• Allen Bradley 80026-096-01 DC/DC Converter Power Supply
  • Allen Bradley 80026-096-01 DC/DC Converter Power Supply
  • Allen Bradley 80026-096-01 DC/DC Converter Power Supply
  • Allen Bradley 80026-096-01 DC/DC Converter Power Supply
Product Overview The Allen Bradley 80026-096-01 DC/DC Converter Power Supply is a power-conversion component used within industrial automation and control systems. Unlike an AC/DC power supply that conv……
Allen Bradley 80026-096-01 DC/DC Converter Power Supply
  • Allen Bradley
  • 80026-096-01
  • DC/DC Converter Power Supply
  • USA
  • 157 x 66 x 144.3 mm
  • 0.45 kg
  • Xiamen, China
  • New & In Stock
  • T/T, PayPal, Western Union
  • 1 Year
  • 1-3 Working Days
  • DHL, UPS, TNT, FedEx and EMS.
  • 24-Hour Service
  • COO
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Our advantage

Allen Bradley 80026-096-01 DC/DC Converter Power Supply

Global Logistics

We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.

Allen Bradley 80026-096-01 DC/DC Converter Power Supply

Brand new and original

Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.

Allen Bradley 80026-096-01 DC/DC Converter Power Supply

24-hour service

We provide 7*24 hours service to our customers. We will be there whenever you need us.

Allen Bradley 80026-096-01 DC/DC Converter Power Supply

Price advantage

All our products are priced very favorably because we have our own warehouse and supply.


Company Information
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Product Overview

The Allen Bradley 80026-096-01 DC/DC Converter Power Supply is a power-conversion component used within industrial automation and control systems. Unlike an AC/DC power supply that converts an incoming AC source, this type of unit is associated with DC-to-DC power conversion, making it suitable for control architectures where an existing DC source must be converted for compatible downstream equipment.

The 80026-096-01 belongs to the power-management section of an automation installation rather than the control-processing section. It does not execute PLC programs or acquire field signals. Instead, its function is related to establishing the appropriate electrical supply for connected control-system hardware.

For maintenance engineers working with established Allen Bradley installations, a DC/DC converter can be particularly useful where different DC voltage requirements exist within the same control architecture. Before replacement, the complete electrical path should be checked, including the source supply, converter, connected loads, wiring, and protection.


Technical Specifications

Parameter Specification
Manufacturer Allen Bradley
Model 80026-096-01
Product Type DC/DC Converter Power Supply
Application Industrial Automation / Control Systems
Dimensions 157 x 66 x 144.3 mm
Weight 0.45 kg

Product Features

The 80026-096-01 is suited to industrial systems that require DC power conversion within the control architecture.

Key characteristics include:

  • Allen Bradley DC/DC Converter Power Supply
  • Model 80026-096-01
  • Intended for industrial control-system power applications
  • Converts one DC power level to another suitable DC supply
  • Suitable for control-panel power architectures
  • Supports compatible downstream electronic equipment
  • Useful where multiple DC voltage levels are required
  • Suitable for automation system maintenance and replacement
  • Can be incorporated into established industrial power-distribution arrangements
  • Requires appropriate matching with the surrounding electrical system

The converter should be selected according to the actual electrical requirements of the installation rather than solely by physical compatibility.


Working Principle

The 80026-096-01 operates within the DC power-conversion path of an automation system.

A simplified relationship can be represented as:

DC Input → 80026-096-01 → DC Conversion → Compatible DC Load

The incoming DC supply enters the converter and passes through its internal switching and regulation stages. The conversion circuit modifies the electrical characteristics of the source and produces a DC output suitable for the connected equipment.

This arrangement allows a control system to use different DC power levels without requiring every downstream device to receive power directly from the primary DC source.

The converter therefore acts as an electrical interface between the available DC supply and the specific power requirements of connected equipment.


Role in a Control System

The 80026-096-01 occupies the DC power-conversion layer within an industrial automation architecture.

A simplified arrangement can be viewed as:

DC Source → DC/DC Converter → Power Distribution → Control Equipment

Depending on the system configuration, downstream loads may include controllers, interface equipment, instrumentation, communication hardware, or other electronic devices.

The converter does not perform application logic or field-signal processing. Its purpose is to support the electrical architecture that allows those control functions to operate.

This distinction is useful when troubleshooting. If the controller and I/O hardware appear operational but a particular group of equipment is receiving an incorrect or unstable supply, the associated DC conversion path should be examined.


Industrial Applications

The 80026-096-01 is applicable to automation installations where DC power conversion forms part of the control-system architecture.

Application Typical Use
Industrial Automation DC power conversion for control equipment
Machine Control Supporting compatible electronic loads
Process Control Power management within control panels
Production Lines Maintaining DC power distribution
Packaging Machinery Supporting machine-control electronics
Material Handling DC supply conversion
Control Cabinets Converting available DC power
System Maintenance Replacement of existing converter hardware
Automation Upgrades Integrating different DC power requirements

The actual application depends on the electrical configuration and the requirements of the connected equipment.


Installation and Maintenance

Before installing the 80026-096-01, the complete DC power architecture should be identified.

For replacement work, record the source wiring, converter connections, connected loads, and protection arrangements before removing the existing unit. This is particularly important when the converter is installed in an established control cabinet that has been modified over time.

Recommended maintenance checks include:

  • Confirm the complete 80026-096-01 model number.
  • Identify the DC source connected to the converter.
  • Verify input-side wiring.
  • Check output-side connections.
  • Inspect terminals for looseness or damage.
  • Check associated circuit protection.
  • Inspect cables and insulation.
  • Verify grounding arrangements where applicable.
  • Confirm connected loads.
  • Ensure the converter is correctly installed.
  • Check the DC output after commissioning.
  • Monitor downstream equipment during startup.
  • Record the final wiring and installation configuration.

If several downstream devices show abnormal behavior, inspect the shared DC conversion and distribution path before replacing individual control components.


Related Components

The 80026-096-01 can work alongside several types of equipment within an industrial control architecture.

Component Function
DC Power Source Provides the incoming DC supply
DC Distribution Equipment Routes converted power to connected loads
PLC / Controller Executes application logic
I/O Modules Interface with field signals
Communication Modules Handle system communication
Terminal Blocks Provide electrical termination
Circuit Protection Protects the power circuit
Instrumentation Performs measurement and monitoring
Relays Provide switching and interface functions
Operator Interface Provides system monitoring and operation

The converter should be considered together with the source supply and downstream loads when evaluating the complete power path.


Recommended Related Models

Related Allen Bradley power products can be considered according to the installed automation architecture.

Model / Product Family Product Type Typical Application
Allen Bradley 80026-096-01 DC/DC Converter Power Supply DC power conversion
Allen Bradley 80026-088-01 AC/DC Switching Power Supply AC/DC power conversion
Allen Bradley 80026-044-06-R Switching Power Supply Industrial control power
Allen Bradley 1606 Series Industrial Power Supply Automation control systems
Allen Bradley 1746-P2 SLC 500 Power Supply SLC 500 systems
Allen Bradley 1756-PA75 ControlLogix Power Supply ControlLogix systems

These products perform different power-supply functions. The 80026-096-01 is specifically associated with DC/DC conversion, while AC/DC models are intended for systems where the primary input is AC.


Key Advantages

  • DC/DC power conversion for industrial automation systems
  • Suitable for control-system power architectures
  • Supports applications with different DC power requirements
  • Can be integrated into established control cabinets
  • Suitable for compatible downstream electronic equipment
  • Useful for automation-system maintenance
  • Appropriate for replacement applications
  • Supports organized DC power distribution
  • Compact power-conversion solution for industrial installations

Technical FAQs

What is the main function of the Allen Bradley 80026-096-01?

The 80026-096-01 is a DC/DC Converter Power Supply used to convert an available DC source into a suitable DC supply for compatible downstream equipment.

How is the 80026-096-01 different from an AC/DC power supply?

An AC/DC power supply converts AC input power into DC power, while the 80026-096-01 is intended for DC-to-DC conversion. The correct type depends on the electrical source and power requirements of the automation system.

What should be checked before replacing this DC/DC converter?

The DC source, input and output wiring, connected loads, circuit protection, terminal connections, and complete system configuration should be verified before replacement.

What could cause multiple devices connected downstream to malfunction?

A problem in the shared DC conversion or distribution path can affect several connected devices. Input instability, wiring problems, loose terminals, protection-device issues, or converter-related faults should therefore be investigated before replacing individual controllers or I/O modules.



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