Emerson VGC810 Installing And Operating Instructions Download Page 29

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1592021021 XC1008-1011-1015D GB A5 r.1.5A 12.10.2009 XC1008-1011-1015D 29/66

otA2 =

for the optimization of the suction pressure/temperature, (dynamic set point) circuit 2

(dynamic set of suction circuit 2)

AI27

Probe 4 AUX calibration:

-12.0 ÷ 12.0

C; -120 ÷ 120 °F

AI28

Alarm relay on with auxiliary probe fault:
nu =

relay not present;

ALr:

all the C(i) outputs set as ALr;

ALr1:

all C(i) outputs set as ALr1,

ALr2:

all C(i) outputs set as ALr2.

6.1.6

Safety Digital Inputs (Di2-Di13)

DI2

Low pressure switch polarity (term. 52 - 53) – circuit 1:
oP=

LP d.i. enabled by voltage absence;

cL=

LP d.i. enabled by voltage presence.

DI3

Low pressure switch polarity (term. 56 - 57) – circuit 2:
oP=

LP d.i. enabled by voltage absence;

cL=

LP d.i. enabled by voltage presence.

DI4

High pressure switch polarity (term. 54 - 55) – circuit 1:
oP=

HP d.i. enabled by voltage absence;

cL=

HP d.i. enabled by voltage presence.

DI5

High pressure switch polarity (term. 58 - 59) – circuit 2:
oP=

HP d.i. enabled by voltage absence;

cL=

HP d.i. enabled by voltage presence.

DI6

Relay activated in case of pressure switch alarm:
nu =

no relay activation, only visual signalling;

Alr:

all the C(i) outputs set as ALr;

ALr1:

all the C(i)

outputs set as ALr1,

ALr2:

all the C(i) outputs set as ALr2

DI7

Compressor alarm inputs polarity - circuit 1
oP=

d.i. enabled by voltage absence;

cL=

d.i. enabled by voltage presence.

DI8

Compressor alarm inputs polarity - circuit 2
oP=

d.i. enabled by voltage absence;

cL=

d.i. enabled by voltage presence.

DI9

Fan alarm inputs polarity - circuit 1

oP=

d.i. enabled by voltage absence;

cL=

d.i. enabled by voltage presence.

DI10

Fan alarm inputs polarity - circuit 2

oP=

d.i. enabled by voltage absence;

cL= d.i. enabled by voltage presence.

DI11

Manual reset of compressor alarms signalled by d.i.
no =

automatic recover of alarm: regulation restart when the correspondent digital input is disabled

yES =

manual recover for the alarms of compressors

DI12

Manual reset of fan alarms signalled by d.i.
no =

automatic recover of alarm: a fan restarts when the correspondent digital input is disabled

yES =

manual recover for the alarms of fan

DI13

Relay activated in case of compressor or fan alarms:
nu =

no relay activation, only visual signalling;

Alr:

all the C(i) outputs set as ALr;

ALr1:

all the C(i)

outputs set as ALr1,

ALr2:

all the C(i) outputs set as ALr2

6.1.7

Digital Inputs (Di14-Di27)

DI14

Polarity of configurable digital input 1 (term 36-37)
oP:

the digital input is activated by opening the contact;

CL:

the digital input is activated by closing the contact.

DI15

Function of configur. configurable digital input 1 (term. 36-37)
ES1

= energy saving circuit 1

ES2

= energy saving circuit 2

OFF1 =

circuit 1 stand –by

OFF2 =

circuit 2 stand –by

LL1 =

liquid level alarm for circuit 1

LL2 =

liquid level alarm for circuit 2

Summary of Contents for VGC810

Page 1: ...XC1008D XC1011D XC1015D and VGC810 rel 1 5A ...

Page 2: ... TO SEE THE VALUES OF ANALOG OUTPUTS 16 4 4 HOW TO SEE THE STATUS OF THE RELAYS 17 4 5 COMPRESSOR SERVICE SUB MENU FOR MAINTENANCE SECTIONS 17 4 6 HOW TO SEE THE STATUS OF DIGITAL INPUTS 19 4 7 HOW TO SEE THE VALUES OF THE PROBES 20 4 8 HOW TO SET TIME AND DATE 20 5 ALARMS 21 5 1 MENU ACTIVE ALARMS 21 5 2 ACTIVE ALARM LOG MENU 22 5 3 ACTIVE ALARM LOG MENU 23 6 PARAMETERS 23 7 REGULATION 42 7 1 NEU...

Page 3: ...9 9 3 MANAGEMENT OF ALL FANS WITH INVERTER PROPORTIONAL INVERTER 49 10 ALARM LIST 50 10 1 ALARM CONDITIONS SUMMARY TABLE 51 11 CONFIGURATION ERRORS 53 12 MOUNTING INSTALLATION 53 12 1 XC1000D DIMENSIONS 54 12 2 VG810 DIMENSIONS AND MOUNTING 55 13 ELECTRICAL CONNECTIONS 56 13 1 PROBES CONNECTION 56 14 RS485 SERIAL LINK 56 15 TECHNICAL FEATURES 56 16 DEFAULT SETTING 58 ...

Page 4: ...ts avoiding sudden temperature changes with high atmospheric humidity to prevent formation of condensation Warning disconnect all electrical connections before any kind of maintenance The instrument must not be opened In case of failure or faulty operation send the instrument back to the distributor or to DIXELL s r l see address with a detailed description of the fault Consider the maximum curren...

Page 5: ... 5 66 2 Wiring connections 2 1 XC1008D NOTE according to the models the digital inputs 3 18 and 52 55 can operates at 230V 120V or 24V Verify on the controller which is the right voltage that can be applied ATTENTION Configurable digital inputs term 36 43 are free voltage ...

Page 6: ...1011 1015D 6 66 2 2 XC1011D NOTE according to the models the digital inputs 3 24 and 52 59 can operates at 230V 120V or 24V Verify on the controller which is the right voltage that can be applied ATTENTION Configurable digital inputs term 36 43 are free voltage ...

Page 7: ...applied ATTENTION Configurable digital inputs term 36 43 are free voltage 2 4 Descriptions of the wiring connections 1 2 Power supply WARNING THE SUPPLY IS 24Vac dc 3 26 Digital inputs for safeties of compressors and fans main voltage When an d i is activated the corresponding output is switched OFF Please note the digital input 1 is linked to the relay 1 C1 d i 2 to relay 2 C2 etc 30 31Analog out...

Page 8: ...t the same voltage of loads 54 55 High pressure switch input for circuit 1 input at the same voltage of loads 56 57 Low pressure switch input for circuit 2 input at the same voltage of loads 58 59 High pressure switch input for circuit 2 input at the same voltage of loads 60 61 RS485 output 62 63 or 68 Suction probe input for circuit 1 with AI1 cur or rat use 62 68 with AI1 ntc or ptc use 62 63 64...

Page 9: ...s for compressors fans alarms and aux The functioning of the relays depends on the setting of the correspondent C i 3 User interface 3 1 What is displayed when the keyboard is connected Where release Rel Firmware XC1000D release OS Visograph release Program Visograph Push the ENTER key to enter the standard visualization ...

Page 10: ... percentage of the analog output driving the inverter Not present if the free analog output is used 4 Suction pressure temperature set point it s present for the following configuration of the parameter C0 1A0D 1A1D 2A0D 2A1D 2A2D 5 Current value of suction pressure temperature it s present for the following configuration of the parameter C0 1A0D 1A1D 2A0D 2A1D 2A2D 6 Alarm it s display when an al...

Page 11: ...t s present for the following configuration of the parameter C0 C0 0A1D 1A1D 0A2D 1A2D 2A2D 14 Number of compressors and steps activated Total number of compressors and steps it s present for the following configuration of the parameter C0 C0 1A0D 1A1D 2A0D 2A1D 2A2D NOTE the total number of compressors is referred to the number of available compressors Compressors that are in maintenance or that ...

Page 12: ...hout password Press the Pr1 key to enter Pr2 menu of parameters with password If the password is enabled use the following procedure to put it 3 3 1 Password introduction to enter Pr2 If the password is enabled by pushing the Pr2 key the following interface is displayed 1 Push the SET key 2 Use the UP and DOWN keys to set the password 3 Push the SET key to confirm it 4 The following message is dis...

Page 13: ...e The parameters sub menu are the following Set Point SETC1 SETF2 Compressor Rack setup C0 C18 C34 C36 Regulation C37 C44 Display C45 C46 Analog Inputs of regulation Ai1 Ai15 Analog Inputs of auxiliary Ai16 Ai28 Safety Digital Inputs Di2 Di13 Digital Inputs Di14 Di27 Display C45 C44 Compressor Action CP1 CP8 Safety Compressors CP9 CP18 Fan Action F1 F8 Safety Fans F9 F10 Energy Saving HS1 HS14 Com...

Page 14: ...2 Other oT1 OT9 NOTE some sub menu could be absent depending on the model Push the SET key to enter a menu and the parameter with their value will be displayed see below picture Push the key and use the UP and DOWN keys to modify the value Then push the key to store the new value and move to the following parameter NOTE the Pr2 or Pr1 message is present only in Pr2 menu It is possible to modify th...

Page 15: ... see the values of the probes set the real time clock use the HOT KEY to program the instrument or to program the HOT KEY set the password and enable it for some menu set the instrument language 4 1 How to enter the Service menu From the main display screen push the SERVICE button and the SERVICE menu is entered See below picture The Service sub menu are the following ANALOG OUTPUTS RELAY OUTPUTS ...

Page 16: ...y into the 5 PIN receptacle 3 Turn the controller on or push the DOL key of the SERVICE menu 4 Automatically the parameter list of the Hot Key is downloaded into the Controller memory the doL message is blinking The display will shows the message PLEASE WAIT 4 The instrument will shows during 10sec END the programming phase is ended successfully Remove the Hot Key the XC1000D will restart working ...

Page 17: ...rst column number of relay second column configuration third column status 4 5 COMPRESSOR SERVICE SUB MENU For maintenance sections The COMPRESSOR SERVICE menu could be protected by password See chapter 3 3 1 By means of the COMPRESSOR SERVICE sub menu is possible to perform a maintenance section consisting on disabled an output check and eventually erase the running hour of a load 4 5 1 How to en...

Page 18: ...by means of the UP and DOWN keys 3 Push the SET key then use the UP and DOWN keys to move the status to ON to OFF and vice versa 4 Confirm the selection by means of the SET key 4 5 3 Regulation with some outputs disabled If some outputs are disabled they don t take part to the regulation so the regulation goes on with the other outputs 4 5 4 How to display the running hours of a load The controlle...

Page 19: ... 1 2 Select the load by means of the UP and DOWN keys 3 Push the SET key then use the DOWN key to decrease the running hour of the load 4 Confirm the setting by means of the SET key To exit push the EXIT key to come back to the SERVICE menu 4 6 How to see the status of digital inputs Procedure 1 Enter the SERVICE menu 2 Select DIGITAL INPUTS sub menu 3 Push the SET key The DIGITAL INPUTS sub menu ...

Page 20: ...Select PROBES sub menu 3 Push the SET key The PROBES sub menu displays the probe values with the following layout To change the measurement unit for the probe PB1 PB2 PB3 PB4 push UNIT button 4 8 How to set time and date Procedure 1 Enter the SERVICE menu 2 Select REAL TIME CLOCK sub menu 3 Push the SET key The REAL TIME CLOCK sub menu displays time and date with the following layout ...

Page 21: ...key NOTE to memorise the alarms and to enable the automatic energy saving cycle the real time clock has to be set 5 Alarms The controller memorises the last 100 alarms happened together with their start and finish time To see the alarms follow the following procedure 5 1 Menu Active alarms If the alarm icon is flashing on the main display an alarm is occurring Push the ALARM key to enter the alarm...

Page 22: ...rm with the following layout 1 alarm code 2 alarm description Push the LOG button to enter the ALARM ACTIVE log as shown in the following picture 5 2 Active alarm log menu This menu contains all the information concerning the active alarms In the first line it is displayed how many alarms are happening It s possible to move through the alarms by the UP and DOWN keys ...

Page 23: ...and date are recorded Push the ERASE button to delete the whole archive of alarms The following display is shown Push the CONFIRM button to confirm the operation and delete the archive Push the CANCEL button to cancel the operation and come back to the ALARM LOG menu 6 Parameters 6 1 1 Compressor Rack setup C0 C18 C34 C36 C0 Kind of plant it set the kind of plant The following table shows the kind...

Page 24: ...auxiliary output 1 AUS2 auxiliary output 2 AUS3 auxiliary output 3 AUS4 auxiliary output 4 onF on off relay nu relay not used NOTE 1 CIRCUITS WITH INVERTER FOR COMPRESSORS OR FANS If in one circuit there are frequency compressors Frq1 or Frq2 inverter fans Frq1F or Frq2F their relays must be the first of that circuit ES Plant with 1 circuit with 6 compressors 1 with inverter and 5 fans with invert...

Page 25: ...FAn1 C11 FAn1 C12 nu C13 nu C14 nu C15 nu Plant with 1 circuit with 3 compressors 2 of them without valves and 1 compressor with 2 valves e 4 fans C0 1A1d C1 CPr1 C2 CPr1 C3 CPr1 C4 Stp C5 Stp C6 FAn1 C7 FAn1 C8 FAn1 C9 FAn1 C10 nu C11 nu C12 nu C13 nu C14 nu C15 nu Plant with 2 suctions and 2 deliveries Suction 1 1frequency compressor 1 compressor without valves and 1 compressors with 2 valves De...

Page 26: ... during the regulation switching off phase it sets if the first step can be used also during normal regulation NO first step used only during the start phase YES first step used also during normal regulation 6 1 2 Regulation C37 C44 C37 Type of regulation for compressor circuit 1 db neutral zone Pb proportional band C38 Type of regulation for compressor circuit 2 db neutral zone Pb proportional ba...

Page 27: ...f read out for the probe 2 at 20mA 5V AI5 51 00 bar AI5 750 PSI AI7 Probe 2 calibration with C43 CEL_DEC or CEL_INT 12 0 12 0 C with C43 bar 1 20 1 20 bar with C43 FAR or PSI 120 120 F or PSI AI8 Kind of probe of P3 P4 it sets the kind of probes for delivery sections Cur 4 20 mA probe Ptc Ptc probe ntc NTC probe rAt rathiometric probe 0 5V AI9 Adjustment of read out for the probe 3 at 4mA 0V 1 00 ...

Page 28: ...optimization of the suction pressure temperature dynamic set point circuit 2 dynamic set of suction circuit 2 AI21 Probe 2 AUX calibration 12 0 12 0 C 120 120 F AI22 Probe 3 AUX setting ptc PTC probe ntc NTC probe AI23 Probe 3 AUX action type it sets the function ot the AUX1 probe term 73 74 nu not used Au1 thermostat probe for AUX1 relay Au2 thermostat probe for AUX2 relay Au3 thermostat probe fo...

Page 29: ...nabled by voltage absence cL d i enabled by voltage presence DI8 Compressor alarm inputs polarity circuit 2 oP d i enabled by voltage absence cL d i enabled by voltage presence DI9 Fan alarm inputs polarity circuit 1 oP d i enabled by voltage absence cL d i enabled by voltage presence DI10 Fan alarm inputs polarity circuit 2 oP d i enabled by voltage absence cL d i enabled by voltage presence DI11...

Page 30: ...ircuit 2 OFF1 circuit 1 stand by OFF2 circuit 2 stand by LL1 liquid level alarm for circuit 1 LL2 liquid level alarm for circuit 2 noCRO it disables the set point coming from the supervising system and it restores SETC1 and SETC2 set noSTD1 it disables the dynamic set point on the circuit 1 and it restores SETC1 and SETF1 set noSTD2 it disables the dynamic set point on the circuit 2 and it restore...

Page 31: ... used for the compressor set point to prevent the end user from setting incorrect values CP7 Maximum compressor set point circuit 2 SETC2 AI6 bar PSI KPA SETC2 150 0 C SETC2 302 F The measurement unit depends on C45 parameter It sets the maximum acceptable value for compressor set point CP8 Compressor energy saving value circuit 2 20 00 20 00bar 50 0 50 0 C 300 300 PSI 90 90 F this value is add to...

Page 32: ...the end user from setting incorrect values F7 Maximum fan set point circuit 2 SETF2 AI13 bar PSI KPA SETF2 150 0 C SETF2 302 F The measurement unit depends on C45 parameter It sets the maximum acceptable value for fan set point F8 Fan energy saving value circuit 2 20 00 20 00bar 50 0 50 0 C 300 300 PSI 90 90 F 2000 2000KPA this value is add to the fan set point when the energy saving is enabled 6 ...

Page 33: ... the C i outputs set as ALr ALr1 all the C i outputs set as ALr1 ALr2 all the C i outputs set as ALr2 AC10 Service request 0 25000h with 0 the function is disabled number of running hours after that maintenance warning is generated AC11 Relay activated in case of service request alarm nu no relay activation only visual signalling Alr all the C i outputs set as ALr ALr1 all the C i outputs set as A...

Page 34: ...re temperature alarms delay circuit 2 0 255 min time interval between the detection of a pressure temperature alarm condition and alarm signalling AF12 Compressors off with pressure temperature alarm for fans circuit 2 no compressors are not influenced by this alarm yES compressors are turned off in case of high pressure temperature alarm of fans AF13 Interval between 2 compressors turning off in ...

Page 35: ...unction The measurement unit depends on C45 parameter O7 External temperature for maximum set point O6 circuit 1 40 O8 C 40 O8 F It s the temperature detected by the external AUX probe at which the maximum set point is reached O8 External temperature for standard set point circuit 2 O7 150 C O7 302 F 1 with AUX temper O7 Real SEtC2 O6 2 with AUX temper O8 Real SEtC2 SEtC2 3 with O7 AUX temper O8 S...

Page 36: ...0 90 F The way of working of this algorithm is explained in the following exemplum Example With the external temperature otc2 SETF2 O14 real SetF2 SETF2 With the external temperature otc2 O13 O14 real SetF1 O13 With O13 O14 external temperature otc1 SETF2 O14 O13 real SetF2 SetF2 where external temperature otc2 is the temperature detected by the auxiliary probe set as otC2 6 1 17 Analog Outputs Co...

Page 37: ...point and start of analog output 1 decreasing 0 255sec Used during inverter regulation 1Q16 Analog output 1 decreasing time 0 255sec It s the time taken from the analog output to pass from the 100 to the 1Q6 value It s used during the switching off phase when the pressure is lower than the set point 1Q17 Analog output 1 permanency at 1Q6 before a load is switched off 0 255sec When the pressure tem...

Page 38: ...and Used during inverter regulation 2Q13 Analog output 2 permanency before load activation 0 255 sec the analog output remains at 100 value for this time before a load is activated Used during inverter regulation 2Q14 Delay between pressure temperature goes down the set point and start of analog output 2 decreasing 0 255sec Used during inverter regulation 2Q15 Analog output decreasing time 0 255se...

Page 39: ...regulation activation 0 255sec it s the delay between the entrance in the regulation band of pressure temperature and the regulation start Used to avoid false inverter starts dued to pressure variations Used during inverter regulation 3Q13 Analog output 3 rise time 0 255 sec It s the time necessary to the analog output to pass from the 3Q6 to 100 when a compressor has started and the pressure temp...

Page 40: ...e for analog output 4 4Q5 100 it allows to exclude a range of frequencies that could create problems to the compressor Used during inverter regulation 4Q9 Exclusion band end value for analog output 4 4Q8 100 Used during inverter regulation 4Q10 Safety value for analog output 4 0 100 it s used in case of probe faulty 4Q11 Delay between the entrance in the regulation band and the regulation activati...

Page 41: ...iary relay 2 40 110 C 40 230 F it s is used for all the relays configured as AUS2 AR5 Differential for aux relay 2 0 1 25 0 C 1 50 F Intervention differential for relay AUX2 Cooling AR6 CL Cut IN is AR4 AR5 Cut OUT is when the temperature reaches the set point AR4 Heating AR36 Ht Cut IN is AR4 AR5 Cut OUT is when the temperature reaches the set point AR4 AR6 Kind of action for aux 2 CL cooling Ht ...

Page 42: ...this case the neutral zone CP1 is symmetrical compared to the target set point with extremes set CP1 2 set CP1 2 If the pressure temperature is inside this zone the controller maintains the same number of loads switched on and off without changing anything When the pressure temperature goes out from the zone regulation starts If the pressure is greater than SET CP1 2 the loads are switching on wit...

Page 43: ... itself from the target set point and enters the various bands the compressors are switched ON to be then turned OFF when the signal brings near the set point In this way if the pressure is greater than regulation band all the compressors are on if the pressure temperature is lower than the regulation band all the compressors are off Naturally also for this regulations all the delays CP11 and CP12...

Page 44: ...1592021021 XC1008 1011 1015D GB A5 r 1 5A 12 10 2009 XC1008 1011 1015D 44 66 ...

Page 45: ...e if the step 1 can be subsequently used during the standard thermoregulation 8 1 1 Relay activation ES Compressor with 4 steps C1 Scrw1 C2 Stp C3 Stp C4 Stp C16 Btz a Activation with valves ON due to voltage presence C17 cL C1 Screw1 C2 stp C3 stp C4 stp Step 1 25 ON ON OFF OFF Step 2 50 ON OFF ON OFF Step 3 75 ON OFF OFF ON Step 4 100 ON OFF OFF OFF b Activation with valves ON due to voltage abs...

Page 46: ...h valves ON due to voltage presence C17 cL C1 Screw1 C2 stp C3 stp C4 stp C1 Screw1 ON OFF OFF OFF C1 Screw1 ON ON ON OFF C1 Screw1 ON ON OFF ON C1 Screw1 ON ON OFF OFF b Activation with valves ON due to voltage absence C17 oP oAi Screw1 oAi 1 stp oAi 2 stp oAi 3 stp Step 1 25 ON ON ON ON Step 2 50 ON OFF OFF ON Step 3 75 ON OFF ON OFF Step 4 100 ON OFF ON ON ...

Page 47: ...out 1 0 100 1Q7 Analog output1 value after compressor on 1Q6 100 1Q8 Analog output1 value after compressor off 1Q6 100 1Q12 Regulation delay after entering the regulation band 0 255 sec 1Q13 Analog output 1 rise time from 1Q6 to 100 when the pressure is above the regulation band and a load is switched on 0 255 sec 1Q14 Analog output 1 permanency at 100 before load activation 0 255 sec 1Q15 Delay b...

Page 48: ...nimum value for analog out 1 0 100 1Q12 Regulation delay after entering the regulation band 0 255 sec 1Q14 Analog output 1 permanency at 100 before load activation 0 255 sec 1Q15 Delay between pressure temperature goes down the set point and start of analog output 1 decreasing 0 255 sec CP11 2 different load start delay 0 99 5 min 1sec CP12 2 different load off delay 0 99 5 min 1sec ...

Page 49: ... when the pressure is outside the regulation band 0 255 sec 1Q14 Analog output 1 permanency at 100 before load activation 0 255 sec 1Q16 Analog output 1 decreasing time from 100 to 1Q6 0 255 sec 1Q17 Analog output 1 permanency at 1Q6 before a fan is switched off with pressure below the set 0 255 sec 1Q18 Analog output 1 decreasing time from 100 to 1Q7 before a load is switched on 0 255 sec 9 3 Man...

Page 50: ...nnect the thermal protection of every fans to its digital input of the relay set as fan DON T USE relays set as fans ES 4 fans driven by one inverter C1 FRQ1F C2 FAN1 C3 FAN1 C4 FAN1 C5 FAN1 3Q2 INVF1 3Q3 PBC3 3Q19 Regulation band width 3Q6 min value analog output With this configuration connect the thermal protection of fan 1 to terminals 5 6 i d 2 fan 2 to terminals 7 8 i d 3 fan 3 to terminals ...

Page 51: ... AF7 AF14 in AF8 AF15 time when the input is disable Compressors and fans restart working according to the working algorithm Manually if AF7 AF14 activation happened in the AF8 AF15 time When the input is disable turn off and on the instrument Compressors and fans restarts working according to the working algorithm P1 P2 Suction probe circuit 1 2 failure alarm Probe 1 2 failure or out of range The...

Page 52: ...AC4 SETC2 AC7 differential value differential 0 3bar or 1 C HAF1 HAF2 Maximum pressure temperature alarm fans section for circuit 1 2 Condensing pressure or temperature higher than SETF1 AF2 SETF2 AF10 value It depends on parameter AF4 AF12 Automatically as soon as the pressure or temperature reaches the SETF1 AF2 SETF2 AF10 differential value differential 0 3bar or 1 C LL1 LL 2 Liquid level alarm...

Page 53: ...15 parameters or One relay set as frequency compressors and none analog output set check C1 C15 parameters and 1Q2 2Q1 3Q2 4Q1 Machine stop all relays configured as compr or fans OFF 5 One of C1 C15 parameters Frq1F after FAN1 One of C1 C15 parameters Frq2F after FAN2 Fan before inverter check C1 C15 parameters or More than one relay set as inverter check C1 C15 parameters or One relay set as fan ...

Page 54: ...1592021021 XC1008 1011 1015D GB A5 r 1 5A 12 10 2009 XC1008 1011 1015D 54 66 12 1 XC1000D dimensions ...

Page 55: ...1592021021 XC1008 1011 1015D GB A5 r 1 5A 12 10 2009 XC1008 1011 1015D 55 66 12 2 VG810 dimensions and mounting ...

Page 56: ... external relay 13 1 Probes connection Pressure probe 4 20 mA respect the polarity If using terminal ends be sure there are no bear parts which could cause short circuiting or introduce noise disturbance at high frequencies To minimise the induced disturbances use shielded cables with the shield connected to earth Temperature probe it is recommended to place the temperature probe away from direct ...

Page 57: ...s XC1015D 15 main voltage connected to the loads Configurable digital input XC1011D XC1015D 4 free voltage XC1008D 2 free voltage Safety Pressure switch inputs XC1011D XC1015D 4 main voltage LP and HP XC1008D 2 main voltage LP and HP Global Alarm output 1 relay 8A 250Vac Power supply 24Vac dc 10 Type of refrigerant R22 R134a R404a R507 Alarm logger the last 100 alarm conditions are stored and disp...

Page 58: ...1 Frq2 CPr1 CPr2 StP Frq1F Frq2F FAn1 FAn2 Alr ALr1 ALr2 AUS1 AUS2 AUS3 AUS4 onF nu C7 Fan1 Fan1 Fan1 Pr2 Relay 7 configuration Frq1 Frq2 CPr1 CPr2 StP Frq1F Frq2F FAn1 FAn2 Alr ALr1 ALr2 AUS1 AUS2 AUS3 AUS4 onF nu C8 Fan1 Fan1 Fan1 Pr2 Relay 8 configuration Frq1 Frq2 CPr1 CPr2 StP Frq1F Frq2F FAn1 FAn2 Alr ALr1 ALr2 AUS1 AUS2 AUS3 AUS4 onF nu C9 Fan1 Fan1 Pr2 Relay 9 configuration Frq1 Frq2 CPr1 ...

Page 59: ... 0V 1 00 AI10 BAR 15 AI10 PSI AI10 30 0 30 00 30 00 Pr2 Probe 3 readout at 20mA 5V AI9 100 00 BAR AI9 750 PSI AI11 0 0 0 0 0 0 Pr2 Probe 3 calibration dEU bar o C 12 0 12 0 dEU PSIo F 120 120 AI12 0 00 0 00 Pr2 Probe 4 readout at 4mA 0V 1 00 AI13 BAR 15 AI13 PSI AI13 30 00 30 00 Pr2 Probe 4 readout at 20mA 5V AI12 100 00 BAR AI12 750 PSI AI14 0 0 0 0 Pr2 Probe 4 calibration dEU bar o C 12 0 12 0 d...

Page 60: ...2 DI7 cL CL CL Pr2 Safe input polarity compressor circuit 1 OP CL DI8 CL CL Pr2 Safe input polarity compressor circuit 2 OP CL DI9 cL CL CL Pr2 Safety input polarity fan circuit 1 OP CL DI10 CL CL Pr2 Safety input polarity fan circuit 2 OP CL DI11 no NO NO Pr2 Manual restart for compressor alarm no YES DI12 no NO NO Pr2 Manual restart for fan alarm no YES DI13 ALr ALr ALr Pr2 Relay for compressor ...

Page 61: ...ation band width circuit 1 BAR 0 10 10 00 C 0 0 30 0 PSI 1 80 F 1 50 0 F2 10 0 10 0 10 0 Pr1 Minimum set point circuit 1 BAR AI9 SETF1 C 50 0 SETF1 PSI AI9 SETF1 F 58 0 SETF1 F3 60 0 60 0 60 0 Pr1 Maximum set point circuit 1 BAR SETF1 AI10 C SETF1 150 0 PSI SETF1 AI10 F SETF1 302 F4 0 0 0 0 0 0 Pr1 Energy saving circuit 1 BAR 20 00 20 00 C 50 0 50 0 PSI 300 300 F 90 90 F5 4 0 4 0 Pr1 Regulation ba...

Page 62: ... PSI 1 200 0 F AF2 20 0 20 0 20 0 Pr1 Maximum temp press alarm circuit 1 0 10 30 00 BAR 0 0 100 0 C 1 430 PSI 1 200 0 F AF3 20 20 20 Pr1 Temp press alarm delay circuit 1 0 255 min AF4 no NO NO Pr1 Compressor off with max alarm 1 no YES AF5 2 2 2 Pr1 Off delay with max alarm 1 0 255 min AF6 15 15 15 Pr1 HP switch 1 activation number 0 15 AF7 15 15 15 Pr1 HP switch 1 activation time 0 255 min AF8 2 ...

Page 63: ... permanency before load activation 0 255 sec 1Q15 0 2 2 Pr1 Analog output 1 decreasing delay 0 255 sec 1Q16 150 5 5 Pr1 Analog output 1 decreasing time 0 255 sec 1Q17 10 5 5 Pr1 Analog output 1 permanency before load off 0 255 sec 1Q18 5 5 5 Pr1 Analog output 1 decreasing time after load off 0 255 sec 1Q19 4 0 4 0 4 0 Pr1 Regulation band width 1 0 10 25 00bar 0 0 25 0 C 1 250 PSI 1 250 F 10 2500 K...

Page 64: ...VF1 INVF2 nu 3Q3 Pbc3 Pbc3 Pbc3 Pr1 Probe for analog output 3 Pbc3 0 Pbc4 1 used with 3Q2 0 3Q4 0 0 0 0 0 0 Pr1 Lower limit for analog output 3 1 100 00 bar 15 750PSI 50 150 C 58 302 F 3Q5 100 0 100 0 100 0 Pr1 Upper limit for analog output 3 1 100 00 bar 15 750PSI 50 150 C 58 302 F 3Q6 30 50 50 Pr1 Minimum value for analog output 3 0 100 3Q7 40 50 50 Pr1 Analog output 3 value after fan start 3Q6 ...

Page 65: ...10 25 00bar 0 0 25 0 C 1 250 PSI 1 250 F 10 2500 KPA 4Q19 500 500 Pr1 Integral time 4 0 999s with 0 integral action excluded 4Q20 0 0 0 0 Pr1 Band offset 4 12 0 12 0 C 12 00 12 00BAR 120 120 F 120 120PSI 1200 1200KPA 4Q21 4 0 4 0 Pr1 Anti reset wind up 4 0 0 99 0 C 0 180 F 0 00 50 00bar 0 725PSI 0 5000kPA 4Q23 0 0 Pr1 Minimum capacity of inverter 4 0 99 with 0 function excluded 4Q24 255 255 Pr1 Ma...

Page 66: ...1592021021 XC1008 1011 1015D GB A5 r 1 5A 12 10 2009 XC1008 1011 1015D 66 66 Nome XC 1008 D XC 1011 D XC 1015 D Level Description Range OT9 NO NO NO NO Off function enabling no YES ...

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