GIDINGS&LEWIS 501-03438-00 AC Input Board

Brand:GIDDINGS & LEWIS
Model:501-03438-00
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

GIDINGS&LEWIS 501-03438-00 AC Input Board

Product manual:

GIDINGS&LEWIS 501-03438-00 AC Input Board
Product Overview

Giddings&Lewis 501-03438-00 AC input board is a power interface module used for CNC machine tools and industrial automation systems.
Technical Features

AC power access: Supports multiple AC power inputs, distributed to different control units.

Signal monitoring: Provide voltage and current status monitoring to ensure the safe operation of the system.

Overload protection: It has short-circuit and overload protection functions to improve equipment safety.

Modular design: Can be installed in a rack or electrical control cabinet for easy maintenance and replacement.

Industrial adaptability: anti-interference, high temperature resistance, vibration resistance, suitable for heavy-duty machine tool environments.

Application field

CNC boring and milling machines
Provide stable AC power supply for the control system and servo drive module to achieve reliable operation.

Vertical lathe and milling composite center
Manage the power supply of the main control board, I/O modules, and actuators to ensure coordinated actions of multiple axes.

Automatic production line
As the AC input interface for each unit of the production line, it enables centralized power supply and monitoring.

Machine tool transformation and upgrading
In the numerical control transformation of old equipment, it is used to improve power management and enhance power supply safety.

System maintenance and security monitoring
Real time monitoring of the power status of the machine tool to prevent overload, short circuit, and abnormal voltage.

Product advantages

Stable and reliable: Ensure stable supply of AC power and improve the reliability of system operation.

High safety: Overload, short circuit protection, and power monitoring reduce the risk of failure.

Convenient maintenance: Modular installation design, supporting quick replacement and upgrade.

Strong adaptability: suitable for long-term operation in industrial environments, resistant to vibration and interference.

Improve efficiency: stabilize power supply, reduce downtime, and enhance machine tool efficiency.