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Reference-led industrial recovery directory

Find the component.
Restore production.

Search an exact industrial component part or reference number, brand or equipment type, then choose a clear route to repair, exchange, sourcing or on-site help.

From PLC / CPU and drives / VFD to HMI / display, motors / servo and robotics, start with the reference printed on the component.

1900 references displayed

Reference lookup is ready.Enter a complete part number or a useful manufacturer/type term.

Try: 6ES7, Siemens, drive, HMI

Directory body / references and routesPublished records / recovery paths

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START WITH THE EQUIPMENT

Use the equipment family to narrow the search, or enter an exact reference above. Each hub keeps the component type, identity clues and possible next actions together.

Reference records

SEARCH BY IDENTITY

Search by the exact reference when you have it. If the number is incomplete, add the manufacturer or equipment type so you can compare the closest reviewed record before choosing a recovery route.

ReferenceManufacturerTypeRecovery routeCheckedAction
00-100-27800-100-278 Verified supplier evidence for 00-100-278.UnspecifiedIndustrial componentSource2026-09-13Request
00-100-32300-100-323 KUKA PM6-600 Powermodul E1 KRC1 robot servo drive Sits within KRC1 power and servo-drive electronics between controller signals and robot-axis power. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-101-34600-101-346 Verified supplier evidence for 00-101-346.UnspecifiedIndustrial componentSource2026-09-13Request
00-101-38200-101-382 Unknown product identity and technical role.UnspecifiedIndustrial componentSourceNot checkedRequest
00-101-69900-101-699 KUKA robotics motherboard, model 00101699 Sits within KUKA robot controller electronics between controller processing and connected drive or I/O boards. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-103-11700-103-117 KUKA robotics Lenze servo drive, EVS9326-KHV531 Sits between KUKA controller commands and the robot motor or servo power stage. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-103-11800-103-118 KUKA Lenze servo drive, EVS9328-KHV531 Sits between KUKA controller commands and the robot motor or servo power stage. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-103-49200-103-492 KUKA six-axis PM6-600 servo control Sits within the KUKA controller and drive chain between motion commands and six-axis servo power. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-103-49400-103-494 KUKA PM6-600 power module for KRC1 Sits within KRC1 controller power electronics between incoming power conversion and robot-drive stages. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-103-49600-103-496 KR C1 PM1-600/16 power supply for a servo gun Sits within the KR C1 power chain between the supply source and the servo-gun power stage. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-103-49900-103-499 KUKA PM0-600 power module, article 00103499 Sits within KUKA robot controller power electronics between the power source and downstream drive stages. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-103-60600-103-606 Unknown product identity and technical role.UnspecifiedIndustrial componentSourceNot checkedRequest
00-104-26200-104-262 KUKA KC1 unit with article code 00104262 Sits within KUKA KRC1 controller electronics between controller processing and connected machine interfaces. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-104-26300-104-263 KUKA KC1 rack central unit for the KRC1 controller Sits within the KRC1 controller rack between controller processing and connected robot interfaces. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-104-42000-104-420 KUKA KRC1 motherboard of type CPU Sits within KRC1 controller electronics between controller software execution and robot interfaces. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-104-56100-104-561 KUKA PROFIBUS DP card, model 00104561 Sits in KUKA controller electronics between the controller and the PROFIBUS DP network. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-104-74200-104-742 KUKA X20/X30 motor cable for A1-A6, with a 7 meter length Sits between a KRC2 controller and the A1-A6 robot-axis connections. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-104-98200-104-982 Kuka robot gearbox, product description GZ_485_219_A1_X Sits within the robot axis mechanical transmission between the drive motor and the robot mechanism. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-104-98300-104-983 KUKA axis 2 reduction gearbox, RV700F-235 Sits within the KRC2 robot's axis 2 mechanical transmission between the drive motor and the axis mechanism. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-104-98600-104-986 KUKA RV410F-235 reducer Sits within the robot axis mechanical transmission between the drive motor and the robot mechanism. The captured source supports this system path without establishing installation-specific compatibility.UnspecifiedRoboticsSource2026-09-11Request
00-105-20100-105-201 - KCP 1.5 teach pendant with 10 m cable Evidence-based English reference page for 00-105-201 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-105-35000-105-350 - KSD1-16 servo module Evidence-based English reference page for 00-105-350 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-105-35100-105-351 - KSD1-32 servo drive Evidence-based English reference page for 00-105-351 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-105-41300-105-413 - KSD1-48 servo module Evidence-based English reference page for 00-105-413 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-105-79900-105-799 - KR210-2/2000 KRC2 upper arm housing Evidence-based English reference page for 00-105-799 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-106-03900-106-039 - GZ_571_250_A12_X gear unit for axes 1 and 2 Evidence-based English reference page for 00-106-039 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-106-22200-106-222 - GWA150 counterbalancing system Evidence-based English reference page for 00-106-222 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-106-29000-106-290 - ESC-CI safety circuit board for KRC2 Evidence-based English reference page for 00-106-290 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-106-42000-106-420 - counterbalance spring for KR210, KR180 and KR150 Evidence-based English reference page for 00-106-420 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-106-44600-106-446 - ZH150/180 wrist assembly Evidence-based English reference page for 00-106-446 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-106-44700-106-447 - ZH210/240 wrist Evidence-based English reference page for 00-106-447 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-106-48800-106-488 - KC-1/KRC1 robot controller PC unit Evidence-based English reference page for 00-106-488 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-106-65300-106-653 - IW 30/60 III in-line wrist Evidence-based English reference page for 00-106-653 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-107-06600-107-066 - KR360-2F axis-2 gear unit Evidence-based English reference page for 00-107-066 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-107-07900-107-079 Verified supplier evidence for 00-107-079.UnspecifiedIndustrial componentSource2026-09-13Request
00-107-26400-107-264 - KCP2 robot controller panel pendant Evidence-based English reference page for 00-107-264 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-108-09200-108-092 - KRC2 planetary gear unit Evidence-based English reference page for 00-108-092 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-108-31300-108-313 - DSE-IBS 3.02 board for KRC2 Evidence-based English reference page for 00-108-313 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-108-61900-108-619 - ZH500/ZH500I in-line wrist component Evidence-based English reference page for 00-108-619 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-108-62000-108-620 - IW 360 in-line wrist Evidence-based English reference page for 00-108-620 and its documented system role.UnspecifiedRoboticsSource2026-09-11Request
00-108-76600-108-766 Verified supplier evidence for 00-108-766.UnspecifiedIndustrial componentSource2026-09-13Request
00-111-45700-111-457 Verified supplier evidence for 00-111-457.UnspecifiedIndustrial componentSource2026-09-13Request
00-116-626KUKA 00-116-626 KUKA Ethernet network card KUKA 00-116-626 KUKA Ethernet network card; documented role: Routes Ethernet network data for the KUKA KRC2 controller.UnspecifiedRoboticsSource2026-09-11Request
00-117-33600-117-336 Verified supplier evidence for 00-117-336.UnspecifiedIndustrial componentSource2026-09-13Request
00-117-344KUKA 00-117-344 KUKA KSD1-48 servo drive module KUKA 00-117-344 KUKA KSD1-48 servo drive module; documented role: Drives a KUKA servo motor from the controller's motion-command path.UnspecifiedDrives / VFDSource2026-09-11Request
00-117-345KUKA 00-117-345 KUKA servo module KUKA 00-117-345 KUKA servo module; documented role: Drives a KUKA servo motor from the controller's motion-command path.UnspecifiedDrives / VFDSource2026-09-11Request
00-117-560KUKA 00-117-560 KUKA KRC2 computer PC unit KUKA 00-117-560 KUKA KRC2 computer PC unit; documented role: Processes controller software and robot-control data in the KUKA KRC2 central computer unit.UnspecifiedRoboticsSource2026-09-11Request
00-118-267KUKA 00-118-267 KUKA counterbalance for KR500 and KR360 KUKA 00-118-267 KUKA counterbalance for KR500 and KR360; documented role: Controls arm balance as the listed counterbalance component for the specified KUKA robots.UnspecifiedRoboticsSource2026-09-11Request
00-118-268KUKA 00-118-268 KUKA ceiling counterbalancing system for KR 360-2 C KUKA 00-118-268 KUKA ceiling counterbalancing system for KR 360-2 C; documented role: Controls arm balance through the listed ceiling counterbalancing system for the KUKA KR 360-2 C.UnspecifiedRoboticsSource2026-09-11Request
00-118-625KUKA 00-118-625 KUKA KRC1 FE201 safety board KUKA 00-118-625 KUKA KRC1 FE201 safety board; documented role: Monitors the KRC1 safety logic and drive-on circuit through the FE201 safety board.UnspecifiedRoboticsSource2026-09-11Request

Directory note: Entries are reviewed starting points. Availability and compatibility require a current source check.

Read the evidence

KNOW WHAT YOU KNOW

Ardkor separates a catalogue identity from a supplier signal or partner claim. That distinction helps maintenance and production teams judge the next move without turning a listing into an availability promise.

Identity

Confirm the reference, manufacturer, component type and any successor or alias clues.

Source

Check who supplied the signal, what role they have, and when the information was checked.

Next action

Use the evidence to choose repair, exchange, sourcing or on-site help for the machine context.

Decision note: A directory record is a starting point, not confirmed stock, compatibility, price or response time.

Three steps to a clear route

IDENTIFY / DECIDE / REACH

  1. 01

    Identify

    Search a part number, brand, photo clue or equipment type and confirm what the component is.

  2. 02

    Decide

    Review the identity, evidence, lifecycle clues and machine context before committing to a path.

  3. 03

    Reach

    Send the reference and context through the route that fits: repair, exchange, sourcing or on-site.

Choose a recovery path

WHAT HAPPENS NEXT

SourceFind a matching part or supplier.RepairSend the reference for a repair lead.ExchangeCheck replacement and exchange options.On-siteEscalate the issue with machine context.

Resources

READ / CHECK / SHARE

How Ardkor works

Keep the reference, evidence, context and next action together.

Read the guide

Reference checklist

Confirm part number, revision, voltage and machine context before requesting.

Open checklist

Repair directory

Browse repair, exchange, sourcing and on-site paths by category.

Browse routes

Have a reference to add?

Send the part number, manufacturer, photo, symptom or machine context. We will prepare the next useful route.

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Recovery request details
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Optional updates
Recipient and data disclosure

Recipient and data disclosure

Named recipient: Ardkor human-qualification queue (internal local preview). No partner delivery is enabled here.

Data retained for this review: reference, selected route, location, technical context, contact details, consent state, and any accepted private attachment.

Response expectation: none is promised. If external routing is enabled later, the partner name, disclosed fields, and response expectation must be shown and accepted again.

Withdrawal and deletion: use the private request controls from the receipt to withdraw further processing or request access/deletion. The request remains recorded until the relevant Ardkor systems and any recipient confirm completion.

Read the privacy information before sending. For corrections, access, or deletion help, use the contact page or email reference@ardkor.org; mailbox delivery and attendance have not been verified.

This routing state is separate from watch, marketing, payment, and analytics choices. If no capable service match is found, the request remains a human-qualification lead and is never presented as provider acceptance. Ardkor is not an emergency or safety service and submission does not guarantee availability, price, repair, sourcing, or response.

Prefer email? reference@ardkor.org