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Product Type:Discrete output module
Model Number:1746-OV16
Manufacturer:Allen Bradley
Series:SLC 500
Module Type:Digital DC Output Module
Number of Channels:16
Input Voltage:24VDC
Input Voltage Range:10-50 VDC
Backplane Current Consumption:0.270 A
Voltage Range:10-50 Volts DC
Sink Outputs:16
On-State Voltage Drop:1.2 V
Off-State Output Leakage:1 MA
Load:1 MA
Current Rating:{“Backplane”:”0.28 A”,”Continuous Current Per Output”:”0.25 A at 60°C”,”Continuous Current Per Module”:”4 A at 60°C”}
Isolation:{“Communication Circuits”:”500 VDC”,”Backplane”:”1500 VAC”}
Processor:SLC 500
Enclosure:Open Type
Mounting:Chassis
Temperature Rating:0 – 60°C
Environmental Conditions:5 – 95% RH
Experience unparalleled reliability with the Allen Bradley 1746-OV16, a robust digital DC output module engineered for high-demand industrial settings. This 16-channel powerhouse is specifically designed to deliver consistent, precise control signals across your automation system.
With its wide input voltage range and optimized on-state voltage drop, this module ensures seamless integration into various systems while minimizing power loss. The 16 sink outputs provide ample flexibility for managing diverse control tasks.
Engineered for longevity and efficiency, the 1746-OV16 is built with the highest standards in mind, ensuring minimal leakage currents even under off-state conditions. Its open-type enclosure design facilitates easy installation and maintenance, making it adaptable to different mounting scenarios.
Featuring a state-of-the-art SLC 500 processor, the module boasts a backplane current consumption of 0.270A and a continuous current rating of 0.25A per output, allowing for smooth operation in both moderate and heavy load scenarios. The isolation specifications ensure secure data transmission and robustness against electrical disturbances.
Ideal for applications requiring precise control, such as machine tools, process control, and robotic systems, the Allen Bradley 1746-OV16 is your go-to solution for achieving exceptional performance and reliability in demanding industrial environments.
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