SC402-C17-T4
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The SC402-C17-T4 is a panel-mounted servo drive built to handle a nominal current of 40A at 600V AC. Manufactured by Pacific Scientific, it is part of the SC400 Servo Drives series and features a 4-pole contact configuration. With an IP20 protection rating, it boasts a mechanical life of 1,000,000 operations.
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Product Description:
The SC402-C17-T4 is a Brushless servo drive controller designed by Pacific Scientific. It is developed to control brushless servo motors in automation systems with precision torque and velocity management. The servo drive offers analog servo control and is frequently utilized in industrial automation applications for motion control.
The SC402-C17-T4 brushless servo drive controller works with an input voltage of 115 or 230 VAC that can be set for single-phase or three-phase input. The servo drive is compatible with the controller and gives a current output similar to other SC402 variants, reaching up to 5.3 A continuous. Control modes contain both velocity and torque control loops that are controlled using different gain settings. Command input scaling and current restrictions are customizable to suit individual application requirements. Cooling is done through convection, which may require an extra fan for longer duty cycles. The servo drive features LED indicators for operational state, fault detection, and power condition. The front panel architecture gives quick access to terminals and diagnostics. The SC402-C17-T4 contains several protection features, such as overcurrent, overtemperature, and undervoltage cutoffs, that ensure safety during operation.
Connectivity on the SC402-C17-T4 servo drive controller includes screw terminals for AC input and three-phase motor output. A circular connector fits a resolver feedback input that allows exact rotor positioning. The analog command input allows ±10 V data for torque or speed control. The controller is panel-mounted, utilizing a typical metal chassis that holds a 12 x 7 x 3-inch footprint. It weighs roughly 5 lbs, which offers flexible integration in tiny settings. Its enclosure offers easy access for parameter adjustment and field diagnostics. LED diagnostics provide quick defect discovery. Resolver input boosts rotor position dependability.
Frequently Asked Questions about SC402-C17-T4:
Q: Why does SC402-C17-T4 use resolver feedback?
A: Resolver feedback enables accurate rotor positioning and enhances reliability in speed and torque control loops during operation.
Q: Does SC402-C17-T4 support analog command input?
A: Yes, it supports a ±10 V analog input that allows speed and torque commands through external voltage-based control systems.
Q: Why is SC402-C17-T4 convection cooled only?
A: Convection cooling eliminates moving parts and suits applications with moderate heat levels, although external fans may be required for higher loads.
Q: How do SC402-C17-T4 LED indicators help diagnostics?
A: LED indicators display power status, faults, and operational mode, which aids quick troubleshooting and maintenance in field conditions.
Q: Why do SC402-C17-T4 terminals use screw connectors?
A: Screw terminals provide secure and vibration-resistant connections for both power and motor output lines in panel-mounted installations.
