OEM Servo Encoder Cable Cross-Reference Pages by Machine Family
An OEM servo encoder cable cross-reference that starts from the number stamped on your failed lead, not from a catalog. Each machine family maps original part numbers to ours, with the pinout measured in-house and published before you have to ask for it.
Last updated: 13 September 2026
Overview
Maintenance engineers rarely search for a generic description. They search for the number stamped on the failed lead, or for the machine model plus one word. An OEM servo encoder cable range published as a set of cross-reference pages meets that search directly: each page targets a single drive family, lists the original part numbers it maps to, and shows the pinout before the buyer has to ask for it.
Key Specifications
| Product type | Cross-reference landing pages for servo and encoder leads |
|---|---|
| Brand coverage | Compatible with KUKA, FANUC, ABB and Yaskawa style drive systems |
| Cross-reference table | Original part number to our part number |
| Pinout | Published per connector family, measured in-house |
| Jacket material | PUR or PVC depending on the family being replaced |
| Length options | Set per machine family |
| Lead time | Published per family – to be confirmed with the supplier |
| Compatibility statement | Compatible with, not genuine original parts |
Step 1: read the number off the failed lead
Nearly every one of these enquiries can be resolved from the cable itself. Work through the four places the information hides:
| Where to look | What you find | What it tells us |
|---|---|---|
| Molded or printed marker on the cable | Original part number, sometimes a date code | The fastest route – send it as photographed |
| Connector body | Shell size, keyway, sometimes the maker mark | Narrows the family even with no part number |
| Drive nameplate | Drive model and rating | Confirms the feedback interface |
| Motor nameplate | Motor type and feedback type | Confirms the encoder side shell |
Step 2: match the machine family
Cross-reference works by family, because the same maker uses the same shell and pinout across a generation of drives. The table below shows how a page is laid out; the brand names are compatibility statements for drive systems and motor feedback connectors of that style, not claims that the assemblies are genuine original parts.
| Machine family | Connector shell style | Feedback carried | Jacket |
|---|---|---|---|
| KUKA style arm wiring | Circular, keyed, motor and feedback separate | Digital serial, or resolver on older axes | PUR for the arm sections |
| FANUC style alpha and beta series | Compact circular, encoder side and drive side differ | Serial pulse coder or absolute | PUR, oil resistant |
| ABB style drive systems | Circular with a separate brake or power shell | Digital serial on newer drives | PUR or PVC by family |
| Yaskawa style servo families | Compact circular, encoder and power separate | Serial, with a battery-backed absolute option | PUR where the run moves |
Step 3: check the pinout, then the length
A cross-reference is only useful if it is correct, so the tables are built from teardown samples and measured pinouts rather than copied from a distributor listing. Where a family carries more than one feedback protocol over the same connector shell, the page says so and lists which protocol each variant supports. Anything we have not measured in-house is left out of the table instead of being guessed, because a wrong pinout costs more in downtime than a missing row.
How compatibility is stated
The assemblies are compatible with KUKA, FANUC, ABB and Yaskawa style drive systems and motor feedback connectors. They are not presented as genuine original parts, and each page carries that note. If your machine is not listed, send the part number and a photograph of the connector and we will measure it, then add the family to the table with the sample it was measured against.
How the pages are maintained
Every page records the sample it was measured against, the revision date and whoever signed off the pinout. When a connector shell changes or a supplier revises a molding, the page is revised visibly rather than silently updated, so a buyer who ordered last year can still see what they bought and re-order it. That matters more than it sounds: a silent revision on a maintenance part is how the same part number stops fitting.
What each page carries
- Machine and drive family coverage, with a compatibility statement for each entry.
- Original part number to our part number cross-reference table.
- Connector pinout and keying, drawn from the servo or feedback interface.
- Jacket material, shield construction and minimum bend radius.
- Length options and a stated lead time.
Typical applications for this OEM servo encoder cable
- Breakdown replacement on a named arm or axis, starting from the part number on the failed lead
- Planned spares holding, where the same family covers several machines on site
- Retrofit programs moving a whole cell, using our encoder feedback cable where a made-to-measure build is better than a cross-reference
- Robot and axis rebuilds, alongside our KUKA robot encoder cable and FANUC robot encoder cable pages
- New installations where the whole axis is better served by a custom servo motor cable assembly
Workmanship and testing
Every build is assembled and inspected to IPC/WHMA-A-620 Class 3 workmanship under our ISO 9001 system. We terminate conductors from 32 to 12 AWG. Each unit is checked for continuity and pinout before packing, and where the build carries an ingress rating we can add seal checking on the production run.
Custom builds and ordering
Prototypes run from 5 pcs with a 3 working day turnaround; volume orders start at MOQ 500 pcs and ship 14 working days after sample sign-off. If the build needs tooling we do not already hold, add roughly 10 working days. OEM and ODM orders ship under your part number and labeling, and material certificates and first-article reports are available on request.
Related assemblies
- Encoder Feedback Cable with PUR Jacket for Digital Servo Loops
- FANUC Robot Encoder Cable A660 Series Compatible
- KUKA Robot Encoder Cable Compatible with 00-174-775
- Custom Servo Motor Cable Assembly
- Hybrid Servo Cable for One-Cable Solution Servo Drives
- M23 Screw Lock Cable for Servo Motor Power and Encoder Feedback
The drives these connect to are servo systems of the families named above; we build to the pinout we measured, and the values your assembly is verified to are the ones on your order.
Frequently Asked Questions
Are these genuine original parts?
No. They are compatible assemblies built to the connector style and pinout of the family named on the page, and each page says so.
My machine is not listed. Can you still help?
Yes. Send the part number and a photograph of the connector and we will measure it, then add the family to the table.
How do I know the pinout is right?
Because it was measured on a teardown sample rather than copied from a listing. The page records which sample it was measured against.
What is the minimum order?
Five pieces is the prototype minimum and those ship in 3 working days. Production quantities start at 500 pcs, 14 working days after sample approval.
| Product type | Cross-reference landing pages for servo and encoder leads |
|---|---|
| Brand coverage | Compatible with KUKA, FANUC, ABB and Yaskawa style drive systems |
| Cross-reference table | Original part number to our part number |
| Pinout | Published per connector family, measured in-house |
| Jacket material | PUR or PVC depending on the family being replaced |
| Length options | Set per machine family |
| Lead time | Published per family – to be confirmed with the supplier |
| Compatibility statement | Compatible with, not genuine original parts |
