Mitsubishi Q612B

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Mitsubishi Q612B Specification

Operating Temperature
0-55C

Rated Voltage
24V DC

Phase
Single

Efficiency
High

Humidity
5-95% RH, Non-Condensing

Protection Level
IP20

Mounting Type
DIN Rail Mounting

Frequency
DC

Input Current
7mA/point (24V DC)

Main Material
Plastic Housing

Processing Type
Digital

Condition
New

Function
Input Module

Application
PLC Automation Systems

Dimension (L*W*H)
90mm x 25mm x 98mm

Power Mode
External Power Supply

Voltage
24V DC

Power Consumption
Low Power Consumption

Accessories
None Included

Weight
0.13 kg

Storage Temperature
-25 to +75°C

Response Time
Less than 10 ms

Isolation
Photocoupler

Model Number
Q612B

Series
Q Series

Input Type
Sink or Source

Terminal Type
Screw Terminal

Color
Grey

Communication Interface
Standard PLC Bus

Number of Input Points
16 points

Manufacturer Country
Japan

About Mitsubishi Q612B

Jump on this Last Chance to own the grandiose Mitsubishi Q612B Input Module, model Q612B, revered for its lofty performance in PLC automation systems. Crafted in Japan with a polished exterior in grey, it boasts 16 input points, adopts sink or source input types, and features advanced photocoupler isolation. With swift response times under 10 ms and high efficiency, it suits demanding industrial use. The screw terminal connection and robust plastic housing ensure reliability. Order today from India's trusted exporter, manufacturer, and supplier!

Versatile Use and Specific Applications for Mitsubishi Q612B

The Mitsubishi Q612B Input Module seamlessly integrates with PLC automation systems for both general and specific industrial purposes. Its straightforward DIN rail mounting accommodates digital input processing, making direction of use simple for installers. As a versatile addition, it enhances various automation setups beyond standard applications, catering to sectors needing reliable and high-speed data collection. Designed for ease of use, the module supports flexible configurations suited to dynamic operational environments.

Certified Quality, Dependable Supply & Seamless Logistics

Mitsubishi Q612B comes with industry certifications that ensure consistent performance and safety standards. The supply ability remains robust, with logistics managed to streamline stock movement and nationwide handover. Serving India's main domestic market, the supplier offers prompt quotations and timely deliveries; every module reaches its destination efficiently and securely. The trading process is supported by transparent communication, making Mitsubishi Q612B a reliable choice for businesses seeking quality and trust in automation components.

FAQ's of Mitsubishi Q612B:

Q: How can the Mitsubishi Q612B Input Module be installed in a PLC automation system?

A: The Mitsubishi Q612B is designed for easy DIN rail mounting, using screw terminals for secure and straightforward wiring within standard PLC bus communications.

Q: What are the benefits of photocoupler isolation in the Q612B module?

A: Photocoupler isolation efficiently safeguards internal circuitry from voltage spikes and electrical noise, ensuring reliable signal processing and extended module lifespan.

Q: Where is the Mitsubishi Q612B manufactured and supplied?

A: The Mitsubishi Q612B is manufactured in Japan and supplied by leading exporters, manufacturers, and traders throughout India, ensuring top-tier quality and local support.

Q: When should I consider using the Mitsubishi Q612B for my automation needs?

A: You should consider using the Q612B when you require high efficiency, low power consumption, and rapid response for digital input processing in demanding automation environments.

Q: What is the process for obtaining a quotation and logistics support for the Q612B?

A: To receive a quotation, contact the supplier or distributor. Logistics and handover are coordinated to provide timely and secure delivery nationwide, tailored to your business needs.

Q: How does the Q612B's low power consumption benefit operational efficiency?

A: Its low power consumption minimizes energy costs and reduces heat output, contributing to greater system efficiency and lower long-term operating expenses.

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