SC754B-001-02
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The SC754B-001-02 server chassis is made from cold rolled steel, features a black powder coat finish, has dimensions of 19\" x 7\" x 25.6\", and supports up to 6 hot-swap SAS/SATA drive bays. Part of the SC750 Servo Drives by Pacific Scientific, it includes 7 full-height expansion slots for versatile hardware integration.
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Product Description:
The SC754B-001-02 servo drive can be used in both single-phase and three-phase systems. It is a strong and flexible device. High efficiency and dependable operation in motion control systems are made possible by its high-tech features. This drive is designed for uses that need accurate feedback and smooth operation with different power sources.
With an input frequency range of 47 to 63 Hz, it can be used in a lot of different industry and commercial situations. The SC754B-001-02 is a servo drive by Pacific Scientific made for industrial automation systems that need precise control. It provides a bus voltage of 320 Vdc when powered by a 240 Vac input and 160 Vdc when powered by a 120 Vac input. Also, it needs 18 Arms of bus power to work properly. This leads to motion control that is very precise. The drive can handle a peak current of 30 A for up to 5 seconds and a stall current of 15 A all the time. A 14-bit RDC resolver with a resolution of 4096 ppr makes it possible for this servo drive to have very accurate position control. The drive gives off 9 kW of power at its peak and 4.5 kW of power all the time in a three-phase system with 230 Vac. This makes it a great choice for demanding tasks, even at 50°C.
This makes it easy for the system to handle extra energy and keep power changes stable. The shunt regulator in the SC754B-001-02 servo drive can handle up to 20 kW of peak power. When precise control of position is required, the position controller shines. It maintains its reliability while performing continually.
Frequently Asked Questions about SC754B-001-02:
Q: How does SC754B-001-02 handle peak power?
A: It delivers 9 kW peak power for 5 seconds. This is ideal for high-demand operations that require short-term power surges.
Q: What is the benefit of a 320 Vdc bus voltage?
A: The 320 Vdc bus voltage allows for efficient power transmission with 240 Vac input. It ensures stable operation under varying conditions.
Q: Why does SC754B-001-02 have a peak current of 30 A?
A: The 30 A peak current supports high-performance output during short periods. This feature ensures robust operation for demanding applications.
Q: Do I need 18 Arms bus current for SC754B-001-02?
A: Yes, it requires 18 Arms of bus current. This current rating is necessary for stable performance and efficient energy transfer.
Q: How does SC754B-001-02 manage excess power?
A: It includes a 20 kW peak shunt regulator. This feature helps manage power surges and stabilize the system's performance.