Allen-Bradley 1734-MB Point I/O series mounting base

Allen-Bradley 1734-MB is a mounting base in the Point I/O series of Rockwell Automation. Here is a detailed introduction:

Product Overview: 1734-MB belongs to the 1734 Point I/O product family of scalable and compact programmable logic controller (PLC) or programmable automation controller (PAC) components. It provides mounting points for removable terminal blocks and Point I/O modules and is one of the basic components for building a Point I/O system.

Technical Specifications

Installation method: Supports DIN rail installation and can be installed horizontally or vertically in the control cabinet to ensure stable and neat installation, easy wiring and maintenance.

Physical parameters: The size is approximately 49mm×12mm×144mm, the weight is approximately 63.8 grams, the design is compact, and the control cabinet space is saved.

Working environment: The operating temperature range is -20-65℃ (-4-149℉), the storage temperature range is -40-85℃ (-40-185℉), and the relative humidity is 5%-95% without condensation. It can withstand 5g, 10-500Hz vibration and 30g shock.

Features

Modular design: As a mounting base, it provides a modular architecture foundation for the Point I/O system, allowing users to flexibly combine different types of I/O modules and terminal blocks according to actual needs to achieve customized configuration of the system.

Terminal block compatibility: It can be used with removable terminal blocks such as 1734-RTB. These terminal blocks provide connection points for field devices through built-in terminals, and the removable terminal blocks can be removed from the mounting base without removing the existing wiring, which is convenient for users to replace the mounting base or Point I/O module without wire tracing and rewiring, which helps to shorten troubleshooting time.

Mechanical keying: The mounting base has a mechanical keying function to prevent incorrect module installation, ensuring that users can correctly install various modules and improve the reliability and stability of the system.