MITSUBISHI PROFIBUS MASTER MODULE QJ71PB92V

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MITSUBISHI PROFIBUS MASTER MODULE QJ71PB92V Specification

Feature
Supports DP-V1 protocol, Diagnostic LED, Hot Swap Capability

Operating Temperature
0C to 55C

IP Rating
IP20

Surface Finish
Matte

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

Mounting Type
DIN Rail Mounting

Shape
Rectangular

Overheating Protection
NO

Connector Type
D-Sub 9-pin; Terminal Block

Insulation Material
Plastic

Efficiency
High Communication Reliability

Product Type
PROFIBUS Master Module

Application
Industrial Automation, Communication Interface with PROFIBUS Network

Protection Level
Standard

Frequency (MHz)
12 Mbps (Maximum Baud Rate)

Rated Voltage
5V DC (supplied from base unit)

Energy Consumption
2.5W

Output Type
Digital Communication

Color
Black

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

Weight
0.2 kg

Size
Standard Q Series Module Size

Input Voltage
5V DC

Connection Type
Terminal Block, PROFIBUS D-Sub (9-pin)

Material
Plastic, Metal

About MITSUBISHI PROFIBUS MASTER MODULE QJ71PB92V

The MITSUBISHI PROFIBUS Master Module QJ71PB92V stands as a triumphant and praiseworthy solution for industrial automation. Renowned for favorable reviews among leading engineers, this venerable module offers robust communication via the PROFIBUS-DP protocol. Supporting up to 125 stations and functioning seamlessly with GX Configurator-DP, it ensures high reliability at the lowest price. With features like diagnostic LEDs, hot-swap capability, and a durable matte finish, this digital communication module delivers stellar efficiency and trusted performance. Buy from Indias trusted supplier/trader for assured quality and value.

Versatile Applications & Commercial Uses

The MITSUBISHI QJ71PB92V PROFIBUS Master Module is extensively used in various sectors, including manufacturing plants, automotive assembly lines, and process industries. Its ability to manage high-speed and reliable communication makes it ideal for system integration, remote control, and real-time data acquisition. The modules compatibility with diverse equipment through PROFIBUS-DP protocol enhances operational efficiency and supports multiple commercial and industrial automation requirements, making it a favored component for enhancing productivity in demanding environments.

FOB Port, Supply Capability, and Payment Terms

We offer the MITSUBISHI QJ71PB92V with a commitment to quick dispatch from major Indian FOB ports. With strong supply ability, we ensure timely deliveries to meet your operational schedules. Buyers can take advantage of flexible payment terms designed for convenience and security. Our comprehensive service guarantees a seamless buying process, efficient logistics, and responsive support for all procurement needs, making us a reliable trading partner for industrial automation components.

FAQs of MITSUBISHI PROFIBUS MASTER MODULE QJ71PB92V:

Q: How does the QJ71PB92V module facilitate communication in industrial automation?

A: The QJ71PB92V module uses the PROFIBUS-DP protocol to connect multiple devices and controllers, offering high-speed, reliable data exchange across industrial automation systems.

Q: What are the main usage applications for the Mitsubishi QJ71PB92V?

A: It is primarily used in manufacturing plants, process industries, and automotive assembly lines for system integration, device control, and real-time data acquisition through efficient communication interfaces.

Q: When should I consider using this PROFIBUS master module in my system?

A: This module is ideal when you need to connect up to 125 stations with high communication reliability and require features such as diagnostic LEDs, hot swapping, and integration with the GX Configurator-DP software.

Q: Where can I purchase the QJ71PB92V PROFIBUS Module in India?

A: You can buy the Mitsubishi QJ71PB92V from authorized suppliers and traders specializing in industrial automation products across India.

Q: What are the benefits of the modules hot swap capability?

A: The hot swap capability allows you to replace or install the module without shutting down the system, minimizing downtime and improving operational efficiency.

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