PZ1A050WP2D501
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The Sanyo Denki PZ1A050WP2D501 servo amplifier, part of the PZ Super BL Servo Amplifiers series, features a rated input voltage of 200 VAC. It offers overload and short-circuit protection, and supports external control interfaces. Designed for panel mounting, it operates efficiently within a temperature range of 0°C to 50°C.
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Product Description:
The PZ1A050WP2D501 Servo Amplifier supports efficient operation with precise motor management. This amplifier ensures consistent and safe performance. It is part of a broader servo solution range tailored for industrial automation and motion control applications.
This Sanyo Denki PZ1A050WP2D501 servo amplifier supports CAN and RS-485 serial communication protocols for integration with industrial automation systems. It incorporates an internal regenerative processing system that includes a built in regenerative resistor and circuitry designed to dissipate surplus kinetic energy generated during motor deceleration thereby preventing overvoltage conditions on the DC bus. This amplifier features an integrated vibration suppression mechanism that minimizes oscillations during operation. It supports a dynamic braking function which rapidly dissipates motor generated energy through a braking resistor. This enables controlled deceleration during emergency stops and abrupt motion terminations. This servo amplifier features an electronic gearing function that allows the user to define the positional displacement per input pulse by configuring internal parameters. The electronic gear ratio is adjustable via software and determines the relationship between the input command pulse count and the motor's rotational or linear output. This configuration enables changes in movement resolution or travel distance per pulse without altering the physical mechanical gear ratio.
This PZ1A050WP2D501 servo amplifier features a dedicated holding brake excitation timing output which activates the brake before the motor loses torque during power off. This prevents unintentional vertical axis (gravity shaft) descent. It also integrates a rush current prevention mechanism to avoid inrush current damage during startup and a discharge circuit to dissipate regenerated energy. This servo amplifier includes an alarm trace function that logs the most recent seven alarm events in non volatile memory. These alarm records including error codes and timestamps can be accessed via the remote operator interface for diagnostic and troubleshooting purposes.
Frequently Asked Questions about PZ1A050WP2D501:
Q: Can the PZ1A050WP2D501 handle fast deceleration without risking system damage?
A: Yes, the PZ1A050WP2D501 includes a dynamic braking function with a built in braking resistor. It ensures safe controlled deceleration during emergency stops or abrupt shutdowns.
Q: How does the PZ1A050WP2D501 prevent vertical load drop during power loss?
A: This model features holding brake excitation timing output to activate the brake before motor torque disappears. It avoids vertical axis descent in gravity loaded applications.
Q: Will the PZ1A050WP2D501 support multiple network protocols in my automation system?
A: It supports both CAN and RS-485 serial communication protocols for flexible integration. This allows stable communication with a wide range of industrial controllers.
Q: Can I change the motion resolution without modifying the mechanical setup on PZ1A050WP2D501?
A: The amplifier has electronic gearing that adjusts positional displacement per input pulse. You can set gear ratios through software without touching the physical gear train.
Q: How can I track and diagnose system faults in the PZ1A050WP2D501 quickly?
A: It includes an alarm trace feature that logs the last seven alarms with error codes and timestamps. Users can access them remotely for fast troubleshooting.
