Conair GB/ WSB manual Internal Fuses, Keypad

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19.COMPUTER input / output

If you choose to gather material usage data automatically and continuously by computer, this connector allows for connection to an IBM PC type computer operating under MS-DOS or WINDOWS.

The COMPUTER port is a DB9 (9 pin) male port. You will need a specially wired cable from us to connect to the serial output on your standard PC computer. You will also need software from us for communicating with your Weigh Scale Blender. Your computer operating system must be MS-DOS or WINDOWS. This software allows downloading settings and retrieval of information and will produce extensive reports for those customers who wish to take advantage of this feature.

One or many Weigh Scale Blenders can be connected to one computer. Customers that wish to do their own programming may interact with the Weigh Scale Blenders by way of a single program that we provide. This program, when executed, gathers all current totals from all controllers and moves them into an ASCII text file for access by other software.

For multiple Weigh Scale Blender systems, or communication over long distances, an additional piece of hardware is required. All GB/WSB controllers are fully programmed to communicate with your computer now or at a later date.

20.PANEL FUSE for duplex receptacle - 3 amp

Fuses the common power wire of the duplex receptacle (the color and additive outputs). Since these outlets are only turned on one at a time, each is protected to the full 3 amp rating of the fuse.

21.PANEL FUSE for processor - 1/2 amp

Fuses power to the circuit board power supply which includes all solenoid outputs and solid state relay outputs.

22.INTERNAL FUSES

An in-line fuse is provided internally to protect the main 120 volt power cord supply (10) amps. If this fuses blow, an internal short circuit is indicated and we don't recommend that you try to fix it.

Remember, this unit carries a five year warranty; just send it back.

The MIX MOTOR timed power source and the AUGER FEEDER OUTLETS are driven by internal solid state plug-in relays. These relays are located on the circuit board mounted on the inside back surface of the controller enclosure. A small 5 amp glass fuse is located to the right of each relay. A spare fuse is also located on the board if replacement is necessary.

23.KEYPAD

The KEYPAD is explained extensively in the next section, next page.

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Contents Gravimetric Blenders Date Manual Number UGB006/1103 Serial numbers Model numbers Part Troubleshooting / Software Part Hardware MaintenanceFour Component Software Part OperationAssembly Instructions Check OUT ProcedureSpecial Features Proceed to Safety Hazards NextSafety Hazards MIX Blades Safety Features Safety Interlock SwitchProceed to Assembly Next Additional MIX Blade HazardDisclaimers Part Assembly Load Cells are Easily DamagedPlease Be Careful On the NextPage Wiring Considerations Proceed to Check OUT Procedure NextProcedure What should Happen Plug in Controller Turn Power onAT this Point Touch Weigh BIN Very LightlyPress Alarm KEY Press REG KEYLED # Press NAT KEYPage Password ExitPart Operation Load Cell Calibration Be SureCAL OFF CALProceed to Normal Operation Next OperOperate COLSelected Models Special Instructions Micro PulseGB/WSB MB GB/WSB 240RIf Problems Develop Power OFFPower on Instructions for Normal OperationNormal Operating Sequence Each Cycle Exit Regrind Eight Character Display ROM OKRight Column Alarms Strobe Light and Beeper AlarmsAlarm Silence LED LightsMixer Motor ON/OFF/TIMED Switch Mixer Motor OutletMixer Motor Fuse Internal Fuses KeypadDate Keypad Automatic Operation Mode RecipeRUN RCPSave BtchTABLE, FLG Page Fast TAGKeypad Manual Mode ALLTimed Time ADDPage Keypad Program Mode Para Star FunctionsYLD Ctrl Page Page Page Page Page Page Page Page Parameters Parameter List Brief ExplanationsMIX Time 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 XCV + XRC TCV + TRCXTP XAL XULPTD LIQMCT Page Parameter Default Settings Four Software FLG RPO NPO CPOAPO MPO RAL NAL CAL AAL MIX JOGNPT CPT APT RWT RTINWT NTIChanging Parameters Prnt OFF PrntREG Natural COL TotalFinal DISP,% What to Check for Page Page Page Special Tests TimeTime Natural Calibrate NaturalMaterial Usage Information PARAMETER, PRTDate Time Totals Grand PCT Current 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 Load Cell RAW Signal Readout CNT OFFCNT Results to Expect Clear Routine Clear ALL RestartCore Dump Weigh BIN Dump Valve Soft Close Clean OUT Issues MIX Problems Page Recalibration of Load Cells ZeroWait FullBlender Preventive Maintenance Dispense GatesLoad Cells Weigh BinsThese Instructions for Totalizers only Special Totalizer Function Stop END of CycleBlender 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