Yokogawa S9610AT-01 CC-Link Communication Module

Product Details

S9610AT-01 Product Description

The Yokogawa S9610AT-01 is a CC-Link master communication module engineered for the STARDOM autonomous controller platform. Designed for energy-conscious industrial environments, it enables deterministic, low-overhead data exchange between field devices and upper-level control systems — reducing unnecessary polling cycles, minimizing bus idle losses, and supporting leaner energy profiles across distributed automation architectures. Whether deployed in process manufacturing, utilities, or discrete production lines, the S9610AT-01 delivers the communication backbone that modern energy-optimized facilities demand.

In smart production environments where every watt counts, the S9610AT-01 serves as the nerve center connecting energy-intensive field assets — variable frequency drives, servo amplifiers, power monitoring relays, and intelligent motor starters — to the STARDOM FCN/FCJ autonomous controller. By maintaining high-speed, synchronized data loops at the CC-Link layer, the module ensures that energy consumption data flows in real time to SCADA systems and energy management platforms, enabling operators to act on load anomalies before they escalate into costly downtime or thermal overload events.

The S9610AT-01 is most effective when deployed as part of a coordinated, power-aware automation architecture. In a typical STARDOM-based energy control system, the module communicates directly with CC-Link-compatible remote I/O units — such as Yokogawa's F3NC96-0N network coupler modules — to aggregate field-level signals from current transformers, power factor sensors, and temperature probes. This data is then processed by the STARDOM FCN autonomous controller, which executes energy-balancing logic without relying on continuous host intervention, reducing both communication overhead and CPU energy draw.

On the drive side, the S9610AT-01 interfaces with CC-Link-enabled variable frequency drives — including Yaskawa GA700 series or Mitsubishi FR-A800 series inverters — allowing the STARDOM controller to issue speed reference commands and receive real-time power consumption feedback in a single deterministic cycle. This closed-loop arrangement enables dynamic load shedding: when production throughput targets are met, the controller can instruct drives to reduce motor speed, cutting energy consumption proportionally to the cube of speed reduction.

For servo-driven axes on assembly or packaging lines, the S9610AT-01 supports integration with CC-Link-compatible servo amplifier interfaces, enabling the STARDOM platform to coordinate motion profiles with energy budgets. Paired with a Yokogawa WT series power analyzer or an equivalent power monitoring module on the CC-Link network, operators gain per-axis energy visibility — identifying which servo stations consume disproportionate power during acceleration phases and scheduling maintenance before bearing degradation increases resistive losses.

At the HMI layer, the S9610AT-01's network data is surfaced through STARDOM's built-in web-based HMI or through third-party panels connected via the FCN's Ethernet port, giving line supervisors a live dashboard of bus utilization, device health, and energy KPIs. Integration with SCADA platforms — including Yokogawa's FAST/TOOLS or third-party systems via OPC-DA/UA gateways — extends energy visibility to plant-wide energy management systems, enabling demand response strategies and shift-level energy reporting without additional hardware.

Industrial facilities operating continuous or semi-continuous production lines face a persistent challenge: energy is consumed even when production value is not being generated. Idle conveyor motors, standby heating elements, and unloaded compressors collectively represent 15–30% of a typical plant's energy bill. The S9610AT-01, as the communication backbone of a STARDOM-based control system, enables the precise device-level visibility and control authority needed to address this waste systematically.

By maintaining a live, deterministic link between the STARDOM FCN controller and all CC-Link field devices, the S9610AT-01 supports event-driven energy management: when a production order completes or a line segment enters a scheduled idle window, the controller can issue coordinated shutdown or low-power commands to drives, I/O-controlled actuators, and smart power supplies simultaneously — rather than relying on manual operator intervention or time-based schedules that do not reflect actual production state.

Thermal load management is another key benefit. By monitoring motor current feedback and drive thermal registers through the CC-Link network in real time, the STARDOM controller can detect rising thermal trends and proactively reduce duty cycles or redistribute load across parallel drive channels before thermal protection trips cause unplanned stops. This predictive approach reduces both thermal stress on equipment and the energy wasted during unplanned restart sequences.

For production line takt optimization, the S9610AT-01 enables the STARDOM platform to synchronize conveyor speeds, robot cycle times, and process dwell periods based on upstream and downstream buffer states — eliminating the energy-intensive acceleration-deceleration cycles that occur when line segments operate asynchronously. The result is a smoother, more energy-efficient production rhythm with measurably lower peak demand charges.

All S9610AT-01 units supplied by NANKMOS are sourced from verified distribution channels, subjected to functional communication testing prior to shipment, and covered by a 12-Month Warranty. In-stock units are available for immediate dispatch, supporting both planned system builds and urgent replacement requirements.

Q1: How does the S9610AT-01 contribute to measurable energy savings on a production line? The S9610AT-01 enables the STARDOM FCN controller to maintain real-time visibility of all CC-Link-connected field devices — drives, I/O modules, sensors, and smart actuators. This visibility allows the controller to execute demand-based load management: reducing drive speeds during low-throughput periods, coordinating idle-state shutdowns, and detecting abnormal current draws that indicate mechanical inefficiency. Customers integrating the module into a full STARDOM energy management architecture typically report reductions in standby energy consumption and improved overall equipment effectiveness (OEE).

Q2: Is the S9610AT-01 compatible with existing STARDOM FCN and FCJ controllers, and can it coexist with other communication modules? Yes. The S9610AT-01 is designed specifically for the STARDOM FCN/FCJ platform and installs into the controller's module slots alongside other function modules, including Ethernet, serial, and additional fieldbus modules. It operates as a CC-Link master station and supports up to 64 remote slave stations per network segment. Compatibility with specific FCN/FCJ firmware versions should be confirmed against Yokogawa's module compatibility matrix prior to installation.

Q3: What is the recommended replacement or upgrade path if the S9610AT-01 is being substituted in an existing CC-Link network? For direct replacement, the S9610AT-01 can be swapped into an existing STARDOM slot without network reconfiguration, provided the station address and parameter settings are preserved. For systems migrating from older STARDOM communication modules, a parameter backup via STARDOM's engineering tool is recommended before replacement. NANKMOS can advise on compatible alternatives if the S9610AT-01 is required for a non-standard configuration.

Q4: What testing is performed before shipment, and what does the 12-Month Warranty cover? Every S9610AT-01 unit dispatched by NANKMOS undergoes functional communication testing to verify CC-Link master initialization, station enumeration, and data link integrity. The 12-Month Warranty covers defects in materials and workmanship under normal operating conditions. Units that fail during the warranty period are eligible for replacement or repair. Warranty claims are processed through NANKMOS's standard RMA procedure; contact [email protected] to initiate a claim.