Technical Specifications

• Operating Voltage: May vary depending on the application. In some communication card applications, the operating voltage is 265V. For ICS TRIPLEX branded control system modules, other voltages such as 180V may apply.
• Output Frequency: In certain applications, such as communication cards, the output frequency ranges from 70-275Hz.
• Certifications: The product has passed multiple test certifications, such as the IEC61000 series standards, ensuring its stability and reliability in electromagnetic environments.
• Environmental Adaptability: It has a wide operating temperature range, such as -10-70°C (with an optional wide temperature range of -40~+85°C). The relative humidity should be ≤90% (non-condensing).
• Dimensions and Weight: Dimensions may vary depending on the specific application. For example, in some communication card or controller applications, the dimensions may be 234mm (length) × (width range 421-1060mm) × (height not specified). In other applications, such as mechanical characteristic descriptions, the dimensions may be 132mm × 105mm × 52mm. The weight also varies, ranging from 800g to 2-7kg depending on the product type and configuration.

Functional Characteristics

• High Performance: Equipped with advanced hardware and software design, it has excellent processing capabilities and control accuracy.
• Reliability: After strict quality control and environmental adaptability testing, it has high reliability and stability, capable of operating in harsh industrial environments for extended periods.
• Flexibility: Supports multiple communication protocols and interface standards, allowing seamless connection and communication with different types of devices and systems.
• Ease of Programming and Maintenance: Provides rich programming interfaces and development tools, as well as comprehensive fault diagnosis and remote maintenance functions.
• Redundancy: As part of a TMR system, it ensures stable operation of the system in case of failures.
• Programmability: Can be programmed to adapt to different applications and industrial needs.
• Safety: Incorporates safety features to ensure system stability and reliability.

Application Scenarios

• Oil and Gas: Used in automation control for processes such as oil drilling, refining, and natural gas processing.
• Chemicals: Used for process control and automation in chemical plants.
• Electricity: Used for automation control in power generation units and grid scheduling.
• Water Treatment: Used for automation management in water treatment facilities, including tap water and wastewater treatment.
• Pharmaceuticals: Used for automation control of pharmaceutical production lines and monitoring of product quality.
• Manufacturing: Used for automation control of various production lines to improve production efficiency and product quality.
• Aerospace: Used in flight control and navigation systems.
• Railway and Transportation Systems: Used for signal control and traffic management.
• Marine and Maritime: Used for control and monitoring in marine and maritime applications.