Yaskawa DX200 Modules: PCU-ETHIOEI X82 CBL-YRC-061-1 X81 CBL-YRC-061-1 8M J JZRCR-YSV24-111 Servopack

Technical Dossier

Product Details And Specifications

Yaskawa DX200 Series: Comprehensive Module Range and Technical Overview

The Yaskawa DX200 is the fourth-generation robot controller platform developed by Yaskawa Electric Corporation (Japan), succeeding the NX100 and XRC series. It is deployed across heavy industrial sectors including automotive body welding lines, chemical plant material handling, nuclear facility maintenance robots, and refinery pipeline inspection systems. The DX200 supports coordinated control of up to 72 axes across 8 robots simultaneously, making it the reference architecture for large-scale robotic cells in continuous-process industries. Its dual-CPU redundancy design and IEC 61508 SIL2-compliant functional safety architecture have made it the standard controller for safety-critical automation environments globally.

The Evolution of DX200 Architecture

Yaskawa's controller architecture evolved through distinct generations: the XRC (1998) introduced open-network connectivity; the NX100 (2003) added Ethernet-based pendant communication and expanded I/O capacity; the DX100 (2008) introduced the YCP21 CPU board with Windows CE-based HMI; the DX200 (2012) replaced the YCP21 with a dual-core processor architecture, introduced the PCU (Process Control Unit) subsystem for Ethernet/IP and PROFINET integration, and standardized the JZRCR-YSV servo amplifier family for all axis configurations. The FS100 and YRC1000 (2016–2019) succeeded the DX200 for new installations, but the DX200 remains in active production use at thousands of facilities. Compatibility between DX200 and YRC1000 is limited: servo cables, I/O modules, and PCU boards are not cross-compatible without hardware modification. Facilities running DX200 controllers must source DX200-specific spare parts to maintain uptime.

DX200 Full Catalog & Functionalities (SKU List)

The following SKUs represent the verified DX200 module catalog, organized by functional category. Each entry reflects a discrete hardware component used in DX200 controller cabinets or robot arm servo circuits.

Process Control Unit (PCU) & Communication Boards

• PCU-ETHIOEI: Ethernet I/O expansion interface board for DX200 PCU slot; supports EtherNet/IP adapter mode
• JANCD-YCP21-E: Main CPU board for DX200; dual-core processor, manages motion planning and I/O arbitration
• JANCD-YIF01-E: Integrated fieldbus interface board; supports PROFIBUS-DP, DeviceNet, and CC-Link
• JANCD-YEW01-E: EtherNet/IP scanner board for DX200; enables PLC-to-robot data exchange over standard Ethernet
• JANCD-YFC21-E: Functional safety board; implements DX200 dual-channel safety I/O and SIL2 monitoring

Servo Amplifier Modules (JZRCR-YSV Series)

• JZRCR-YSV24-111: 3-axis servo amplifier unit for DX200; controls axes S, L, U on standard 6-axis robot configurations
• JZRCR-YSV24-112: 3-axis servo amplifier unit for DX200; controls axes R, B, T (wrist axes)
• JZRCR-YSV24-113: Single-axis servo amplifier for DX200 external axis (E1); used in positioner and track configurations
• JZRCR-YSV24-114: Dual-axis servo amplifier for DX200 external axes E1/E2; supports coordinated positioner control
• JZRCR-YSV01-1: Base servo power supply unit for DX200 amplifier rack; 200–480V AC input

Cable Assemblies

• CBL-YRC-061-1 (X82, 8M): 8-meter encoder feedback cable, X82 connector; links robot arm encoder to DX200 servo amplifier
• CBL-YRC-061-1 (X81, 8M): 8-meter power cable, X81 connector; supplies servo motor power from DX200 amplifier to robot arm
• CBL-YRC-062-1: 12-meter variant of the YRC-061 cable set; used for extended-reach robot installations
• CBL-YRC-063-1: 20-meter cable assembly for DX200; for robot cells with extended cable routing requirements

I/O & Power Distribution

• JANCD-YIO21-E: General-purpose digital I/O board for DX200; 32 DI / 32 DO, 24VDC logic
• JANCD-YPS21-E: Internal power supply board for DX200 controller cabinet; generates 5V/12V/24V DC rails
• JZNC-YRK01-1E: DX200 robot controller base unit rack; houses CPU, I/O, and PCU boards

Sourcing Hard-to-Find & Obsolete DX200 Parts

Yaskawa officially transitioned new robot shipments to the YRC1000 platform in 2019. The DX200 entered the mature/end-of-active-production phase, with Yaskawa's own spare parts availability becoming increasingly constrained for low-volume SKUs such as PCU communication boards, specific cable lengths, and individual servo amplifier sub-modules. DriveKNMS maintains a dedicated DX200 lifecycle inventory program. Stock is sourced from decommissioned automotive and process industry cells, tested to OEM specification, and held in climate-controlled storage. For obsolete DX200 SKUs including JANCD-series boards and JZRCR-YSV amplifier variants, DriveKNMS provides cross-reference verification, functional test reports, and 12-month replacement warranty on all shipped units. Customers operating DX200 fleets beyond 2026 are advised to establish a consignment stock agreement to mitigate lead-time risk on critical spare parts.

Quality Control for the DX200 Range

DX200 modules present specific test challenges due to the integrated backplane bus architecture and the servo amplifier's dependency on encoder feedback signals for self-diagnostics. DriveKNMS applies the following test protocol to all DX200 spare parts: (1) Visual inspection of PCB traces, connector pins, and capacitor condition on all JANCD-series boards; (2) Powered bench test of JZRCR-YSV amplifier modules using a DX200 controller test rig with simulated encoder feedback; (3) EtherNet/IP and PROFINET communication verification for all PCU-ETHIOEI boards using a Wireshark-monitored test network; (4) Cable continuity and insulation resistance test (500V Megger) on all CBL-YRC cable assemblies; (5) Functional safety I/O verification on JANCD-YFC21-E boards per IEC 62061 test procedures. All units are shipped with a test report and serialized traceability record.