Number of Channels:32
Output Voltage Range:5 – 50 VDC
On-State Voltage Drop:1.2 V
Off-State Output Leakage:1 MA
Load Capability:1 MA
Current Rating (Backplane):190 MA
Current Rating (Continuous per Output):0.25 A at 60° C
Current Rating (Continuous per Module):8 A at 60° C
Isolation (Communication Circuits):500 VDC
Isolation (Backplane):1500 VAC
Processor Type:SLC 500
Enclosure Type:Open Type
Mounting Type:Chassis
Temperature Rating:0 – 60° C
Environmental Conditions:5 – 95%
The Allen Bradley 1746-OV32 SLC 500 Digital DC Output Module boasts a robust design ideal for high-precision applications. With its 32-channel capability, it efficiently manages and controls DC-powered devices across various industries, ensuring seamless integration into existing automation systems.
Featuring a compact and durable open-type enclosure, this module is engineered to withstand challenging industrial conditions, offering reliable performance even in harsh environments. Its versatile mounting option on a chassis facilitates easy installation and flexibility in system configurations.
Equipped with advanced isolation technology, the 1746-OV32 ensures reliable signal transmission without interference, making it suitable for complex network architectures that require high levels of electrical isolation. This feature is particularly advantageous in environments where electrical noise or ground loops may impact system stability.
With a temperature rating from 0 to 60 degrees Celsius, the module operates efficiently within a wide range of ambient temperatures, making it adaptable to diverse industrial settings. The included power rating information ensures that users can accurately calculate energy consumption and plan for efficient power distribution within their systems.
The Allen Bradley 1746-OV32 Digital DC Output Module is not just about functionality; it also prioritizes user convenience. Its intuitive interface and compatibility with Allen-Bradley’s comprehensive ecosystem of products enhance ease of use, allowing for seamless integration and streamlined maintenance processes.
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