MIL-STD-865D
input of 110 volts, single phase, 600 hertz AC. The turning head shall also have an on - off reverse control in either direction of rotation.
4.4.4.3 Rotary power anode. Rotary power anodes are used to rotate the anode for the plating of internal diameters or to reduce operator fatigue on large areas. The rotary power anode shall have an input of 110 volts, single phase, AC. The rotary power anode shall have an input of 110 volts, single phase, AC. A stepless speed control from 0 - 900 RPM and a reversing switch are also required.
4.4.4.4 Additional equipment. Additional equipment, such as, transversing arms - mechanical arm for holding anode during plating, heater, pump, filter package - for solution maintenance and temperature control, solution coolers, etc, are available through the solution manufacturer.
4.4.4.5 Safety requirement. To provide safe working conditions, insure compliance with personal protective equipment standards (face shield, rubber gloves and apron) found in CFP, Title 29, Labor, Chapter XVII, Subpart I (OSHA Regulation).
5. DETAILED REQUIREMENTS
5.1 Calculation of required ampere - hours.
Amp - hr = FxAxT
Where "F" is the solution factor, "A" is the area to be plated, and "T" is the thickness to be plated.
a. Each selective plating solution has a solution factor, which is equal to the ampere - hours required to deposit 0.001 inch on one square inch of surface.
NOTE: This figure is 104 times the older factors used occasionally an older bottle might have a factor shown using an older method. If the US factor (not metric) is not between approximately 50 and 300 (i.e. you have a US factor of .03), mover the decimal 4 places to the right to give an updated factor (.03 would become
300).
b. Multiply this figure by the number of square inches involved. This gives 0.001 inch of deposit on the number of square inches involved or using the new "selectrons" figure the number of ampere - hours required to deposit one inch or deposit on the number of square inches involved.
c. Multiply the figure by the number of square inches involved "A." This gives the number of amp - hours required to deposit one inch of deposit on the number of square inches involved.
(OLD) 2in2 x 0.001 inch x 104 x 0.020 = .4 ampere - hours
(NEW) 2in2 x 0.001 inch x 200 = .4 ampere - hours
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