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Information about sensors used for dancer position feedback.
Details regarding the Warner Electric tension brakes.
Guidance for installing control unit housings.
Instructions for mounting control units onto panels.
Details for mounting the MCS-605-1 pivot point sensor.
Safety and general guidelines for proper system wiring installation.
Wiring connections for the MCS-166 power supply and MCS-203 dancer control.
Wiring connections for the MCS-166 power supply and MCS-204 remote/analog control.
Details various input signal configurations for the MCS-204 control module.
Wiring diagram for analog photoelectric sensors and roll follower connections.
Initial setup steps for the MCS-166/MCS-203 system, including voltage and switch settings.
Procedures for checking system operation and performing static adjustments.
Verifying the operation of the brake-on and brake-off switches.
Adjusting the anti-residual potentiometer for proper brake release.
Adjusting modulation frequency to eliminate brake hum or howl.
Detailed adjustments for Proportional, Integrator, and Differentiator gains.
Initial setup for the MCS-166/MCS-204 system, including voltage and switch settings.
Procedures for checking system operation and performing static adjustments for MCS-166/MCS-204.
Adjusting the anti-residual potentiometer for proper brake release.
Adjusting modulation frequency to eliminate brake hum or howl.
Procedures for calibrating system inputs for correct output.
Adjusting for minimum and maximum voltage inputs.
Calibrating the roll follower arm and potentiometer.
Making final adjustments for required tensions during operation.
Troubleshooting steps for when the dancer fails to lift from its lowest position.
Diagnosing why the dancer moves to and stays at the upper limit initially.
Troubleshooting issues where the dancer reaches the upper limit after normal operation.
Identifying and resolving causes of erratic dancer movement and oscillation.
Steps to diagnose and resolve lack of DC power to the control system.
Troubleshooting steps when the brake fails to engage.
Diagnosing insufficient torque capacity for the brake application.
Steps to resolve issues where the brake does not release properly.
Checking for free rotation of the roll shaft when the control is off.
Verifying correct input connections to the control terminals.
Troubleshooting brake LED issues related to residual torque and unwind stand friction.
General| Brand | Warner Electric |
|---|---|
| Model | MCS-204 |
| Category | Control Systems |
| Language | English |
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