Allen Bradley 1746-OBP16SLC 16 Channel Digital Output Module
The Allen Bradley 1746-OBP16SLC is a high-performance digital output module designed for industrial control systems. It provides reliable switching capabilities for various applications, ensuring efficient operation in automation environments.
Model:1746-OBP16SLC
Manufacturer:Allen Bradley
Module Type:Digital Output Module
Channels:16
Input Voltage Range:10-30V DC
Output Type:Relay
Current Rating per Channel:0.5 A
Isolation:500 VDC between communication circuits
Backplane Isolation:1500 VAC
Operating Temperature:0 – 60 DEG C
Humidity:5 – 95% non-condensing relative humidity
Shock Resistance:30 G
Processor Compatibility:SLC 500 series
The Allen Bradley 1746-OBP16SLC is a robust digital output module engineered for industrial automation environments. This model offers 16 channels for versatile connectivity and reliable operation across a wide range of industrial settings. With an input voltage range of 10 – 50 VDC, it ensures compatibility with various systems and applications.
Its on-state voltage drop of 1.2V minimizes power loss, enhancing overall system efficiency. The off-state output leakage is minimal at 1 MA, ensuring low power consumption during idle states. The continuous current rating of 0.25 A per output at 60 DEG C provides ample capacity for demanding applications.
This module features isolation specifications that safeguard against voltage surges, with communication circuits rated up to 500 VDC and backplane isolation up to 1500 VAC. The open type enclosure and chassis mounting design facilitate easy installation and maintenance.
Engineered for durability, the 1746-OBP16SLC boasts a temperature rating of 0 – 60 DEG C and can withstand up to 30 G of shock, making it suitable for harsh industrial environments. The non-condensing relative humidity tolerance from 5 – 95% further enhances its versatility and reliability.
Upgrade your industrial automation systems with the Allen Bradley 1746-OBP16SLC. Experience superior performance and reliability in your next project.
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