 88 4 82 5 96 7 27 40 2 97 3 75 4 68 5 78 7 06 2C MOUNTING DIMENSI...

Страница 7: ...ts Model Dimensions Weight SMC Width Depth Height 1ph 3ph 20 1060 340 620 49 30 1060 340 620 50 45 1160 390 720 63 50 1160 390 720 66 80 1160 390 720 68 SMC 20 80 Dimensions in mm Model Dimensions Weight SMC A B C D E F G H 1ph 3ph 20 900 300 560 525 185 117 296 274 47 30 900 300 560 525 185 117 296 274 48 50 1000 350 660 495 250 117 346 324 64 80 1000 350 660 495 250 117 346 324 66 ...

Страница 8: ...ds and fittings must be taken into account Pipe sizes are based on Minimum of 2 5 m s 500 fpm suction gas velocity for horizontal or downflow Minimum of 5 0 m s 1000 fpm suction gas velocity for upflow Maximum of 20 0 m s 4000 fpm suction gas Where vertical risers exceed 3m oil traps must be formed in the pipe This will help ensure that oil returns to the compressor Typically fit an oil trap every...

Страница 9: ...ies mains control and interconnecting cables equipment must be earthed Wiring must be carried out in accordance with local and national codes Mains supply cables must be size compatible with the recommended fuse Cable clamps for use with stranded cables are supplied in units 15 100 and should be used to secure incoming outgoing cables Installers must supply a method of securing solid sheathed cabl...

Страница 10: ...ystem for a few minutes to allow it to stabilize Check suction and head pressures 8 Systems should not be overcharged to avoid liquid return to the compressor 9 HEAD PRESSURE CONTROL ALCO FSY 42S SAGINOMIYA XGE 4C The head pressure controller is factory set to suit the refrigerant It may be necessary to adjust this to suit site conditions to raise or lower the nominal head pressure ALCO FSY 42S a ...

Страница 11: ...barg to achieve this turn the range adjusting screw clockwise for increasing the setting value or counter clockwise for decreasing the setting value Pressure changes per 1 turn of adjusting screw Pressure change 10 25bar Clockwise 1 5 bar counter clockwise 1 5 ba ...

Страница 12: ...55908059 01 12 2G CONDENSING UNIT WIRING DIAGRAMS ...

Страница 13: ...55908059 01 13 2H ELECTRONIC VALVE DRIVER INTERFACE Note The Electronic valve will be factory set to run at 6 C ...

Страница 14: ...55908059 01 14 ...

Страница 15: ... 30barg 6 0 34 5barg 13 0 44 8barg 7 0 45barg 14 remoto 0 5 7barg 15 remoto 0 10barg 16 remoto 0 18 2barg 17 remoto 0 25barg 18 remoto 0 30barg 19 remoto 0 44 8barg 20 Segnale esterno 4 20 mA 21 1 12 8 barg 22 0 20 7 barg 23 1 86 43 0 barg 24 Livelloliquido CAREL 25 0 60 0 barg 26 0 90 0barg Ratiometric 4 0to17 3 barg I 16 143 A Main control 0 user defined 1 Centralized cabinet cold room 2 Self con...

Страница 16: ...everse faulty closure alarm relay closed if alarm 5 Reversed alarm relay closed in case of alarm I 12 139 A DI2 configuration 1 Disabled 2 valve regulation optimization after defrost 3 Battery alarm management 4 Valve forced open at 100 5 Regulation start stop 6 Regulation backup 7 Regulation security Disabled I 10 137 C Display main var 1 1 Valve opening 13 Hot gasbypass pressure 2 Valve position ...

Страница 17: ...85 212 A Language Italian English English PROBES C S1 calibration offset 0 85 1233 85 85 1233 85 barg psig mA A 34 33 C S1 calibrat gain on 4 20 mA 1 20 20 A 36 35 C S1 pressure MINIMUM value 1 20 290 S1 pressure MAXIMUM value barg psig A 32 31 C S1 pressure MAXIMUM value 9 3 S1 pressure MINIMUM value 200 2900 barg psig A 30 29 C S1 alarm MIN pressure 1 20 290 S1 alarm MAX pressure barg psig A 39 3...

Страница 18: ...oint 50 0 100 A 118 117 ADVANCED A High Tcond threshold 80 85 121 200 392 C F A 58 57 C High Tcond integral time 20 0 800 s A 57 56 A Modul thermost setpoint 0 85 121 200 392 C F A 61 60 A Modul thermost differential 0 1 0 1 0 2 100 180 C F A 60 59 C Modul thermost SHset offset 0 0 0 100 180 K F A 59 58 C CO2 regul A coefficient 3 3 100 800 A 63 62 C CO2 regul B coefficient 22 7 100 800 A 64 63 C Start ...

Страница 19: ... 300 0 18000 s I 9 136 C AlarmdelayS1 0 0 240 s I 131 258 C AlarmdelayS2 0 0 240 s I 132 259 C AlarmdelayS3 0 0 240 s I 133 260 C AlarmdelayS4 0 0 240 s I 134 261 VALVE C EEV minimum steps 50 0 9999 step I 30 157 C EEV maximum steps 480 0 9999 step I 31 158 C EEV closing steps 500 0 9999 step I 36 163 C EEV nominal step rate 50 1 2000 step s I 32 159 C EEV nominal current 450 0 800 mA I 33 160 C E...

Страница 20: ... 30 S P Refrigerant fluid s R454C Item Evaporating temperature Parameters at full load and ambient temperature 32 C Rated cooling capacity Rated power input Rated COP Parameters at full load and ambient temperature 25 C Cooling capacity Power input Rated COP Other items Capacity control Fixed Contact details TEV Limited Armytage Road Brighouse HD61QF Symbol Value Unit t 10 C C PA 2 96 kW DA 1 36 k...

Страница 21: ... 6 32 kW DC 1 75 kW Rated COP COPC 3 61 PD 6 86 kW DD 1 58 kW COPD 4 34 Cdc 0 25 Refrigerant fluid s R454C Item Rated power input Evaporating temperature Parameters at full load and ambient temperature 32 C Point A Rated cooling capacity Annual electricty consumption Seasonal engery performance ratio Rated COP Declared power input Parameters at part load and ambient temperature 25 C Point B Declar...

Страница 22: ...55908059 01 22 2K COMPONENT IDENTIFICATION SMC ...

Страница 23: ...8 o Leak checking of the repair and system in accordance with EN 1516 2017 Any other information identified within the site specific risk assessment is available and taking into account NOTE it is the responsibility of the operator to ensure the technician is certified to the correct standard EN13313 or equivalent IMPORTANT ISOLATE THE UNIT PRIOR TO COMMENCING ANY MAINTENANCE OR REPAIR WORK GENERA...

Страница 24: ...IDENTIFICATION 1 Grille 7 De ice stat option 2 Fan motor 8 Drain stub adaptor 3 Case 9 Drain tray 4 Wall ceiling mounting brackets 10 Side access panel 5 Coil assembly 11 Electrics box door 6 Thermostat bulb bracket 3 EVAPORATORS ...

Страница 25: ... 5 39 39 124 422 5 70 845 888 124 888 Fixing centres Fixing centres 320 96 MIN 500 FOR SIDE ACCESS 483 20 X Interconnecting Wiring Z1 Suction Z2 Liquid Expansion SIDE VIEW Wall mounted X Z1 Z2 X SIDE VIEW Ceiling mounted TOP VIEW Ceiling Mounted REAR VIEW Wall mounted FRONT VIEW Wall mounted 120 MIN 120 MIN ...

Страница 26: ... 2K 4K dB A CXE 30 69 1 67 7 67 6 65 6 62 2 56 0 39 CXE 40 69 1 67 7 67 6 65 6 62 2 56 0 39 CXE 50 71 7 69 2 69 1 67 1 63 2 58 5 40 5 CXE 70 70 1 68 2 68 6 66 1 63 2 57 5 39 9 Sound Pressure Levels in dB A at 10m distance in free field conditions Reference 2x10 N m MODEL FAN MOTOR CXE 30 0 8 CXE 40 0 8 CXE 50 0 8 CXE 70 0 8 SOUND POWER AND SOUND PRESSURE LEVELS UNIT ELECTRICAL LOADS 230V 50Hz 1Ph ...

Страница 27: ...t this instruction should be used in conjunction with the outdoor unit installation instructions UNIT COMBINATIONS 1 Fit all kits prior to installing the unit 2 Ensure that the mounting surface will support the operating weight of the unit 3 Mark out the mounting positions and drill holes to suit 6mm rawlbolt shields or equivalent strength fasteners ensure that the unit is positioned to give suffi...

Страница 28: ...to do so If the leak is identified as occurring outside the cellar but inside a building or enclosure ensure adequate ventilation No source of ignition shall be energised or brought into the area until the environment is proven to be safe TEMPERATURE CONTROL Do not set the controller below 4 C The SET temperature is factory set at 12 C The digital display normally displays the return air temperatu...

Страница 29: ...e with EN 378 o Charging of the system in accordance with EN 378 o Leak checking of the repair and system in accordance with EN 1516 2017 Any other information identified within the site specific risk assessment is available and taking into account NOTE it is the responsibility of the operator to ensure the technician is certified to the correct standard EN13313 or equivalent Regular inspection an...

Страница 30: ...d tested annually and sensitive to 20 of the lower flammability level of the refrigerant If the detector uses a drop in pressure then it needs to be tested for correct operation If a pressure type of detector is used due to the inaccuracy of this method the operator should assume that a flammable mixture could be present within the cellar and appropriate action must be taken 4 SYSTEM SELECTION PRO...

Страница 31: ...55908059 01 31 3H EVAPORATOR WIRING DIAGRAM 3I REFRIGERANT SYSTEM SCHEMATIC DIAGRAM ...

Страница 32: ...frigerants can either be a Sent for destruction by incineration at a licenced waste facility b Sent to a specialist plant that can re process the old refrigerant into a gas with properties identical to virgin refrigerant to create reclaimed refrigerant c Given a basic cleaning process to create recycled refrigerant Given the refrigerant supply shortage that will be created by the phase down proces...

Страница 33: ...hot works required for jointing of the refrigeration pipework If yes go to question 7 If no go to question 5 5 Are permanent mechanical joints required If yes go to question 20 If no go to question 6 6 Have the flare connections been made to a suitable standard If yes go to question 20 If no rectify and reassess 7 Are you competent to carry out brazing tasks If yes go to question 8 If no stop asse...

Страница 34: ... from ignition source If yes go to question 34 If no rectify and reassess 34 Has a vacuum gauge been connected to the system If yes go to question 35 If no rectify and reassess 35 Has a suitable vacuum been achieved and held for a suitable period of time If yes go to question 36 If no rectify and reassess CHARGING OF REFRIGERANT 36 Is additional refrigerant charge required If yes go to question 37...

Страница 35: ...d placed at a low level If yes go to question 52 If no rectify and reassess 52 Has a suitable recovery unit been fitted If yes go to question 53 If no rectify and reassess 53 Do you have a suitable recovery cylinder with adequate capacity If yes go to question 54 If no rectify and reassess 54 Have you placed it on to a suitable calibrated weighing platform If yes go to question 55 If no rectify an...

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