Model Number:1756-IB16ISOE
Module Type:ControlLogix Input Module
Input Capacity:16 Points
Isolation:Isolated
Input Types:Discrete
Signal Condition:Noise Rejection
Operating Voltage:2.3 W
Current Consumption:3.9 W
Resolution:320 MICRO-V/Count
Rejection Ratio:Normal Mode Noise > 80 DB, Common Mode Noise > 100 DB
Slot Width:1
Application Compatibility:ControlLogix Local Chassis
Discover the Allen-Bradley 1756-IB16ISOE ControlLogix Input Module – a cutting-edge solution for enhancing the precision and reliability of your industrial automation systems. Designed with an emphasis on robust performance and user convenience, this module offers a wide range of input capabilities, ensuring seamless integration with various control systems.
With its isolated design, the 1756-IB16ISOE ensures that signals are protected against electrical interference, providing unparalleled signal integrity in harsh industrial environments. Its advanced signal conditioning techniques minimize noise and crosstalk, guaranteeing accurate data transmission even under demanding conditions.
Featuring a power consumption of just 2.3 W and current of 3.9 W, this module is energy-efficient, making it an ideal choice for optimizing operational costs without compromising on performance. The high resolution of 320 MICRO-V/Count at ±10.25 V and 160 MICRO-V/Count at 0 – 10.25 V ensures precise measurement, critical for applications requiring high accuracy.
The rejection ratio of greater than 80 DB in normal mode and greater than 100 DB in common mode noise provides exceptional protection against electrical disturbances, ensuring that your system remains stable and responsive under varying environmental conditions. With a slot width of 1, it seamlessly integrates into existing ControlLogix architectures, facilitating quick deployment and minimal downtime.
At the heart of this module lies its commitment to reliability and innovation, backed by extensive testing and industry-standard compliance. Trust in the Allen-Bradley 1756-IB16ISOE ControlLogix Input Module to deliver consistent, dependable performance in your most critical applications, driving efficiency and productivity forward.
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