Fiber Interface: Supports multi-mode 850nm, 1310 nm; single-mode 1310 nm, 1550nm wavelengths with transmission distances up to 2Km (multi-mode) and 20Km (single-mode)1.
Power: Dual power redundant input, DC(9-36)V, typical DC24V, power consumption less than 4W, with DC1500V voltage isolation and reverse connection protection1.
Application: For monitoring and protection of power grid assets12.
Technology: Integrated AI-driven ESA technology12.
Functions: Provides visualization and monitoring of health status, KPI calculations, energy monitoring, and asset operation data12.
Operating Pressure: Maximum operating pressure up to 45 bar / test pressure up to 50 bar1.
Capabilities: Able to analyze high-quality current and voltage data in real-time to detect electrical and mechanical faults five months before shutdown12.
Efficiency Insight: Provides comprehensive performance and efficiency insights to optimize operational processes and reduce energy waste and CO2 emissions12.
I/O Modules: Various analog and digital I/O modules for different applications
Communication: Supports various communication protocols and interfaces
Dimensions and Weight:
The exact dimensions and weight of the TRICONEX 3201 system may vary depending on the specific configuration and accessories included. It is typically rack-mounted for easy integration into existing systems.
Rated Voltage: Mainly single-phase 220~240V (small-capacity inverters in household appliances) or three-phase 220V or 380~460V. In China, the rated voltage of low-voltage inverters is mostly three-phase 380V12.
Rated Frequency: Generally specified as 50Hz or 60Hz, with 50Hz in China12.
Output Voltage: As the output voltage of the inverter varies with the frequency, the rated output voltage can only be specified as the maximum value among the output voltages, which is usually equal to the rated input voltage1.
Rated Output Current: The maximum current allowed to be output for a long time, which is the main basis for users to select the inverter1.
Rated Output Capacity: Determined by the product of the rated output voltage and the rated output current1.