Conair GB/ WSB manual

Page 38

*57 For LIQUID COLOR applications only. This function usually operates in conjunction with an additional two air solenoids mounted on the blender frame.

Press (*,5,7) to allow automatic switch over to a full drum when the current drum of color runs out. When function is off, display will say (COL= 4 ). Press * to toggle to (COL= 4+7). When display says (COL= 4 ), the color setting aplies to output 4 only, the standard COLOR output. When display says (COL= 4+7), this means that output 4 is the starting output, and when no weight is detected after a dispense, the output switches to output 7. The "7" is determined by the parameter (LIQ 00007). You can change the secondary output by changing the parameter.

If output 7 is also empty, the output switches back to 4. See parameter (LIQ 00007) for more information.

*66 Press (*,6,6) to enter an identification number for this particular weigh scale blender. This I.D. number will appear on all printed reports. If you have more than one unit, this helps to identify reports. If you are using a computer to automatically gather data, then each controller must have a unique address. Valid numbers are 000 to 255. They need not be consecutive. When units are connected to a computer, do not use the number 000 for identification.

*69 Press (*,6,9) to set flag to treat the "REGRIND" dispense as a SECOND NATURAL material.

With the flag OFF, Natural is calculated to fill the space remaining in the weigh bin after a Regrind dispense has occurred. In other words, when a reduced amount of Regrind is dispensed, additional Natural is dispensed. Color and Additive dispenses are calculated as a percentage of this Natural dispense ONLY.

With the flag ON, Natural is calculated to maintain the proper RATIO between the two components (Natural and Regrind). Color and Additive dispenses are calculated to add to BOTH components at the requested ratios.

"Regrind", in the normal sense, is not added. Instead, this component is treated as another "Natural" material. If the ratio of the two naturals is not 50/50, place the HIGHER volume component in the "regrind" side. Set the "regrind" thumbwheel for the percentage that the "regrind" side is of the combined mix. For example; Naturals A and B are to be used at a 20/80 mix ratio; B is the greater at 80 percent. Put component B in the regrind side and set the regrind switch for 80 percent.

NOTE: The Regrind alarm parameter (RAL) is automatically set to a number that forces retries and stops the system when this component runs out. See PARAMETERS, RAL-00004.

Use the * key to toggle flag ON or OFF.

Press EXIT when desired flag status is displayed.

Page 39

Image 38
Contents Gravimetric Blenders Date Manual Number UGB006/1103 Serial numbers Model numbers Four Component Software Part Troubleshooting / SoftwarePart Hardware Maintenance Part OperationSpecial Features Assembly InstructionsCheck OUT Procedure Proceed to Safety Hazards NextProceed to Assembly Next Safety Hazards MIX BladesSafety Features Safety Interlock Switch Additional MIX Blade HazardDisclaimers Please Be Careful Part AssemblyLoad Cells are Easily Damaged On the NextPage Wiring Considerations Proceed to Check OUT Procedure NextAT this Point Procedure What should Happen Plug in ControllerTurn Power on Touch Weigh BIN Very LightlyLED # Press Alarm KEYPress REG KEY Press NAT KEYPage Password ExitCAL OFF Part Operation Load Cell CalibrationBe Sure CALOperate Proceed to Normal Operation NextOper COLGB/WSB MB Selected Models Special InstructionsMicro Pulse GB/WSB 240RPower on If Problems DevelopPower OFF Instructions for Normal OperationNormal Operating Sequence Each Cycle Exit Regrind Eight Character Display ROM OKAlarm Silence Right Column AlarmsStrobe Light and Beeper Alarms LED LightsMixer Motor Fuse Mixer Motor ON/OFF/TIMED SwitchMixer Motor Outlet Internal Fuses KeypadDate RUN Keypad Automatic Operation ModeRecipe RCPTABLE, FLG SaveBtch Page Fast TAGKeypad Manual Mode ALLTimed Time ADDPage Keypad Program Mode YLD Ctrl ParaStar Functions Page Page Page Page Page Page Page Page MIX Time ParametersParameter List Brief Explanations XXX RLO Page CPL Full Explanation of Parameters No ALARM, no Retries MPOMIX KDF / WDF BERPage ROV Page Example RHL is Set 10 percent Page Setting SETPage Page Page Page Page XTP XCV + XRCTCV + TRC XAL XULMCT PTDLIQ Page APO Parameter Default Settings Four SoftwareFLG RPO NPO CPO MPO RAL NAL CAL AAL MIX JOGNWT NPT CPT APT RWTRTI NTIChanging Parameters REG Natural COL Prnt OFFPrnt TotalFinal DISP,% What to Check for Page Page Page Time Natural Special TestsTime Calibrate NaturalDate Time Totals Grand PCT Current Material Usage InformationPARAMETER, PRT Cycles Last Printed 11/01/90Part IV Troubleshooting What to do Increasing Throughput Typical Problems Page Normal Operating Sequence Material Runs OUT Verifying Load Cell Function CNT Load Cell RAW Signal ReadoutCNT OFF Results to Expect Core Dump Clear RoutineClear ALL Restart Weigh BIN Dump Valve Soft Close Clean OUT Issues MIX Problems Page Wait Recalibration of Load CellsZero FullLoad Cells Blender Preventive MaintenanceDispense Gates Weigh BinsThese Instructions for Totalizers only Blender Special Totalizer FunctionStop END of Cycle TotalizeComputer Outputs Wiring Supplement Call Appendix A-2 Specifications Gravimetric Batch Blenders Autoweigh GBM Series ModelsGravimetric Batch Blenders AutoWeigh GB100 Series Models TOP View Front View Side View120V/1 phase/50-60 Hz 240V/1 phase/50-60 Hz Gravimetric Batch Blenders GB 220 and 420 ModelsGravimetric Batch Blenders AutoWeigh GB240 and GB440 Models TOP View Mounting InterfaceGravimetric Batch Blenders AutoWeigh GB900 Series Models 2124Gravimetric Batch Blenders AutoWeigh GB1840 and 1860 Models GB1840 GB1860Gravimetric Batch Blenders Wsbm Series models Control Remote Mounted Models WSBM22 WSBM131 WSBM140Gravimetric Batch Blenders WSB 100 and 100R Models Side View Front View Side View, R Model Front View, R ModelGravimetric Batch Blenders WSB 220 and 420 Models 24.4Gravimetric Batch Blenders WSB 240/440 and 240/440R Models WSB442Gravimetric Batch Blenders WSB 1840, 1850 and 1860 Models Appendix C Appendix C Appendix C Appendix C Appendix C Appendix C Appendix C Appendix C