ABB TU811V1 3BSE013231R1 8 Channel 250V Compact Module

Operating for both:± 2 to + 70°C,

Humidity: 5% to 95% non-condensing

Channels: The TU811V1 offers up to 8 isolated channels, supporting various field signal inputs.

ModuleBus Distribution: The ModuleBus is distributed from the MTU to the I'm module and to the next MTU.

I/O Module Type: The MTU configuration is a mechanical key, the different I/O modules correspond to different types, which can be flexibly selected.

Signal termination and Distribution — The ABB TU811V1 is used as a signal termination and distribution point whereby the field wiring is terminated to the I/O modules. It supports up to 8 isolated field signals with 8 channels. The unit distributes the module bus to the I/O module and the next MTU in the system. This enables seamless communication and exchange of signaling between different segments of an industrial automation system.

Address Generation: The ABB TU811V1 will produce a correct I/O module address. It achieves this by deferring the outgoing position signals to the subsequent MTU. The address generation function is used to identify each I/O module connected to the industrial network and to facilitate communication between them. This, in turn, ensures that the control system can communicate with the appropriate modules in a complex industrial environment where humans might potentially get across the wiring of any I/O module to send data and communicate with it; miscommunication and system failures are avoided.

Mechanical Design Addendum: MTU may be designed mechanically to accommodate two I/O types. You have 36 layouts, as each key switches between six positioning positions. Despite its simplicity in mechanical design, there are many possible configurations, resulting in popularity as a standard plug-in module. The ABB TU811V1 product as such can be easily integrated into any existing or new industrial automation systems without complex software based hardware reconfigurations each time a different I/O module is used.

Power industry: Track and manage power system data to ensure safe operation.

Mining industry: track the status and parameters of production equipment to enhance efficiency, quality and security

Monitor and control reaction parameters in real time to ensure stable and safe chemical synthesis.

Water treatment industry: the monitor and control equipment and parameters ensure the quality of water and improved utilization of water resources.

Pharmaceutical Industry: track production equipment and environmental parameters to maintain the quality and safety of medicines according to standards.

Food and beverage industry: Monitor the equipment on the processing production line, collect status parameters and quality parameters to improve production efficiency and quality and meet hygiene standards.