• ABB(KUKA) 00-126-384 Memory Board
  • ABB(KUKA) 00-126-384 Memory Board
  • ABB(KUKA) 00-126-384 Memory Board
  • ABB(KUKA) 00-126-384 Memory Board
Product Overview The ABB(KUKA) 00-126-384 Memory Board is a memory-related electronic board used within KUKA robot control equipment. It forms part of the controller’s electronic architecture and ……
ABB(KUKA) 00-126-384 Memory Board
  • ABB(KUKA)
  • 00-126-384
  • Memory Board
  • Germany
  • 100 × 50 × 25 mm
  • 0.15 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
  • 14

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ABB(KUKA) 00-126-384 Memory Board

Global Logistics

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

ABB(KUKA) 00-126-384 Memory Board

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.

ABB(KUKA) 00-126-384 Memory Board

24-hour service

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

ABB(KUKA) 00-126-384 Memory Board

Price advantage

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


Company Information
E-mail [email protected]
Mobile +8615980777398
Whatsapp +8615980777398
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Product Overview

The ABB(KUKA) 00-126-384 Memory Board is a memory-related electronic board used within KUKA robot control equipment. It forms part of the controller’s electronic architecture and is associated with the storage and handling of system information required for robot operation.

In a KUKA robot controller, memory hardware works alongside the main processing electronics to retain software, configuration parameters, system data, and other information required by the controller. The memory board therefore supports the controller’s ability to maintain its operating environment across normal startup and maintenance operations.

Unlike an I/O module, the 00-126-384 does not directly interface with field sensors or actuators. Its role is internal to the robot control system and is more closely related to controller data storage and system operation.

For replacement work, the exact controller generation, memory configuration, and existing system data should be checked before installing the board.


Technical Specifications

Parameter Specification
Manufacturer ABB(KUKA)
Model 00-126-384
Product Type Memory Board
Main Function Controller Memory / System Data Storage
Application KUKA Robot Control System
Dimensions 100 × 50 × 25 mm
Weight 0.15 kg

Main Features

The 00-126-384 is a controller-level memory component rather than a field I/O device.

Key characteristics include:

  • KUKA Memory Board
  • Used within robot controller electronics
  • Supports controller data storage functions
  • Associated with the controller’s system memory architecture
  • Suitable for KUKA robot control equipment
  • Relevant to controller maintenance and refurbishment
  • Compact electronic board construction
  • Works with the controller’s processing hardware
  • Not intended for direct field signal acquisition
  • Dimensions of 100 × 50 × 25 mm
  • Weight of 0.15 kg

The exact data retained by the board depends on the controller architecture in which it is installed.


Working Principle

The 00-126-384 operates as part of the robot controller’s internal memory architecture.

A simplified relationship is:

Controller Processor → Memory System → Program / Configuration / System Data

During operation, the controller processor accesses stored information from the memory subsystem. This information can include software resources, configuration parameters, system settings, or other data required by the controller.

When the robot controller starts, the processor needs access to the appropriate system information before it can enter normal operating conditions. During operation, memory is also used as part of the controller’s ongoing processing environment.

The memory board itself does not determine robot movement. Instead, it supports the electronic infrastructure that allows the controller to retain and access the information required for robot control.


Role in a KUKA Robot Controller

The memory board belongs to the internal electronics of the robot controller.

A simplified controller architecture can be represented as:

Memory Board → Controller Electronics → Robot Control Software → Servo / I/O System

The controller depends on its memory architecture for information such as:

  • System software
  • Configuration parameters
  • Robot-related data
  • Controller settings
  • Application programs
  • Operating information

The exact arrangement varies between KUKA controller generations. Consequently, the 00-126-384 should be matched to the appropriate controller configuration before replacement.


Industrial Applications

The 00-126-384 is intended for KUKA robotic control environments.

Application Typical Use
Automotive Robotics Robot controller maintenance
Welding Cells Controller memory support
Assembly Robots System-data retention
Material Handling Robot controller refurbishment
Machine Tending Controller maintenance
Packaging Automation System electronics maintenance
Robotic Machining Controller data support
Palletizing Systems Robot controller service
Production Cells Controller replacement work
Robot Commissioning Controller system preparation

The board is especially relevant to maintenance teams working on KUKA controller electronics where memory-related faults or board replacement requirements have been identified.


Installation and Maintenance

Because the 00-126-384 is a memory-related board, data preservation should be considered before replacement.

Before removing the existing board:

  • Confirm the complete 00-126-384 part number.
  • Identify the KUKA controller model.
  • Verify hardware compatibility.
  • Back up accessible robot programs and configuration data.
  • Record relevant controller settings.
  • Shut down and electrically isolate the controller.
  • Follow appropriate ESD protection procedures.
  • Inspect board connectors and sockets.
  • Check the surrounding controller electronics for damage.

After installation:

  • Verify that the board is correctly seated.
  • Check all connectors.
  • Start the controller according to the applicable procedure.
  • Check system diagnostics.
  • Verify system configuration.
  • Confirm that required programs and data are available.
  • Check communication with connected equipment.
  • Verify robot calibration information.
  • Perform controlled robot operation tests.

If controller data is missing after replacement, the problem should be investigated before returning the robot to production. A memory-board replacement can require restoration of previously backed-up system information depending on the controller architecture.


Related Components

The memory board works with several other elements inside and around a KUKA robot controller.

Component Function
KUKA Robot Controller Executes robot control software
CPU / Processor Board Performs controller processing
Memory Board Stores and provides controller data
Recovery USB Stick Supports system recovery
Safety Board Handles safety-related functions
Servo Drive Controls robot-axis movement
Robot I/O System Handles external signals
DC Power Supply Provides controller power
Teach Pendant Provides operator and programming interface
Robot Servo Motor Produces mechanical axis movement

The relationship between these components depends on the controller generation and system configuration.


Recommended Related Models

For KUKA robot controller maintenance, the following components can be considered according to the required service function.

Model Product Type Main Function Typical Application
ABB(KUKA) 00-126-384 Memory Board Controller memory Robot controller maintenance
ABB(KUKA) 00-250-424 Recovery USB Stick System recovery Controller restoration
ABB(KUKA) 00-109-835 Zero Calibrator Reference calibration Robot maintenance
ABB(KUKA) 00-134-932 ESC-Ci3 Safety Board Safety control Robot safety architecture
ABB(KUKA) 00-152-227 Sicherungsblock Circuit protection Controller power distribution
ABB(KUKA) 00-126-383 DC Power Supply DC power supply Robot control cabinet

These components have different functions and should be selected according to the specific controller maintenance requirement.


Key Advantages

  • KUKA Memory Board
  • Supports internal controller memory functions
  • Suitable for KUKA robot control systems
  • Works with controller processing electronics
  • Supports storage and access of controller data
  • Useful for controller maintenance and refurbishment
  • Compact board construction
  • Suitable for robot controller service environments
  • Dimensions of 100 × 50 × 25 mm
  • Weight of 0.15 kg

Technical FAQs

What is the main function of the 00-126-384 Memory Board?

The 00-126-384 is associated with the robot controller’s memory architecture. It supports the storage and access of system information required by the KUKA controller during startup and operation.

What should be backed up before replacing a memory board?

Where the controller remains accessible, important robot programs, configuration data, calibration-related information, and other required system files should be backed up. The exact backup requirements depend on the controller generation.

Can a memory-board problem prevent the robot controller from starting normally?

Yes. If required system information cannot be accessed correctly, the controller may report memory-related diagnostics or fail to enter its normal operating state. The actual symptom depends on the controller architecture and the nature of the fault.

What should be checked after installing the 00-126-384?

The board seating and connectors should be checked first, followed by controller diagnostics and system-data availability. Robot programs, configuration, calibration information, communication, I/O, safety functions, and controlled robot movement should then be verified before returning the system to production.



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