Mitsubishi QD75P2N

Price 25680.0 INR/ Unit

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MOQ : 1 Unit

Mitsubishi QD75P2N Specification

Frequency
50/60 Hz

Operating Temperature
0 to 55 C

Humidity
5% to 95% RH

Rated Voltage
24 V DC

Phase
Single Phase

Protection Level
IP20

Mounting Type
DIN Rail

Output Voltage
5 V DC

Efficiency
High

Input Current
0.3A

Main Material
Plastic, Metal

Processing Type
Digital

Condition
New

Function
Position Control

Application
Positioning Module for Q Series PLC

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

Power Mode
External Supply

Voltage
24 V DC

Power Consumption
4.5W

Accessories
Instruction Manual

Communication Interface
SSCNET III

Usage
Industrial Automation

Pulse Output
2-channels, Differential Line Driver

RoHS Compliance
Yes

Number of Axes
2 Axes

Model
QD75P2N

Weight
Approx. 0.2 kg

Storage Temperature
-25 to 75 °C

Compatibility
Q Series PLC Base Unit

Series
Q Series

Module Type
Positioning Module

Maximum Output Pulse Rate
4 Mpulses/s

About Mitsubishi QD75P2N

Ending Soon: Secure the acclaimed Mitsubishi QD75P2N Positioning Module at the lowest price available. Engineered for distinguished performance, this breathtaking module boasts redoubtable precision with 2 axes, SSCNET III communication, and a robust 4 Mpulses/s output. Its digital processing, high efficiency, and IP20 protection ensure reliable function in industrial automation. Designed for the Q Series PLC Base Unit, this lightweight (0.2 kg), RoHS-compliant module excels in demanding environments. Benefit from the included instruction manual, broad temperature range (-25 to 75C), and external power supply for enduring support.

Material Features and Applications

Crafted from resilient plastic and metal, the Mitsubishi QD75P2N stands out for its durability and quality material features. It integrates advanced differential line driver pulse output and delivers precise position control functions. Primarily used as a positioning module for Q Series PLC systems, this device excels in industrial automation scenarios, enduring challenging operational conditions. Its new, digital processing design ensures high accuracy and efficient performance across single-phase applications.

Supply, Logistics, and Export Markets

Mitsubishi QD75P2N modules are dispatched promptly, backed by streamlined logistics ensuring quick and secure delivery. With robust supply ability, this versatile module is available in sample quantities for evaluation purposes. It's actively exported to major international markets, including India, thanks to established supply networks and responsive customer support. Global traders and manufacturers benefit from comprehensive distribution avenues, making procurement straightforward and reliable.

FAQ's of Mitsubishi QD75P2N:

Q: How does the Mitsubishi QD75P2N improve position control in automation?

A: The QD75P2N enables precise and fast position control through its dual-channel pulse output and SSCNET III communication, enhancing automation performance and operational efficiency.

Q: What main features make the QD75P2N module distinguished in the market?

A: Its high accuracy, rapid output pulse rate (4 Mpulses/s), robust build from plastic and metal, RoHS compliance, and compatibility with Q Series PLC Base Units render it distinguished among positioning modules.

Q: When can I expect the QD75P2N to be dispatched after placing an order?

A: Once ordered, the QD75P2N modules are dispatched promptly through reliable logistics partners, ensuring quick and safe delivery to your location.

Q: Where is the Mitsubishi QD75P2N mostly used?

A: This module is mainly utilized in industrial automation systems requiring precise positioning, particularly in facilities equipped with Mitsubishi Q Series PLC units.

Q: What is the process to request a sample of Mitsubishi QD75P2N?

A: You can request samples through authorized suppliers or traders; they offer evaluation units subject to supply availability and your requirements.

Q: How does the module's protective IP20 rating benefit users?

A: The IP20 protection level safeguards the module from dust and accidental contact, contributing to device longevity and consistent performance in industrial environments.

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