B&R 3CP340.60-1 CPU MODULE

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B&R 3CP340.60-1 CPU MODULE Specification

Output Type
Digital

Working Temperature
0C to +55C

Power Supply
24 V DC power supply required

Connector Type
Detachable terminal blocks, Ethernet RJ45

Operating Temperature
0C to +55C

Cooling Method
Natural convection

Phase
Single Phase

Features
Integrated Ethernet, onboard memory, compact design, programmable with B&R Automation Studio, status LEDs

Noise Level
Low, industrial standards

Application
Industrial automation systems

Product Type
CPU Module

Input Voltage
24 V DC

Voltage Protection
Yes, integrated protection

Efficiency
High operational efficiency

Material
Industrial-grade plastic and metal

Storage Temperature
-25C to +70C

Weight
Approx. 650 g

About B&R 3CP340.60-1 CPU MODULE

The B&R 3CP340.60-1 CPU MODULE is a highly recommended and renowned choice for industrial automation systems. Buy or procure this valuable CPU module for its onboard flash memory supporting extensive user programs, efficient operation, and remarked integrated protection. Featuring 1x Ethernet, 2x USB, and 1x serial interface, it offers versatile communication options, while the compact DIN rail mounting and IP20 protection class ensure durability. Programmable via B&R Automation Studio, it supports system expansion, real-time clock, backup battery, and digital outputs, representing premium quality with reliable performance for demanding industrial environments.

Versatile Industrial Usage & Robust Construction

The B&R 3CP340.60-1 CPU MODULE is extensively used in automated manufacturing, process control, and industrial machinery due to its rugged, industrial-grade plastic and metal design. With a compact, low-noise build and IP20 protection, this module fits seamlessly into tight control panels. Its support for numerous expansion units and digital outputs ensures adaptability across a wide range of industrial applications. The modules reliability and material quality have been remarked by professionals for continuous operation in challenging environments.

Order Completion & Sample Policy with Premium FOB Terms

The B&R 3CP340.60-1 CPU MODULE is dispatched from a premium FOB port in India, ensuring swift order completion every time. For evaluation purposes, samples are available upon request; the suppliers sample policy is designed for hassle-free drop-off and assessment. Clients benefit from a smooth procurement process, from initial inquiry to final drop-off of goods. Every order is meticulously processed, ensuring the valued product reaches your site efficiently and in top condition.

FAQs of B&R 3CP340.60-1 CPU MODULE:

Q: How can the B&R 3CP340.60-1 CPU MODULE be integrated into existing automation systems?

A: Integration is straightforward due to its DIN rail mounting, detachable terminal blocks, and compatibility with B&R Automation Studio, enabling seamless connection with existing modules and industrial equipment.

Q: What are the main benefits of using the 3CP340.60-1 in industrial automation?

A: Key benefits include reliable performance, high operational efficiency, robust material construction, flexible communication interfaces, and support for I/O expansion, enhancing system scalability and data retention with backup battery support.

Q: When is procurement of samples possible for evaluation?

A: Sample units can be requested as part of the suppliers sample policy, typically coordinated prior to large-scale order placement to facilitate thorough evaluation.

Q: Where can the 3CP340.60-1 CPU MODULE be shipped from?

A: This model is shipped from a premium FOB port in India, allowing for prompt delivery and order fulfilment across various regions.

Q: What is the process for ordering the B&R 3CP340.60-1 in India?

A: The process involves contacting the supplier or trader, specifying your requirements, arranging any necessary samples if needed, and then proceeding with the purchase and shipment upon agreement.

Q: How does the integrated voltage protection enhance safety?

A: The built-in voltage protection safeguards the CPU module from electrical faults, reducing the risk of component damage and ensuring reliable long-term operation in industrial settings.

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