PSK Series Refrigeration Controllers | #PSK204N9


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PSK204N9

PSK Series Refrigeration Controllers | #PSK204N9

PSK204N9 115-230 VAC LT


Technical Specifications

  • Wiring: N/A
  • Cable Length: N/A
  • Mounting: N/A
  • Length (inch): N/A
  • Application: Low Temp
  • Minimum Working Temperature (F): 32°
  • Connection: Screw Terminal Blocks (Power Supply, Input and Output)
  • Communication Port: N/A
  • Display Type: Digital LED
  • Controller Type: N/A
  • Indicator Type: N/A
  • Degree of Protection (IP): 65
  • Maximum Operating Temperature (F): N/A
  • Enclosure: N/A
  • Maximum Working Temperature (F): 131°
  • Input Voltage (VAC): 115-230 VAC
  • Minimum Operating Temperature (F): N/A
  • Input Voltage (VDC): N/A
  • Type: Digital Thermostat
  • Keypad/User Interface Option: N/A
  • Number of Outputs: N/A
  • Signal Output: 4 Relays: Compressor Relay- 16 Res. A @250 VAC, 5 FLA, 30 LRA (Exchange Contacts), Defrost Relay- 8 Res. A @250 VAC, 2 FLA , 12 LRA (Exchange Contacts), Evaporator Fan Relay- 8 Res. A @250 VAC, 2 FLA, 12 LRA (NO Contact), Fourth Output- 8 Res. A @250 VAC,
  • Operating Humidity: 10%-90% Relative Humidy (Without Condensate)
  • Number of Inputs: N/A
  • Signal Input: 1 (Microport) for NO/ NC Contact (Clean Contact, 5 V, 1 mA); fourth Input can be configured as a Sensor Input (Display Probe or Condenser Probe, for PTC/ NTC Probes) or Digital Input (Multi-Function, Clean Contact, 5 V, 1 mA)
  • Operating Style: N/A
  • Pressure Range (psig): N/A
  • Sensor type: 2 (Cabinet Probe and Evaporator Probe) for PTC/ NTC Probes
  • Division: Sporlan Division
Safety Warning

Item Information

There are several models to choose from starting with the PSK201 with simple logic and wiring (for base compressor and defrost control) to the PSK214 with multiple I/Os and evaporator fan management (for complex compressor, defrost and fan control).
A quick glance at the 3-1/2 digit display panel during operation shows the refrigerator status; which includes an alarm icon and temperature of the controlled space. Depending on the model, defrost control is handled by compressor stop or time/temperature based off of a real time clock.

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