MITSUBISHI Output Module QY82P

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MITSUBISHI Output Module QY82P Specification

Humidity %
5% to 95% RH (non-condensing)

Operating Temperature
0C to +55C

Surface Finish
Matte

IP Rating
IP20

Overheating Protection
YES

Feature
High-speed response, Compact design

Shape
Rectangular

Connector Type
40-pin Connector

Insulation Material
PVC, Epoxy Resin

Mounting Type
DIN Rail Mount

Product Type
Output Module

Application
Industrial Automation, PLC System

Protection Level
Overload, Short Circuit

Frequency (MHz)
50/60 Hz

Rated Voltage
24V DC

Energy Consumption
Max 3.5 W

Output Type
Transistor (Sink) Output

Color
Black

Dimension (L*W*H)
90mm x 18.5mm x 75mm

Weight
0.15 kg

Phase
Single Phase

Input Voltage
Not Applicable (Output Module)

Size
Standard Mitsubishi Q Series

Connection Type
Screw Terminal Block

Material
Plastic, Electronic Components

About MITSUBISHI Output Module QY82P

Highlighted as a transcendent choice for industrial automation, the MITSUBISHI Output Module QY82P offers commanding performance in PLC systems. With a famed reputation for reliability, this module features 16 output points and a high-speed response time of just 0.5 ms. The overload and short-circuit protection, LED status indicators, and robust vibration and shock resistance ensure peace of mind in demanding settings. Its compact and matte-finished design fits seamlessly into standard Mitsubishi Q Series racks. Shop now and benefit from this premier offering for your automation needs!

Special Features, Applications & Installation Methods

Famed for its compact structure and high-speed response, the MITSUBISHI QY82P Output Module is ideal for integrating into PLC-controlled industrial environments. With surface-mountable DIN rail compatibility, the module facilitates seamless installation in automation panels. Its robust featurescommanding overload protection and photocoupler isolationmake it a top pick for industries demanding reliable signal output and protection. This module is primarily used for process automation, factory systems, and digital signal distribution in commercial and manufacturing sectors.

Sample Policy, Payment Options & Supply Chain Efficiency

Customers are offered sample availability with express shipping options, ensuring swift arrival for evaluation. Flexible payment terms make transaction handling convenient, while our dependable supply ability guarantees consistent stock levels. Businesses across India benefit from fast delivery and smooth procurement workflow. Our reliable trader network supports prompt dispatch, so clients can count on timely arrival and quick replenishment of Mitsubishi Output Module QY82P units for their automation projects.

FAQs of MITSUBISHI Output Module QY82P:

Q: How is the MITSUBISHI Output Module QY82P typically installed in an automation system?

A: The QY82P Output Module is designed for DIN rail mounting and features a screw terminal block and 40-pin connector, making installation into standard Mitsubishi Q Series racks straightforward and secure.

Q: What application areas benefit most from using the QY82P Output Module?

A: Industries involved in process automation, manufacturing lines, and PLC-controlled commercial systems benefit greatly from its high-speed response, overload protection, and reliable performance under varied environmental conditions.

Q: What special features ensure reliable operation of the QY82P Output Module?

A: Special features such as overload and short-circuit protection, individual LED status indicators for each channel, and robust vibration/shock resistance ensure stable and secure operation even in harsh industrial environments.

Q: Where can I request a sample of the MITSUBISHI Output Module QY82P?

A: Samples can be requested through authorized suppliers and traders in India. Express shipping is available to expedite the evaluation and arrival process.

Q: What are the commercial advantages of using this module in a PLC system?

A: The QY82P provides a compact, energy-efficient solution with high-speed switching and reliable output, leading to efficient production cycles and minimized downtime in complex automation projects.

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