Specifications; Installation Guidelines - Ozone Solutions Waterzone Series Installation & Operation Manual

16. Cooling Water Flow Meter: Indicates water
flow rate through the cooling water loop of the
ozone generator. This flow can be regulated
with the integrated flow control knob on the
flow meter. Flow should be 60-80 GPH.
17. Injector Pump/Destruct Unit Receptacle: This
is where the injector pump and destruct unit
get their power from the system. The Destruct
unit side is always electrically energized while
the pump is on a controlled contactor and pow-
ers on when system is running.
Waterzone Ozone Production
(g/hr.)
Waterzone-100
Installation
IMPORTANT: Keep in mind that the intake of the
pump(s) must be flooded with water (water level above
pump head) every time the pumps are started or
running, as they are not self-priming. Operating the
pumps dry will cause pump damage. Be sure to have
the pump head flooded with water anytime the pumps
are started or running.
IMPORTANT: Proper floor drainage is required to pre-
vent water damage in case of water leak or overflow.
Ventilation: The system should be installed in a well-
ventilated area, in accordance with the environmental
specifications outlined in the individual Operation
Manuals associated with this system.
Location and Mounting
The Ozone Injection System should be installed in such
a way that all components of the system are accessible
for future maintenance. Working area required around
the system must be made available on three sides. A
minimum of 30 inches should be left for working area
around the front and both sides. The rear of the system
can be mounted against a wall or another object.
The Ozone Injection System is not rain or drip-proof,
and therefore should be protected from rain and splash-
ing water. Filtered cooling inlets provide a level of pro-
tection against dust; however for maximum longevity
the system should be located in a clean, dry area.
Oxygen Flow Rate
(SCFH)
100 46
18. High Pressure Check Valve: This check valve
is to make sure that water does not flow back
up the ozone line.
19. Low Pressure Check Valve: This check valve
is a secondary to the high pressure check
valve that if it fails it will keep water from
flowing up the ozone line.
Dimensions
56"W x 32"D x 82"H
If the system is to be mounted in a mobile unit (such as
a trailer or movable building), mechanical shock and
vibration prevention measures need to be taken to pro-
tect the system from damage during relocation of the
mobile unit.
Ensure that the location chosen ensures a maximum
temperature of 95°F and a maximum relative humidity
of 85%. If the parameters above cannot be maintained,
cooling and/or de-humidification equipment must be
installed. There may be exceptions to the environmental
guidelines for certain system configurations, contact
Ozone Solutions if the environmental conditions are not
as prescribed above, or otherwise in question.
Mechanical Connections
Water In and Water Out
Connect water piping at the fittings provided at the
edge of the skid. Ball valves at the inlet and outlet of
the system are required to allow isolation, configured in
such a way that the system can be isolated and/or by-
passed for maintenance purposes.
PROCESS WATER IN: is the 1.5 inch sanitary fitting
near the front-center of the system. The water flow
switch is also installed in this TEE.
PROCESS WATER OUT: is the 1.5 inch sanitary fit-
ting exiting the right side of the tank. If different
plumbing connections are required, adapters can be
provided.
Current Voltage
(Amps)
(Volts)
40/25 120/220 4 wire
Single-phase
8