Allen Bradley 1794-OB32P Flex I/O Digital DC Output Module
Allen Bradley 1794-OB32P Flex I/O Digital DC Output Module
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Brand:Allen Bradley PLC Item No.:1794-OB32P Product Origin:USA Product Dimensions:94 x 46 x 53 mm Product Weight:0.085 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Allen-Bradley 1794-OB32P Flex I/O Digital DC Output Module is a high-density industrial automation component designed for advanced distributed control systems. As part of the Rockwell Automation Flex I/O platform, it enables efficient scaling of output points in compact industrial installations.
With 32 sourcing digital output channels, the module provides reliable switching of 24V DC field devices, making it ideal for large-scale automation systems where space and wiring efficiency are critical. Its protected output design enhances system robustness and helps reduce downtime caused by electrical faults.
Engineered for industrial environments, the module delivers stable performance under vibration, electrical noise, and continuous operation conditions. It integrates seamlessly into Flex I/O networks, making it a strong choice for modern, scalable automation architectures.
Technical Specifications
Parameter
Specification
Product Model
1794-OB32P
Product Type
Digital DC Output Module
System
Allen-Bradley Flex I/O
Output Channels
32 sourcing outputs
Output Type
24V DC
Output Protection
Electronic protected outputs
Mounting Type
Flex I/O terminal base system
Diagnostics
Module-level status indicators
Communication Compatibility
Rockwell Automation PLC systems
Weight
0.085 kg (0.19 lb)
Dimensions
94 × 46 × 53 mm
Industrial Applications
The Allen-Bradley 1794-OB32P Flex I/O Digital DC Output Module is designed for high-density distributed automation systems requiring reliable 24V DC output control. It is commonly used in Flex I/O architectures where space efficiency and multiple output channels are critical for machine and process automation.
Typical applications include:
High-density PLC output control systems
Conveyor and material handling automation
Packaging and assembly line machinery
Solenoid and valve actuation systems
Industrial relay and interlock control
OEM machine control panels
Distributed I/O remote control systems
Process automation and factory integration
This module is widely adopted in Rockwell Automation Flex I/O systems where compact design and high channel count are essential.
Product Advantages
32-channel high-density 24V DC sourcing outputs
Electrically protected output channels for improved reliability
Compact Flex I/O modular design for distributed systems
Fast switching response for real-time industrial control
Strong compatibility with Allen-Bradley PLC ecosystems
Built-in diagnostics and fault detection capability
Robust operation in industrial environments
Scalable architecture for large automation systems
Technical FAQs
1. What is the main function of this module?
It provides 32 digital 24V DC sourcing output channels for industrial automation control.
2. How many outputs does it have?
It has 32 independent output channels.
3. What type of outputs does it support?
It supports sourcing (positive switching) DC outputs.
4. Is this module protected against faults?
Yes, it includes electronic output protection to improve system reliability.
5. What devices can it control?
It can control relays, solenoids, indicator lights, valves, and other DC field devices.
6. What voltage does it operate at?
It operates on a nominal 24V DC industrial control supply.
7. Is it suitable for distributed control systems?
Yes, it is designed for Flex I/O distributed automation architectures.
8. Does it support diagnostics?
Yes, it supports module-level diagnostics depending on system configuration.
9. What industries commonly use this module?
It is widely used in manufacturing, packaging, automotive, and process industries.
10. What is the benefit of 32-channel density?
It reduces cabinet space and wiring complexity while increasing control capacity per module.
