Kawasaki 50999-2145R10 Processor PCB

Description

Product Introduction & Engineering Value

Kawasaki 50999-2145R10 is a legacy 1GW-51 control/processor PCB used in Kawasaki robotic control equipment. The complete R10 revision should be retained when sourcing the replacement. Industrial listings also identify the underlying 50999-2145 family as an analog/parallel I/O board with three I/O ports.

There is particularly useful field evidence for this part: a Kawasaki 50999-2145R10 1GW-51 processor PCB was removed from a Nikon NSR-S205C step-and-repeat exposure system and listed as used-working inventory. That establishes a concrete semiconductor-equipment application for this Kawasaki board.

Technical Specifications

The three-port analog/parallel I/O description is specifically published for 50999-2145R10, while the Nikon equipment record identifies the unit as a 1GW-51 processor PCB card.

Identification point worth preserving

The following identifiers should be kept together on a purchase order:

50999-2145R10 → 1GW-51 → 1GW-11 → 50999-2145

These cross-references appear in current industrial spare-parts catalogs.

Field Application & the “Trench” Experience

A particularly relevant field example involves a Nikon NSR-S205C step-and-repeat exposure system. A used-working Kawasaki 50999-2145R10 was documented as having been removed from that equipment.

That matters when troubleshooting semiconductor equipment. A failure involving this board may initially appear to be a generic Kawasaki robot-control problem, while the actual installed application can include specialized equipment-side I/O and communications.

For a replacement, the technician should compare the 1GW-51 board, R10 revision, connector arrangement, I/O configuration, and any equipment-specific settings before removing the original.

Niche application scenarios

• Nikon NSR-S205C step-and-repeat exposure equipment: legacy Kawasaki control-board replacement.
• Semiconductor wafer-processing equipment: Kawasaki robot and equipment-interface control.
• Parallel I/O integration: applications requiring the documented three-port analog/parallel I/O arrangement.
• Legacy Kawasaki robot-controller refurbishment: board-level replacement rather than complete controller replacement.

50999-2145R10

50999-2145R10

Transparency SOP: QA & Testing

For New Surplus or Refurbished 50999-2145R10, I would use this sequence:

1. Identity check — Confirm 50999-2145R10.
2. Board check — Confirm 1GW-51 marking.
3. Revision check — Verify R10.
4. I/O inspection — Confirm the three-port configuration and compare connectors with the original.
5. PCB inspection — Look for corrosion, damaged traces, cracked solder joints, overheated components, and connector damage.
6. Configuration capture — Photograph switches, jumpers, memory devices, and all secondary labels.
7. Controlled power-up — Test in the appropriate Kawasaki controller environment.
8. I/O verification — Exercise the applicable analog/parallel I/O channels.
9. System communication test — Verify communication with the parent controller.
10. Functional test — Where possible, test in the actual Kawasaki/Nikon equipment configuration.

Do not treat “powers on” as equivalent to a functional I/O test.

The Veteran’s Tech Trap Guide

⚠️ Trap #1 — Calling it only a “processor board”

One source identifies 50999-2145R10 as a processor PCB card, while another identifies it as an analog/parallel I/O PCB with three ports. Both descriptions are useful, but neither should be used to ignore the actual installed configuration.

PRO TIP: Use the board number plus the equipment model when verifying compatibility.

⚠️ Trap #2 — Dropping the R10 revision

Do not order merely 50999-2145 if the installed board is 50999-2145R10. The revision is part of the procurement identity.

⚠️ Trap #3 — Confusing 1GW-51 with 1GW-11

Industrial catalogs associate the part with both 1GW-51 and 1GW-11. That does not automatically prove that every board carrying one of those designations is interchangeable.

⚠️ Trap #4 — Ignoring the semiconductor-equipment application

The documented Nikon NSR-S205C application means that equipment-side configuration can matter. A board that passes a generic bench test may still require the correct configuration to operate in the production tool.

Dynamic FAQ

What is Kawasaki 50999-2145R10?

It is a Kawasaki 1GW-51 processor/control PCB, with industrial spare-parts references also identifying it as an analog/parallel I/O board with three I/O ports.

What is the 1GW-51 designation?

1GW-51 is the board designation associated with Kawasaki 50999-2145R10. Current spare-parts catalogs also reference 1GW-11 and 50999-2145 with this part family.

How many I/O ports does it have?

Available industrial-part documentation specifies three I/O ports and describes the board as an analog/parallel I/O PCB.

Is it used in semiconductor equipment?

Yes. A documented 50999-2145R10 / 1GW-51 was removed from a Nikon NSR-S205C step-and-repeat exposure system and listed as used-working.

Is 50999-2145R10 discontinued?

Yes. Current industrial spare-parts references list the part as discontinued by the manufacturer.

Can I substitute a 1GW-51 without the R10 suffix?

Do not assume so. Verify the complete 50999-2145R10 identification, board revision, I/O configuration, parent controller, and equipment application.

What should I request for New Surplus stock?

Request actual-unit photographs, 50999-2145R10 and 1GW-51 markings, R10 revision confirmation, connector/I/O photographs, functional test results, and written warranty terms.

Is refurbished inventory available?

Yes. Current industrial suppliers list 50999-2145R10 in refurbished and used-working inventory. One current supplier specifically lists a refurbished unit and component-level repair service, while another equipment listing documents a used-working board removed from a Nikon .

What warranty should I ask for?

Ask for a written functional warranty on the actual board, not just a condition guarantee. One current repair supplier states that its 50999-2145R10 repairs include a one-year warranty covering parts and labor; that is a supplier warranty rather than a Kawasaki OEM warranty.