2nd Rack This is the rack in the 2nd solution bath, normally used for bleach/fix or fixer, depending on the specific
process in use.
2nd Bath Water Supply Hose Incoming water connection for conversion of MB 2nd bath to a flowing water wash.
Adjustable Power Switch Changes circuitry among 200/220/240 volt settings.
Control Drawer This houses the main PC Board for control of the speed of the processor, replenishment rates and
other functions.
Drain Hose There is a drain hose for emptying each bath
Drive Shaft Transmits rotation of drive motor to each rack.
Fuse Normally rated 5 amps.
Gearbox Drain Hose Drains built-up water or chemicals from gearbox (drive shaft area).
Inlet Rack This is the small rack which receives the incoming sheets of paper, equipped with IR sensors to measure
the surface area.
Inlet Rack Connector Provides electrical connection for IR sensors of inlet rack
Light-tight Cover After paper has been inserted into the processor and the cover closed, this cover protects the paper
so room lights can be switched on.
Main Gear The primary gear attached to each rack which rests on the Worm Gears of the Drive Shaft.
Operation Control Panel Displays temperature, has "hidden" contact buttons for programming high and low
temperatures.
Rack Assembly of rollers, springs and gears which transports the paper through each individual bath.
Replenishment Hose Supplies fresh replenisher to each solution bath.
Ventilation Fan Evacuates condensation and heat from the processor.
Water Supply Pipe Incoming water connection for conversion of MB 2nd bath to a flowing water wash.
W/D, S/D Connector Wire Signal wire which sends signal from Inlet Rack to activate Dryer when paper is inserted into
processor and also sends information to activate replenisher system.
Worm Gear Corkscrew shaped gear(s) on drive shaft that turns Main Gear of individual solution racks
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Pre-Installation 3
3.1 Proper Conditions For Setting Up The CP51 Processor
Light-tight darkroom
Adequate ventilation
Nearby water supply and drain for use with W/D Module
Safe electrical conditions. We strongly recommend the use of a Ground Fault Circuit Interrupt (GFCI) in the
wiring for your CP51. It detects possible shock hazards and shuts off the current in a fraction of a second, to
protect you from possible harmful shocks.
Air conditioning/heating (as needed)
NOTE: Room temperature should be at least 5o C (9o F) lower than the programmed temperature of the CP51
processor. i.e. If the CP51 is set for 30o C (86o F), then the room temperature should be at or below 25o C (77o F).
This is necessary because the circulating pumps and other components will give off some heat as the solutions pass