SC403-013-T2
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The SC403-013-T2 coupling features a stainless steel construction, a bore size of 13 mm, an outer diameter of 40 mm, and accommodates angular misalignment of ±1°. Part of the SC400 Servo Drives series by Pacific Scientific, it supports a maximum torque of 110 N·m and operates efficiently at speeds up to 8500 RPM.
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Product Description:
The SC403-013-T2 Servo Drive is manufactured by Pacific Scientific for servo-based applications. It is designed for integration in control cabinets using vertical mounting. This drive confirms consistent operation under defined environmental conditions.
The SC403-013-T2 Servo Drive delivers high output power for motor control. It supports analog command input for system integration and regulation. The drive accepts analog signals to manage torque and velocity control. It uses high-frequency PWM current for servo performance improvement. The drive supports servo motors that include Pacific Scientific brushless models. It is also compatible with 3-phase permanent magnetic servo motors. This compatibility allows flexible machine-level configurations. The unit features a built-in Tachsyn processor system. It operates using a 4.0 V/Krpm tach gradient for accurate feedback. The open-frame design requires installation inside sealed control cabinets. This ensures protection from external contaminants and mechanical exposure. It should be placed in environments free of conductive materials. The air surrounding the drive must be clear of moisture and dust. This condition maintains performance and prevents premature wear or faults. The mounting is vertical to promote natural cooling by convection. The drive does not require forced-air cooling for basic thermal control. It is designed for systems that demand high accuracy and stability. Integrated safety features ensure fault detection and operational protection. It includes circuits for output fault and DC bus fault monitoring. It also detects motor overtemperature and control voltage status.
The SC400 Servo Drive SC403-013-T2 has a controller temperature protection that is built into the hardware system. These safety measures prevent damage during overload or voltage issues. The structure supports controlled torque under varying mechanical loads. The velocity control is managed using analog signal adjustments. Each control loop is optimized for precision and reliability
Frequently Asked Questions about SC403-013-T2:
Q: Why is a 4.0 V/Krpm tach gradient used in SC403-013-T2?
A: The 4.0 V/Krpm gradient ensures accurate velocity feedback, enhancing the drive's precision in speed regulation for servo motor applications.
Q: How does the high-frequency PWM benefit SC403-013-T2?
A: The high-frequency PWM improves motor smoothness and reduces audible noise, which is crucial in noise-sensitive automation environments.
Q: What role does the built-in Tachsyn processor play in SC403-013-T2?
A: The Tachsyn processor provides high-resolution feedback for closed-loop control, enabling tighter velocity and torque regulation.
Q: What does the output fault monitoring circuit do in SC403-013-T2?
A: The circuit actively scans for anomalies in the motor output stage, allowing quick shutdown in the event of abnormal current draw.
Q: How does the control voltage status detection work in SC403-013-T2?
A: The system continuously checks input control voltage stability, preventing erratic operation during power supply inconsistencies in the SC403-013-T2 drive.
