Carel EVD ice Скачать руководство пользователя страница 17

17

ENG

“EVD ice” +0300038EN - rel. 1.1 - 23.04.2018

7.  PARAMETERS TABLE

Par.

Description

Def.

Min.

Max.

UoM

Type Carel Modbus® R/W Note

BASED (FISRT CONFIGURATION)

GAS 
Type

Refrigerant

3

0

40

-

I

12

139

R/W

Gas Type = 

Refrigerant

0

Custom

1 R22

15 R422D

28 R1234ze(-1...4.2 barg)

2 R134a

16 R413A

29 R455A (-1...12.8 barg)

3 R404A

17 R422A

30 R170 (0...17.3 barg)

4 R407C

18 R423A

31 R442A (-1...12.8 barg)

5 R410A

19 R407A

32 R447A (-1...12.8 barg)

6 R507A

20 R427A

33 R448A

7 R290

21 R245FA

34 R449A

8 R600 (-1...4.2 barg)

22 R407F

35 R450A (-1...4.2 barg)

9 R600a (-1...4.2 barg) 23 R32 (0...17.3 barg) 36 R452A (-1...12.8 barg)

10 R717

24 HTR01

37 R508B (-1...4.2 barg)

11 R744 (0...45 barg)

25 HTR02

38 R452B

12 R728

26 R23

39 R513A (-1...4.2 barg)

13 R1270

27 R1234yf

40 R454B

14 R417A

41 R458A

3 = R404A

Mode Operating mode

1 Multiplexed cabinet/cold room

2 Air-conditioner/chiller with plate heat exchanger

3 Air-conditioner/chiller with tube bundle heat exchanger

4 Air-conditioner/chiller with finned coil heat exchanger

5 Reserved

6 Reserved

7 Cabinet/cold room with subcritical (R744) CO2

1

1

7

-

I

13

140

R/W

Super 
Heat

Superheat set point

11

(20)

LowSH: 

protection 

threshold

55 

(99)

(°F)

A

10

9

R/W

SERVICE

P1

S1 probe measurement

-

-85 

(-290)

200 

(2900)

barg (psig)

A

6

5

R

P2

S2 probe measurement

-

-85 

(-121)

200 

(392)

°C(°F)

A

7

6

R

tE

Evaporation temperature (converted)

-

-85 (-121)

200 (392)

°C(°F)

A

4

3

R

tS

Suction temperature

-

-85 (-121)

200 (392)

°C(°F)

A

3

2

R

Po

Valve opening

-

0

100

%

A

1

0

R

CP

PID proportional gain

15

0

800

-

A

11

10

R/W

ti

PID integral time

150

0

999

s

I

17

144

R/W

C1

LowSH protection: threshold

5(9)

-5

(-9)

Superheat 

set point 

K

(°F)

A

12

11

R/W

C2

LowSH protection: integral time

15

0

800

s

A

13

12

R/W

C3

LOP protection: threshold

-50(-

58)

-85(-121)

MOP 

protection 

threshold

°C(°F)

A

14

13

R/W

C4

LOP protection: integral time

0

0

800

s

A

15

14

R/W

C5

MOP protection: threshold

50

(122)

LOP pro-

tection: 

threshold

200

(392)

°C(°F)

A

16

15

R/W

C6

MOP protection: integral time

20

0

800

s

A

17

16

R/W

C7

MOP protection: disabling threshold

30

(86)

-85

(-121)

200

(392)

°C(°F)

A

19

18

R/W

C8

Low suction temperature alarm threshold

-50

(-58)

-85

(-121)

200

(392)

°C(°F)

A

18

17

R/W

S1

S1 probe type
Ratiometric (OUT=0…5V)

1 = -1…4.2 barg

8 = -1…12.8 barg

2 = 0.4…9.3 barg

9 = 0…20.7 barg

3 = -1…9.3 barg

10 = 1.86…43.0 barg

4 = 0…17.3 barg

11 = Reserved

5 = 0.85…34.2 barg

12 = 0…60 barg

6 = 0…34.5 barg

13 = 0…90 barg

7 = 0…45 barg

3

1

11

-

I

14

141

R/W

n1

Network address

99

1

99

-

I

10

137

R/W

n2

Baud rate (bit/s)

0    4800,   2 stop bit,   parity none

9

  4800,   1 stop bit,   parity even

1

  9600,   2 stop bit,   parity none

10   9600,   1 stop bit,   parity even

2

19200,   2 stop bit,   parity none 11 19200,   1 stop bit,   parity even

3

  4800,   1 stop bit,   parity none

12   4800,   2 stop bit,   parity odd

4

  9600,   1 stop bit,   parity none

13   9600,   2 stop bit,   parity odd

5

19200,   1 stop bit,   parity none 14 19200,   2 stop bit,   parity odd

6

  4800,   2 stop bit,   parity even

15   4800,   1 stop bit,   parity odd

7

  9600,   2 stop bit,   parity even

16   9600,   1 stop bit,   parity odd

8

19200,   2 stop bit,   parity even

17 19200,   1 stop bit,   parity odd

2

0

17

-

I

20

147

R/W

Содержание EVD ice

Страница 1: ...H i g h E f f i c i e n c y S o l u t i o n s EVD ice NO POWER SIGNAL CABLES TOGETHER READ CAREFULLY IN THE TEXT User manual Superheat control for unipolar electronic expansion valve...

Страница 2: ......

Страница 3: ...not use corrosive chemicals solvents or aggressive detergents to clean the device do not use the product for applications other than those specified in the technical manual All of the above suggestio...

Страница 4: ......

Страница 5: ...2 Special control function smooth lines 14 5 3 Service parameters 14 6 PROTECTORS 15 6 1 Protectors 15 7 PARAMETERS TABLE 17 8 NETWORK CONNECTION 18 8 1 RS485 serial configuration 18 8 2 Network conne...

Страница 6: ......

Страница 7: ...om controllers 1 1 Models P N Description EVDM011R3 EVD ice 115 230 V E2V stator display EVDM011R1 EVD ice 115 230 V E2V stator display Ultracap module connector EVDM011R4 EVD ice 115 230 V E3V stator...

Страница 8: ...portant install EVD ice on the evaporator away from the places where ice forms connect the power and serial cables in the IP65 junction box for assembly of the E2V E3V valve see the ExV system guide 0...

Страница 9: ...Regulator P T EEV M Condenser Electrical panel Compressor Condenser unit Evaporator unit Solenoid valve IP65 L N Fig 2 d WITHOUT SOLENOID VALVE WITH ULTRACAP MODULE COLD ROOM IN COLD ROOM OUT COLD RO...

Страница 10: ...d pressure probe see the chapter on Commissioning 2 connectthepowercableandthedigitalinputcable forthemaximum length see the technical specifications 3 poweronthedriver thedisplaywilllightup andthedri...

Страница 11: ...than 9 are displayed in two steps first the sign then the tens and units GASType Mode Super Heat GASType Mode Super Heat 123 GASType Mode Super Heat GASType Mode Super Heat 99 Fig 3 b Note the decima...

Страница 12: ...Superheat set point GASType Mode Super Heat 7 Press PRG Set for 2 seconds to exit the commissioning procedure and start control The standard display is shown 4 2 Parameters first configuration Import...

Страница 13: ...through the nozzle corresponds to the flow rate required by the compressor In this way the evaporation process will take place along the entire length of the evaporator and there will be no liquid at...

Страница 14: ...ol temperature approaches the set point the Smooth_line parameter is used to prevent the valve from closing by reducing the evaporator s cooling capacity In order to use this function the digital inpu...

Страница 15: ...activation threshold depending on the operating conditions of the controlled unit this is set in Service programming mode integration time which determines the intensity if set to 0 the protector is...

Страница 16: ...refrigerant charge or when there are sudden variations in the load The protector is also useful in multiplexed systems showcases as allows all the utilities to be enabled at the same time without cau...

Страница 17: ...Po Valve opening 0 100 A 1 0 R CP PID proportional gain 15 0 800 A 11 10 R W ti PID integral time 150 0 999 s I 17 144 R W C1 LowSH protection threshold 5 9 5 9 Superheat set point K F A 12 11 R W C2...

Страница 18: ...00 2 stop bit parity odd 15 4800 1 stop bit parity odd 16 9600 1 stop bit parity odd 17 19200 1 stop bit parity odd 2 0 17 Important all controllers connected in a serial network need to be set with t...

Страница 19: ...RS485 rear connector Offline Device model Online Offline Device setup Read instant values of control parameters Select Load to load a list of project parameters hex modify and save a new project Setup...

Страница 20: ...iguration page parameters p_GAS_TYPE refrigerant and p_SUPER_MAIN_REGULATION type of control b on the Configuration page parameter p_SH_SET Fig 8 m 3 Savethelistofparameterswithanewname forexample NEW...

Страница 21: ...om dew_f_l Dew f low 17239 32768 32767 I 35 162 R W Net_alarm Network alarm 0 0 1 D 1 0 R all E6 Emergency_closing_alarm Mains power failure 0 0 1 D 2 1 R all E5 S1_alarm Probe S1 alarm 0 0 1 D 3 2 R...

Страница 22: ...r or when reaching the control set point It can also occur when opening the digital input which involves closing the valve or in the event of a probe alarm In general it can be said that the electroni...

Страница 23: ...a power failure proceed as follows remove the valve stator set the PID proportional gain 0 The valve will remain stopped at the initial opening position set by corresponding parameter Retrieve physica...

Страница 24: ...ent of probe or valve malfunctions to protect the compressor using the relay to control the solenoid valve or to simply signal a possible risk In fact incorrect measurement of the evaporation pressure...

Страница 25: ...inets only Decrease the value of the Valve opening at start up parameter on all the utilities making sure that there are no repercussions on the control temperature Liquid returns to the compressor on...

Страница 26: ...the valve by placing it in manual control and closing or opening it com pletely One complete opening must bring a decrease in the superheat and vice versa If the movement is reversed check the electri...

Страница 27: ......

Страница 28: ...EL INDUSTRIES HeadQuarters Via dell Industria 11 35020 Brugine Padova Italy Tel 39 049 9716611 Fax 39 049 9716600 e mail carel carel com www carel com Agenzia Agency EVD ice 0300038EN rel 1 1 23 04 20...

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