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Provides essential safety guidelines for operating and maintaining the Servo Tyer, emphasizing user safety and equipment protection.
Disclaims liability for damages due to misuse and restricts equipment use to its intended purpose.
Details the buttons and lights on the Control Panel used for operating the Servo Tyer.
Provides step-by-step instructions for the mechanical mounting of the Servo Tyer.
Continues the mechanical installation process, including unit positioning and brush assembly mounting.
Guides the user on connecting various motor and control cables to the Main Enclosure and Tyer.
Describes the Bagger Enable circuit and its role in safety interlocks.
Explains the overall tying cycle process, from bag entry to package discharge.
Details the function of each button, switch, and indicator light on the Servo Tyer control panel.
Details the functions of the 'ON' button, E-Stop, Main Disconnect, and selector switch.
Provides step-by-step instructions for replacing the ribbon spool and threading the tyer.
Explains how the tyer automatically adjusts gathering belt speed to match conveyor speed.
Outlines the normal operator procedure for starting up the Servo Tyer.
Details how to adjust the bag switch arm's length and angle for proper package detection.
Explains how to adjust the force of the holder shear by moving cam follower mounting plates.
Provides guidelines for adjusting proximity sensors to the correct distance from their targets.
Specifies the correct spacing and adjustment between the twister hook and holder shear.
Explains how to adjust tie tightness using the eccentric ribbon guide and belt idler pulley.
Details fine-tuning the window area by adjusting the eccentric ribbon guide.
Provides general advice on troubleshooting communication issues and understanding motor references.
Explains the seven-segment LED display for error codes and categorizes them.
Continues the list of Seven Segment LED error codes, including microprocessor and CPU-related errors.
Troubleshooting steps for when the unit fails to power up or initialize correctly.
Diagnostic steps for when the gathering belts fail to operate without an error code.
Troubleshooting guide for issues where the brush motor is not running.
Diagnostic steps for the motor responsible for the gathering brushes not running.
Troubleshooting steps for when the blower motor fails to run.
Diagnostic steps for when the tyer prevents the bagger from starting.
Troubleshooting for E001 error: Tie cycle aborted because ribbon is not threaded.
Troubleshooting for E101 error: CPU detected a problem and stopped the tyer.
Troubleshooting for E102 error: Homing sequence failed.
Troubleshooting for E111 error: Unable to control needle while homing.
Troubleshooting for E112-E113 errors: Only one edge of needle's home prox is detected.
Troubleshooting for E114 error: Controller cannot move the needle to its starting position.
Troubleshooting for E115-E116 errors: Needle motor fuse blown, stalled, or bad encoder.
Troubleshooting for E117 error: Needle motor home prox not detected.
Troubleshooting for E121 error: Unable to control hook while homing.
Troubleshooting for E122-E123 errors: Only one edge of twister hook's home prox is detected.
Troubleshooting for E124 error: Controller cannot move hook to its starting position.
Troubleshooting for E125-E126 errors: Hook motor fuse blown, stalled, or bad encoder.
Troubleshooting for E127 error: Hook motor home prox not detected.
Troubleshooting for E131 error: Unable to control shear while homing.
Troubleshooting for E132-E133 errors: Only one edge of holder/shear's home prox is detected.
Troubleshooting for E134 error: Controller cannot move shear motor to its starting position.
Troubleshooting for E135-E136 errors: Shear motor fuse blown, stalled, or bad encoder.
Troubleshooting for E137 error: Shear motor home prox not detected.
Troubleshooting for E146 error: Belt motor fuse blown, stalled, or bad encoder.
Troubleshooting for E151-E169 errors: Microprocessor errors.
Troubleshooting for E201 error: Two or more motors appear to be not moving.
Troubleshooting for E300 error: Microprocessor stack overflow error.
Diagnostic steps for excessive ribbon drops, covering tension, alignment, and debris.
Diagnostic steps for the tyer aborting cycles on apparently good packages.
Troubleshooting for excessive belt motor fuse failures on the Auxiliary board.
Addresses issues where the twist tie ribbon breaks during the tying operation.
Highlights safety precautions for personnel performing maintenance on the Servo Tyer.
Recommends a preventive maintenance schedule for daily, weekly, monthly, and quarterly tasks.
Continues the preventive maintenance schedule for semi-annual, annual, and 24-month intervals.
Guides on testing motor encoder operation by observing LEDs on the Field Termination Board.
General| Brand | Burford |
|---|---|
| Model | 2100 |
| Category | Industrial Equipment |
| Language | English |
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