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Technical Manual   Cold Storage Controller EVP 3150-1 and EVP 3150-2

Page 4

 Parameter Pages

Actual Values Page  

(L) 

Setpoint Page 

(r)

Defrost Page 

(d)

 

Param. 

  

Note 

 

Range 

Factory Setting

r01

  ..........................Setpoint Layer ..........................................................................................................................1, 2 ............................... 1

r02

  ..........................Setpoint 1 (day) ........................................................................................................................-100/+100°C ................ -20°C 

r03

  ..........................Setpoint 2 (night) ......................................................................................................................-100/+100°C ................ -20°C

r04

  ..........................Setpoint 1 (day), Setpoint Layer 2 ...........................................................................................-100/+100°C ................ -20°C 

r05

  ..........................Setpoint 2 (night), Setpoint Layer 2 .........................................................................................-100/+100°C ................ -20°C

r10

  ..........................Hysteresis .................................................................................................................................0,1...20K ...................... 2 K

r22

  ..........................Fan start delay ..........................................................................................................................0...30 (min.)   ............... 5 min.

r23

  ..........................Fan trailing delay ......................................................................................................................0...30 (min.)    .............. 0 min.

r31

  ..........................Runtime check cooling (in 10 minute steps) ................................... .......................................

off

, 00.0...23.5 ...........

off

r32

  ..........................Runtime check door (in 10 minute steps) ................................................................................

off

, 00.0...23.5 ...........

off

r33

  ..........................Minimum compressor idle time ................................................................................................0...30 min.  ................... 0 min.

r34

  ..........................Cooling delay after mains voltage loss ....................................................................................0...30 min.  ................... 0 min.

r41

  ..........................Alarm offset (relative to the setpoint) .......................................................................................0...100K  ...................... 7 K

r42

  .............. ............Alarm offset, Layer 2 (relative to the setpoint) .........................................................................0...100K ....................... 7 K

r43

  ..........................Lower Alarm Limit (absolute value, threshold for low temperature limitation/alarm) .............-100/+100°C ................ - 50°C

   

 

!! Function cannot be switched off.

r44

  ..........................Lower Alarm Limit, Layer 2 (absolute value) ...........................................................................-100/+100°C ................ - 50°C

r45

  ..........................Temperature Alarm Delay ........................................................................................................0...120 min.  ................. 45 min.

r46

  ..........................Release time of safety chain ....................................................................................................0...60 sec. .................... 60 sec.

r51

  ..........................PID proportional band ..............................................................................................................0.1...30.0 ...................... 4.0

r52

  ..........................PID integration time ..................................................................................................................

off

, 1...600 sec.  ......... 10 sec.

r53

  ..........................PID attack time .........................................................................................................................

off

, 1...10 sec.  ...........

off

r54

  ..........................PID delay ..................................................................................................................................

off

, 0.1...10.0 sec. ......

off

r56

  ..........................Actuating Variable Delay of Analogue Output (for PID only) / output delay ...........................0...240 sec. .................. 0 sec.

r57

  ..........................Actuating Variable Delay of Analogue Output (for PID only) / step size .................................1...100% ...................... 100%

r58

  ..........................Cooling/Heating Relay Time Period ........................................................................................1...240 sec. .................. 1 sec.

 

r59

  ..........................Cooling/Heating Relay ON-Time .............................................................................................1...240 sec. .................. 240 sec.

r61

  ..........................Digital inputs alarm delay .........................................................................................................0 bis 120 min.  ............. 5 min.

r62

  ..........................Digital inputs door contact delay ..............................................................................................1 bis 240 min.  ............. 5 min.

r63

  ..........................Digital input analog value: Voltage/current at the analog outp. with active digital input ........0.0...100.0 %,  ............. 0%

Param.    Disp.   Note 

 

Range 

Factory Setting

d01

   .........................Fan during defrost ....................................................................................................................

on, off

  ........................

off

d02

  ..........................Defrost Mode ............................................................................................................................

etn

 = external only,  ....

int

   

 

 

 

int

 = intern

   

 

 

 

AdA

 = adaptive

d03

  ..........................Fan operation before defrost  ..................................................................................................0...15 minutes .............. 3 minutes 

d04

  ............ X ..........Time up to defrost (in 10-minutes steps) .................................................................................168.0 h/min.... .............. 00.0 

 

d05

  ..........................Maximum time up to defrost (10-minutes steps) .....................................................................02.0...48.0 h/min .......... 24.0 h

d11

  ..........................Defrost release time 1 (in 10-minutes steps) ..........................................................................00.0 - 23.5, 

off

  .......... 05.0

d12

  ..........................Defrost release time 2 (in 10-minutes steps) ..........................................................................00.0 - 23.5, 

off

  ..........

off

d13

  ..........................Defrost release time 3 (in 10-minutes steps) ..........................................................................00.0 - 23.5, 

off

  ..........

off

d14

  ..........................Defrost release time 4 (in 10-minutes steps) ..........................................................................00.0 - 23.5, 

off

  ..........

off

d15

  ..........................Defrost release time 5 (in 10-minutes steps) ..........................................................................00.0 - 23.5, 

off

  ..........

off

d16

  ..........................Defrost release time 6 (in 10-minutes steps) ..........................................................................00.0 - 23.5, 

off

  ..........

off

d31

  ..........................Defrost limitation temperature  .................................................................................................0.0°C...100°C .............. 14.0°C 

 

d32

  ..........................Max. defrost runtime (defrost safety time) ...............................................................................0...240 minutes ............ 45 min.

d33

  ..........................Alarm time extension after defrost ...........................................................................................0...60 minutes .............. 30 min.

d34

  ..........................Pulse-defrost threshold ............................................................................................................-5,0...+100°C ............... 100°C

d35

  ..........................Cooling pause after defrost (drain time) ..................................................................................0...30 minutes .............. 0 min. 

 

d36

  ............ X ..........Duration of last defrost .............................................................................................................minutes

d37

  ..........................Number of defrost cycles limited by time, then alarm .............................................................

off

, 1-15......................

oFF

d38

  ............ X ..........Break before defrost .................................................................................................................0...15 minutes .............. 0 min 

d50

  ..........................Manual defrost initialization ......................................................................................................

on, off

- Parameters marked by "

Disp

" are for information only and cannot be changed. 

Param.    Disp.   Note 

 

Range 

Factory Setting

L01

  ...........X  ...........Actual temperature at sensor  1 .................................................................................................± 100°C  

 

---

up to 

 

(can be cor/- 10K)

L04

  ...........X  ...........Actual temperature at sensor 4 ..................................................................................................± 100°C  

 

--- 

 

L05

  ...........X  ...........Actual temp, calculated from prefrigerant ....................................................................± 100°C  

 

--- 

 

L07

  ...........X ............Virtual temperature value, calculated from real values and selected emphasis .......................± 100°C 

 

---

L09

  ...........X ............Actual Overheat Temperature .....................................................................................................± 100°C 

 

---

L21

  ...........X  ...........Runtime of cooling ......................................................................................................................24.0 h:(10min) max. 

00:00 

L22

  ...........X  ...........Runtime of open door .................................................................................................................24.0 h:(10min) max. 

00:00 

 

L31

  ...........X  ...........Remaining time of open door .....................................................................................................240 minutes max. 

 

L32

  ...........X  ...........Remaining time of temperature alarm delay ..............................................................................120 minuten max. 

 

L33

  ...........X  ...........Remaining defrost time ...............................................................................................................minutes 

 

L34

  ...........X  ...........Remaining defrost idle time ........................................................................................................minutes 

 

L35

  ...........X  ...........Remaining fan start delay time ...................................................................................................minutes 

 

L36

  ...........X  ...........Remaining compressor idle time ................................................................................................minutes 

 

L41

  ...........X  ...........Solenoid valve .............................................................................................................................

0, 1, off

L42

  ...........X  ...........State of the Electronic Expansion Valve, actual aperture size in % or state .............................

cut

 = cutoff

   

 

 

 

pdo

 = pumpdown

L43

  ...........X  ...........Day/Night Operation....................................................................................................................

on, off

L44

  ...........X  ...........Operation state of the controller unit ..........................................................................................

on, off

L50

  ...........X  ...........Actual Value of the analogue output in X% of the selected range ............................................0-100%

L60

  ...........X  ...........State of digital inputs OK1 (DI1) and OK2 (DI2) ........................................................................ 

 

L61

  ...........X  ...........States of relays 1-4, information about data transmission ......................................................... 

O K

2

1

230V

0V

1 2

3 4

Relay

ON

OFF

If this point is ON while displaying a

parameter number (marked with X),

the parameter is active at present

blinking = 

data transm.

Содержание EVP 3150-1

Страница 1: ...ming Enter access code if necessary Change value If you hold the key the values change faster and faster P Confirm programming P 2 sec Page name will be displayed again If an older version must be replaced please note the modified terminals Technical Manual 5311092 00 26E Cold Storage Controller from SoftVers 1 61 Types EVP 3150 1 EVP 3150 2 ELEKTRONISCHE REGELUNGEN GMBH Please note safety instruc...

Страница 2: ...personal injury or damage to property caused by inadequate handling or non observance of the safety instructions The guarantee will lapse in such cases This manual contains additional safety instructions in the functional description Please note them If you notice any damage the product may not be connected to mains voltage Danger of Life A riskless operation is impossible if The device has visibl...

Страница 3: ...01 is the 1st parameter on the page and determines the function of relay 1 displaying the function of relay 1 P any new assignment of relay 1 P C00 Code expected only if no key key is hit for about 3 minutes enter access code C88 confirm P any select function ALA ALA alarm relay confirm P h01 parameter will be displayed again select new in output h02 determines the function of relay 2 displaying t...

Страница 4: ...s 02 0 48 0 h min 24 0 h d11 Defrost release time 1 in 10 minutes steps 00 0 23 5 off 05 0 d12 Defrost release time 2 in 10 minutes steps 00 0 23 5 off off d13 Defrost release time 3 in 10 minutes steps 00 0 23 5 off off d14 Defrost release time 4 in 10 minutes steps 00 0 23 5 off off d15 Defrost release time 5 in 10 minutes steps 00 0 23 5 off off d16 Defrost release time 6 in 10 minutes steps 00...

Страница 5: ...ve Control 1 999 sec 240 sec P65 Superheat maximum value 2 0 100 0K 8 0K P66 Limitation of EEx valve signal 0 100 100 P67 Actuating Variable Delay EEx valve step size 1 100 100 P68 Actuating Variable Delay EEx valve output delay 0 240 sec 0 P79 X Software version P81 Standard of summer winter switch oFF on EU since 96 on P82 P83 Year Month P84 P85 Day Hour P86 P87 Minute Second P90 Address of the ...

Страница 6: ...y digital input or via interface LED on defrost increase values decrease values this setpoint is active Connection EVP 3150 1 Older product production discontinued DI 1 relay K2 10 29 analog out EVP 3150 1 24V supply L DI 2 mains 2 1 N 3 L 4 N 7 6 5 8 9 relay K1 24 21 20 22 23 NDO DO RS 485 26 25 28 27 sensor 3 sensor 4 sensor 1 sensor 2 0 10V IN 15 SSR K4 230V AC 11 12 14 13 relay K3 18 L 230V AC...

Страница 7: ...eshold for the low temperature limitation function Low temperature alarm can be disabled by P41 Mode Page Supplementary alarm delay during defrost Afteradefrostcyclethetemperaturemaytakelonger to stabilize and the normal alarm delay turns out to be too short For this reason the value of parameter d33 defrost page will be added on to the normal alarm delay after defrosting cooling relay normal cool...

Страница 8: ...ller OFF If a digital input is assigned to the functions oFL or oFH and is activated by the matching signal then all control functions will be disabled All alarm functions are locked and the display shows oFF Safety Chain Monitoring When using the controller for single compressor appli ca tions one of the digital inputs can be used to monitor the safety chain chA Normally the digital input is conn...

Страница 9: ...he superheat value is determined by P60 only Function is disabled P65 Superheat maximum value exceeds P60 Function enabled P65 is below or equal to P60 Temperature control with Electronic Expansion Valves Sensor Positions Pressure Transmitter Temperatur Sensor method 2 Temperature Sensors method Parameterization Thefollowingrecommendationsrefertothepressure transmitter DG 1 9 2 10V L05 Display of ...

Страница 10: ...tion where by experience iceremainsthelongesttime Ifthetemperaturerises at that position the ice in the evaporator is probably melted completely Adefrost cycle is completed as soon as the defrost sensor has reached the defrost limitation tempera ture d31 Defrost Page If 2 defrost sensors are assigned both sensors must achieve the limitation temperature to termi nate defrost Defrost termination by ...

Страница 11: ...influence If you want to prevent that defrost starts at certain day times use all the defrost release times and set them to points in time where defrost is allowed If no icing is detected these times will be ignored On the other hand once icing detected the controller will wait for the next defrost release time before starting a defrost cycle External command Assign one of the digital inputs to de...

Страница 12: ...al input OK DI1 is configured at h61 to the value AnA r63 is set to 50 If the analogue output works as voltage output it delivers 5V DC If it works as current output it delivers 12 mA Electronic Expansion Valves with analogue input The analogue output is able to control expansion valves with analog input Therefore h52 must be set to EEP Also in this case h51 serves as a switch for a voltage or cur...

Страница 13: ...o 0 2 fan interval mode defrost by fan A relay is reserved for fan control P02 is set to Int d01 is set to on 3 fan interval mode defrost by electric heater hot gaz A relay is reserved for fan control P02 is set to Int d01 is set to oFF The fan runs while cooling is on will be disabled during defrost periods and comes on after defrost with a time delay set by parameter r22 4 fan in permanent mode ...

Страница 14: ...fthe ambient air market temperature The information about current market temperature and humidity the controller gets from a superior system VPR 5240 can also be disabled ther to calculate the absolute humidty Ifoneoftherelaysisassignedto FrA thiswillcontrol theframeheaterenergywithacertainfrequencyand pulse width For day and night operation you can choose different values to save energy The corre...

Страница 15: ...ry for selecting the right controller when a data package is transmitted on the network bus If the controller is used outside a network these parameters are of no importance Remote control at Frontend Systems EVP controllers can be operated remotely via interface when they are connected to Frontend Systems such as SMZ or VPR Inthiscase theFrontendSystemshowstheEVP s display contents and the keys o...

Страница 16: ...the minimum specifications of the used pressure transmitter In practise up to 10 controllers mostly work trouble free Sensor positions for EEx Valve control Temperature Sensors Method alternative positions for Outlet Sensor Please care for a good isolation by foamed material so that none of the sensors get contact with the airflow Pipe mounting Most expedient is it to use cable fixers some thermal...

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