Electrical control panel ΑΚΟ-16524Α Advanced up to 2hp & CAMM MODULE 90-240V AKO Spain

With an integrated SELF DRIVE algorithm, the controller essentially self-adjusts (after approximately 3 days) and achieves energy savings of up to 40%. It significantly reduces financial losses from product waste due to poor storage conditions, while also “stabilizing” worn-out or poorly constructed cold rooms, within practical limits, saving the technician from unnecessary and costly revisits by automatically managing defrost cycles, drain heater, door switch, and fans.

Electrical control panel without circuit breaker, capable of managing temperature in complete refrigeration systems for both medium-temperature (chilling) and low-temperature (freezing) applications. It incorporates all the necessary functions required for a cold room, such as: evaporator heaters, compressor, solenoid valve, crankcase heater, evaporator fans (220V), air defrost or electric defrost, light switch, pump down, and even the ability to control up to 2 evaporators with a single compressor via a third probe, etc.

It can connect, log data, send alarms locally, and be controlled via Bluetooth (including remote access via mobile “sharing”), while also recording data through the CAMM MODULE (INCLUDED).

Technical Specifications:

• Temperature range: -50°C to +99°C
• Graphical display
• Supports NTC sensors (2 included) – special sensor model designed to monitor air volume through the evaporator
• Resolution: 0.1°C
• Accuracy: ±1°C
• Real-time clock
• Internal buzzer
• Enclosure dimensions: 230 x 230 x 90 mm
• Protection rating: IP65

Output Relays:

• Compressor relay: 12A (9A), 250V, cosφ = 1
• Solenoid valve relay: 12A (9A), 250V, cosφ = 1
• Fan relay: 12A (9A), 250V, cosφ = 1
• Lighting relay (AUX2):
  • NO: 12A (9A), 250V
  • NC: 10A (8A), 250V
• Heater relay:
  • NO: 15A (15A), 250V
  • NC (SSV): 15A (13A), 250V
• Humidifier relay: 12A (9A), 250V, NO
• Crankcase heater relay (AUX1): 15A (15A), 250V, NO/NC
• Alarm relay (SPDT): 8A, 250V, cosφ = 1

View more on pages 12 - 16 here

Learn more about the AKO presentation here

Learn more about the efficiency optimization presentation here

View the installation instructions here

View the instructions for use here