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GIDINGS&LEWIS M.1017.3774 Stepper Driver

Brand:GIDDINGS & LEWIS
Model:M.1017.3774
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 M.1017.3774 Stepper Driver

Product manual:

Product Overview

M. 1017.3774 is a stepper driver module from GIDINGS&LEWIS, designed specifically for industrial equipment that requires precise stepper control. It directly controls the angular displacement of the stepper motor through pulse signals, achieving simple and repeatable positioning operations.

Technical Features

Open loop drive design: Accurate step control can be achieved without the need for an external encoder, reducing system complexity.

Pulse control input: compatible with standard step pulse signals to achieve digital motion control.

Microstep driving function: supports subdivision of steps, improves motion smoothness and positioning accuracy.

Overcurrent and Overheat Protection: Ensure safe operation of the driver and motor under high load conditions.

Compact modularity: occupying small space, easy to install inside control cabinets or machine tools.

Application scenarios

Small precision positioning equipment

Suitable for repetitive positioning control of precision assembly machines, measurement platforms, or small conveyors.

Automatic production line

Reliable step-by-step action control of clamping devices, handling mechanisms, or sorting systems.

Low speed high-precision machining

In scenarios such as drilling, carving, and screw drive, achieve stable stepping and repeated positioning.

Laboratory Automation and Testing Equipment

Accurately move the experimental platform or testing tool to achieve repeated experiments and measurement operations.

Product advantages

High positioning accuracy: The micro step driving mode can achieve smoother motion and higher repeatability accuracy.

Easy to operate: Open loop control reduces the difficulty of system debugging and maintenance costs.

Stable and reliable: Industrial grade design, suitable for high temperature, high humidity, and vibration environments.

Economic efficiency: Reliable positioning can be achieved without closed-loop feedback, with lower costs than servo systems.

Flexible integration: The small size design makes it easy to combine with various stepper motors and controllers.

Product details picture:

M.1017.3774

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