Kodak 20P manual Viewing/Setting Replenishment Settings, Calibrating the Replenishment Flow Rate

System Operating Procedures

Viewing/Setting Replenishment Settings

Viewing the Replenishment Rate

1.Press Replenishment to access the Replenishment screen.

2.Press the Up or Down Arrow to select the desired replenishment pump or the wash/stabilizer tanks.

Setting the Chemical Replenishment Rate

1.Select the desired replenishment pump.

2.Press Set to access the Set mode.

3.Use the Up or Down Arrow to change the replenishment needed for each square foot of paper processed.

4.Press Set twice or press a different blue function key to return to View mode.

NOTE: Press Replenishment to toggle the pump to Manual on, Manual off or Per-Square-Foot mode.

Setting the Wash Replenishment Rate

1.Select the desired wash/stabilizer tank.

2.Press Set to access the Set mode.

3.If the wash is in per-square-foot mode, use the Up or Down Arrow to change the amount of wash solution needed for each square foot of paper processed.

NOTE: In Automatic mode, the wash solution is on whenever material is in the processor.

4.Press a different blue function key to return to View mode.

NOTE: Press Replenishment to toggle the pump to Manual on, Manual off, Per-Square-Foot, or Automatic mode.

Calibrating the Replenishment Flow Rate

NOTE: Turn the key switch to the service position before you calibrate the replenishment flow rate.

IMPORTANT: Before calibrating a flow rate, position the desired replenishment tube into a beaker to catch the pump’s output or the wash tank’s overflow. Make sure the beaker is large enough to catch the output of the pump for at least 10 replenishment bursts of one second duration. The pump may make more than one revolution during a single burst period.

Measuring the Flow Rate

1.Select the desired replenishment pump.

2.Press Set twice to access the Replenishment screen in the Calibrate mode.

3.Press Replenishment to initiate a 10-second auto calibrate cycle for the selected pump. After the cycle has completed, measure the output and divide it by ten. This is the actual flow rate.

3-36 September 2000