PB2D003R1UG
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The PB2D003R1UG servo driver operates within an ambient temperature range of 0 to +55°C, provides dielectric strength of 1100 VAC, features an insulation resistance of 5 MΩ or more at 500 VDC, and has selectable command resolution up to 10000 pulses/rev. Designed for the PB SANMOTION Servo Drivers by Sanyo Denki, it is rated for Class III protection.
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Product Description:
Sanyo Denki products are widely used across various industrial automation sectors. One of their specialized models is the PB2D003R1UG identified as a PB SANMOTION Servo Driver. This servo driver is used in motion control systems where accuracy and reliable performance are essential. To handle physical stress this servo driver is designed with impact resistance of 20 m/s².
The PB2D003R1UG PB SANMOTION Servo Driver supports a 24VDC input power supply with a main circuit current of approximately 3A and a control current of 0.5A which ensures that both motor power and control logic receive stable input for reliable performance. This servo driver comes equipped with RS-485 and parallel I/O interface options which provide flexibility for system integration and allow seamless communication. The servo driver includes a built in holding brake control function that maintains motor position during power interruptions or stops. The PB2D003R1UG PB SANMOTION Servo Driver is designed to operate in the temperature range of 0 to +55°C according to its specifications. The storage temperature range of the servo driver extends from -20 to +70°C that makes it suitable for varied environmental conditions. The servo driver shows a dielectric strength rating of 1100 VAC for one minute which ensures insulation safety in electrically sensitive systems. The insulation resistance is tested at 500 VDC to protect against potential short circuits.
The PB2D003R1UG PB SANMOTION Servo Driver can be organized using four M3 holes and supports installation in restricted spaces. It observes with Class III protection standards for safe and efficient usage in various applications. The servo driver also passes vibration resistance tests at 5 m/s² across a frequency range of 10 to 55 Hz for two hours on each axis.
Frequently Asked Questions about PB2D003R1UG:
Q: What advantages does the RS-485 interface offer in the PB2D003R1UG?
A: RS-485 enables long-distance, noise-resistant communication ideal for industrial settings. This ensures the servo driver maintains data integrity even in electromagnetically noisy environments.
Q: How does the PB2D003R1UG achieve motor holding during a power loss?
A: The built-in holding brake control locks motor position upon power failure. This prevents drift or mechanical error in suspended or static operations.
Q: Why is insulation resistance tested at 500 VDC in this model?
A: It confirms that the insulation can withstand potential voltage spikes or surges. This prevents short circuits and extends servo driver life.
Q: How does Class III protection help the PB2D003R1UG in industrial use?
A: It ensures safe operation in low-voltage circuits under strict safety protocols. This classification supports high reliability in precision automation.
Q: How do the four M3 holes improve the mounting process?
A: They enable fixed, vibration-proof installation even in confined panel setups. This enhances long-term physical stability in moving systems.
