3
Installation
Preparation
1. Locate the unit on a firm flat mounting surface capable of supporting 35 lbs. It
should be mounted high enough to allow placement of a bucket under the
system in order to drain the system when resin packs require exchange.
2. You will need a 115-Volt AC power source for the quality monitor light.
3. It is important to install isolation valves on the inlet and outlet side of each unit
to allow the system to be isolated for resin pack exchange. The outlet side of
the deionizer unit should connect to plastic or stainless steel piping or tubing
only. The use of other materials may result in contamination of the purified
water.
4. The deionizer is designed for a maximum pressure of 65 psi. A regulator is
required if your pressure exceeds 65 psi.
WARNING:
Do not exceed 65 psi feed pressure or damage to the system
and personal injury may occur!
5. The maximum flow for each deionizer is 1 GPM. If the flow increases above
this load value then additional deionizers should be installed to lower the flow
on each system.
6. Pre- and post-filters as well as additional monitors are available as options.
NOTE:
One of the most important, but often-neglected factors
contributing to the successful operation of the system, is the
care with which the piping is installed. Correctly sized fittings
and careful cleaning are very important. Metal Particles,
solder flux, threading compounds, and other contaminating
materials must be flushed thoroughly from the piping system
prior to allowing water to enter the deionizer.
7. A floor drain or sufficient means of dispensing water must be provided to
allow the system to be drained when the resin packs require exchange.
Summary of Contents for OH 45414
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