MITSUBISHI PLC A1SD75M2

Get a Price/Quote

MITSUBISHI PLC A1SD75M2 Specification

IP Rating
IP20

Mounting Type
DIN Rail Mounting

Shape
Rectangular

Efficiency
High

Feature
High-speed positioning, Multi-axis control

Humidity %
10% to 90% RH (non-condensing)

Surface Finish
Matte

Insulation Material
Plastic

Operating Temperature
0C to 55C

Connector Type
Screw Terminal

Overheating Protection
NO

Product Type
Positioning Module

Application
Industrial Automation, Motion Control

Protection Level
Standard

Frequency (MHz)
50/60 Hz

Rated Voltage
24V DC

Energy Consumption
Approx. 5 W

Output Type
Pulse Train Output

Color
Black / Gray

Dimension (L*W*H)
98 x 27.4 x 90 mm

Weight
0.65 kg

Input Voltage
5V DC / 24V DC

Size
Standard Module Size

Phase
Single Phase / Three Phase (depends on system)

Connection Type
Terminal Block

Material
Plastic, Metal

Pulse Output Max Frequency
1 MHz

Module Type
Simple Motion Positioning Module

Storage Temperature
-25C to 75C

Controllable Axis
2 Axes

Communication Interface
Dedicated Backplane Bus

Position Detection
Incremental Encoder

RoHS Compliance
Yes

Compatible PLC
Mitsubishi MELSEC AnA Series

Series
A1SD75M2

Step Motor/Servo
Supported

About MITSUBISHI PLC A1SD75M2

The MITSUBISHI PLC A1SD75M2 is an affordable and venerable solution for your automation needs. Recognized for its high value, this module provides precise multi-axis control, making it perfect for industrial motion applications. With two controllable axes and a pulse output frequency of up to 1 MHz, it ensures reliable high-speed positioning. The A1SD75M2 is engineered for the finest motion accuracy, compatible with Mitsubishi MELSEC AnA Series, and crafted from robust materials. Its standard module size suits a wide range of setups, ensuring ease of integration and lasting performance.

Versatile Application for Industrial Automation

The MITSUBISHI PLC A1SD75M2 is designed for a range of surface types and application scenarios, making it an ideal choice for motion control in various industries. Its robust build and precise positioning make it suitable for installation on DIN rails in factory automation lines, machinery, and processing equipment. Specifically, its used for incremental encoder feedback, high-speed stepper or servo motor control, and seamless integration in automated systems demanding high efficiency and reliability.

Export Markets, Shipping & Availability Policies

Serving international markets, the MITSUBISHI PLC A1SD75M2 is supplied to regions including Asia, Europe, and the Middle East. Stock is ready for quick dispatch from major FOB ports, ensuring efficient transport services and reliable logistics. Each unit is packaged securely to guarantee its safety during transit. Sample policies are flexible, allowing clients to evaluate quality and performance before bulk orders, further emphasizing prompt service and customer-centric support.

FAQs of MITSUBISHI PLC A1SD75M2:

Q: How does the MITSUBISHI PLC A1SD75M2 support motion control in industrial automation systems?

A: The A1SD75M2 offers high-speed multi-axis positioning using pulse trains, making it effective for controlling stepper and servo motors in automation lines, assembly machines, and processing equipment.

Q: What types of encoders and motors can be used with this module?

A: This module supports incremental encoders and is compatible with both step motors and servo systems, providing adaptability for various industrial motion requirements.

Q: Where can the A1SD75M2 be installed within an automation setup?

A: The module is designed for DIN rail mounting within control panels, making it suitable for installation in standard industrial environments that require space-efficient components.

Q: What makes the A1SD75M2 a valuable choice for automation projects?

A: Its balance of affordable pricing, high positioning precision, RoHS compliance, and compatibility with the MELSEC AnA Series PLCs offer users exceptional value and proven reliability.

Q: Does the product include any overheating protection features?

A: No, the A1SD75M2 does not include built-in overheating protection, so it should be installed within equipment that provides proper ventilation and operates within specified temperature ranges.

Tell us about your requirement