Allen Bradley 80026-173-23-R Power Supply Module

Applications

The Allen Bradley 80026-173-23-R Power Supply Module is designed for industrial power-supply applications where stable electrical power is required for automation and control equipment. It can be used as part of a larger industrial control, power distribution, or process automation system.

Its substantial enclosure size and 6.58 kg weight indicate a component intended for fixed installation rather than compact machine-level electronics. The module is suitable for control cabinets and industrial electrical assemblies where dependable power conversion and distribution are important.

Typical applications include:

• Industrial control systems
• Automation control cabinets
• Process-control equipment
• Industrial power distribution
• Manufacturing equipment
• Plant electrical systems
• Heavy-duty automation installations
• Replacement and maintenance of existing power-supply assemblies 

Advantages

Designed for Industrial Applications

The 80026-173-23-R is intended for integration into industrial electrical and automation systems where reliable power availability is an important part of overall system operation.

Robust Physical Construction

The module has dimensions of 280 × 195 × 100 mm and a weight of 6.58 kg, providing a substantial form factor suitable for fixed industrial installations.

Suitable for Control Cabinets

Its cabinet-oriented design makes it appropriate for centralized power arrangements in industrial control panels and equipment enclosures.

Maintenance Replacement

The module can be useful as a replacement component when servicing existing Allen Bradley industrial equipment and maintaining the original system architecture.

Integration Flexibility

As part of an industrial power system, the module can support automation equipment by providing the required electrical supply within the limits of the complete system design.

Technical FAQs

1. What is the Allen Bradley 80026-173-23-R used for?

The 80026-173-23-R is a power supply module intended for use in industrial electrical and automation systems.

2. Where is this power supply module typically installed?

It is generally suited to fixed installations such as industrial control cabinets, power assemblies, automation equipment, and process-control systems.

3. What should be checked before installing the 80026-173-23-R?

Verify the exact electrical specifications, input and output requirements, system compatibility, mounting arrangement, wiring, and protection requirements before installation.

4. Why is correct power-supply selection important in an automation system?

The power supply must provide electrical characteristics compatible with the connected equipment. Incorrect voltage, current capacity, or wiring can cause equipment malfunction or damage.

5. Can the 80026-173-23-R be used as a replacement module?

It may be used as a replacement when the existing system specifically requires this model. The complete equipment documentation and electrical specifications should be checked before substitution.

6. What can cause a power supply module to fail to start?

Possible causes include incorrect input power, wiring problems, protection-device operation, internal component failure, or an issue elsewhere in the connected system.

7. How should a suspected power-supply fault be investigated?

Begin by verifying the incoming power and wiring while following appropriate electrical safety procedures. Then check protection devices, output conditions, and connected loads to determine whether the problem originates from the module or another part of the system.

8. Can an overloaded downstream circuit affect power-supply operation?

Yes. A connected load that exceeds the power supply's rated capability or develops a fault can cause abnormal operation or activate protective functions.

9. What maintenance practices are useful for industrial power supplies?

Inspect wiring and terminals periodically, check for signs of overheating or contamination, maintain suitable cabinet ventilation, and investigate abnormal output conditions promptly.

10. What information should be recorded when replacing the module?

Record the original model number, wiring arrangement, system location, connected circuits, and relevant electrical settings. This information helps ensure the replacement is installed consistently with the original system design.