Allen-Bradley 1794-OB8 Flex I/O Output Module
The Allen-Bradley 1794-OB8 FLEX™ I/O Output Module is a versatile and high-performance component designed for industrial automation systems. It facilitates precise control and monitoring in various manufacturing and process industries.
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Content details
Model Number:1794-OB8
Manufacturer:Allen-Bradley
Module Type:FLEX™ I/O
Output Channels:8
Channel Configuration:Single-ended, non-isolated
Input Voltage (Uo):<23.7 V
Output Current (Io):<93.5 mA
Power Output (Po):<555 mW
Voltage Rating (Functional Data Range):>15 V at 22 mA, >21.5 V at 0 mA
Power Consumption:7.5 W
Power Supply Voltage (Ui):<9.5 VDC
Power Supply Current (Ii):<1 A
Enclosure Protection Rating:IP20
Connection Cable Gauge:12 AWG stranded copper wire
Mounting Method:DIN rail, panel
Length:3.7 IN
Width:Inches
Height:Not specified
The Allen-Bradley 1794-OB8 FLEX™ I/O Output Module is engineered to deliver exceptional performance in demanding industrial environments. Its compact design and high-speed switching capabilities make it ideal for applications requiring precise control and fast response times.
Featuring a robust enclosure rated IP20 for protection against dust and splashes, this module ensures reliability even under harsh conditions. The single-ended, non-isolated configuration simplifies wiring and reduces costs compared to isolated modules.
With 8 output channels, the 1794-OB8 provides ample capacity for managing multiple devices or processes simultaneously. Whether you’re controlling motors, actuators, or sensors, this module offers the flexibility and precision needed for efficient operation.
The module supports a wide range of input voltages, making it compatible with a variety of power sources found in different industrial settings. Its low power consumption ensures minimal energy usage, contributing to cost-effective and sustainable operation.
Installation is straightforward thanks to its DIN rail and panel mounting options. This compatibility with standard industrial mounting systems allows for easy integration into existing automation setups without requiring extensive modifications.