Property of Ultrasonic Power Corporation -
© 2018
Publication #181114
44
4.
Adding Chemicals
– Use the mixture rate recommended by the detergent
manufacturer. After cleaning one or two items, you may choose to increase the
chemical ratio. The amount of chemical will be based on the condition of the water
being used and how much contamination is to be removed. Detergents that are
used in this ultrasonic cleaning system must be compatible with 304 and 316L
stainless steel.
You will void the warranty if chemical attack to the stainless
steel occurs.
5.
Power On
– Turn on the ultrasonic start switch. The ultrasonic generators will start
the ultrasonic action in the tank. All installed generator circuits are controlled by one
switch on the control panel. The power intensity should be set to 80% and adjusted
after testing parts. If UPC performed a cleaning test, consult the test report or
contact your sales representative.
6.
System Degassing
-
If new water and detergent has been added allow the system
to run through one cycle. This allows the water in the cleaning tank to properly
degas (the water comes to oxygen equilibrium). The de-gassing process removes
unwanted air molecules from the cleaning tank, thus maximizing the efficiency of
the cavitation/cleaning process.
7.
Liquid Overtemp Protection
– The liquid overtemp protection’s primary purpose is
to turn off the system when operated
above 180˚F. When the system is operated
above 180˚F, liquid overtemp indicator will turn on. Liquid overtemp indicator will
stay on until the system reaches below the pre-set (Pre-
set at 180˚F) temperature.
Contact UPC if system does not turn on when temperature reaches below the pre-
set temperature.
8.
Pump and filter system -
The pump and filter system’s primary purpose is to filter
out contaminants from the liquid, extending the life of the detergent which lowers
operating costs. However, agitation in an ultrasonic environment will hinder
cavitation so for optimum performance, it is recommended that the operator either
not use the pump and filter during cleaning or set the flow rate to the lowest rate
permissible. Some users will operate the system at 100% between cleaning cycles
or work shifts.
9.
Sparger and Weir System
–
The sparger and weir system’s primary purpose is to
remove floating contaminants from the surface and prevent them from being
redistributed back into the system tank. Reservoir (weir) tank is fitted with an
overflow fitting and can be drained independently of the system tank in order to
maximize the life of the cleaning fluid.
Содержание UP3218
Страница 22: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 22 Figure 2 Electrical Schematic...
Страница 23: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 23 Figure 3 Plumbing Diagram...
Страница 39: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 39 Figure 5 Electrical Schematic...
Страница 40: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 40 Figure 6 Plumbing Diagram...
Страница 57: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 57 Figure 8 Electrical Schematic...
Страница 58: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 58 Figure 9 Plumbing Diagram...
Страница 74: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 74 Figure 11 Electrical Schematic...
Страница 75: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 75 Figure 12 Plumbing Diagram...
Страница 90: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 90 Figure 14 Electrical Schematic...
Страница 91: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 91 Figure 15 Plumbing Diagram...
Страница 107: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 107 Figure 17 Electrical Schematic...
Страница 108: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 108 Figure 18 Plumbing Diagram...
Страница 125: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 125 Figure 20 Electrical Schematic...
Страница 126: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 126 Figure 21 Plumbing Diagram...
Страница 142: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 142 Figure 23 Electrical Schematic...
Страница 143: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 143 Figure 24 Plumbing Diagram...
Страница 158: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 158 Figure 26 Electrical Schematic...
Страница 159: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 159 Figure 27 Plumbing Diagram...
Страница 175: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 175 Figure 29 Electrical Schematic...
Страница 176: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 176 Figure 30 Plumbing Diagram...
Страница 193: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 193 Figure 32 Electrical Schematic...
Страница 194: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 194 Figure 33 Plumbing Diagram...
Страница 210: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 210 Figure 35 Electrical Schematic...
Страница 211: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 211 Figure 36 Plumbing Diagram...
Страница 226: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 226 Figure 38 Electrical Schematic...
Страница 227: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 227 Figure 39 Plumbing Diagram...
Страница 243: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 243 Figure 41 Electrical Schematic...
Страница 244: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 244 Figure 42 Plumbing Diagram...
Страница 261: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 261 Figure 44 Electrical Schematic...
Страница 262: ...Property of Ultrasonic Power Corporation 2018 Publication 181114 262 Figure 45 Plumbing Diagram...