SC103010Y4
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The SC103010Y4, part of Pacific Scientific's SC100 Brushless Servo Controllers series, operates on 3 input phases with a nominal bus voltage of 320 VDC. It delivers an impressive peak output power of 9 kW and supports continuous output power of 4.5 kW. The unit weighs 16 pounds and operates at a switching frequency of 5 kHz.
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Product Description:
The SC103010Y4 Servo Controller is a product of Pacific Scientific which offers a compact design with a form factor of less than 1.01 that ensures space efficiency in electrical panels and it allows velocity offset that is adjustable to zero which provides flexibility in tuning motor control.
The SC103010Y4 controller supports velocity input command in ±10 V bidirectional or 4–20 mA unidirectional format that is selectable using a jumper and its torque or current limit is set using a potentiometer that ranges from 10% to 100% which helps in controlling the maximum motor torque. This servo module voltage monitor provides ±7.5 V feedback that corresponds to the full output voltage level for real-time diagnostics and it also features a fault output that operates through a 24 VDC 250 mA relay contact that opens on fault detection to ensure safe shutdown. It provides a continuous stall output current of 15 A that supports sustained torque without thermal overload and is able to manage a continuous stall output power of 4.5 kW that allows compatibility with high-performance servo motors. It has 30 watts of continuous shunt regulator which assist in absorbing regenerative energy and maintaining bus voltage stability and it is designed to function with a 3 phase input that ensures balanced power delivery and improved performance.
This SC103010Y4 Servo Controller bus voltage is maintained at a nominal 320 VDC that ensures consistent voltage supply for efficient motor operation and makes it suitable for integration into industrial automation systems where precise motor control is required. Its input and output capabilities support integration with standard control systems that require accurate velocity and torque management which makes it a suitable choice for OEMs and system integrators looking for dependable servo control.
Frequently Asked Questions about SC103010Y4:
Q: Why is the velocity offset adjustment to zero useful in the SC103010Y4 Servo Controller?
A: It enables fine-tuning of the motor's resting position. This improves system accuracy in applications requiring zero-speed stability.
Q: How does the jumper-selectable input benefit the SC103010Y4 Servo Controller operation?
A: It allows switching between voltage and current input modes. This makes the controller adaptable to different control systems without hardware modification.
Q: What is the purpose of the torque limit potentiometer in SC103010Y4?
A: It helps regulate the maximum current sent to the motor. This protects the motor and drive system from overload conditions.
Q: Why is a ±7.5 V voltage monitor provided on the SC103010Y4 Servo Controller?
A: It allows real-time monitoring of the output voltage levels. This feature helps in quick diagnostics and system verification.
Q: How does the 24 VDC fault output in SC103010Y4 enhance system safety?
A: It provides an open relay contact on fault detection. This allows easy interfacing with external emergency shutdown systems.
