GE Fanuc DS6800CCID1D1D/DS6815PCDP1B1A I/O Interfaces

The GE Fanuc DS6800CCID1D1D and DS6815PCDP1B1A are I/O interfaces designed for industrial automation applications. These devices are typically used in conjunction with a larger control system to provide digital and analog input/output capabilities.

Key Features

• I/O Interface: Each board can mount multiple I/O packs to digitize sensor signals and communicate with controllers.
• Local Processing: The I/O packs run a QNX operating system for faster algorithm execution than the main control system.
• Data Acquisition: Each I/O pack includes a dedicated data acquisition board tailored to the input device type.
• Communication: Dual 100 MB Ethernet ports offer strong connectivity for reliable data transmission.
• Diagnostics: An infrared transceiver simplifies monitoring I/O values, programming host names, and checking errors.
• Environmental: These devices operate effectively in harsh conditions, with temperatures ranging from -30°C to 65°C.
• Safety: The I/O packs meet Class 1, Div. 2 standards, making them safe for hazardous locations.

Technical Specifications

• Processor: 32-bit RISC CPU, clocked at 266 MHz.
• Ethernet: Dual 100 MB full-duplex Ethernet ports ensure fast and stable communication.
• Power: Operates on 28 V DC, making it energy-efficient for industrial settings.
• Physical: The compact, rugged design fits well in tough industrial environments.
• Software: Supports Windows-based diagnostic tools for easy configuration and real-time monitoring.

Applications

• Industrial Automation Systems: These interfaces enhance automation systems by providing precise I/O control.
• Process Control: They ensure efficient data acquisition and control for various industrial processes.
• Machine Control: The I/O packs support machine control with fast, local data processing.
• Robotics: Ideal for real-time data processing in robotic systems, ensuring high performance and reliability.

Benefits

• Flexibility: You can configure the devices with different I/O packs, making them adaptable for various uses.
• Performance: Local processing boosts real-time data acquisition and fast control execution.
• Reliability: The rugged design and hazardous location certifications ensure reliable performance in tough environments.
• Diagnostics: The infrared transceiver makes troubleshooting easier, reducing maintenance time and costs.