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Product Type:Redundant Media
Communication Port:Two (2) ControlNet BNC
Voltage:24 V DC
Input Voltage Range:19.2-31.2V DC
Isolation Voltage:850V DC
Mounting:DIN Rail; Panel
Amperage Rating:Not Specified
Capacity:8 I/O Module
Communication Speed:125/250/500 KBPS
Length:3.7 IN
Width:3.6 IN
Height:3.4 IN
Enclosure:Open Type
Temperature Rating:-20 to 70 DEG C
Power Dissipation:7.6 W At 19.2 VDC
Environmental Conditions:5 – 95% Non-Condensing Relative Humidity
Shock:30 G Operating
Vibration:5 G At 10 – 500 HZ
Standard/Approvals:UL listed
The Allen Bradley 1794-ACNR15 FLEX™ ControlNet Adapter is engineered to facilitate seamless integration within complex industrial automation networks. Its redundant media design ensures reliability and redundancy, critical for maintaining system integrity in demanding environments.
Equipped with two ControlNet BNC ports, this adapter supports efficient data exchange between multiple devices, enhancing overall system performance and responsiveness. Its robust isolation voltage and wide input voltage range guarantee compatibility across various power sources, ensuring stable operation under diverse conditions.
The compact and versatile design allows for easy installation on DIN rails or panels, accommodating a wide range of industrial setups. The adapter’s open type enclosure facilitates quick access for maintenance and customization, without compromising on protection against dust and moisture.
With support for multiple communication speeds, this adapter caters to applications requiring high-speed data transfer, such as process control, motion control, and data acquisition tasks. Its environmental compliance ensures reliable operation in extreme temperatures and humid conditions, making it suitable for harsh industrial settings.
Backed by UL listing, the Allen Bradley 1794-ACNR15 FLEX™ ControlNet Adapter adheres to stringent safety and quality standards, providing peace of mind for users. This product is an ideal choice for upgrading or expanding industrial automation infrastructures, ensuring enhanced connectivity, efficiency, and reliability.
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