1.
The initial start up works best if the pump filter system is on the
floor or lower than the tank.
2.
Add liquid to the tank and allow liquid to flow into filter
chamber. Make sure ball valve on the pump filter is open.
3.
Open the plug on top of filter chamber to bleed the trapped air in
chamber. Close this plug when liquid comes out.
4.
If necessary, cycle pump on and off a few times to get trapped
air out of lines.
5.
When maximum flow is achieved, use the ball valve on the
pump filter system to decrease the flow through tank. Excessive
flow through tank does decrease the ultrasonic action (Cavitation).
When all the air is removed from the system it may be more convenient
to place pump filter system on bench next to the cleaning tank. If the top
of the filter chamber is higher than the liquid level in tank, a filter
cartridge can be easily changed without draining any solution.
Electrical
The unit has two power cords that are plugged into the 120VAC,
50/60HZ source. The POWER MODULE is rated at 2550 watts, 120vac.
Two plug and cord assemblies from tank cabinet are plugged into power
module. A fuse, 25amp-125V, is located on the power module cabinet.
A separate power cord from tank cabinet is rated at 1550 watts, 120VAC
50/60HZ. The power cord supplies power to the tank heaters. A 15amp-
125V fuse is located on the front of the tank cabinet.
Operation
The MAIN switch on power module is left ON during daily operation.
Parts to be cleaned are placed in rack (basket) and rack is positioned into
the tanks. Never place parts directly on bottom tank (tank could
eventually be perforated). The basic principle of operation is the
enhancement and acceleration of the chemical cleaning by ultrasonic
action.
1.
Heater – The tanks are supplied with 400 watts of heat controlled
by an adjustable, internal thermo switch. The thermo switch has
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