B-R 7DO138.70 DIGITAL INPUT MODULE / DIGITAL OUTPUT MODULE

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B-R 7DO138.70 DIGITAL INPUT MODULE / DIGITAL OUTPUT MODULE Specification

Connector Type
Screw/Plug-in Terminal

Operating Temperature
0C to +55C

Application
Industrial Automation, PLC Systems

Noise Level
Low/Negligible

Current Range
0-0.5A

Working Temperature
0C to +55C

Output Current
0.5A per channel

Power Supply
24 V DC

Features
Optical Isolation, Status LEDs, Rapid Signal Processing

Cooling Method
Natural Air Cooling

Output Type
Digital

Rated Current
0.5A per output

Phase
Single Phase

Product Type
DIGITAL INPUT MODULE / DIGITAL OUTPUT MODULE

Input Voltage
24 V DC

Voltage Protection
Integrated Protection Circuit

Material
High Quality Industrial Plastic & Components

Storage Temperature
-25C to +70C

Weight
Approx. 150g

About B-R 7DO138.70 DIGITAL INPUT MODULE / DIGITAL OUTPUT MODULE

Experience first-rate performance with the B-R 7DO138.70 DIGITAL INPUT MODULE / DIGITAL OUTPUT MODULE, specially engineered for industrial automation and PLC systems. Boasting enviable channel-to-channel isolation and breathtaking response speed under 1 ms, tailor your industrial processes with 8 digital inputs and 8 digital outputs operating on 24V DC. Personalise layouts with DIN rail mounting, enjoy robust protection against short-circuit and overload, and safeguard investments with IEC 61131-2 compliance. Trust high-quality plastic construction and rapid signal processing. Grab this module during clearance and Add to Cart for enviable reliability in India.

Competitive Edge & Application Surface

B-R 7DO138.70 stands out with integrated channel isolation and swift response time, making it ideal for industrial automation and PLC system integration. Its robust construction and advanced protection ensure reliable operation on DIN rail surfaces. The module is perfect for diverse application areas, from manufacturing floors to control cabinets, providing enhanced safety and precision in digital signal processing for various industrial settings.

Supply Ability, Certification & Export Markets

Supplied across India with swift handover and reliable transport services, the B-R 7DO138.70 module meets strict charge standards and certifications, including IEC 61131-2 compliance. Our main export markets span Asia and the Middle East, ensuring top-tier modules reach global customers efficiently. Each delivery is backed by professional support and competitive pricing for large orders, establishing a trustworthy reputation within the automation industry.

FAQs of B-R 7DO138.70 DIGITAL INPUT MODULE / DIGITAL OUTPUT MODULE:

Q: How does the B-R 7DO138.70 module provide effective channel isolation?

A: The module features individual channel optical isolation and robust field separation, ensuring noise immunity and signal integrity between channels and external devices.

Q: What applications are ideal for using the B-R 7DO138.70 digital input/output module?

A: It is best suited for industrial automation, PLC system integration, manufacturing units, and environments requiring rapid, reliable digital signal management and protection.

Q: When should I consider adding this module to my PLC system?

A: Add the module when you need precise digital input/output management, high reliability, and enhanced protection for critical industrial processes, especially those compatible with B&R X20 & X67 series PLCs.

Q: Where can I mount the B-R 7DO138.70 module within industrial setups?

A: You can mount it easily on DIN rails within control cabinets, distributed panels, or automated production lines, thanks to its compact design and durable construction.

Q: What certifications and protections does this module offer?

A: The module is IEC 61131-2 compliant and features integrated short-circuit, overload, and voltage protection, ensuring safe and reliable operation in demanding environments.

Q: How does channel-to-channel isolation benefit industrial automation?

A: Channel isolation prevents interference between signals, allowing for accurate processing, greater system stability, and improved safety in high-performance automation workflows.

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