PZ0A030FXXGCT2

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The PZ0A030FXXGCT2 servo amplifier offers a capacitance of 0.03μF, a rated voltage of 100V, and operates within a temperature range of -55°C to 125°C. As part of the PZ Super BL Servo Amplifiers series by Sanyo Denki, it features a compact 0603 package design with surface mounting and ceramic material construction.

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Product Description:

The PZ0A030FXXGCT2 is an amplifier unit designed by Sanyo Denki to provide powerful motion control in systems that rely on servo motors. It operates by continuously receiving control signals and converting them into precise motor actions. Through advanced algorithms and feedback loops, the amplifier dynamically responds to changing load conditions, ensuring consistent and accurate motor movement. This enables smoother transitions between operations and optimizes energy efficiency in motion control systems. The amplifier’s durable construction makes it a reliable drive solution in various industrial settings, adapting to diverse operating conditions with ease.

The amplifier’s 30A capacity enables it to power even heavy-duty motors. It offers an impressive balance of a compact structure with robust power capacity that enables it to function in challenging setups without significant space demands. The amplifier is designed to support high-speed rotations or heavy-duty tasks without risking overloading. This helps to maintain stable operation even under fluctuating load conditions. To ensure safety during braking or rapid deceleration, the amplifier features a built-in regenerative resistor. The resistor ensures that excess energy is safely dissipated as heat during rapid speed changes or emergency stops. This results in enhanced safety during operation, safeguarding both users and machinery from potential faults.

The PZ0A030FXXGCT2 amplifier includes a pulse resolution switchover function that can be used to efficiently adjust the resolution of incoming pulse commands. This allows the amplifier to interpret motion commands with varying levels of precision, allowing for either coarse or fine control depending on real-time operational needs. The amplifier also supports a normal/reverse switchover function, allowing users to easily change the direction of motor rotation to meet the demands of different applications.

Capacitance
0.03μF (30nF)
Material
Ceramic
Mounting Type
Surface Mount
Operating Temperature
-55°C ~ 125°C
Package / Case
0603 (1608 Metric)
Size / Dimension
1.60mm x 0.80mm
Termination
GCT
Thickness (max)
0.80mm
Tolerance
±10%
Voltage - Rated
100V

Frequently Asked Questions about PZ0A030FXXGCT2:

Q: Does the PZ0A030FXXGCT2 come with a regenerative resistor?

A: Yes, the PZ0A030FXXGCT2 includes a regenerative resistor that dissipates excess energy during braking, preventing voltage spikes and improving overall energy efficiency.

Q: What is the current capacity of the PZ0A030FXXGCT2?

A: The PZ0A030FXXGCT2 supports a current capacity of 30 A, allowing it to drive motors under demanding loads.

Q: Does the PZ0A030FXXGCT2 output timing signals for the holding brake?

A: Yes, the PZ0A030FXXGCT2 generates timing signals to control the holding brake, ensuring safe and accurate engagement and release during start-up and shutdown sequences.

Q: Can the PZ0A030FXXGCT2 switch pulse resolution settings?

A: Yes, the PZ0A030FXXGCT2 offers pulse resolution switchover, enabling users to select the appropriate resolution for either speed-focused or high-precision motion control.

Q: Is there a normal/reverse motor direction switchover on the PZ0A030FXXGCT2?

A: Yes, the PZ0A030FXXGCT2 supports normal/reverse switchover, allowing users to change motor rotation direction easily, which is useful for bidirectional motion tasks.


Internal Product Review

  • ‘‘The PZ0A030FXXGCT2 offers smooth, responsive motion control and is easy to configure via its intuitive PC interface, making it user-friendly even for complex setups. Its performance in high-speed applications is reliable, with efficient energy handling during deceleration. However, it may require careful tuning to match load-specific dynamics for optimal results.’’

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