1734-IB2 | Allen-Bradley | Input module
- Regular price
- $52.00
- Sale price
- $52.00
- Regular price
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Product Description P/N: 1734-IB2
Description
The 1734-IB2 input module, part of the Allen-Bradley Point I/O 1734 product line, is a sink-type module designed for use in industrial systems. Manufactured by Allen-Bradley/Rockwell Automation, it features 2 sink inputs for connection to other devices. Proper installation involves mounting the module on its designated base, with the base's keyswitch set to position 1 to ensure secure locking. It's crucial to avoid inserting or removing the 1734-IB2 module under power to prevent electrical arcing, which can pose fire or explosion hazards, particularly in hazardous environments.
Technical Specifications
Specifications
Manufacturer |
Rockwell Automation |
Brand |
Allen-Bradley |
Part Number/Catalog No. |
1734-IB2 |
Series |
POINT I/O |
Module Type |
Digital DC Sinking Input Module |
Inputs |
2 |
Input Voltage |
24 Volts DC |
Input Current Maximum |
5 milliamps |
POINTBus Current |
75 milliamps |
Power Dissipation |
0.7 Watts |
Power Dissipation |
2.4 BTU/hour |
Information About 1734-IB2
The 1734-IB2 input module, a component of the Allen-Bradley/Rockwell Automation Point I/O 1734 product line, is specifically engineered as a sink-type input module. This module facilitates connectivity within industrial systems through its provision of 2 sink inputs.
Manufactured with precision by Allen-Bradley/Rockwell Automation, the 1734-IB2 input module ensures seamless integration into industrial setups. Its design emphasizes compatibility and reliability, adhering to stringent quality standards set forth by industry leaders.
Integral to the proper installation of the 1734-IB2 sink input module is the alignment of its keyswitch on the designated base. It is imperative that the keyswitch is set to position 1 to enable secure locking of the input module onto the base. This ensures optimal functionality and stability within the system architecture.
Furthermore, it is crucial to note that the 1734-IB2 sink input module should not be inserted or removed while the system is powered. Engaging in such actions under power conditions can potentially lead to hazardous outcomes. The presence of electrical arcs poses risks not only in standard environments but also in hazardous industrial settings where the consequences could be catastrophic, including fires or explosions.
As a foundational element within industrial control systems, the 1734-IB2 input module plays a pivotal role in facilitating signal processing and data acquisition. Its sink-type configuration enables seamless interaction with various devices and sensors, enhancing the overall efficiency and reliability of the industrial operation.
Manufacturer information
Allen-Bradley, a brand of Rockwell Automation, specializes in manufacturing industrial automation equipment. The product range includes programmable logic controllers (PLCs), motion control systems, safety devices, motor control equipment, automation software, and HMI panels. Allen-Bradley products are known for their reliability and integration with other systems.
Description
The 1734-IB2 input module, part of the Allen-Bradley Point I/O 1734 product line, is a sink-type module designed for use in industrial systems. Manufactured by Allen-Bradley/Rockwell Automation, it features 2 sink inputs for connection to other devices. Proper installation involves mounting the module on its designated base, with the base's keyswitch set to position 1 to ensure secure locking. It's crucial to avoid inserting or removing the 1734-IB2 module under power to prevent electrical arcing, which can pose fire or explosion hazards, particularly in hazardous environments.
Technical Specifications
Specifications
Manufacturer |
Rockwell Automation |
Brand |
Allen-Bradley |
Part Number/Catalog No. |
1734-IB2 |
Series |
POINT I/O |
Module Type |
Digital DC Sinking Input Module |
Inputs |
2 |
Input Voltage |
24 Volts DC |
Input Current Maximum |
5 milliamps |
POINTBus Current |
75 milliamps |
Power Dissipation |
0.7 Watts |
Power Dissipation |
2.4 BTU/hour |
Information About 1734-IB2
The 1734-IB2 input module, a component of the Allen-Bradley/Rockwell Automation Point I/O 1734 product line, is specifically engineered as a sink-type input module. This module facilitates connectivity within industrial systems through its provision of 2 sink inputs.
Manufactured with precision by Allen-Bradley/Rockwell Automation, the 1734-IB2 input module ensures seamless integration into industrial setups. Its design emphasizes compatibility and reliability, adhering to stringent quality standards set forth by industry leaders.
Integral to the proper installation of the 1734-IB2 sink input module is the alignment of its keyswitch on the designated base. It is imperative that the keyswitch is set to position 1 to enable secure locking of the input module onto the base. This ensures optimal functionality and stability within the system architecture.
Furthermore, it is crucial to note that the 1734-IB2 sink input module should not be inserted or removed while the system is powered. Engaging in such actions under power conditions can potentially lead to hazardous outcomes. The presence of electrical arcs poses risks not only in standard environments but also in hazardous industrial settings where the consequences could be catastrophic, including fires or explosions.
As a foundational element within industrial control systems, the 1734-IB2 input module plays a pivotal role in facilitating signal processing and data acquisition. Its sink-type configuration enables seamless interaction with various devices and sensors, enhancing the overall efficiency and reliability of the industrial operation.
Manufacturer information
Allen-Bradley, a brand of Rockwell Automation, specializes in manufacturing industrial automation equipment. The product range includes programmable logic controllers (PLCs), motion control systems, safety devices, motor control equipment, automation software, and HMI panels. Allen-Bradley products are known for their reliability and integration with other systems.