Kimray DUMP, Installation, Operation, Maintenance Manual, Page: 7 / 32

OIL & WATER VALVES
Installation, Operation & Maintenance Guide
7
www.kimray.com
Model: TREATER / DUMP
1 Installation
Before installing the treater valve,
inspect it for shipment damage and for
foreign material that may have
collected during shipment. Inspect the
openings in the valve and clean the pipe
lines to remove scale, chips and debris.
Verify all pressure connections are tight
before pressurizing the syStem.
1. Install the valve with the arrow on
the Body pointing in the direction
of flow. The direction of flow indi-
cated will not necessarily prevent
flow in the opposite direction.
See Fig. 1-1
2. Install the valve using good
piPing practices. For flanged
bodies use a suitable Gasket
between the Body and the pipeline
flanges. For threaded(NPT)
bodies, use TFE tape or pipe thread
sealant on external pipe threads.
3. Install gas equalizing line to 1/4”
connection of Drip Pot. Do not
share this line with any other
equipment.
4. Adjust weight on Lever Arm. All the
way out towards the end of lever
bar will achieve 4 ft. of liquid head.
All the way in towards Hub Assembly
will achieve 2 ft. of liquid head.
ǂ Configuration of Water Valve is a trademark of Kimray, Inc.
DO NOT install a regulator
anywhere in gas equalizing
line.
DO NOT use equalizing
line as a source of gas for
any other device.
Oil LEG
Kimray
Treater Valve
Do not bow equalizing
line or water will collect
and freeze or cause
uneven operation
Opening vent valve will
cause treater valve to
open.
Kimray
Treater Valve
Water LEG
NOTE:
The flange bodies are not rated to
the ANSI class pressure. Connection
rating can be higher than Body rating.
NOTE:
Never stand directly over or in
front of a valve when the syStem is
pressurized. the valve could suddenly
open, blowing debris into the person’s
face and eyes.
NOTE:
DO NOT connnect gas equilizing line
to gas vent line, burner manifold or
downstream of mist extractor. DO
NOT share equalizer lines.
NOTE:
Liquid drain on gas
equalizing line.
Fig. 1-1