background image

19

8.6.- Alarms

The unit warns the user with a message on the screen of the activation of a relay or the 
activation of an acoustic signal in certain circumstances, according to the programming of 
the following parameters:

Alarm configuration

It defines how the values of the different temperature alarms are defined:

Relative to the SP:

They are defined indicating the temperature variation regarding the set point for the alarm to 
activate. This option enables us to change the set point without having to reset the maximum 
and minimum alarms.

Absolute:

 

They are defined indicating the absolute temperature value for the alarm to activate.

Maximum / minimum temperature alarm

It displays the message “HIGH TEMP ALARM” or “LOW TEMP. ALARM” when the temperature in probe 1 reaches the 
value configured in the 

Maximum alarm sensor 1

 and 

Minimum alarm sensor 1

 parameters respectively.

The sound alarm and alarm relay is activated.

Alarm differential 

It establishes the differential for the maximum and minimum alarm parameters (hysteresis).

Example

We configure the following parameters in a controller: 

Set point

=2, 

Maximum alarm probe 1

=10, 

Alarm differential

=2

Ÿ

If it is configured as “Relative to the SP”, the maximum temperature alarm activates when 12 degrees 
are reached in probe 1, and deactivates when 10 degrees are reached.

Ÿ

If it is configured as “Absolute”, the maximum temperature alarm activates when 10 degrees are 
reached in probe 1, and deactivates when 8 degrees are reached.

Delays

They define the delay time in minutes from a certain event, until the activation of the temperature alarms.

Ÿ

Temperature alarm delay:

 Delay from when the temperature is reached.

Ÿ

Start-up delay:

 Delay from which the unit receives power supply (start up or after a fault in the power supply). This 

allows starting up the installation avoiding constant alarm statuses.

Ÿ

Alarm delay after defrost:

 Delay at the end of a defrost.

Ÿ

On-Off door alarm delay:

 Delay from the deactivation of the digital input configured as door contact.

Ÿ

Off-On door alarm delay:

 Delay from the activation of the digital input configured as door contact.

Alarm relay after key

This defines the status of the alarm relay after silencing it (pressing the 

ESC

 key).

External alarm / severe external alarm

It displays the 

EXTERNAL ALARM

 or 

SEVERE EXT. ALARM

, on activating the digital input configured as external 

alarm or severe external alarm. The severe external alarm also stops the unit's control functions (compressor, fans, 
defrost and auxiliary relay).
One of the digital inputs must be configured as external alarm or as severe external alarm.
The sound alarm and alarm relay is activated.

 

8.6.- Alarms

The unit warns the user with a message on the screen of the activation of a relay or the 
activation of an acoustic signal in certain circumstances, according to the programming of 
the following parameters:

Alarm configuration

It defines how the values of the different temperature alarms are defined:

Relative to the SP:

They are defined indicating the temperature variation regarding the set point for the alarm to 
activate. This option enables us to change the set point without having to reset the maximum 
and minimum alarms.

Absolute:

 

They are defined indicating the absolute temperature value for the alarm to activate.

Maximum / minimum temperature alarm

It displays the message “HIGH TEMP ALARM” or “LOW TEMP. ALARM” when the temperature in probe 1 reaches the 
value configured in the 

Maximum alarm sensor 1

 and 

Minimum alarm sensor 1

 parameters respectively.

The sound alarm and alarm relay is activated.

Alarm differential 

It establishes the differential for the maximum and minimum alarm parameters (hysteresis).

Example

We configure the following parameters in a controller: 

Set point

=2, 

Maximum alarm probe 1

=10, 

Alarm differential

=2

Ÿ

If it is configured as “Relative to the SP”, the maximum temperature alarm activates when 12 degrees 
are reached in probe 1, and deactivates when 10 degrees are reached.

Ÿ

If it is configured as “Absolute”, the maximum temperature alarm activates when 10 degrees are 
reached in probe 1, and deactivates when 8 degrees are reached.

Delays

They define the delay time in minutes from a certain event, until the activation of the temperature alarms.

Ÿ

Temperature alarm delay:

 Delay from when the temperature is reached.

Ÿ

Start-up delay:

 Delay from which the unit receives power supply (start up or after a fault in the power supply). This 

allows starting up the installation avoiding constant alarm statuses.

Ÿ

Alarm delay after defrost:

 Delay at the end of a defrost.

Ÿ

On-Off door alarm delay:

 Delay from the deactivation of the digital input configured as door contact.

Ÿ

Off-On door alarm delay:

 Delay from the activation of the digital input configured as door contact.

Alarm relay after key

This defines the status of the alarm relay after silencing it (pressing the 

ESC

 key).

External alarm / severe external alarm

It displays the 

EXTERNAL ALARM

 or 

SEVERE EXT. ALARM

, on activating the digital input configured as external 

alarm or severe external alarm. The severe external alarm also stops the unit's control functions (compressor, fans, 
defrost and auxiliary relay).
One of the digital inputs must be configured as external alarm or as severe external alarm.
The sound alarm and alarm relay is activated.

 

Summary of Contents for 15640

Page 1: ...AKO 15640 PROPlus Electronic Panel GB 1564H022 Ed 03 User Manual ...

Page 2: ...llowtheinstructionsdescribedinthismanual Inordertoextendthelifetimeofourproductstothemaximum thefollowingpointsmustbeobserved Do not expose electronic equipment to dust dirt water rain moisture high temperatures chemical agents or corrosive substancesofanytype Do not subject equipment to knocks or vibrations or attempt to handle them in any way differently to that indicated in themanual Donotunder...

Page 3: ...y AKO should be used for the unit to operate correctly 2 From 40 ºC to 20 ºC if the NTC probe is extended to 1000 m with at least 0 5 mm cable the maximum deviation will be 0 25 ºC cable for probe extension ref AKO 15586 Only NTC probes supplied by AKO should be used for the appliance to operate correctly The AKO 15640 should be installed in a place protected from vibrations water and corrosive ga...

Page 4: ...t overcurrent Close the panel when your are not working on it Main switch connection and residual current protection outside the electrical panel according to low voltage electrotechnical regulations Checks before starting the panel up The power supply voltages and frequencies will be those indicated in the table and diagram corresponding to each panel model Check that there are no loose parts or ...

Page 5: ... Use the passing area shown in figure 3 for cable guiding Connect the battery See page 3 Connect the power supply inlet to the circuit breaker as indicated in figure 2 Assemble the front on the box B carefully making sure that the cables are not pinched Insert and tighten the two screws on the front G Connect the cables following the diagrams in section 5 Close the connections cover D insert and t...

Page 6: ...41 is configurable See page 23 AUXILIARY RELAY1 ATTENTION Make sure to turn of the equipment s power supply before handling it as different areas may be energised IMPORTANT ŸThe recommended currents and powers are the maximum working currents and powers ŸThe function of each probe depends on the probe configuration parameter See page 11 ŸRemember that the control probe and registration probe shoul...

Page 7: ...ty Normally open Input 2 configuration Severe external alarm Input 2 polarity Normally open Aux relay configuration Pump down control Configuración Configuración Configuración 26 26 25 25 27 27 27 12 22 2 14 4 A 21 11 1 HIGH LOW ALCO RANCO 26 25 B C DANFOS PENN Input 1 configuration Low pressure input Input 1 polarity Normally open Input 2 configuration Severe external alarm Input 2 polarity Norma...

Page 8: ...ld room light terminals 38 and 39 This function stays active although the unit is in the m mode Pressing it for 5 seconds activates or deactivatesthedefrost Pressing it for 5 seconds activates or deactivates theAUX relay According to config seepage23 Pressing it for 5 seconds accesses the log list Seepage20 Pressing it for 5 seconds accesses the display contrastsetting pressNandQtochangeit Silence...

Page 9: ... alarm relay deactivated Permanent HACCP function active Flashing HACCP alarm stored not displayed See page 21 ACCESS CODE Accesscode password requesttoentertotheprogrammingmenuortochangethesetpoint DEFROST Indicatesthatadefrostisbeingperformed THERMOSTAT CONTROL Thethermostatcontrolfunctionisactive Seepage13 EXTERNALALARM SEVERE EXT ALARM Externalalarm severeexternalalarmactivatedbyoneofthedigita...

Page 10: ...otheright Displays the help for the selected parameter or function Moves the selection up or increases the value of the parameter Movestheselectiontotheleft Acceptsthevalueoraccessestheselectedmenu Allows exiting a parameter without saving the changes returning to the previous menu or exiting programming SET SET SET SET SET ESC 7 Programming menu Theprogrammingmenuallowsadjustingtheunit sparameter...

Page 11: ...e defined in the Sensors to be displayed parameter and the description of the unit See page 12 ŸProbes clock and text It displays all the active probes date time and day of the week and the description of the unit See page 12 The configuration of the Sensors to be displayed does not intervene in this mode Display unit It defines the temperature display units º Centigrade or º Fahrenheit Probe sett...

Page 12: ...ion The unit s display can be customised including the description of the installation withamaximumlengthof25characters The description will not be displayed if the Display mode parameter is configuredas Probe1andclock Toeditthedescription presstheSETandOkeysfor5seconds Text editor operation Tochangethedescription presstheSET Okeysatthesametime Thechangesmadeduringeditionaredisplayedonthebottomoft...

Page 13: ...start minute ON SP SP Dif OFF COMP ºC When the temperature in probe 1 reaches the set point value SP plus the probe s differential the compressor activates and makes the temperature drop When the set point value SP is reached the compressorstops When this mode is activated the compressor starts to operate continuously and without taking the set point into account until the time configured in the C...

Page 14: ... IN PROBE 1 If probe 1 fails failure disconnection etc the compressor operates according to times programmed in the following parameters Compressor ON fault s1 Timeofthecompressoroperatingintheeventofafaultinprobe1 Compressor OFF fault s1 Timeofthecompressorstoppedintheeventofafaultinprobe1 SET POINT LOCKINGS UsingtheSet Point upper limitandSet Point lower limitparameters itispossibletosetatopandb...

Page 15: ...orstopsanddefrostiscarriedoutstatically H Defrost type Resistances X Fans state during defrost Disconnected By air The fans are activated and the compressor stops defrost is carried out forcing the movement of air through the evaporator H Defrost type Resistances X Fans state during defrost Connected By resistances The defrost resistances are activated and the compressor stops defrostiscarriedoutb...

Page 16: ...he end of the defrost toallowremovinganywaterleftintheevaporator Duringthistime thecompressorandfanswillbestopped exceptifthedefrostisbyair Message displayed during defrost This is established using the Defrost message parameter and you can choose between displaying the real temperature captured by probe 1 show the temperature capture by probe 1 at the start of the defrost or display the DEFROSTme...

Page 17: ...therestoftheparametersintoaccount 8 4 Light control Theunithasanadditionalrelaytocontrolthecoldroom slights Justpressthe keytoturnthelightson off ThisfunctionisevenactivewhentheunitisinStand by Light timing The unit activates the lights whenever the cold room s door is detected to have been opened and turns them off after the time programmed in the Cold room light timing parameter even though the ...

Page 18: ...ctivatesthelowpressurecontrollerandthecompressorstops Ifduringthisprocessthelowpressurecontrollerdoesnotdetectthechangeofpressure thecontrollerwillstopafterthe safetytimedefinedinPump down duration START When the temperature in probe 1 reaches the set point value plus the differential the liquid solenoid opens making the pressureintheevaporatorincreaseanddeactivatingthelowpressurecontroller whichw...

Page 19: ...mum temperature alarm activates when 10 degrees are reachedinprobe1 anddeactivateswhen8degreesarereached Delays Theydefinethedelaytimeinminutesfromacertainevent untiltheactivationofthetemperaturealarms ŸTemperature alarm delay Delayfromwhenthetemperatureisreached ŸStart up delay Delayfromwhichtheunitreceivespowersupply startuporafterafaultinthepowersupply This allowsstartinguptheinstallationavoidi...

Page 20: ...ckandpressSETtodisplaytheloggeddata Displayoftheloggeddata Defrost finished by time alarm The icon I is displayed when a defrost ends for maximum time The Signal end defrost time must be configured as Yes Thesoundalarmandalarmrelayisnotactivated Low pressure alarm It displays the LOW PRESSUREALARM message when low pressure is detected in the circuit or if pressure does not increase during the star...

Page 21: ...arameter for longer than indicated in the HACCP alarm delay parameter s menu theunitlogsanHACCPevent Ifthes flashes itindicatesthatanewHACCPeventhasbeenlogged Ifthiseventoccurscausedbyafaultinthepowersupply thisisindicatedinthelog Log date Log time Log value Log no First log 00 Last log 95 SET SET Scrolling through logs Log interval Last log date and time First log date and time Scale maximum Log ...

Page 22: ... depending on the status of the input The auxiliaryrelaymustbeconfiguredas Activatedbyinput Seepage23 žLow pressure input It activates the low pressure alarm See page 20 and allows controlling the pump downfunction Seepage18 žThermostat control It uses this function to adjust the temperature using an external thermostat This functionisusuallyusedwhentherefrigeratorunithasitsownbuilt inthermostat S...

Page 23: ...ted by copying the compressor status terminals36and37 ŸDefrost 2 duration Itdefinesthemaximumdurationoftheseconddefrost ŸDefrost 2 final temp Ifdefinestheendtemperatureoftheseconddefrost ŸDefrost 2 sensor Itdefineswhichprobecontrolstheseconddefrost žDisabled No probe controls the second defrost it always ends by maximum time according to the Duration defrost 2 parameter žProbe 2 Probe 2 located in...

Page 24: ... Send Disconnect the unit power supply Disconnect the device programming key 9 4 2Transfer parameters from the key to the device Disconnect the unit power supply Connect the programming key in the parameter server connector Connect the unit power supply In the programming menu select the option q Transfer parameters Receive Disconnect the unit power supply Disconnect the device programming key 9 5...

Page 25: ... requires the server having connection to InternetandfixedIP AKO 5011 Web server that includes the AKONet software It can carry out the same functions as the PC with the advantageofhavingaserverdedicatedtocommunicationwiththeunits If over 31 units are connected use an AKO 80024 connector ESC SET ESC SET A A B B A A B B GND GND GND GND GND GND CAMRegis AKO 157xx CAMAlarm AKO 52063 52064 AKO 146xx P...

Page 26: ...ssed in ºC equivalent temperature in ºF Description Page Units Min Def Max Set Point 10 ºC ºF 40 0 0 320 Sensor 1 differential 13 ºC ºF 0 1 1 0 20 0 Calibration of probe 1 10 ºC ºF 20 0 0 0 20 0 Set point upper limit it cannot be set above this value 14 ºC ºF B I 99 9 320 Set point lower limit it cannot be set below this value 14 ºC ºF 40 0 40 0 B S Compressor protection OFF ON From the last disco...

Page 27: ...uires a digital input configured as door contact 17 No Description Page Units Min Def Max Alarm configuration Relative to the SP Absolute 19 Rel Maximum alarm in sensor 1 limits according to the alarm configuration 19 ºC ºF A Min 50 0 320 Minimum alarm in sensor 1 limits according to the alarm configuration 19 ºC ºF 40 0 50 0 A Max Alarm differential 19 ºC ºF 0 1 1 0 20 0 Temperature alarm delay 1...

Page 28: ...w pressure input Thermostat control 22 Dis Input 2 alarm delay 22 min 0 0 255 Input 2 polarity Normally open The input is activated on closing the contact Normally closed The input is activated on opening the contact 22 NC Inact with door open time 22 min 0 0 255 Cold room light timing 17 min 0 0 255 Description Page Units Min Def Max Aux relay configuration Disabled Activated by key Activated byI...

Page 29: ...Sensor 1 2 and 3 11 S1 Sensors to be displayed 11 1 1 3 Display mode One sensor and clock One sensor and text Sensor clock and text 11 S1 and r Display unit 11 ºC ºC ºF Decimal point 12 Yes Probe setting TEM at S1 REG at S3 Control probe connected in S1 and log probe in S3 TEM and REG at S3 Control and log probe connected in S3 11 TEM in S1 Delay at Start up 12 min 0 0 255 Type of operation not se...

Page 30: ...ais Deutsch 10 Description Page Units Min Def Max Date Year Month Day 12 Hour Day of the week Hour Minute 12 Defrost 1 Day Hour Minute 16 Defrost 2 Day Hour Minute 16 Defrost 3 Day Hour Minute 16 Defrost 4 Day Hour Minute 16 Defrost 5 Day Hour Minute 16 Defrost 6 Day Hour Minute 16 Defrost 7 Day Hour Minute 16 Defrost 8 Day Hour Minute 16 Energy saving start Day Hour Minute 13 LANGUAGE CLOCK ...

Page 31: ...ferential 0 1 ºC Thermometric precision 1 ºC s EN 12830 and EN 13485 Tolerance of the NTC probe at 25 ºC 0 4 ºC Input for NTC probe AKO 149xx Maximum input power 24 VA Working ambient temperatura 0 ºC to 50 ºC Storage ambient temperature 30 ºC to 70 ºC Installation category II s EN 61010 1 Pollution degree II s EN 61010 1 Protection degree IP65 Double isolation between power supply secondary circu...

Page 32: ...A L Av Roquetes 30 38 08812 Sant Pere de Ribes Barcelona España Tel 34 938 142 700 Fax 34 938 934 054 e mail ako ako com www ako com WereservetherighttosupplymaterialsslightlydifferenttothosedescribedinourDataSheets Updatedinformationinourwebsite ...

Reviews: