Assessments - 2, GPA: 4.5
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Programming supply 1, 2 or 3 ONLY activates water in compartment A, B or C. Programming supply 4 activates relay 1. Programming supply 5 on the WE-8 will activate supply relay 2, etc. Programming supply 4-9 on the WE-8 will activate supply relay 1-6 on the board, respectively. Refer to Table 8. SupplyRelay SupplyRelay SupplyRelay 3 4 5 * L1 (220 VAC) wire or terminal for remote liquid supply connection. ** L2 common wire (220 VAC) or terminal for remote liquid supply connection. Figure 36 CFS8N Pump1Pump2Pump3Pump4Pump5Pump6SupplyRelay112SupplyRelay2345678910SupplyRelay6111213*14** ELECTRICAL CONNECTION OF THE LIQUID SUPPLY PUMPS * L1 (220 VAC) wire or terminal for remote liquid supply connection. ** L2 common wire (220 VAC) or terminal for remote liquid supply connection. Figure 35 The supply relay board is set up to give NO Voltage AC output to the respective terminals. It is a dry contact closure of the relay. The voltage applied must be supplied with the jumper configurations. Refer to Figure 36. 52 © Copyright, Alliance Laundry Systems LLC – DO NOT COPY or TRANSMIT 9001000 Installation Supply relay 1 controls terminals 1 and 2. Figure 36 shows the jumper wire from terminal 13 (L1 220 VAC) to all other even pins (i.e., 2, 4, 6…). This applies L1 (220 VAC) to terminal 2. When supply 4 on the WE-8 is programmed, this will close supply relay 1 and apply L1 (220 VAC) through pin 2 to pin 1. This signal is used from the terminal to the chemical supply vendors first pump. IMPORTANT: Supply 4 must be programmed on the WE-8 to create the signal on terminal 1. The chemical vendor will always use terminal 14 as the common terminal for all pumps. This will apply for the remainder of the 220 VAC circuit for each of the pump signals. For the remainder of the relays, supply relay 2 will control terminals 3 and 4; supply relay 3 will control terminals 5 and 6; etc. IMPORTANT: The WE-8 must be programmed for supply 4-9 to energize the supply relays 1-6 respectively. Primary 220 Volt Remote Liquid Supply Connection (Continued) CFD518N EXAMPLE: PUMPS 24V ~ Figure 37 The 220V can be transformed to other values to drive other type supply pumps. CFS495N EXAMPLE: 5 PUMPS 220V ~ AND 1 PUMP 24V ~ Figure 38 Also, pumps with different operating voltage requirements can be combined. CFS496N WITH AN EXTERNAL 24V DC Figure 39 9001000 © Copyright, Alliance Laundry Systems LLC – DO NOT COPY or TRANSMIT 53 Installation Out-of-Balance Switch CFS501N 1 Window 2 Probe 1 2 Figure 40 The out-of-balance switch is mounted on the upper right side on the back of the control panel. There is a window around the probe of the switch that is mounted on the movable part of the machine. When the machine goes out of balance by overloading or uneven distribution of the linen, the out-of-balance switch will interrupt this action to prevent damage to the machine. IMPORTANT: To guarantee good functioning, the probe should be centered horizontally and vertically at 1/3 from the bottom of the tilt window (when machine drum is empty). Automatic Lubricator Only for 75-200 Models CFS502N 1 Lubricating Device 2 Screw 1 2 Figure 41 The bearing house of the machine is equipped with a lubricating device (1) which automatically lubricates the bearing during one year. Upon delivery of the machine, this lubricator has been brought into use. When replacing, please put on the matching screw (2) in the foreseen opening of the lubricator to activate. Refer to the machine’s Parts Manual for lubricating device parts in formation. WARNING Ignoring this instruction will inevitably cause damage to the bearings and voidthe warranty! W492 54 © Copyright, Alliance Laundry Systems LLC – DO NOT COPY or TRANSMIT 9001000 Control Function Test The washer-extractor should be cleaned after the installation is complete. A function test should then be executed on the unloaded machine: 1. Verify that power supply voltage and phase are correct in accordance with the washer-extractor’s requirements. 2. Open manual shut-off valves to the washer- extractor. 3. Press the Emergency Stop button. 4. Apply power to the washer-extractor. 5. Release the Emergency Stop button. 6. Check the door interlock before starting operation: a. Attempt to start the washer with the door open. The washer-extractor should not start with the door open. Installation b. Close the door without locking it and attempt to start the washer. The washer should not start with the door unlocked. c. Close and lock the door and start a cycle. Attempt to open the door while the cycle is in progress. The door should not open. If the door lock and interlock are not functioning properly, call a service technician. 7. For standard processing, select Cycle 01 by pressing key 0 and key 1 on the keypad. Then press the Start key (or run factory test cycle 39 by pressing key 3, key 9 and Start key). Run a complete cycle, checking operation of water inlet valves, drain, and extract functions. 8. Cylinder rotation must be clockwise in an e...
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