Description

Product Overview

The Yokogawa ATD5A-00 S1 serves as a high-density interface adapter specifically engineered for signal conversion and distribution within distributed control systems. This module facilitates the connection of field instrumentation to system I/O via KS-type cabling, thereby streamlining complex wiring architectures. By utilizing this interface, engineers effectively manage 32-point signal streams, ensuring high-fidelity data transmission between the process field and the centralized controller.

Technical Characteristics

• Configuration: Designed for 32-point signal handling, which optimizes cabinet space and reduces overall wiring complexity
• Connectivity: Features standardized KS cable interfaces that provide robust mechanical and electrical connections for industrial automation networks
• Compatibility: Integrates directly with Yokogawa control infrastructure, maintaining system-wide signal integrity and communication standards
• Reliability: Built to endure the demanding conditions of industrial control rooms while supporting high-speed, continuous data throughput
• Installation: Compact physical footprint allows for efficient mounting within standard automation cabinets

Technical Specifications

• Manufacturer: Yokogawa
• Model Number: ATD5A-00 S1
• Module Type: 32-Point KS Cable Interface Adapter
• System Integration: DCS Compatibility
• Dimensions: 3.2 cm x 3.5 cm x 11.3 cm
• Weight: 0.06 kg
• Harmonized System (HS) Code: 8537101190
• Product Status: Active

Operational Application

Control engineers deploy the ATD5A-00 S1 module to centralize signal management and improve system maintenance workflows. Because the module incorporates a 32-point capacity, it significantly reduces the time required for field wiring termination compared to individual point-to-point connections. Consequently, operators realize enhanced system uptime, as the standardized interface simplifies troubleshooting and diagnostic procedures. Furthermore, this adapter ensures that signal measurement remains accurate throughout the entire control loop, which directly supports stable process output.