Yaskawa JARCR-YPC21 Ruggedized CC-Link Communication Module

Product Overview

Yaskawa JARCR-YPC21 Ruggedized CC-Link Communication Module: Industrial Resilience for Harsh Environments

The Yaskawa JARCR-YPC21 (JZRCR-YPP01) CC-Link PCI Communication Module — SKU: CC-Link-SST-CCS-PCU-JARCR-YPC21-JZRCR-YPP01 — is an original, factory-grade component engineered for continuous, fault-tolerant operation within the Yaskawa DX100 and DX200 robot controller platforms. Designed to meet the demanding requirements of industrial automation environments — including high-temperature enclosures, high-humidity process areas, heavy vibration from press lines and stamping equipment, airborne particulate contamination in foundry and cement applications, and intense electromagnetic interference from variable frequency drives and high-current bus bars — this module delivers the communication integrity that mission-critical production lines depend on.

As a CC-Link master/slave PCI communication card, the JARCR-YPC21 enables deterministic, high-speed data exchange between the Yaskawa robot controller and field-level devices across the CC-Link industrial network. Whether coordinating motion sequences with Mitsubishi MELSEC Q-series PLCs, synchronizing I/O states with remote I/O stations, or transmitting real-time status data to SCADA supervisory systems, this module maintains cycle-accurate communication even under sustained electrical noise conditions common to arc welding cells, induction heating stations, and large servo drive cabinets.

Rugged Specifications Table

Comprehensive Protection Solutions

In a fully integrated Yaskawa robot cell, the JARCR-YPC21 does not operate in isolation — it is the communication backbone that ties together an entire ecosystem of safety-critical and process-critical components. Within the DX100 or DX200 controller cabinet, it works in concert with the JANCD-YCP01 CPU board, which handles trajectory planning and motion interpolation, and the JANCD-YIF01 interface board, which manages I/O signal routing between the controller and external field devices. The CC-Link network coordinated by this module typically connects to Mitsubishi MELSEC Q-series or L-series PLCs acting as CC-Link masters, enabling seamless handshaking for part-present signals, conveyor interlocks, and safety gate status.

On the power supply side, the controller relies on the JZNC-YPS01 servo power supply unit to deliver stable DC bus voltage to the servo amplifier modules — any communication dropout caused by a faulty PCI card can cascade into uncontrolled axis motion or E-stop faults, making the integrity of the JARCR-YPC21 directly relevant to machine safety. The module also interfaces with JARCR-YSF21 safety function boards in functional safety configurations, where CC-Link Safety extensions may be employed to transmit SIL-rated safety signals across the network.

In welding applications, the JARCR-YPC21 coordinates with JARCR-YEW01 weld interface boards and external weld controllers, ensuring that arc-on/arc-off commands, wire feed signals, and weld schedule selections are transmitted with zero latency tolerance. For vision-guided robot cells, it bridges communication between the DX200 controller and vision system controllers integrated as CC-Link remote device stations. The module’s robust PCI interface and shielded signal paths maintain data integrity even when installed adjacent to high-current servo drives, transformer banks, or capacitor discharge welding units generating significant conducted and radiated EMI. In multi-axis configurations, the SGDV-series Sigma-5 servo drives and their associated SGMJV servo motors depend on uninterrupted CC-Link communication for synchronized motion — a role the JARCR-YPC21 fulfills reliably across thousands of production cycles. Safety relay modules and JARCR-YFC01 fieldbus communication cards installed in the same cabinet further underscore the importance of a verified, in-spec PCI communication card at the network’s core.

Application in Critical Infrastructure

The Yaskawa JARCR-YPC21 CC-Link communication module sees active deployment across the most demanding sectors of heavy industry and critical infrastructure. In automotive body-in-white welding lines, DX200-controlled robots equipped with this module maintain microsecond-level synchronization with transfer line PLCs, coordinating spot weld gun actuation, part clamping, and conveyor indexing across multi-robot cells operating 24 hours a day, 365 days a year. A communication fault at this level can halt an entire production line, making the reliability of this PCI card a direct production KPI.

In oil and gas upstream and midstream facilities, Yaskawa robots with DX100 controllers are deployed for pipe handling, valve assembly, and inspection tasks in environments characterized by hydrocarbon vapors, salt-laden air, and extreme ambient temperature swings. The CC-Link network managed by the JARCR-YPC21 connects these robots to safety PLCs and emergency shutdown (ESD) systems, where communication reliability is a functional safety requirement under IEC 61511.

In metallurgical and steel mill applications, robots operating near electric arc furnaces, ladle transfer cars, and continuous casting lines face radiated EMI levels that would compromise lesser communication hardware. The JARCR-YPC21’s industrial-grade PCI design, combined with the DX200 controller’s shielded enclosure, sustains reliable CC-Link communication in these environments. Similarly, in mining and mineral processing facilities, where vibration from crushers and conveyors is constant and ambient dust concentrations are high, the sealed controller cabinet housing this module provides the environmental protection necessary for uninterrupted operation.

Power generation and water treatment facilities also rely on Yaskawa DX-series robots for valve maintenance, pipe inspection, and chemical dosing automation, where the JARCR-YPC21 enables integration with plant-wide DCS systems via CC-Link gateway devices. In each of these environments, the ability to source a verified, tested replacement module with a documented 12-month warranty is a critical factor in maintenance planning and unplanned downtime recovery.

Security & Quality FAQ

Q1: What does the 12-month warranty cover, and how is it enforced?
The 12-month warranty covers all functional defects attributable to component failure or manufacturing quality under normal industrial operating conditions. Each unit shipped by TOPNLMS has been inspected and, where applicable, functionally tested prior to dispatch. In the event of a warranty claim, we provide direct technical support and replacement coordination. The warranty period begins from the date of confirmed delivery. Contact [email protected] to initiate any warranty or quality inquiry.

Q2: How do you verify compatibility with my specific DX100 or DX200 controller revision?
The JARCR-YPC21 (JZRCR-YPP01) is a standard PCI-format CC-Link communication card used across the DX100 and DX200 controller families. Compatibility is determined by the controller’s software version and CC-Link network configuration rather than hardware revision. Our technical team can cross-reference your controller’s nameplate data and software version against Yaskawa’s compatibility matrix before shipment. Provide your controller serial number and software version when inquiring.

Q3: What pre-shipment testing and inspection process does each unit undergo?
Every JARCR-YPC21 unit is visually inspected for physical integrity — connector pins, PCB condition, component seating, and label authenticity — before packaging. Units sourced as tested surplus undergo functional power-on verification. All units are packed in anti-static ESD-safe packaging with foam cushioning to prevent transit damage. A packing list and inspection record accompany each shipment.

Q4: Can you support long-term or repeat procurement for maintenance programs?
Yes. TOPNLMS maintains stock of Yaskawa DX100 and DX200 spare parts including CPU boards, servo amplifier modules, I/O interface cards, and communication modules such as the JARCR-YPC21. For maintenance contracts, annual blanket orders, or MRO (Maintenance, Repair & Operations) programs requiring guaranteed availability, contact our team to discuss reserved stock arrangements and lead-time commitments. We support both one-time emergency replacement orders and structured long-term supply agreements.