Yaskawa DX200 JANCD-YCP02-E JZMQZ-TB40B Q8B801-391-3-14 JZMQZ-TB40 Robot Controller Modules

Technical Dossier

Product Details And Specifications

Yaskawa DX200 Series Technical Notes

The DX200 operates on a Windows CE-based teach pendant interface (JZMQZ-TB40 / JZMQZ-TB40B series) and a modular backplane architecture that separates CPU, I/O, servo, and communication functions into discrete, field-replaceable units. This design enables targeted component-level repair without full controller replacement, which is the primary driver of sustained aftermarket demand for individual board-level modules.

The Evolution of DX200 Architecture

Yaskawa's robot controller lineage progressed through the YASNAC MRC (1988), XRC (1998), NX100 (2003), and DX100 (2007) platforms before the DX200 was released in 2011. Each generation introduced tighter integration between motion control and safety logic. The DX200 consolidated functional safety (FSU — Functional Safety Unit) directly into the controller backplane, eliminating the need for external safety relays in many applications and enabling compliance with ISO 13849-1 PLd and IEC 62061 SIL2 without third-party safety PLCs.

The DX200 backplane uses a proprietary high-speed serial bus (MECHATROLINK-III derivative) to synchronize the JANCD-YCP02-E CPU board with servo amplifier boards (SRDA series) and I/O expansion racks. Compatibility between DX200 firmware revisions and specific board hardware revisions is strictly version-controlled; mixing incompatible firmware and hardware revisions results in axis alarm faults (alarm codes 0400–0499 range). Maintenance engineers sourcing replacement boards must verify the hardware revision suffix (e.g., -E, -B, -C) against the controller's system software version.

The DX200 platform reached end-of-active-production announcement in 2022, with Yaskawa transitioning new installations to the YRC1000 and YRC1000micro platforms. However, the DX200 remains in active service at the majority of its installed base, and Yaskawa's official parts support window extends through 2030. After that date, third-party MRO suppliers represent the primary sourcing channel for board-level components.

DX200 Full Catalog & Functionalities (SKU List)

CPU & Main Controller Boards

• JANCD-YCP02-E: Main CPU board; coordinates motion, I/O, and safety logic for up to 8 axes.
• JANCD-YCP01-E: Predecessor CPU board; compatible with early DX200 firmware revisions pre-DN3.50.
• JANCD-YSF22-E: Functional Safety Unit (FSU) board; implements PLd/SIL2 safety monitoring.
• JANCD-YSF21-E: FSU board variant for single-robot DX200 configurations.

I/O Expansion Modules

• JANCD-YIO02-E: Standard I/O board; 40 DI / 40 DO, 24 VDC sink/source.
• JANCD-YIO21-E: High-density I/O expansion; 64 DI / 64 DO for complex cell integration.
• JANCD-YEW01-E: EtherNet/IP communication adapter; enables PLC-to-robot data exchange.
• JANCD-YEW02-E: Dual-port EtherNet/IP board; supports Device Level Ring (DLR) topology.

Communication & Fieldbus Adapters

• JANCD-YFC21-E: PROFIBUS-DP slave adapter; 12 Mbps, GSD file configurable.
• JANCD-YFC22-E: DeviceNet slave adapter; Group 2 only slave, 500 kbps.
• JANCD-YFC23-E: CC-Link slave adapter; Ver. 1.10 compatible, 10 Mbps.
• JANCD-YFC24-E: PROFINET IO device adapter; RT Class 1, cycle time ≥ 4 ms.

Servo & Power Supply Boards

• JANCD-YPS01-E: Internal power supply board; generates ±15 V, +5 V, +24 V rails for backplane.
• JANCD-YBK01-E: Brake control board; manages dynamic braking for up to 8 servo axes.
• SRDA-SDA21A01A-E: Servo amplifier unit; 2-axis integrated, 200 VAC, 1.5 kW per axis.
• SRDA-COA30A01A-E: Servo amplifier unit; single-axis, 400 VAC, 3.0 kW.

Teach Pendant & HMI Components

• JZMQZ-TB40B: Programming pendant (teach pendant); color LCD, 7.5-inch, IP54, with deadman switch.
• JZMQZ-TB40: Earlier pendant revision; monochrome LCD variant, functionally equivalent for DX200 base operations.
• Q8B801-391-3-14: Pendant cable assembly; 8 m, shielded, with locking connector for DX200 cabinet interface.

Sourcing Hard-to-Find & Obsolete DX200 Parts

For end-users operating DX200 controllers beyond Yaskawa's 2030 support window, DriveKNMS offers a Long-Term Maintenance Agreement (LTMA) that provides guaranteed board availability, firmware archiving, and on-demand technical documentation access for the full DX200 module catalog.

Quality Control for the DX200 Range

DX200 modules present specific test challenges due to the controller's integrated backplane bus architecture. Unlike modular PLCs where individual I/O cards can be bench-tested in isolation, DX200 CPU and FSU boards require a live backplane environment to complete their self-diagnostic boot sequence. DriveKNMS operates a dedicated DX200 test rig — a complete controller chassis with calibrated servo load banks — that replicates production operating conditions for board validation.