Details
GIDINGS&LEWIS M.1302.8416 servo drive
Product manual:
Product Overview
GIDINGS&LEWIS M.1302.8416 servo drive is a high-performance single axis servo drive module designed specifically for CNC machine tools and industrial automation systems.
This driver can accurately control AC or brushless DC servo motors, achieving closed-loop control of position, speed, and torque.
M. The 1302.8416 driver exhibits excellent performance in high dynamic response, stability, and reliability, and is a key execution component in G&L servo control systems.
Technical parameters (typical)
Number of control axes: single axis servo drive
Input power supply: three-phase AC industrial power supply (typical 220V/380V/460V)
Output capability: Driven by medium to high power servo motors, stable current output
Control modes: position control, speed control, torque control
Feedback interface: Supports incremental encoders, high-resolution parsers, and closed-loop control
Communication interface: high-speed data exchange with G&L controller or upper system
Protection function: overvoltage, undervoltage, overcurrent, overheating, short circuit, and encoder fault protection
Cooling method: air cooling or natural cooling
Response characteristics: Fast dynamic response, meeting the requirements of frequent start stop and high-speed acceleration and deceleration
Application scenarios
CNC machine tool
Control the spindle or feed axis to achieve high-speed cutting, precision machining, and automatic tool changing operations.
Multi axis automated assembly system
Drive robot joints or multi axis workstations to ensure precise synchronization of complex movements.
High speed packaging and printing equipment
Control feeding, cutting, packaging, or printing heads to achieve high tempo and high-precision movements.
textile machinery
Drive the winding machine, feeding device, and tension control system to improve the stability of the production process.
Research and Testing Platform
Support multi axis servo test benches and dynamic testing equipment to achieve high-precision experimental motion control.
Special processing equipment
Drive special process equipment such as cutting, drilling, and spraying to achieve stable and high-precision operation.
Product details picture:

M.1302.8416
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