How It Works - Beko QWIK-PURE CS Installation And Operating Manual

QWIK‑PURE ® iCS

3.4 How it works

The condensate flow through the QWIK-PURE
flow regulation controller unit, hereafter referred to as FRC.
A
1
2
3
B
4
5
8
The condensate is fed from the condensate collection line via the condensate inlet [A] into the pressure relief
chamber [1]. In the pressure relief chamber [1], entrained compressed air is separated before the condensate
flows through the FRC [2] into the measuring chamber [3] and then into the filter cartridges [10].
The FRC [2] monitors the filling level in the measuring chamber [3]with the following sensors:
• Sensor High Level Alarm (HLA)
• Sensor High Level (HL)
• Sensor Low Level (LL)
When the filling level in the measuring chamber [3] reaches the High Level (HL) sensor, the condensate is
passed through the filter cartridge [10] with auxiliary air. The FRC [2] will perform a discharge operation with
the following steps:
1. The PISTON solenoid valve is switched.
0 The piston in the FRC [2] is pressurized with auxiliary air and closes the connection to the pressure
relief chamber [1].
2. The PULSE solenoid valve is opened at intervals.
0 Auxiliary air is conveyed into the measuring chamber [3].
3. The auxiliary air introduced displaces the condensate from the measuring chamber [3] and forces the
condensate into the collector [8] through the filter cartridges [10].
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iCS is controlled and monitored by the
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Installation and operating manual