SAFETY AUTOMATIC AgITATION The dispenser is equipped with automatic agitation and will activate unexpectedly. Do not place hands or foreign objects in the ice storage compartment. Unplug the dispenser during servicing, cleaning, and sanitizing. WARNINg! To avoid personal injury, do not attempt to lift the dispenser without assistance.
Overview The Bevariety™ ice combo is a multi-brand, flavor shot capable beverage dispenser. It has a carbonator tank integrated into the cold plate so it provides true, cold carbonated, sparkling beverages. Above Counter Ice Combo: •Available in 22”, 30”, and 44” wide models. •22”...
Installation Overview Installation Requirements: The following parts and tooling should be used on all Bevariety™ dispensing systems: • TCCC-authorized flushable beverage tubing suitable to length and number of flavors • 1/2” or 3/8” tubing on all water lines • TCCC-authorized clamps and connectors •...
22” BEVARIETY™ ACIB COUNTER CUTOUT 22” 1” 20” 23 1/2” 18 5/8” 31” 3“ DIAMETER OPTIONAL 1 1/2” 3“ 1 7/8” F R O N T D I S P E N S E R 1“ 7 1/2” FRONT OF DISPENSER - D R I P T R A Y EXTENDED SPLASH PLATE 7 1/2”...
30” BEVARIETY™ ACIB COUNTER CUTOUT 30” 15/16” 28 1/8” 23 1/2” 18 5/8” 15” 31” 11 1/2” 3“ DIAMETER OPTIONAL 1 1/2” 3“ 1 5/8” F R O N T D I S P E N S E R D R I P T R A Y 7 1/2”...
BEVARIETY™ ACIB DISPENSER NUMBERINg CONVENTION 85-204AA-B-C-XYZ 22” Dispenser 85-218AA-B-C-XYZ 30” Dispenser 85-208AA-B-C-XYZ 44” Dispenser AA = Number of flavors B = Merchandiser graphics designation C = MVU option: 0 - no MVU 2 - MVU X = Valve flow rate Y = Valve Type Z = Splash plate type KIT PART NUMBERS:...
A backflow prevention device must comply with ASSE and local standards. It is the responsibility of the installer to ensure compliance. • Refer to specific icemaker model for proper air intake/exhaust ventilation with Lancer units. • Install the icemaker per manufacturer specifications. Points of consideration include drainage, ventilation, and drop zones.
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FILLING MANUALLY WITH ICE, WHEN ICE MAKER NOT USED Note: Please refer to specific icemaker model for proper intake/exhaust ventilation with Lancer units 10" (254 mm) DISPENSE HEIGHT 31" (775 mm) MINIMUM of 6" (152 mm) MINIMUM of 6" (152 mm)
UNPACKINg THE DISPENSER 1. Set shipping carton upright on the floor. 2. Cut band and remove. 3. Open top of carton and remove interior packing. 4. Lift carton up and off of the dispenser. 5. Remove wood shipping base from the bottom of the dispenser. (Support dispenser while removing shipping base.) DRAIN SPIDER The Drain Spider is located directly in the center of the bin under the ice shroud.
LEVELINg THE DISPENSER In order to facilitate proper dispenser drainage and carbonation, ensure that the dispenser is level, front to back and side to side. Place a level on the top of the rear edge of the dispenser. The bubble must settle between the level lines. Repeat this procedure for the remaining three sides.
INSTALLINg THE CARBONATOR PUMP 1. Check water pressure and volume. Water pressure should be at least 40 lbs with carbonator running. 2. Install carbonator pump within eight feet of cold plate and within six feet of an electrical plug. It should be at installed at least six inches off the floor (recommend installing on a shelf).
CONNECTINg CO LINES 1. Place the CO cylinder with the CO regulator in a serviceable location. Locate the 3/8” barb CO Inlet Fitting at the front of the unit: 2. Route the CO supply line (75 PSI) to the 3/8” barb fitting at the front of the unit and connect.
30” With MVU 30” Without MVU 2. Connect remaining syrup lines to the left side of the dispenser. On the 30” unit, syrups 9-12 and the ambient syrups are only used if an MVU is present. Syrups 7-8 and the ambient syrups on the 22” unit are only used if an MVU is present. 1.11 CONTINUINg THE INSTALLATION Confirm that all configurable valves are set to the correct carb/non-carb option.
4. Drain line must be insulated with a closed cell insulation. Insulation must cover the entire length of the drain hose, including fittings. The drain should be installed in such a manner that water does not collect in sags or other low points, as condensation will form.
1.12 CONDENSATION INSULATION INSTALLATION 1. Remove cup rest and drip tray. 2. Wrap the Inlet Tube Insulation Tape around the syrup inlet tubing. Start by placing the insulation behind the syrup inlet and wrap around to the front. Secure the insulation by using approximately 2”...
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5. Slide the probe cord through the Carbonator Probe Insulation slit. Press the Carbonator Probe Insulation into the front of the plastic nut until it is flat against the sheet metal surface. 6. Remove the protective backing from the Probe Cord Wrap. Place on front of Carbonator Probe Insulation while bending the probe cord down.
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8. Position the Lower CO Recess Foam Insulation over the check valve with the slot on the bottom side. Press into place as shown. The foam should be flush with the sheet metal mounting plate. 9. Clean area around drain tubes. Slightly pinch elbow fitting to form oval. 10.
11. Rotate elbow fitting so that exhaust points downward. Install second elbow fitting onto open drain tube. Reinstall splash plate and cup rest upon completion. Completed Condensation Insulation Installation: 12. Reinstall the splash plate, drip tray and cup rest. 1.13 FINISHINg THE DISPENSER INSTALLATION 1.
CLEANINg AND SANITIZINg gENERAL INFORMATION Lancer equipment (new or reconditioned) is shipped from the factory cleaned and sanitized in accordance with NSF guidelines. This equipment must be cleaned and sanitized after installation is complete, and the operator of the equipment must provide continuous maintenance as required by this manual and/or state and local health department guidelines to ensure proper operation and sanitation requirements are maintained.
5. With a clean cloth, remove any soapy residue on the nozzle body. 6. Make certain that the nozzle housing rubber seal is not torn or otherwise damaged. If necessary, replace with Lancer PN 05-2699. 7. Wet the inner surface of the nozzle housing with water and reinstall the nozzle housing by sliding it over the nozzle body and turning clockwise to lock in position.
5. Mix the cleaning solution. Put a portion of the solution into a spray bottle. Soak the lower chute in the remaining solution. 6. Spray the upper chute with the cleaning solution. 7. With a soft sponge, clean the inside of the upper and lower chutes. 8.
CLEANINg AND SANITIZINg BEVERAgE COMPONENTS - BAg-IN-BOX SYSTEMS – PERFORM EVERY SIX MONTHS NOTE: Extended lengths of product lines may require more time for flushing and rinsing lines than stated below. 1. Disconnect syrup quick disconnect coupling from syrup packages and connect coupling to a bag valve removed from an empty Bag-in-Box (BIB) package.
LEV INSTALLATION RECEIVINg Each unit is completely tested under operating conditions and thoroughly inspected before shipment. At time of shipment, the carrier accepts the unit and any claim for damage must be made with the carrier. Upon receiving units from the delivering carrier, carefully inspect carton for visible indication(s) of damage.
(smoke) (PN 54-0201 for Model 145 valves) in place of the nozzle. 5. Activate valve to fill separator syrup tube. 6. Hold a Lancer °Brix cup under syrup separator. Dispense water and syrup into cup for two seconds. Divide number of ounces (ml) of water in cup by two to determine water flow rate per second.
INSTALLATION OF SODA LEVER The soda lever may be field installed on any LMV® or LEV®. 1. Remove valve cover. 2. Turn both stems on mounting block to CLOSED position. 3. If LEV®, disconnect electric wiring harness. 4. Remove valve from mounting block. 5.
REMOVAL AND INSTALLATION OF FRONT SODA/WATER LEVER (Kit PN 82-1458) 1. Slide I.D. panel up to expose cover mounting screw. 2. Loosen cover mounting screw (do not remove) and remove cover. 3. Close stems on mounting block. 4. Operate valve to check for complete shutoff of water and syrup. 5.
5. Remove top screw and loosen bottom screw. Remove retainer. 6. Remove plug adjustment assembly by threading extractor tool (PN 52-1950) into the bonnet and pulling it out. This will expose the flow control. 7. Lift up wire retainer and carefully remove valve from mounting block. If electric, disconnect wire harness.
3. Wash nozzle and diffuser with warm water. Ensure that cleaning solution is thoroughly rinsed from nozzle and diffuser. Residual solution will cause foaming and off taste in finished product. 4. Reinstall diffuser and nozzle. NOTE: Ensure compliance with the instructions of the dispenser manufacturer to properly clean and sanitize the nozzle and diffuser, and ensure no off-taste is present.
4.12 TROUBLESHOOTINg Issue Cause Remedy 1. Water leakage around 1. O-ring is not properly 1. Install or replace o-ring nozzle. installed above diffuser. correctly. 2. O-ring is damaged or 2. Replace o-ring. missing. 2. Leakage between upper 1. One or more retaining 1.
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Issue Cause Remedy 6. Erratic Ratio Brix 1. Incoming water and/or 1. Check incoming water and syrup supply not at sufficient syrup supply to ensure flowing pressure. sufficient flowing pressure. 2. Foreign debris in water 2. Remove flow controls and and/or syrup flow controls.
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Issue Cause Remedy 9. Valve will not shut off. 1. Cup lever may be sticking 1. Correct or replace lever. or binding. 2. If LEV, switch not 2. Check switch for free actuating properly. actuation. 3. If LEV, solenoid armature 3.
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4.13 LEV® Model 100, 3.0 oz/sec and Model 145L, 4.5 oz/sec ITEM PART NO. DESCRIPTION ITEM PART NO. DESCRIPTION 34 05-0233 Nozzle, 3.0 (Used in Valves 05-0287 I.D. Panel 1a 54-0057 I.D. Panel (Syrup-Out) produced through 54-0029 Cover Sub Assy September 1998) –...
4.14 LEV® With Self-Serve Lever (Model 100SSL, 3.0 oz/sec and Model 145SSL, 4.5 oz/sec) Flow Control, 3.0, Syrup, Kit, PN 82-1027 Flow Control, 4.5, Syrup, Kit, PN 82-2226 Flow Control, 3.0, Soda, Kit, PN 82-1026 Flow Control, 4.5, Soda, Kit, PN 82-2227 Front Soda/Water Lever Kit, PN 82-1458 Syrup-Out Light...
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4.14 LEV® With Self-Serve Lever (Model 100SSL, 3.0 oz/sec and Model 145SSL, 4.5 oz/sec) ITEM PART NO. DESCRIPTION ITEM PART NO. DESCRIPTION 05-0287 I.D. Panel 34 05-0233 Nozzle, 3.0 (Used in Valves 1a 54-0057 I.D. Panel (Syrup-Out) produced through 54-0029 Cover Sub Assy September 1998) –...
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4.15 LEV® Pushbutton (Model 100P, 3.0 oz/sec and Model 145P, 4.5 oz/sec) ITEM PART NO. DESCRIPTION ITEM PART NO. DESCRIPTION 35 05-0238 Yoke, Electric 54-0140 I.D. Panel, Large Pushbutton 36 52-0288 Coil Assy, L V ® 54-0029 Cover Sub Assy 37 03-0125 Spring, Solenoid, L V ®...
4.16 Chilled vs. Ambient Syrup on Positions 9 and 12 Buttons 9 and 12 on the 30” multi-valve units can be either ambient or chilled depending on how the syrup lines are connected. LFCVs will need to be moved to ambient outlet locations. If the use of ambient lines is required, it will be in your project plan.
4.18 Set Water to Soda or Plain Valves 3 or 6 on a 30 inch ACIB (valves 2 or 5 on 22 inch ACIB) can be set to pour either carbonated or non-carbonated beverages by pulling out the converter, rotating it 180°, and reinserting it into the dispenser.
5. MVU 5.1 Beverage Dispensing Beverages are dispensed either by standard LEV’s or by Multi-Valve Units. The MVU consists of a touch pad that activates: • Flavor shots • Carbonated or non-carbonated drinks • Portion controlled dispensing for crew serve •...
Program Multi-Valve Unit (MVU) Set MVU Buttons as Carbonated, Non-Carbonated, or Flavor Shot Only Refer to install guidelines for account specific brands. Self-Serve The MVU can be programmed to serve carbonated or non-carbonated beverages as well as a flavor shot from each of the beverage positions on the valve. To enter the programming mode on the MVU and assign water type to each individual brand (Soda or Plain Water): 1.
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3. Press the same brand button again to change to a carbonated beverage (light will flash slowly). 4. Press the button one more time to change to flavor shot mode. a. The light will flash quickly and the water will be turned off. 5.
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Set MVU for Flavor Shots (Portion Control Only) 1. Press both top and bottom brand buttons (at the same time) on the MVU panel for 5 seconds to get into programming mode. a. Lights will blink three times Press the “Shot” button. a.
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Self Serve or Crew Serve The dispenser’s water flow rate can be checked/calibrated using the on-board computer as a timer. To check flow rate: 1. Press the top and middle brand buttons at the same time approximately 5 seconds. a. The pour cancel button will illuminate and the shot LED will blink 5 times.
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Ratio MVU’s The LEV’s can be ratioed using the handheld device; however, the handheld device will not work with the MVU valve. You must use the manual cup and a syrup separator designed for the MVU nozzle. To ratio the MVU – Self Serve: 1.
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If the ratio is off, adjust the appropriate syrup module. In the illustration at right, adjust the flow control in position S10 if the syrup level is too high or too low on push button #10. Portion Control Programming (MVU) 1.
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3. Fill cup with 1/3 full with ice and place a cup under the nozzle. 4. Push and hold a drink ”size” button until the cup is full. -Repeat this step for each of the other size cups. -Select other brands and repeat these steps for each of them.
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Check/Adjust Flavor Shots – Crew Serve Flavor shot portions can be adjusted using the MVU touchpad and a graduated cylinder. Refer to your project plan to determine shot size for your customer. To adjust flavor shots: 1. Press the small and extra large cup buttons at the same time.
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Dispenser Operation Customer Self-Serve Beverage Dispensing Flavor Shot Dispensing 1. Place cup under MVU nozzle. 2. Press and hold the “PUSH” button (next to the branded flavor shot). -10 ml will pour from the nozzle. -Press button again to add additional shot. Beverage Dispensing 1.
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Crew Serve Beverage Dispensing with Portion Control Normal dispense mode is active directly after start-up and when returning from programming mode. To operate the dispenser in crew serve mode: Dispense Flavor Shot 1. Press the “Shot” button. - “Shot” LED will illuminate. - The “Shot”...
Service/Machine Operation Ice Dispensing Ice is stored in the ice hopper and a hex auger and motor drive shaft is turned by an auger motor periodically to stir the ice. In addition, the auger pushes ice to the cold plate and also to the dispense chute where it is directed into drinks Note: The only ice recommended is cube ice from an ice machine.
Beverage Cooling The unit uses a basic aluminum cold plate with integrated picture frame carbonator tank. It works as long as two conditions are met: Ice needs to be on the cold plate. The drain should run freely. Water Carbonation The water pump, located on the pump platform, pumps pressurized water to the cold plate.
Carbonation System The carbonating system consists of the following components: • Electrode - When the water level in the carbonator tank falls below the tip, the liquid level control turns on the pump motor for 5.5 seconds. If the water level does not reach the tip, the motor continues to run in 5.5 second intervals until the water touches the tip.
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• Water Pressure Regulator – The water regulator restricts the incoming water pressure to 50 psig for water entering the carbonator tank. Since the CO pressure is set to 75 psig, this creates more than enough pressure difference between the water and CO gas to create soda water.
Electronics The MVU flow control/solenoid (uses LEV flow controls), the ice gate, and the auger motor are all controlled by the unit’s two pc boards. There is one Toroidal transformer installed on the ACIB. The transformer converts 120 VAC to approximately 24 VAC for applications on both boards. Power (120 VAC) is sourced from a terminal strip for both the transformer and the Ice Board.
general Troubleshooting Troubleshooting focuses on two key areas of the dispenser, the carbonation system and the electronics as the remainder of components such as LEV’s, ice gate, auger, etc are standard on most new Ice Combo’s. Issue Cause Resolution 1. Push chute and nothing 1.
Troubleshooting - Light Emitting Diodes (LEDs) Light Emitting Diodes (LEDs) are provided on the PC Board to aid in troubleshooting electrical difficulties. Referring to the wiring diagram included in this manual (also affixed to the electrical box cover), the following information can be obtained from the LEDs. 1.
6.8 Carbonator Troubleshooting Issue Possible Cause Resolution only dispensed at Carbonator motor will not Unplug probe cable from the start. LLC. valve. If motor starts, replace probe. If motor doesn’t start, verify 120 VAC at load and line terminals of LLC. If you have 120 VAC on line and load, replace motor.
6.8 Carbonator Troubleshooting Continued Issue Possible Cause Resolution Drinks taste flat - too little Low or no CO pressure. Set CO pressure to 75 psig carbonation. Procon pump worn, not or replenish supply. atomizing water. Water pressure too high. Replace pump and/or motor. Check pressure at pump platform regulator outlet, replace regulator if over 50...
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Electronics Troubleshooting Continued Issue Possible Cause Resolution Syrup only dispensing on No water to MVU but water Check for 24 VDC at water MVU. pouring at LEVs. solenoid. If 24 VDC present, repair solenoid assembly. If 24 VDC no present, troubleshoot board and wiring harness.
6.10 Ice Delivery System The unit comes equipped with the standard ice handling mechanism found on the 4500 series ACIB dispenser. Agitator/wheel assembly breaks up ice bridging and delivers ice to chute assembly. A snap action switch activated by the ice lever provides power to the auger motor. This is a DC controlled switch that interrupts the power to the board to activate the motor.
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2. DIP#5 through #8 These switches control the OFF time for automatic agitation. By referring to the table and setting the switches as shown, OFF times from ten minutes to 150 minutes (in ten minute increments) can be obtained. For example: For 40 minute OFF time, switch 5 should be in the OFF position, switch 6 should be in the ON position, switch 7 should be in the OFF position, and switch 8 should be in the OFF position.
6.12 Auger Motor Removal Option 1: The auger motor/gear box can removed the traditional way by disconnecting the auger from the motor. The steps are as follows: 1. Unplug the dispenser. 2. Remove Rue Pin from locking pin an pull locking pin out of auger. 3.
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To replace the auger motor via the snap ring: 1. Unplug the dispenser. 2. Disconnect the wires to the ice chute lever switch. 3. Remove the ice chute by prying the ice chute pivot arms and pulling the lever/chute out from the bottom of the dispenser.
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