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14. Place a metal waste container (49)
under the pressure relief (203) and
fluid drain (204) valves.
WARNING
INJECTION HAZARD
Fluid emitted from the automatic pressure relief
valves and fluid drain valves may be at high pres-
sures. To reduce the risk of serious injury from fluid
injection or fluid splashing, make sure the container
used to catch the drainage can contain a sudden
spurt of pressurized fluid.
FIRE AND EXPLOSION HAZARD
Use a metal waste container to maintain grounding
continuity.
Route and secure the fluid tubes (242) into the
containers (49). See Fig. 13. Use waste containers
that are large enough for the entire day's operation
or have additional containers available.
Route the tubes (240) into the beakers (228).
NOTE: Over-pressurization may occur if there is a
fluid line clog downstream from the pressure relief
valve or if any other condition causes one of the
pumps to cavitate and direct all fluid pressure to
the other pump. The automatic pressure relief
valves automatically relieve fluid pressure if the
pump output pressure exceeds 6500 psi (44.4
MPa, 448 bar). This helps avoid component rup-
ture and serious injury.
15. Tighten the fluid line connections and
fasteners.
Connections may have loosened during shipment.
Check and tighten as needed.
Installation
KEY
49
Waste Container
203 Automatic Pressure
Relief Valve
204 Fluid Drain Valve
203
240
228
204
242
Fig. 13
INJECTION HAZARD
To reduce the risk of serious injury, pressurize the
system at low pressure and check for leaking
fittings/connectors before operating the system at
high pressure.
16. Do a complete system flush.
The system was tested with light-weight oil, which
is left in to protect parts. Flush the system before
using it with a solvent compatible with your dis-
pense material. Follow the Complete System
Flush procedure in the Operation Manual 308875,
supplied.
17. Follow the Setup procedure. See
page 33.
228 Beakers
240 Fluid Tube
242 Fluid Tube
49
WARNING
8788A
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