Bennett 1K Series, Быстрая установка

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13 135442 Rev A 9-18-17
STEP 10 - DISPENSER START-UP AND CHECKLIST
DANGER: FIRE, EXPLOSION, INJURY OR DEATH WILL OCCUR IF FUEL VAPORS ARE PRESENT. MAKE SURE THERE ARE NO VAPORS
PRESENT BEFORE STARTING THIS PROCEDURE.
CAUTION: TO PREVENT DAMAGE TO THE DISPENSER, FOLLOW THE PROPER START-UP PROCEDURES.
Before applying AC power to the dispenser, follow this procedure:
1. Unlock and open the upper and lower dispenser doors.
2. Check to make sure:

The boards and other components have not come loose from shipping and LCD display boards are not cracked or damaged.

The cables are properly connected to the boards. There are no torn cables or stranded harnesses.

Communication wires are routed through the white wire clips mounted inside the electrical enclosure to the 919 CPU/Barrier
Board. Note: These wires cannot be loose inside the dispenser.

Pulser and pump handle harnesses are connected properly to the CPU board.

Both leads to the 12-volt battery at attached.
3. Make sure the shut off valves are closed.
4. Turn off all submerged pump circuit breakers and all other circuit breakers to the dispenser.
Make sure the 12-gauge green or green/yellow ground wire is properly connected and measures 1 ohm (or less) resistance to
earth ground. This measurement should be taken between neutral and ground at the dispenser. When taking this
measurement, make sure the ground and the neutral are disconnected at the dispenser. This ensures that the resistance read is
not across the electronics on the circuit board. If the resistance reading is more than 1 ohm, the dispenser electronics may not
operate properly and will void the Bennett Limited Warranty.
5. Turn on 120 or 240 volts ac dispenser power to the unit.
6. Use a voltmeter to verify 120 or 240 Volts AC only at Terminal 3 on TS1 of the Power Supply Board. Terminal 2 of TS1 on the Power Supply
Board is Neutral. This AC circuit provides power to the electronic boards.
7. Make sure displays are normal and not distorted.
8. Program the dispenser for Stand Alone operation in Menu Code 21.
9. Turn the dispenser power back on.
WARNING: MAKE SURE ALL DISPENSER POWER CIRCUITS FOR REMOTES ONLY ARE ON THE SAME PHASE/LEG OF THE BREAKER
PANEL OR DAMAGE WILL RESULT.
CHECK THE PUMP MOTOR CIRCUIT!
REMOTE DISPENSERS
WARNING: TO PREVENT INJURY, MAKE SURE IMPACT VALVES AND SUBMERGED PUMP BREAKERS ARE OFF.
CAUTION: MAKE SURE THAT THE JUMPERS BETWEEN PD1 and TB1 (FOR PRODUCT A), PD2 and TB3 (FOR PRODUCT B), PD3 and TB5
(FOR PRODUCT C), and PD4-TB7 (FOR PRODUCT D) ON THE POWER SUPPLY BOARD ARE PRESENT!
1. Put the Product A pump handle in the ON position and select Product A. The dispenser's display will reset. Use a voltmeter to verify 120VAC
on Terminal 9 of TS3 on the Power Supply Board and use Terminal 2 of TS1 on the neutral. Return the pump handle to the OFF position.
2. Put the Product B pump handle in the ON position. Use a voltmeter to verify 120 Volts AC on Terminal 13 or Terminal 17 of the terminal block
depending on model. Note: If a Blender is being installed, use a voltmeter to verify 120VAC on Terminals 9, 13, 17, and 21 of the terminal
block. Use Terminal 2 of TS1 as Neutral. Return the Product B pump handle to the OFF position.
3. Put the Product C pump handle in the ON position. Use a voltmeter to verify 120 Volts AC on Terminal 17 or Terminal 21 of the terminal block
depending on model. Use Terminal 2 of TS1 as Neutral. Return the Product C pump handle to the OFF position.
4. Put the Product D pump handle in the ON position. Use a voltmeter to verify 120 Volts AC on Terminal 21 of the terminal block depending on
model. Use Terminal 2 of TS1 as Neutral. Return the Product D pump handle to the OFF position.
5. Repeat steps 1 and 4 (depending on the model being started) for the opposite side of the unit.
6. Open and set the impact valves on remote dispensers only.
7. Repeat for remaining units.
8. To ensure that all dispensers are on the same phase, put the pump handle in the ON position the same product on all dispensers at the same
time. If any of the dispensers are on a separate phase then the F6 Fuse (on the Power Supply Board) will blow. If this happens, resolve the
issue by getting all dispensers on the same phase and replace the fuse with another fuse that has the same ratings (3.15A, 250VAC, Time Lag
5mm x 20mm).