Home B & R Automation System 2010 Series 2EX301.5

2EX301.5

Name: 2EX301.5
Brand: B & R Automation
Price: 252 USD
Availability: InStock
Rating: 4.6 (17 reviews)

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The B&R 2EX301.5 Expansion Slave Module, designed for the B&R System 2010 and released in 2010, plays a crucial role in enhancing the scalability and efficiency of industrial automation systems by segmenting the I/O bus. This segmentation allows for better management and expansion of I/O modules, facilitating seamless integration with an expansion master.

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Description
Specs
FAQ

Product Description

To efficiently manage power, the B&R 2EX301.5 Expansion Slave Module is made for the B&R System 2010 to divide the I/O bus into segments, achieving better scalability and efficiency in industrial automation. This 2010-released module allows an expansion master to easily interact with other I/O modules through seamless integration.

Moreover, this module presents one interface for connecting with an expansion master and uses two types of expansion cables: 1 meter (model number: 0G0010.00-090) and 2 meters (model number: 0G0012.00-090). The main function of the 2EX301.5 is transmitting data reliably over long distances within an automation setup. Only consuming a maximum power of 3 W, it can save energy, making it applicable in various industrial environments. In terms of size, this module measures height, width and depth = 285 mm, 40 mm and 185 mm, respectively, thereby making it compact enough to fit easily in any existing system without much hassle. BP202 is used as a base plate module for supporting stable installation and operation on this expansion slave.

BCD number dialing manages addressing for the module, setting the tens position module address by ten steps, thus ensuring non-interference between different bus segment addresses while displaying the start address on a seven-segment display so that it can be easily identified.

2EX301.5 Technical Specifications

Model Number:	2EX301.5
Interfaces:	1 (to connect an expansion master)
Interfaces:	1 (to connect an expansion master)
Manufacturer:	B&R
C-UL-US Listed:	Yes
Module Type:	I/O module
Base plate Module:	BP202
Transfer Media:	Expansion cable, 1 m Model number: 0G0010.00-090, 2 m Model number: 0G0012.00-090
Power Consumption:	Max. 3 W
Dimensions (H, W, D) [mm]:	285, 40, 185

Frequently Asked Questions about 2EX301.5

Q: What is the purpose of the B&R 2EX301.5 Expansion Slave Module in industrial automation?

A: The module is designed to segment the I/O bus effectively within the B&R System 2010, enhancing scalability and efficiency. It allows an expansion master to integrate seamlessly with other I/O modules, facilitating reliable data transmission over long distances in automation setups.

Q: How does the B&R 2EX301.5 manage module addressing and integration with expansion masters?

A: The module uses BCD number dialing to set module addresses in ten-step increments for the tens position, ensuring that addresses between different bus segments do not interfere. Module addresses are displayed on a seven-segment display for easy identification during setup.

Q: What are the power consumption and energy efficiency features of the B&R 2EX301.5 module?

A: The module consumes a maximum of 3 watts, making it energy-efficient and suitable for various industrial environments. This low power consumption contributes to reducing operational costs and environmental impact.

Q: What is the addressing system used by the B&R 2EX301.5 Expansion Slave Module?

A: The module employs BCD (Binary-Coded Decimal) number dialing for setting module addresses. It allows setting the tens position module address in ten-step increments, ensuring clear and non-interfering addressing across different bus segments.

Q: Which base plate module is compatible with the B&R 2EX301.5, and how is it installed?

A: The module is compatible with BP202 as a base plate module, providing stable installation and operational support. Its compact dimensions (285 mm _ 40 mm _ 185 mm) facilitate easy integration into existing systems without extensive modifications.