KUKA KCP-VGA2281A KVGA 2.0 KRC2 Controller Board

Original price was: $3,740.00.Current price is: $2,935.00.

Parameter Details
Model KCP-VGA2281A-0
Manufacturer KUKA
Related Assembly KVGA 2.0
KUKA Card Number 00-109-040
Product Type VGA/display interface board
Core Function Provides the video/display interface associated with the KUKA KRC2/VKRC2 controller architecture.
Controller Platform KRC2 / VKRC2
Known Version KVGA 2.0, Version 5
KUKA ID 10100
Brand: Model/SKU: KCP-VGA2281A

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Description

Product Introduction & Engineering Value

The KUKA KCP-VGA2281A-0 is associated with the KVGA 2.0 video/display hardware used in KUKA KRC2/VKRC2 robot-control systems. The commonly referenced card number is 00-109-040, making that number useful when matching a replacement against an existing controller board.

This is a legacy controller component. Do not treat it as a generic VGA card. Its suitability depends on the KUKA controller architecture, KVGA revision, and installed hardware configuration. Available listings specifically identify the unit as KCP-VGA 2281A-0, rather than merely a standard PC video adapter.

 

Technical Specifications

Parameter Specification
Manufacturer KUKA
Part Number KCP-VGA2281A-0
Related Board KVGA 2.0
KUKA Card Number 00-109-040
Documented Version Version 5
KUKA ID 10100
Controller Family KRC2 / VKRC2
Function VGA/video display interface
Installation Internal KUKA controller electronics
Product Generation Legacy KUKA robot controller
Interface Type VGA/video
Replacement Requirement Match board revision and controller configuration

A KUKA parts listing specifically identifies “KVGA 2.0-00-109-040 Ver.5, KUKA KCP-VGA2281A-0, KUKA CARD 00-109-040 0018.”

Identification Cross-Reference

The following identifiers have appeared together in industrial listings:

KCP-VGA2281A-0 → KVGA 2.0 → 00-109-040 → KUKA ID 10100

That cross-reference is useful when inspecting an existing board, but it should not be interpreted as proof that every board carrying one of these numbers is interchangeable.

 

Field Application & the “Trench” Experience

A common problem with an aging KRC2 controller is a display fault that initially looks like a KCP problem. The teach pendant may still communicate with the controller, while the controller’s internal video hardware develops an intermittent fault.

In a maintenance situation where the KUKA cabinet itself remains serviceable, identifying the failed KVGA 2.0 / KCP-VGA2281A-0 board can avoid replacing unrelated controller hardware. The replacement should be matched against the original card number and revision before power is restored.

Typical applications include:

  1. KRC2 robot welding cells
  2. VKRC2 automotive production robots
  3. Legacy KUKA material-handling cells
  4. KRC2 controller repair and refurbishment
  5. Production lines where KRC2 hardware remains in service

Current secondary-market listings explicitly connect this board with /VKRC2 equipment.

KCP-VGA2281A

KCP-VGA2281A

Transparency SOP: QA & Testing

For New Surplus or Refurbished KCP-VGA2281A-0 stock, the test procedure should focus on both board condition and controller compatibility.

1. Identification

  • Verify .
  • Check for KVGA 2.0.
  • Confirm 00-109-040.
  • Record the hardware/version marking.
  • Compare the PCB against the removed board.

2. Physical inspection

  • Inspect PCB components for oxidation or heat damage.
  • Check board connectors and mounting points.
  • Inspect the VGA-related circuitry.
  • Check for evidence of previous repair or component replacement.

3. Functional test

  1. Install the board in a compatible KRC2/VKRC2 test controller.
  2. Power the controller.
  3. Confirm controller initialization.
  4. Verify video output.
  5. Check display stability during extended operation.
  6. Perform repeated controller restarts.

A proper controller-level test is much more meaningful than simply confirming that the board receives power.

 

The Veteran’s Tech Trap Guide

⚠️ Trap #1 — Ordering only “KCP-VGA.”

KUKA has multiple generations of controller and video hardware. The exact designation and 00-109-040 card number should be included in the purchase specification.

⚠️ Trap #2 — Ignoring the KVGA revision.

The documented unit is identified as KVGA 2.0, Version 5. A visually similar board from another KVGA generation should not be assumed compatible.

⚠️ Trap #3 — Calling it a standard PC VGA card.

Although VGA is part of its function, this is a KUKA controller-specific board. A generic industrial or PC VGA card is not an acceptable substitute simply because it uses a similar video connector.

PRO TIP: When requesting a replacement, send the supplier a photograph showing KCP-VGA2281A-0, 00-109-040, the revision/version marking, and the complete KRC2 controller identification label.

 

Dynamic FAQ

What is KUKA KCP-VGA2281A?

It is a KUKA KVGA 2.0 video/display interface board associated with KRC2 and VKRC2 robot-controller systems. Industrial listings identify it with KUKA card number 00-109-040.

Which KUKA controller uses it?

The strongest available references associate / KVGA 2.0 with and controllers.

What is the KUKA card number?

The associated card number is 00-109-040. A documented listing identifies the assembly as KVGA 2.0, Version 5.

Is KCP-VGA2281A-0 a generic VGA card?

No. It is a KUKA controller-specific video/interface board. Generic VGA compatibility does not establish controller compatibility.

Is New Surplus KCP-VGA2281A acceptable?

Yes. For legacy KRC2 equipment, verified New Surplus stock can be valuable because maintaining the existing controller may be preferable to a complete controller migration. The board should be functionally tested in a compatible KUKA controller.

What warranty should I request?

For New Surplus or refurbished stock, request coverage for controller startup, video output, display stability, connector integrity, and extended operation in a compatible KRC2/VKRC2 controller. For refurbished boards, ask whether testing was performed in an actual KUKA controller rather than only on a bench.