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10
Cleaning and Maintenance (continued):
The internal (cold tank) reservoir incorporates a water overflow flotation device
(Figure 23). The operating parameter of this device allows the float to move freely
“up/down” according to related water levels. As water levels rise, so does the float
causing the water inlet valve to close at a pre-determined level. As water levels fall,
so does the float causing the water inlet valve to open allowing replenishment of
incoming water.
Internal Reservoir Overflow Protection:
Figure 23
IMPORTANT! Unplug the dispenser before performing this procedure.
Dispense hot water until temperature drops to a safe level to avoid the
risk of scalding.
1. Turn off the water supply, using manual shut-off valve at the rear of the dispenser.
2. Press both dispensing buttons until water stops flowing (Figure 24).
3. Place a bucket beneath the drain valve located at the rear of the
dispenser (Figure 25).
4. Remove the drain cap and plug from the drain valve and let the remaining water
flow into the bucket.
5. Replace the cap and plug.
When not using the dispenser for long periods of time or when going on vacation,
unplug the dispenser and drain the reservoirs (See Draining the Reservoirs above).
Follow Initial Product Cleaning Procedures upon return.
Draining the Reservoirs:
Going Away on Vacation:
Figure 24
Figure 25
Performance Data Sheet:
Note: Read this performance data and compare the capability of this system with your actual water treatment
needs. It is recommended that, before installing the system, you have your water supply tested to determine
your actual water treatment needs.
This system conforms to NSF/ANSI 42 and 53 for the specific performance claims as verified and substantiated by test data. While
testing was performed under standard laboratory conditions, actual performance may vary.
The PQC2FS system has been certified by NSF International according to NSF/ANSI 42, 53 and CSA B483.1 for the reduction of
substances listed below. The concentration of the indicated substances in water entering the system was reduced to a
concentration less than or equal to the permissible limit for water leaving the system as specified in NSF/ANSI 42 and 53.
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