Allen Bradley 1793-OB16P Flex Integra Digital Output Module

Applications

• Discrete machine control systems requiring reliable 24V DC digital output switching.

• Industrial automation lines controlling actuators, solenoids, and relay-driven devices.

• Process control systems where output signals coordinate pumps, valves, and motors.

• Distributed I/O architectures using FLEX Integra for modular control expansion.

• Factory automation environments requiring stable and fast digital signal response.

Key Advantages

• 16-channel high-density output design supports compact and efficient system configuration.

• Seamless integration with FLEX I/O architecture enables flexible system expansion.

• Stable switching performance ensures reliable operation in continuous industrial processes.

• Strong electrical noise resistance improves signal stability in harsh environments.

• Modular structure simplifies installation, wiring, and maintenance tasks.

Technical FAQs

1. What is the main function of the 1793-OB16P module?

It provides digital output signals to control industrial devices such as actuators and solenoids.

2. What system is this module designed for?

It is designed for the Allen Bradley FLEX Integra distributed I/O system.

3. How many output channels does it support?

It supports 16 digital output channels.

4. What type of output does it provide?

It provides 24V DC digital output signals.

5. Can it be used in distributed control systems?

Yes, it is commonly used in distributed automation architectures.

6. Is it suitable for industrial environments?

Yes, it is designed for noisy and demanding industrial conditions.

7. What devices can it control?

It can control relays, solenoids, valves, and motors.

8. Does it support system expansion?

Yes, it supports modular expansion within FLEX I/O systems.

9. Is it used in packaging systems?

Yes, it is widely used in packaging and assembly automation.

10. What is the benefit of FLEX Integra architecture?

It allows flexible, modular, and scalable industrial control system design.