Yokogawa SSC10D-S2111 Duplexed Safety Control Unit In Stock

Product Overview

SSC10D-S2111 Duplexed Safety Control Unit

The SSC10D-S2111 is a robust and reliable safety controller designed for industrial automation systems. It ensures safe operation and compliance with safety standards, making it an essential component in environments where reliability and precision are critical. This safety controller supports dual redundant communication, extensive safety network configurations, and high-temperature adaptability.

Specifications

• Product Number: SSC10D-S2111
• Processor: MIPS R5000
• Main Memory Capacity: 32 MB
• Memory Protection: Up to 3 years in case of power failure (non-rechargeable battery)
• Operating Temperature Range: -10°C to +55°C (with optional fan unit for higher temperatures)
• Power Requirements:
  • 100-12/XMLSchemaDoctype
  • 100-120V AC: 200 VA
  • 200-240V AC: 230 VA
  • 24V DC: 5.5 A
• Weight: Approximately 8.5 kg
• Mounting: Rack mounting with eight M5 screws

Features

• Dual Redundant ESB Bus Interface:
  • Ensures reliable communication and redundancy, enhancing system reliability.
• Support for Up to Nine Safety Node Units:
  • Facilitates extensive safety network configurations, allowing for scalable and flexible safety systems.
• High Temperature Adaptability:
  • Optional fan unit supports ambient temperatures exceeding 50°C, ensuring stable operation in harsh environments.
• IRIG-B000 Time Code Interface:
  • Synchronizes with high accuracy when connected to a GPS, providing precise time synchronization for critical applications.
• Compact and Robust Design:
  • Ideal for a variety of industrial environments, ensuring durability and ease of installation.

Detailed Features

• Processor Performance:
  • The MIPS R5000 processor provides sufficient computational power for handling complex safety logic and real-time operations.
• Memory Protection:
  • Equipped with non-rechargeable battery backup that can retain memory data for up to 3 years during power failures, ensuring data integrity and system recovery.