Model:1746-NO4I
Manufacturer:Allen Bradley
Type:Output Module
Series:SLC 500
Channels:4
Output Type:Digital DC
Output Voltage Range:5 – 50 VDC
On-State Voltage Drop:1.2 V
Off-State Output Leakage:1 MA
Load Capacity:1 MA per channel
Continuous Current per Output:0.25 A at 60°C
Continuous Current per Module:8 A at 60°C
Isolation:Communication circuits: 500 VDC; Backplane: 1500 VAC
Environmental Conditions:Operating temperature: 0 – 60°C; Storage temperature: -40 – 85°C
Enclosure Type:Open type
Mounting:Chassis mount
Power Rating:Backplane: 190 mA at 5 VDC, 85 mA at 24 VDC
Input Protection:Overvoltage protection: 7.5 VAC RMS
Common Mode Voltage Range:-10 VDC to +10 VDC
The Allen Bradley 1746-NO4I SLC 500 Output Module is designed to meet the most rigorous industrial demands, offering unparalleled reliability and precision. With its compact yet robust design, it ensures stable and efficient operation under a wide range of environmental conditions.
Featuring a high current rating per output, this module is ideal for applications requiring high power control, such as motor drives, pneumatic systems, and automated machinery. Its low on-state voltage drop minimizes energy consumption, making it an energy-efficient choice for modern manufacturing processes.
The module’s advanced isolation technology provides superior protection against electrical interference, ensuring consistent performance even in noisy industrial settings. This feature is crucial for maintaining system integrity and minimizing downtime.
Easy integration into existing Allen Bradley PLC systems makes setup quick and straightforward, reducing the time needed for installation and maintenance. Comprehensive documentation and technical support are provided to facilitate a smooth transition into your automation infrastructure.
With its versatile compatibility and adherence to industry standards, the Allen Bradley 1746-NO4I SLC 500 Output Module is a valuable asset for any industrial facility looking to enhance their automation capabilities and boost operational efficiency.
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