Specifications

MODEL CMA-180 Service & Parts Manual Rev. 2.02A

2.2.4 Machine Start-Up Procedures

1. Place the scrap baskets over the wash tanks.

2. Secure the wash & rinse arms and check the free-spin.

3. Open the control panel and select ‘normal” toggle switch position.

4. Adjust the rinse pressure to 20 PSI flow pressure using the regulator and the gauge

provided on machine.

a. Turn the power switch to the “Off” position.

b. Close doors and open the hand-operated fill valve until the water overflows into

the scrap trap.

c. Turn the power switch to “on” position. SEE NOTE FOR BOOSTER HEATER

BELOW.

d. While holding “flush” toggle switch, to activate the water solenoid, adjust the

pressure regulator until the gauge reads 20 PSI. NOTE: Booster heater is filled

during this procedure.

5. Connect the detergent and rinse dispenser to the power block supplied & labeled inside

the control panel (208-220) volt.

6. Remove the plug from the mixing chamber and install the rinse injection fitting.

7. A 7/8” chemical probe hole is provided in the wash tank behind wash tank heater cover.

8. A 7/8” detergent fitting hole is provided in the wash tank behind the machine.

9. Check the machine operating temperatures. Adjust if necessary.

a. After the machine has warmed up for five to ten minutes (5 – 10 min.), observe

the wash and rinse temperatures. The wash temperature must be 155°F

minimum. The rinse temperature must be 180°F minimum. If necessary, adjust

the temperatures by removing the panel in front of the respective heater and

turning the adjustment stem clockwise to increase.

NOTE: Rinse water temperature must be observed during the rinse cycle.

10. Check all water and drain fittings for leaks.

11. Install the wall chart and instruct the machine operator on the proper cleaning and

operation of the CMA-180.

NOTE: Booster Heater

Booster heater is shipped on the dishmachine empty to prevent freezing. When the

machine is powered up for the first time, the booster heater must be filled immediately

to prevent damage to the heating element. See Section 2.2.4 (4d.)