Yokogawa ADV561‑P00 Digital Output Module, 64-Channel 24V DC Sink-Type Isolated FIO Card for CENTUM ST3/VP High-Density Discrete Control

Yokogawa ADV561‑P00 64-Channel Ultra-High-Density 24V DC Sink-Type Isolated Digital Output FIO Module for CENTUM ST3/VP Mass Discrete Control

1. 64-Channel Ultra-High-Density Sink Output Design

Yokogawa ADV561‑P00 is a premium high-capacity digital output module integrating 64 sink-type transistor channels within a single standard FIO slot. Doubling the channel density of conventional 32-channel DO modules, it drastically reduces cabinet slot occupancy and total hardware quantity for large-scale discrete control systems. Adopting standard common-positive wiring logic, it stably drives 24V DC industrial loads including auxiliary relays, status indicators and small solenoid valves.

The module supports 20.4V–26.4V DC external operating voltage with 100mA rated external power consumption. Each channel features reliable low-current driving capacity and built-in overcurrent protection, preventing load burnout and ensuring stable long-term continuous operation in standard industrial environments.

2. 3ms High-Speed Dual-Mode Response Performance

Delivering industry-standard fast switching capability, ADV561‑P00 achieves ≤3ms response for general ON/OFF status output and ≤10ms response for mixed status and pulse output scenarios. This dual-speed adaptive design balances rapid interlock reset efficiency and stable timed control accuracy, covering both fast logic switching and intermittent process actuation requirements.

It supports adjustable pulse widths ranging from 8ms to 7200s with precise 8ms resolution and maximum 1ms minor delay, ensuring jitter-free timed sequence execution. Built-in anti-jitter filtering suppresses transient power noise and signal fluctuation, maintaining flicker-free output for 24/7 unattended factory operation.

3. Grouped Isolation & Industrial Anti-Interference Structure

The module adopts reliable grouped isolation architecture with 16-channel common group partitioning, providing 500V AC one-minute dielectric withstand voltage between common groups and field circuits. This segmented isolation design effectively restricts electrical faults within individual groups, avoiding large-scale channel failure or module shutdown caused by single-loop anomalies.

Fully compliant with industrial EMC standards, it resists electrostatic discharge, electromagnetic radiation and power grid interference in complex factory environments. The robust insulation barrier isolates field electrical noise from DCS internal bus circuits, guaranteeing consistent output accuracy and system operational stability.

4. Flexible Wiring & Full DCS Platform Compatibility

ADV561‑P00 supports multiple professional wiring methods, including pressure clamp terminals, dedicated AKB337 FIO cables and MIL connector cables, adapting to diverse on-site engineering standards. Standardized pin definitions minimize wiring errors and shorten project commissioning and maintenance cycles.

It achieves native plug-and-play compatibility with both CENTUM ST3 and CENTUM VP DCS platforms, supporting automatic system identification and fast ESB bus handshake. No external adapters or firmware modifications are required, perfectly fitting new high-density I/O configuration, system expansion and legacy equipment renovation projects.

5. Industrial Application & Core Competitive Advantages

Application Scenarios: Widely used in petrochemical, chemical and power industries for mass discrete output control. Ideal for large-scale equipment status indication, centralized alarm output, auxiliary relay grouping control and standard sequence logic actuation, serving as the most cost-effective ultra-high-density DO solution for CENTUM DCS systems.

Core Competitive Advantages: 64-channel ultra-high density maximizes cabinet resource utilization; 3ms fast dual-mode response adapts to diverse control logic; grouped isolation enhances field fault tolerance; multi-wiring flexibility improves on-site construction efficiency; cross ST3/VP platform compatibility ensures universal project adaptability with excellent cost-performance for large-scale I/O deployment.