background image

1569H042 Ed.03

16

Other parameters

Parameter 

d5

 allows users to specify if the unit will (

d5=1

) or will not (

d5=0

) defrost when powered up (initial 

start-up or after a power failure). In case of choosing option YES (

d5=1

), the defrost will start after the delay time 

specified in 

d6

.

Using parameter 

d8

, users define the computation of time in 

d0

, choosing between total time elapsed (

d8=0

) or 

the total compressor running time (

d8=1

).

NOTE: 

If parameter 

d1

 is set to 0, no defrost will be performed.

Remote defrost

This function allows activating the defrost of the unit using an external button, connecting it to one of the digital inputs 
that must be configured as "remote defrost”(

P10 ó P11=6

) .

9.3.- Fan control

Fans are controlled with probe 2 (evaporator) and parameters 

F0

 (shutdown temperature) and 

F1

 (Probe differential).

Even if probe 2 is not connected or an error is detected in the probe (E2), the fans will always run regardless of 
parameters 

F0

 and 

F1

, but taking into account parameters 

F2

 to 

F5

.

Parameter 

F2

 defines the status of the fans during compressor stops.

Parameter 

F3

 defines the status of fans during defrost. 

Parameter 

F4

 defines the fan start-up delay after defrost (see section 9.2)

9.4.- Light control

Auxiliary relay 3 must be configured as “Light” (

P63=1

).

Switching the lights on or off is controlled using:

Ÿ

The ? pushbutton:

 One press switches the lights on or off.

Ÿ

The cold room door:

 When the door is opened, the lights stay on for the time 

defined by parameter 

P22

. If the value is 0, when the door closes the lights go out. (One of the digital 

inputs must be configured as door contact (

P10 or P11=1

).

The control even occurs with the equipment in Stand-by.

ON

ON

Fan control

SP

F0

(probe 2)

F0+F1

probe 2)

Only if F2=1

SP+C1

OFF

OFF

COMP.

FAN

Time

Other parameters

Parameter 

d5

 allows users to specify if the unit will (

d5=1

) or will not (

d5=0

) defrost when powered up (initial 

start-up or after a power failure). In case of choosing option YES (

d5=1

), the defrost will start after the delay time 

specified in 

d6

.

Using parameter 

d8

, users define the computation of time in 

d0

, choosing between total time elapsed (

d8=0

) or 

the total compressor running time (

d8=1

).

NOTE: 

If parameter 

d1

 is set to 0, no defrost will be performed.

Remote defrost

This function allows activating the defrost of the unit using an external button, connecting it to one of the digital inputs 
that must be configured as "remote defrost”(

P10 ó P11=6

) .

9.3.- Fan control

Fans are controlled with probe 2 (evaporator) and parameters 

F0

 (shutdown temperature) and 

F1

 (Probe differential).

Even if probe 2 is not connected or an error is detected in the probe (E2), the fans will always run regardless of 
parameters 

F0

 and 

F1

, but taking into account parameters 

F2

 to 

F5

.

Parameter 

F2

 defines the status of the fans during compressor stops.

Parameter 

F3

 defines the status of fans during defrost. 

Parameter 

F4

 defines the fan start-up delay after defrost (see section 9.2)

9.4.- Light control

Auxiliary relay 3 must be configured as “Light” (

P63=1

).

Switching the lights on or off is controlled using:

Ÿ

The ? pushbutton:

 One press switches the lights on or off.

Ÿ

The cold room door:

 When the door is opened, the lights stay on for the time 

defined by parameter 

P22

. If the value is 0, when the door closes the lights go out. (One of the digital 

inputs must be configured as door contact (

P10 or P11=1

).

The control even occurs with the equipment in Stand-by.

Other parameters

Parameter 

d5

 allows users to specify if the unit will (

d5=1

) or will not (

d5=0

) defrost when powered up (initial 

start-up or after a power failure). In case of choosing option YES (

d5=1

), the defrost will start after the delay time 

specified in 

d6

.

Using parameter 

d8

, users define the computation of time in 

d0

, choosing between total time elapsed (

d8=0

) or 

the total compressor running time (

d8=1

).

NOTE: 

If parameter 

d1

 is set to 0, no defrost will be performed.

Remote defrost

This function allows activating the defrost of the unit using an external button, connecting it to one of the digital inputs 
that must be configured as "remote defrost”(

P10 ó P11=6

) .

9.3.- Fan control

Fans are controlled with probe 2 (evaporator) and parameters 

F0

 (shutdown temperature) and 

F1

 (Probe differential).

Even if probe 2 is not connected or an error is detected in the probe (E2), the fans will always run regardless of 
parameters 

F0

 and 

F1

, but taking into account parameters 

F2

 to 

F5

.

Parameter 

F2

 defines the status of the fans during compressor stops.

Parameter 

F3

 defines the status of fans during defrost. 

Parameter 

F4

 defines the fan start-up delay after defrost (see section 9.2)

9.4.- Light control

Auxiliary relay 3 must be configured as “Light” (

P63=1

).

Switching the lights on or off is controlled using:

Ÿ

The ? pushbutton:

 One press switches the lights on or off.

Ÿ

The cold room door:

 When the door is opened, the lights stay on for the time 

defined by parameter 

P22

. If the value is 0, when the door closes the lights go out. (One of the digital 

inputs must be configured as door contact (

P10 or P11=1

).

The control even occurs with the equipment in Stand-by.

Summary of Contents for AKO-15690

Page 1: ...AKO 1569x AKO 1569x EVC PROPlus 3PH BASIC Electronic Panel GB 1569H042 Ed 03 User Manual...

Page 2: ...these regulations Rigorouslyfollowtheinstructionsdescribedinthismanual Inordertoextendthelifetimeofourproductstothemaximum thefollowingpointsmustbeobserved Do not expose electronic equipment to dust...

Page 3: ...C and 20 C if the NTC probe is extended up to 1 000 m with minimum 0 5 mm wire the maximum deviation will be 0 25 C Wire for probe extension ref AKO 15586 IMPORTANT The AUX 1 AUX 2 and AUX 3 relays ar...

Page 4: ...emovecover B Using the included template make 4 holes in the wall and fasten the unit to the wall using the supplied screws Makeaholeinthebottomoftheboxtopassthecablesthrough andasuitableglandshouldbe...

Page 5: ...tor guard Q1 according to the obtained value The setvalueshouldneverbehigherthantheconsumptionindicatedbythemanufacturer 11 5 A A 1 2 I O 1 0 16 10 1 6 Q1 AKO 15690 1 2 3 AKO 15690 1 2 3 EVC AKO 15699...

Page 6: ...1569H042 Ed 03 A B C C C 6 D Remove the front trims A and screw the cover on using the included screws B Theninstallthetrimsagain ALL MODELS...

Page 7: ...he panel up Powersupplyvoltagesandfrequencieswillbetheonesthatfigureinthe Technicalspecifications section Checkthattherearenoloosepartsorforeignbodiesonconnectionsorswitchgear Checkthatthereisnodustor...

Page 8: ...ing it for 5 seconds allows changing the SETPOINTtemperature Pressing it for 5 seconds activates or deacti vatestheCONTINUOUSCYCLE Pressing it for 5 seconds the quick setup menu is accessed Pressing i...

Page 9: ...ctivates alarm relay and sound alarm Alternating with temperature External alarm activated by digital input p 18 Activates alarm relay and sound alarm Alternating with temperature Severe external alar...

Page 10: ...frost circuit breaker FM Operation circuit breaker Q1 Compressor motor guard Q3 Evaporator fan motor guard K1M Compressor contactor K2M Defrost contactor K4M Evaporator fan contactor T2 EVC Transforme...

Page 11: ...ne high low pressure controller AKO 15690 1 2 3 AKO 15690 1 2 3 EVC Separate Low pressure controller per AC input AKO 15690 1 2 3 AKO 15690 1 2 3 EVC Pressure controller equivalence HIGH LOW 16 16 17...

Page 12: ...requency Time that must elapse between the starting of each defrost see page 15 d1 Maximum defrost duration The defrost will end after this time has elapsed since it started F3 Fan status during defro...

Page 13: ...he temperature in probe 1 reaches the set point value SP plus the probe s differential C1 the compressor activates and makes the temperature drop When the set point value SP is reached thecompressorst...

Page 14: ...ill operate according to the average performance of the last 24 hours taking into account the number of starts and stops and the average time in each state stop start C6 3 The compressor will run as s...

Page 15: ...termination The defrost will terminate if The temperature programmed in parameter d4 has been reached in probe 2 Probe 2 must be activated P4 In the event of probe 2 failure defrosting will be complet...

Page 16: ...account parameters F2 to F5 Parameter F2 defines the status of the fans during compressor stops Parameter F3 defines the status of fans during defrost Parameter F4 defines the fan start up delay afte...

Page 17: ...or the sound alarm it is only shown on the display STARTUP When temperature probe 1 reaches the set point value plus the differential SP C1 the AUX 1 relay is activated ON opening the liquid solenoid...

Page 18: ...n probe 1 reaches 10 degrees and is disabled when it reaches 8 degrees External alarm severe external alarm Displays the message AE external alarm or AES severe external alarm when the digital input c...

Page 19: ...rature alarm A5 Delays activation of maximum A1 and minimum A2 temperature alarms from the moment temperature probe 1 reaches the set value Delay of external alarm activation A6 Delays the activation...

Page 20: ...ly Connect the programming key in the parameter server connector Connect the power supply for the programming key Press the READ key on the programming key Disconnect the device programming key Transf...

Page 21: ...PC Up to 127 units can be connected to a PC with AKONet AKO 5010 or to the AKO 5011 web server Each of these unitsshouldhaveadifferentMODBUSaddress thatisdefinedusingtheP5 Using the AKONet software it...

Page 22: ...Thisfunctionconfiguresalltheunit sparameterstoitsdefaultvalues i e asitleavesthefactory In order to return the computer to its initial settings go to the programming menu and set parameter P3 to 1 The...

Page 23: ...Protectiondelaytime valueoftheoptionselectedinparameterC4 Page14 min 0 0 120 C6 StatusofCOMP relaywithprobefault Page14 0 OFF 1 ON 2 Averagebasedonlast24hourspriortoprobefault 3 ON OFFasprog C7andC8...

Page 24: ...1 YES Firstdefrostasperd6 0 0 1 d6 Defroststartdelayonequipmentstart up Page16 min 0 0 255 d8 Calculatedtimebetweendefrostperiod Page16 0 Totalactualtime 1 Sumoftimesthecompressorison 0 0 1 d9 Driptim...

Page 25: ...Alarmrelaypolarity 0 RelayONinalarm OFFnoalarm Page19 1 RelayOFFonalarm ONwithnoalarm 0 0 1 A10 TemperatureAlarmDifferential A1andA2 Page18 C F 0 1 1 0 20 0 A12 Dooropenalarmdelay ifP10orP11 1 Page19...

Page 26: ...sec 0 0 120 P15 Maximumpumpdowntime Page17 0 Disabled min 0 0 15 P22 Coldroomlighttimer Page16 min 0 0 999 P23 Stopfansandcompressoronopeningdoor Page14 0 No 1 Si 0 0 1 P24 Startupdelayforfansandcompr...

Page 27: ...cisionoftheNTCprobeat25 C 0 4 C InputforNTCprobe AKO 14901 Maximuminputpowerintheoperation 30VA Workingambienttemperature 5 Cto40 C Storageambienttemperature 30 Cto70 C Overvoltagecategory IIs EN61439...

Page 28: ...ials that might vary slightly to those described in our Technical Sheets Updated information is available on our website AKO ELECTROMEC NICA S A L Avda Roquetes 30 38 08812 Sant Pere de Ribes Barcelon...

Reviews: