Allen Bradley 1746-OV16C SLC 500 Discrete Output Module
The Allen Bradley 1746-OV16C Discrete Output Module is designed for high-performance applications within the industrial automation sector. It offers reliable digital outputs suitable for various industries including manufacturing, automotive, and energy.
Module Type:Discrete output module
Nominal Input Voltage:24VDC
Input Voltage Range:10-50 VDC
Backplane Current Consumption:0.270 A
Voltage Range:10-50 Volts DC
Sink Outputs:16
Operating Temperature:0 – 60 DEG C
Environmental Conditions:5 – 95%
Load:1 MA
Current Rating:Backplane: 0.28 A, Continuous Current Per Output: 0.25 A At 60 DEG C, Continuous Current Per Module: 4 A At 60 DEG C
Isolation:Communication Circuits: 500 VDC, Backplane: 1500 VAC, Processor: SLC 500
Enclosure:Open Type
Mounting:Chassis
The Allen Bradley 1746-OV16C is built with precision engineering to deliver reliable performance in harsh industrial settings. Designed specifically for SLC 500 series controllers, this discrete output module provides robust control over multiple channels with a wide input voltage range, ensuring compatibility with a broad array of applications. Each channel supports up to 16 outputs, making it perfect for complex systems requiring precise control mechanisms.
The module is equipped with a low on-state voltage drop of 1.2 V and minimal off-state leakage current, which enhances efficiency and minimizes power loss. Its compact design allows for easy installation within existing systems without the need for significant modifications. Additionally, the Allen Bradley 1746-OV16C is constructed from durable materials that can withstand the rigors of continuous operation in demanding environments, providing long-lasting reliability and performance.
Installation is straightforward thanks to its user-friendly design, making it accessible for technicians at all skill levels. Whether you’re upgrading an existing setup or building a new system, the Allen Bradley 1746-OV16C is a valuable addition that can help optimize your operations and achieve superior results.
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