67ZA150MXXXC04
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The Sanyo Denki 67ZA150MXXXC04 servo amplifier is part of the BL Super Servo Amplifiers series and operates at a rated voltage of 200 VAC. It features forced air cooling, optically isolated input/output, and supports analog and digital communication interfaces. The amplifier weighs approximately 2.5 kg.
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Product Description:
The 67ZA150MXXXC04 Servo Amplifier is an electronic device that supplies power to a servo motor while controlling its speed, position and torque based on input commands. It is built by Sanyo Denki and is known for efficiency, durability and advanced protection features that ensures optimal performance in industrial automation applications.
The 67ZA150MXXXC04 servo amplifier requires a 200 volts AC power supply while it supports 50 Hz and 60 Hz power supply standards which makes it suitable for global applications. It uses a fan or forced airflow to dissipate heat and ensures reliable operation under high loads. It can stop excessive current flow that could overheat or damage the device, while its Short Circuit Protection feature prevents failures due to unintended electrical connections. It also has an electrical separation between control signals and power circuits which reduces noise interference and protects control electronics. It receives control commands via analog signals such as voltage or current based control. It also includes digital signals such as pulse train commands and field base support which enables communication with industrial networks. It supports two main control methods which are Pulse train signals (used for precise position control) and Analog commands (Used for speed and torque control).
The 67ZA150MXXXC04 servo amplifier also features interface connectors such as CN1 and CN2 which are used for control signals and external encoders or sensors. This module's input terminals are R, L1, S, L2, T, L3 which connect to the 3-phase power supply while its output terminals are U, V, W which connect to the servo motor phases. The model is also featured with indicators and labels such as charge indicator, alarm and status indicator and RDY1 & RDY2 which are used to indicate that the amplifier is ready for operation.
Frequently Asked Questions about 67ZA150MXXXC04:
Q: How does optical isolation in the 67ZA150MXXXC04 Servo Amplifier improve signal integrity?
A: Optical isolation reduces electrical noise interference between control signals and power circuits, ensuring accurate command processing. This enhances system reliability in high-noise industrial environments.
Q: Why does the 67ZA150MXXXC04 Servo Amplifier use forced air cooling instead of passive cooling?
A: Forced air cooling actively dissipates heat, preventing overheating and ensuring consistent performance under high loads. This extends the amplifier’s lifespan and maintains stable motor operation.
Q: What role do CN1 and CN2 connectors play in the 67ZA150MXXXC04 Servo Amplifier?
A: These connectors interface with external encoders, control signals, and feedback devices for precise motor positioning. They ensure accurate speed, position, and torque control in industrial applications.
Q: Why does the 67ZA150MXXXC04 support both pulse train and analog command-based control?
A: This dual control flexibility allows integration into various automation systems. Pulse train ensures precise motion, while analog commands provide smoother speed and torque adjustments.
Q: How does short circuit protection enhance the safety of the 67ZA150MXXXC04 Servo Amplifier?
A: It prevents damage caused by unintended electrical connections by immediately cutting off excess current. This ensures reliable operation and protects both the amplifier and connected components.
