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STORK TRONIC ST710-PWHVR.126, Wiring Diagram, Page: 23 / 27

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STORK TRONIC ST710-PWHVR.126 Wiring Diagram Download Page 23

 

 

 

A16  Display mode 

-> L3 

 

A17  Alarm mode 

A17 

 

A18  Special function  

-> A18 

More selections possible 

A20  Minimum action time for 

K1 "Off" 

-> A21 

 

A21  Minimum action time for 

K2 "Off" 

-> A22 

 

A22  Minimum action time for 

K3 "Off" 

-> A23 

 

A23  Minimum action time for 

K4 "Off" 

-> A24 

 

A24  Minimum action time for 

K5 "Off" 

-> A25 

 

A25  Minimum action time for 

K6 "Off" 

-> A26 

 

A30  Mutual delay of contacts 

A30 

 

A31  Delay after "Power-on" 

A31 

 

A32  Alarm suppression after 

"Power-On" 

A32 

 

A33  Operating time before 

time depending load 
replacement 

A33 

 

A34  Time scale for A33 

A34 

 

A35  Active measuring input 

A35 

 

A36  Temperature scale 

-> L2 

 

A37  Refrigerant 

A37 

 

A38  Value at 4mA/0V 

->H26 

 

A39  Value at 20mA/10V 

->H27 

 

A40  Activation of time-depen-

dent load replacement 

A40 

 

A41  Sequential operation 

mode 

A41 

 

A42  Locking of operating 

times 

-- 

Operation times can only 
be reset with parameters 
L50…L56 

A43  Function E1 

-> b11 und b12 

 

A44  Operating mode 

A44 

 

A45  Function Standby 

-> b5 

 

A51  Switch mode K1 

A51 

 

A52  Switch mode K2 

A52 

 

A53  Switch mode K3 

A53 

 

A54  Switch mode K4 

A54 

 

A55  Switch mode K5 

A55 

 

A56  Switch mode K6 

A56 

 

A59  Setpoint offset 

A59 

 

 

Summary of Contents for ST710-PWHVR.126

Page 1: ...re part of the fixed program data therefore it is possible to execute a pressure control 4 20mA and to show the temperature values at the same time The compressor running times can be optimised by help of the sequential or time conditioned load replacement The controller that can be parametered in various ways has an alarm contact and a hour meter Networking of the controller takes place via the S...

Page 2: ......

Page 3: ...SOFTWARE SIX STAGE CONTROLLER ST710 xxx 126 ...

Page 4: ...dware so that the relays are not overloaded All parameters can also be accessed via the RS485 interface CONTROL KEYS Key T1 UP By pressing this key the parameter or parameter value is increased A further function of the key can be set with parameter Key T2 DWON By pressing this key the parameter or parameter value is decreased A further function of the key can be set with parameter Key T3 Function...

Page 5: ... and All other settings value specifications in parameter setting mode are performed using the default value setting method i e pressing buttons SET and UP DOWN at the same time NETWORK ADDRESS Under code word you can set a network address This is required for commissioning networked systems ENTERING A PASSWORD By selecting code word you can enter a password required for parameterisation Once the ...

Page 6: ... Plant Buttons and switching inputs Control circuit Sensors Pre defined sets of parameters Networking and display Main setpoints These levels by default are protected by a password ...

Page 7: ...4 P4r 1 Selection setpoint 6 or Delta W5 0 Setpoint 6 P5 1 Delta W5 P5r 1 Temperature alarm mode relative limits with absolute limits with 0 Boundary alarm relative limits 1 Boundary alarm absolute limits 2 Range alarm relative limits 3 Range alarm absolute limits 4 as 0 but inverted 5 as 1 but inverted 6 as 2 but inverted 7 as 3 but inverted 0 Function of the buzzer and or the display at temperat...

Page 8: ...roup K2 3 K1 K3 with load replacement 4 K1 K4 with load replacement 5 K1 K4 as bypass group K2 K4 with load replacement 6 K1 K5 with load replacement 7 K1 K6 with load replacement 8 K1 K6 as bypass group K2 K4 K6 with load replacement 9 as 2 K2 inverted 10 as 5 K2 K4 inverted 11 as 8 K2 K4 K6 inverted 12 K1 K3 as bypass group K2 13 K1 K6 as double bypass group K2 K3 K5 K6 with load replacement 0 S...

Page 9: ... MIN MAX 11 Reset MIN 12 Reset MAX 0 Function of key T2 see 3 Function of key T3 see 2 Function of key T5 see 1 Function of external switching input E1 0 without function 1 controller on standby 2 Changeover setpoint S1 absolute 3 Changeover setpoint S1 relative Switching input E1 inverse not inverse 0 normal 1 inverted Function of external switching input E2 0 without function 1 controller on sta...

Page 10: ...setpoint S6 or DeltaW 5 0 1 99 9 bar or C 1 0 Lower setpoint limit 99 0 bar or C 99 0 Upper setpoint limit 999 bar or C 100 0 Lower alarm limit relative to main setpoint 99 0 99 9 bar or C 10 0 Upper alarm limit relative to main setpoint 99 0 99 9 bar or C 10 0 Hysteresis alarm contact 99 0 99 9 bar or C 1 0 Lower alarm limit absolute 99 0 bar or C 99 0 Upper alarm limit absolute 999 bar or C 100 ...

Page 11: ...ual value of sensor F2 Measured value not adjustable Calibration sensor F2 act value correction 20 20 0 C 0 0 Weighting factor sensor F2 0 50 1 50 1 00 Selection sensor F2 see 8 Software filter sensor F2 1 32 16 Display at 0 4mA and sensor 7 8 9 99 999 2 0 Display at 20mA and sensor 7 8 9 99 999 30 0 Password of parameter level 99 999 0 Pre defined parameter sets password protected Para meter Desc...

Page 12: ... 4 time OFF in case of an error 1 Access restriction 0 all parameters read writeable 1 Setpoints write protected 2 Parameter write protected 3 Setpoints and parameters write protected 4 as 3 also write protected 0 ST bus release mask for functions 0 255 233 Reset MIN and or MAX memory 0 1 reset MIN 2 reset MAX 3 reset MIN and MAX 0 Reset operating time of relay K1 0 1 reset 0 Reset operating time ...

Page 13: ...els and all passwords will be deacti vated By pressing the SET button display you can switch to the relevant parameter level Now the master password is no longer required The passwords will remain deactivated until the controller is disconnected from power supply again In case you leave the parameter level now simply press the SET button in in order to access the parameter selection levels again S...

Page 14: ...ou can define if a temperature alarm is to be displayed or not and if the buzzer is to sound Additionally you can define if the buzzer is to sound again after acknowledgement The corres ponding time is indicated in A19 The error message and the temperature will be displayed alternately as long as the alarm is present If more than one alarm messages are present they will be displayed alternately Th...

Page 15: ...e first stopped unit will be activated first If in sequential operation mode the connections of the units to the respective output stage is ineffec tive The control prevents the switching of valves if the compressor has not started and assures the simultaneous switch off of valves when the com pressor is switched off The minimum action times parameters concerning valves will be adjusted to the tim...

Page 16: ...and E2 You can define if the switching input is used as a NO contact normal or NC contact inverse Password of parameter level With this parameter you can set the password for parameter level Control circuit Auxiliary setpoint S2 Auxiliary setpoint S3 Auxiliary setpoint S4 Auxiliary setpoint S5 Auxiliary setpoint S6 Adjustment of the auxiliary setpoints if 0 The adjustment range is set with paramet...

Page 17: ...000 The value is stored every operating hour resulting in a maxi mum inaccuracy of one hour in case of mains failure After replacing plant components the counter can be reset with parameter Total operating time K5 hours Total operating time K5 1000 hours The total operating time of the switched on relay K5 in hours results of 1000 The value is stored every operating hour resulting in a maxi mum in...

Page 18: ...oosing the sensor 7 8 or 9 is selected 0 4 20mA or 0 10V linear sensor you can define via this parameter which value is to be displayed in the case of a current of 20mA or a voltage of 10V The display value for 0 4mA or 0V is defined in the previous parameter The actual measured value is calculated as linear interpolation between these two values Password for parameter level This parameter sets th...

Page 19: ... 3 ro ro rw 4 ro ro ro rw value is read and writeable ro value is read only write protected Note The parameter is always adjustable Mask on enabled functions Here you can specify the functions enabled via the bus using a binary mask The bits have the following meaning Para Bit Valency Function 0 1 controller on off 1 2 control circuit 1 on off 2 4 Defrosting request 3 8 Acknowledge alarm 4 16 Main...

Page 20: ...lumn corresponding to the new setting of are considered If 0 temperature only parameter is modified but no further parameters 0 1 2 3 4 5 0 1 1 1 1 1 Temperature Pressure 0 0 1 2 3 4 R134A R134A R22 R407C R404A R507 0 0 0 0 0 0 0 0 0 0 0 0 10 0 3 1 5 8 5 4 7 1 7 4 10 0 1 1 1 7 1 8 2 1 2 2 20 0 4 6 8 0 7 8 9 9 10 1 20 0 2 6 3 9 4 2 4 9 4 9 30 0 6 7 10 9 10 7 13 1 13 4 30 0 4 7 6 8 7 1 8 1 8 2 40 0 ...

Page 21: ... 12 12 12 12 0 0 0 0 0 0 0 0 0 0 0 0 30 0 30 0 30 0 30 0 30 0 30 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 1 0 1 0 1 0 1 0 1 0 8 8 8 8 8 8 16 16 16 16 16 16 0 0 0 9 0 9 0 9 0 8 0 9 30 0 30 0 30 0 30 0 30 0 30 0 S1 0 0 2 0 4 1 3 6 5 0 5 1 S1 0 0 2 0 4 1 3 6 5 0 5 1 S1 0 0 0 0 0 0 0 0 0 0 0 0 ...

Page 22: ...al value correction H12 or H22 P30 Lower alarm limit rel P30 Abs P33 P31 Upper alarm limit rel P31 Abs P34 P32 Alarm hysteresis P32 P33 Operating time of K1 P40 Only hours instead of years and days P34 P41 P35 Operating time of K2 P42 P36 P43 P37 Operating time of K3 P44 P38 P45 P39 Operating time of K4 P46 P40 P47 P41 Operating time of K5 P48 P42 P49 P43 Operating time of K6 P50 P44 P51 A1 K1 at ...

Page 23: ...33 Operating time before time depending load replacement A33 A34 Time scale for A33 A34 A35 Active measuring input A35 A36 Temperature scale L2 A37 Refrigerant A37 A38 Value at 4mA 0V H26 A39 Value at 20mA 10V H27 A40 Activation of time depen dent load replacement A40 A41 Sequential operation mode A41 A42 Locking of operating times Operation times can only be reset with parameters L50 L56 A43 Func...

Page 24: ...y K1 hours 25 5 0 Operating time of relay K2 hours 26 5 1 Operating time of relay K3 hours 27 5 2 Operating time of relay K4 hours 28 5 3 Operating time of relay K5 hours 29 5 4 Operating time of relay K6 hours 30 6 0 Status S0 see table on next page binary 31 6 1 Status S1 see table on next page binary 32 6 2 Status S2 see table on next page binary 33 6 3 Status S3 see table on next page binary 3...

Page 25: ...12 Check mode Relay K5 13 Error rtc clock Relay K6 14 Buzzer Relay K7 15 General error Bit Error E0 Error E1 if needed 0 Sensor 1 short circuit 1 Sensor 1 open circuit 2 3 4 5 6 7 8 Insufficient temperature 9 Excess temperature 10 11 12 13 14 15 Bit Status I0 Status I1 Status I2 Status I3 0 Compressor 1 ACTUAL state TARGET state Mask 1 Compressor 2 2 Compressor 3 3 Compressor 4 4 Compressor 5 5 Co...

Page 26: ...elay normally open contact 6A 250V K3 Relay normally open contact 6A 250V K4 Relay normally open contact 6A 250V K5 Relay normally open contact 6A 250V K6 Relay normally open contact 8A 250V K7 Relay normally open contact 8A 250V Please note The continuous current on terminal A pin 9 is the accumulated current for relays K1 K6 and may not exceed 8A Display One 4 digit LED display height 12 mm colo...

Page 27: ...nal B 11 pole spacing 3 5 mm for cable up to 1 5 mm Enclosure Front IP65 IP00 from behind Installation data Unit is to be installed in an instrument panel Front size 84 x 42 mm Panel cut out 67 2 x 31 2 mm Installation depth ca 90 mm with connector The controller is UL certified with the UL File number E219051 ...

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