The AKOCONTROL devices has a series of parameters to configure its operation according to requirements, these parameters can be modified through AKONET.cloud, by accessing the device details and by clicking on the "Parameters” tab.

Changes to the parameters associated with AKONET.cloud have immediate effect, while the parameters associated with the device generate a task that runs in the next transmission (variable depending on configuration). Refer to the device manual to force the transmission.

Regulation and control (rE)

Temperature setting (Set Point) (SP): When this temperature value is reached, cooling generation stops.

Probe 1 calibration(Offset) (C0): Defines the offset of probe 1.

Probe 1 Hysteresis (C1): Cooling generation starts when the SP +C1 temperature value is reached.

Set Point top locking (C2): Defines the maximum temperature of the temperature set point (SP).

Set Point bottom locking (C3): Defines the minimum temperature of the temperature set point (SP).

Type of delay for the protection of the compressor (C4): Defines the type of delay for the protection of the compressor:

• OFF/ON: Defines the minimum time the compressor must remain turned off.

• OFF-ON / ON-OFF: Defines the minimum time the compressor must remain turned off and on in each cycle.

Protection delay time (C5): Defines the time for the type of protection defined in previous parameter.

COOL relay status with fault in probe 1: Defines the behaviour of the COOL relay in the event of a failure in probe 1:

• OFF

• ON

• Copy behavior of the last 24 hours: Copies the ON and OFF times of the last 24 hours previous to the probe failure.

• Time in ON and OFF according to parameters (C7) and (C8): Fixed ON and OFF times according to parameters C7 and C8.

Relay time in ON in the event of probe 1 failure (C7): Time that the COOL relay remains ON in case of failure of probe 1 (According previous parameter. If 0 value is selected, the compressor never gets ON).

Relay time in OFF in the event of probe 1 failure (C8): Time that the COOL relay remains OFF in case of failure of probe 1. (According previous parameter. If 0 value is selected, the compressor never gets OFF).

Maximum duration of the continuous cycle mode (C9): Maximum duration of the continuous cycle function.

Variation of the SP in continuous cycle mode (C10): Variation of the SP temperature in case of activation of the continuous cycle mode.

Length of inactivity at digital input to activate ECO mode (C11): If no door openings are detected in this time, the ECO mode is activated.

Change set point (SP) in ECO mode (C12): Variation of the SP temperature in case of activation of the ECO mode.

Defrost (DEF)

Defrost frequency (d0): Time that must elapse between the start of each defrost.

Maximum defrost duration (d1): Maximum duration of each defrost.

Type of message during the defrost (d2): Defines what is shown on the display during the defrost process:

• Current temperature: Displays the real-time temperature of the cold room.

• Initial defrost temperature: Displays the temperature in the cold room before the start of the defrost and is maintained until the end of the defrost.

• DEF message: Displays “DEF” message.

Maximum duration of the message (d3): Maximum duration of the message displayed.

Final defrost temperature (by probe) (d4): When this temperature is reached, the defrost is stopped. If it is not reached, it stops for the maximum time (d1).

Defrost on connecting the unit (d5): Defines whether or not a defrost is started when the controller is started.

Defrost start delay on equipment start-up (d6): Delay time from controller start-up to first defrost.

Type of defrost (d7): Displays the type of defrost that is configured in the controller:

• Resistors

• Inverted cycle

Calculated time between defrost periods (d8): Defines the way the time between defrosts is counted (d0):

• Total actual time: Real time elapsed

• Sum of times the compressor is ON: Counts the total time the compressor is running

Drip time at end of defrost (d9): The time which must elapse between the end of defrost and the start of cold regulation.

Initial hour of defrost 1 (d10): Sets the initial hour of desfrost 1

Initial hour of defrost 2 (d10): Sets the initial hour of desfrost 2

Initial hour of defrost 3 (d10): Sets the initial hour of desfrost 3

Initial hour of defrost 4 (d10): Sets the initial hour of desfrost 4

Initial hour of defrost 5 (d10): Sets the initial hour of desfrost 5

Initial hour of defrost 6 (d10): Sets the initial hour of desfrost 6

Fan (FAn)

Shutdown temperature of fans by probe 2 (F0): When the set temperature is reached, the fans stop.

Probe 2 differential (F1): When the temperature defined at F0 minus differential F1 is reached, the fans are activated (if they are stopped).

Shut down fans when compressor shuts down (F2): Defines whether or not the fans are stopped when the compressor stops.

Status of the fans during defrost (F3): Defines whether the fans are stopped during defrost.

Delay of start-up after defrost (F4): Time that must elapse from the end of drip time (d9) until the fans are started again.

Stops fans on opening the door (F5): Defines if the fans stops on opening door

Alarms (AL)

Configuration of the temperature alarms (A0):

• Absolute: The temperature at which the alarm should be activated is indicated.

• Relative to Set Point: The increase or decrease of the number of degrees with respect to the set point is indicated.

Alarm of maximum in probe 1 (A1): Maximum temperature alarm activation value.

Alarm of minimum in probe 1 (A2): Minimum temperature alarm activation value.

Delay of temperature alarms in start-up (A3): Temperature alarm turn-on delay time from controller start-up.

Delay of temperature alarms from the end of defrost (A4): Temperature alarm turn-on delay time from when the defrost ends.

Delay of temperature alarms from when the A1 or A2 value is reached (A5): Alarm activation delay from when the temperature in probe 1 reaches the programmed value.

Delay of the external alarm/Severe external alarm on receiving a signal in digital input (A6): Activation delay of alarm from when digital input is activated.

Delay of external alarm deactivation/Severe external alarm deactivation when the signal in digital input disappears (A7): Deactivation delay of alarm from when digital input is deactivated

Show warning if the defrost ends for max. time (A8): Displays the Adt message if the defrost ends for maximum time (d1) instead of for temperature (d4).

Relay alarm polarity (A9): Defines the behaviour of the alarm relay:

• Relay active in the event of an alarm

• Relay inactive in the event of an alarm

Differenttial of temperature alarms (A10): Differential for the minimum and maximum temperature alarms.

Delay of open door alarm (A12): Open door alarm turn-on delay time.

Maximum temperature of HACCP alarm (Sonda 1) (h1): In case the temperature remains above this value for the time defined in the following parameter, the HACCP alarm is activated.

Maximum permitted time for activation of the HACCP alarm (h2): In case the temperature remains above the value defined in the previous parameter for the time defined in this parameter, the HACCP alarm is activated.

Severity for HACCP alarm (h3): Defines the severity of the HACCP alarm:

• Unassigned: Severity unassigned, the alarms are displayed in grey.

• Low: Low severity, the alarms are displayed in yellow.

• Medium: Medium severity, the alarms are displayed in orange.

• High: High severity, the alarms are displayed in red.

Severity for probe 1 max. temp. alarm (SA1): Defines the severity of the maximum temperature alarm:

• Unassigned: Severity unassigned, the alarms are displayed in grey.

• Low: Low severity, the alarms are displayed in yellow.

• Medium: Medium severity, the alarms are displayed in orange.

• High: High severity, the alarms are displayed in red.

Severity for probe 1 min. temp. alarm (SA2): Defines the severity of the minimum temperature alarm:

• Unassigned: Severity unassigned, the alarms are displayed in grey.

• Low: Low severity, the alarms are displayed in yellow.

• Medium: Medium severity, the alarms are displayed in orange.

• High: High severity, the alarms are displayed in red.

Severity for external alarm (SAEXT): Defines the severity of the external alarm:

• Unassigned: Severity unassigned, the alarms are displayed in grey.

• Low: Low severity, the alarms are displayed in yellow.

• Medium: Medium severity, the alarms are displayed in orange.

• High: High severity, the alarms are displayed in red.

Severity for severe external alarm (SAEXTS): Defines the severity of the severe external alarm:

• Unassigned: Severity unassigned, the alarms are displayed in grey.

• Low: Low severity, the alarms are displayed in yellow.

• Medium: Medium severity, the alarms are displayed in orange.

• High: High severity, the alarms are displayed in red.

Cloud alarms (c-AL)

Severity for communication error: Defines the severity of the communication error.

• Unassigned: Severity unassigned, the alarms are displayed in grey.

• Low: Low severity, the alarms are displayed in yellow.

• Medium: Medium severity, the alarms are displayed in orange.

• High: High severity, the alarms are displayed in red.

Alarm of percentage time out of Set Point: If the % of time out of set point reaches the defined value, this alarm is activated.

Severity of alarm of percentage time out of Set Point: Defines the severity of this alarm.

• Unassigned: Severity unassigned, the alarms are displayed in grey.

• Low: Low severity, the alarms are displayed in yellow.

• Medium: Medium severity, the alarms are displayed in orange.

• High: High severity, the alarms are displayed in red.

Alarm of defrost time percentage: If the % of time in defrost reaches the defined value, this alarm is activated.

Severity for alarm of defrost time percentage: Defines the severity of this alarm.

• Unassigned: Severity unassigned, the alarms are displayed in grey.

• Low: Low severity, the alarms are displayed in yellow.

• Medium: Medium severity, the alarms are displayed in orange.

• High: High severity, the alarms are displayed in red.

Alarm of cooling time percentage: If the % of of time generating cold reaches the defined value, this alarm is activated.

Severity for Alarm of cooling time percentage: Defines the severity of this alarm.

• Unassigned: Severity unassigned, the alarms are displayed in grey.

• Low: Low severity, the alarms are displayed in yellow.

• Medium: Medium severity, the alarms are displayed in orange.

• High: High severity, the alarms are displayed in red.

General status (CnF)

Type of operation (P0): Sets the type of the temperature control:

• Direct, cold: Regulates the cold production.

• Inverse, heat: Regulates the heat production.

Delay of all functions on receiving electrical power (P1): The controller does not take any action until this time has elapsed since start-up.

Access code (Password) function (P2): Defines the password function:

• Inactive: Does not perform any function

• Block acces to parameters: The access code is required to access to parameters.

• Keyboard lock: The access code is required to use any keyboard function.

Selection of type of inputs (P4): Sets the function of the device inputs.

MODBUS address (P5): Assigns a MODBUS address to the controller.

Configuration of AUX relay (P6): Sets the function of AUX relay:

• Defrost / 2on defrost

• Alarm

• Light

• Pump down

• Master defrost

Temperature display mode (P7): Sets how the temperature is displayed:

• Integer in ºC

• One decimal in ºC

• Integer in ºF

• One decimal in ºF

Probe to de displayed (P8): Sets probe to be displayed (According P4 parameter).

Selection of probe type (P9): Sets what type of probe is connected.

• NTC

• PTC

Digital input 1 configuration (P10): Sets digital input 1 function:

• OFF

• Door contact

• External alarm

• Severe external alarm

• Slave defrost

• Act. ECO mode by push button

• Act. Fast freezing

• Low presure switch

• Remote defrost

• Act. ECO mode by switch

Digital input 2 configuration (P11): Sets digital input 2 function:

• OFF

• Door contact

• External alarm

• Severe external alarm

• Slave defrost

• Act. ECO mode by push button

• Act. Fast freezing

• Low presure switch

• Remote defrost

• Act. ECO mode by switch

Digital input 1 polarity (P12): Defines polarity of digital input 1:

• Energised on closing contact

• Energised on open contact

Digital input 2 polarity (P13): Defines polarity of digital input 2:

• Energised on closing contact

• Energised on open contact

Maximum start-up time after pump down (P14): Sets the maximum allowed time from the solenoid opens until the compressor starts.

Maximum pump down time (P15): Sets the maximum allowed time from the solenoid closes until the compressor stops.

Lights in ECO mode (P19): Sets the ligths status during ECO mode

Cold room light timer (P22): Time that the ligths stay on when detecting the door opening.

For more information, see devide manuals)