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  • Daikin KC-6-10 - Open Loop Control Method Driver (AC use)

Daikin KC-6-10 – Open Loop Control Method Driver (AC use)

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Market leaders in environmentally responsible heat pumps, ventilation and air conditioning systems for domestic, commercial and industrial applications.

  • The Daikin KC-6-10 Open Loop Control Method Driver controls a proportional control valve of a open loop control system to an optimum condition.
  • Owing to the constant-current characteristics, the variations of the supply voltage and output current by a solenoid can cause a temperature rise but this rarely happens.
  • The output radio wave corrugation (dither frequency, amplitude) is et up so that the hysteresis of a solenoid proportional control valve and a resolution power can get the best values.
  • Since the current is controlled by PWM (pulse width modulation) method, heat generation from the drive is reduced to a small amount.
  • As the function (response time adjusting function) varies the output current slowly for the the  variation of step like command input is provided, it enables the oil output to vary in shock-less. (for either build-up or pull-down process, each process can be independently adjusted).

Product Specification

Description KC-6-10
 Supply Voltage AC100V, AC200V, AC220V (50/60Hz)
Applied Load Proportional Solenoid (DC12V)
Command Input DC 0 ~ ± 5V or 1 kΩ potentiometer
Output Current 0 ~ 850 mA
Power Consumption Max 32 Va
Input Impedance 50 KΩ
Min Trimmer Adjusting 0 ~ 400 mA or more (at input 0V)
Max Trimmer Adjusting 850 ~ 300 mA or less (at input 5V)
TMU Response Time -0.05 ~ +3.5 Seconds
TMD Response Time -0.05 ~ +3.5 Seconds
Surrounding Temperature 0 ~ 55°C
Surrounding Humidity 25 ~ 90% RH
 Weight 1.8 Kg

Daikin KC-6-10 – Open Loop Control Method Driver (AC use) – Datasheet

Additional Information

Proportional Products

Electronic Control Modules




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