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Series-QPC

Quadraplex Pump Controller for 4 Pumps - Alternating, Reliable, LED Ind.

Series-QPC
From $ 794.50
Quadraplex Pump Controller for 4 Pumps - Alternating, Reliable, LED Ind. Series-QPC Series-QPC
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Product Overview
  • Compliance UL
  • Control Mode Quadraplex On/Off
  • Isolation 2500 V
  • LED Indicators 4 LED’s show Active Load
  • Materials Polycarbonate
  • Mounting Surface
  • Operating Temperature, Max 131 °F
  • Operating Temperature, Min -4 °F
  • Power Consumption 2.5 VA
  • Response Time Power Up: <1 s; Operate: <25 ms; Inrush: 5 s; Release: <150 ms
  • Sensitivity 100 kΩ
  • Storage Temperature, Max 185 °F
  • Storage Temperature, Min -40 °F
  • Supply Power Type AC
  • Supply Voltage 120 Vac
  • Switch Note 5 A @ 120 VAC resistive; 278 VA inductive
  • Switch Rating 5 A @ 120 Vac; 278 VA
  • Switching Current 10 µA, Short Circuit
  • Switching Voltage 5.1 V, Open Circuit
  • Weight 16 oz

Series QPC Quadraplex Pump Controller is used where four pumps are required to alternate to provide equal run time on each. Alternating loads allows for equal wear on all pumps lengthening their operation life. The Series QPC has five inputs allowing the four outputs to operate properly even if one of the inputs fails to open or close. Four LED indicators show the load that is energized by the SPST output contacts. The QPC is available in two sequence configurations: sequence-on-simultaneous-off (SOSO) and first-on-first-off (FOFO). In the SOSO sequence, an additional load is energized each time a higher level switch is activated, and all loads are de-energized simultaneously when the lowest level switch deactivates. In the FOFO sequence, the loads are energized in the same manner as the SOSO sequence, but loads are de-energized individually as each level switch deactivates. In either sequence, the lead load position is advanced to equalize run time on each pump. An inrush delay on both models reduces line sags by preventing multiple loads from energizing simultaneously. Please see the online service manual for more details on SOSO and FOFO sequencing.

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