MITSUBISHI QD75P2 POSITIONING MODULE

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MITSUBISHI QD75P2 POSITIONING MODULE Specification

Working Temperature
0C to 55C

Cooling Method
Ambient air cooling

Phase
2 axes (independent control)

Noise Level
Low

Power Supply
From base unit or PLC backplane

Features
2-axis control, pulse output, multiple operating modes, high-speed interpolation, buffer memory

Connector Type
Built-in connectors for PLC rack

Output Type
Pulse Output (differential driver type)

Application
Servo and stepper motor positioning control in automation applications

Operating Temperature
0C to 55C

Product Type
QD75P2 Positioning Module

Output Frequency
200kHz Max

Input Voltage
24V DC

Voltage Protection
Built-in overvoltage and short-circuit protection

Efficiency
High precision positioning

Material
Industrial Grade Plastic & Metal

Storage Temperature
-25C to 75C

Weight
Approx. 0.3 kg

About MITSUBISHI QD75P2 POSITIONING MODULE

Take advantage of instant savings when you buy the finest MITSUBISHI QD75P2 POSITIONING MODULE online from Indias leading supplier. This masterpiece is crafted with industrial-grade plastic and metal, ensuring robust performance and long-term reliability. Remarked for its high precision, the module offers 2-axis independent control and supports diverse output pulse types. With a memory capacity of 128k steps and a maximum pulse rate of 200kpps, it is compatible with Mitsubishi Q Series PLCs. Effortlessly mount via DIN rail or rack and leverage built-in diagnostics and voltage protection for seamless operation in automation applications.

Competitive Advantages for Industrial Applications

The MITSUBISHI QD75P2 POSITIONING MODULE stands out due to its advanced 2-axis control, high-speed interpolation, and exceptional precisionmaking it the ideal choice for complex plant automation. Suitable for tasks requiring reliable servo and stepper motor positioning, it thrives in diverse industrial environments. With ambient air cooling and IP20 protection, this module excels even in demanding production settings. Its robust build allows seamless integration onto surfaces like control cabinets and automation panels.

Payment Terms, Packaging, and Export Markets

Proposal amounts are accommodated through flexible payment terms, ensuring swift order processing for customers. Each module is dispatched in secure packaging designed to protect its integrity during logistics. Main export markets include Asia, Europe, and the Middle East, with reliable shipping and tracking options available. Orders are professionally processed to meet quality standards, making international purchasing straightforward for automation professionals seeking dependable solutions.

FAQs of MITSUBISHI QD75P2 POSITIONING MODULE:

Q: How can I use the MITSUBISHI QD75P2 POSITIONING MODULE in automation projects?

A: The module enables precise servo and stepper motor control, making it perfect for high-speed positioning and interpolation tasks required in manufacturing and process automation.

Q: What PLC series is compatible with the QD75P2 module?

A: This positioning module is designed for seamless integration with Mitsubishi Q Series PLCs, allowing for simple installation and reliable performance within the system.

Q: When should I choose the QD75P2 module for my plant?

A: Select the QD75P2 when your application demands efficient multi-axis control, high pulse rates, error detection, and durable components suited for industrial automation environments.

Q: Where can the QD75P2 module be mounted in my setup?

A: The module supports flexible mounting optionsincluding DIN rail or direct rackallowing installation within control cabinets, PLC racks, or automation panels.

Q: What process is involved in order placement and logistics for export?

A: Once the proposal amount is confirmed, orders are processed promptly, and the module is securely packaged and shipped with full tracking information, ensuring smooth logistics.

Q: What are the key benefits of the MITSUBISHI QD75P2 for plant operations?

A: This module provides high-precision positioning, advanced diagnostic functions, and sturdy environmental protection, contributing to efficient and reliable automation systems.