

856T-B24LC | Allen-Bradley IO Link Communication Module
- Regular price
- $502.00
- Sale price
- $502.00
- Regular price
-
Couldn't load pickup availability
Do you need help?

Product Description P/N: 856T-B24LC
Description
The 856T-B24LC by Allen-Bradley is an IO-Link Communication Module designed to provide reliable and efficient communication between field devices and control systems. Featuring a 5-pin M12 connector and operating at 24V DC, this module offers seamless integration for industrial automation systems requiring precise communication and enhanced control.
Technical Specifications
Condition | New/Never Used Surplus |
Brand |
Allen-Bradley |
Category | Industrial Communication Devices |
Part Number | 856T-B24LC |
Subcategory | IO-Link Communication Modules |
---|---|
Voltage | 24V DC |
Connector Type | 5-Pin M12 Connector |
Number of Circuits | 7 Circuits |
Lamp Type | LED |
Power Supply Type | DC Power |
Application |
Industrial Automation and Control Systems
|
Weight | 0.2600 lb |
Information About 856T-B24LC
The 856T-B24LC IO-Link Communication Module is engineered to enable smart communication for industrial devices. By utilizing IO-Link technology, this module ensures real-time data exchange between connected sensors, actuators, and the control system. Its 5-pin M12 connector offers secure and easy connectivity, while the 24V DC power supply ensures stable operation.
Key Features:
- IO-Link Communication Support: Ensures fast and reliable data exchange between field devices and control systems.
- 5-Pin M12 Connector: Provides secure and streamlined connectivity for efficient installation.
- 24V DC Power Supply: Ensures stable and reliable power delivery for consistent operation.
- Seven Circuits: Supports multiple device connections for expanded functionality.
- LED Lamp Compatibility: Facilitates clear visual indication for improved monitoring.
- Compact Design: Ideal for space-constrained installations in control panels and industrial machinery.
- Durable Build: Designed to withstand demanding industrial environments.
This module's flexibility and robust performance make it ideal for applications requiring precise communication and enhanced control functionality in automated systems.
Description
The 856T-B24LC by Allen-Bradley is an IO-Link Communication Module designed to provide reliable and efficient communication between field devices and control systems. Featuring a 5-pin M12 connector and operating at 24V DC, this module offers seamless integration for industrial automation systems requiring precise communication and enhanced control.
Technical Specifications
Condition | New/Never Used Surplus |
Brand |
Allen-Bradley |
Category | Industrial Communication Devices |
Part Number | 856T-B24LC |
Subcategory | IO-Link Communication Modules |
---|---|
Voltage | 24V DC |
Connector Type | 5-Pin M12 Connector |
Number of Circuits | 7 Circuits |
Lamp Type | LED |
Power Supply Type | DC Power |
Application |
Industrial Automation and Control Systems
|
Weight | 0.2600 lb |
Information About 856T-B24LC
The 856T-B24LC IO-Link Communication Module is engineered to enable smart communication for industrial devices. By utilizing IO-Link technology, this module ensures real-time data exchange between connected sensors, actuators, and the control system. Its 5-pin M12 connector offers secure and easy connectivity, while the 24V DC power supply ensures stable operation.
Key Features:
- IO-Link Communication Support: Ensures fast and reliable data exchange between field devices and control systems.
- 5-Pin M12 Connector: Provides secure and streamlined connectivity for efficient installation.
- 24V DC Power Supply: Ensures stable and reliable power delivery for consistent operation.
- Seven Circuits: Supports multiple device connections for expanded functionality.
- LED Lamp Compatibility: Facilitates clear visual indication for improved monitoring.
- Compact Design: Ideal for space-constrained installations in control panels and industrial machinery.
- Durable Build: Designed to withstand demanding industrial environments.
This module's flexibility and robust performance make it ideal for applications requiring precise communication and enhanced control functionality in automated systems.
