Brief: Wondering how the ZXKC-VI2 arm mechanical performance tester compares to other options? See the demo and decide for yourself. This video provides a comprehensive walkthrough of the tester, showing how it accurately measures the mechanical dynamic characteristics of high-voltage circuit breakers. You'll see its operation on various switch types, the intuitive menu-driven interface, and how it captures critical data like time, speed, and coil current in a single operation.
Related Product Features:
Tests SF6, vacuum, oil, and other circuit breakers, measuring up to 12 contact fractures in one operation.
Features a 7-inch color highlight screen with brightness adjustable for clear visibility even in sunlight.
Built-in operating power supply provides DC 20~270V adjustable power, eliminating the need for secondary on-site power.
Equipped with linear and rotation sensors, with linear sensors adjustable from 30-1000mm for versatile installation.
Host stores 100 sets of test data and includes a real-time clock for easy archiving and reference.
Includes USB and R232 interfaces for data transfer to computers for analysis, storage, and printing.
Internal anti-interference circuits ensure reliable operation in high-voltage environments like 500KV substations.
High-speed thermal printer allows for on-site printing of test data and waveforms for immediate review.
FAQs:
What types of circuit breakers can the ZXKC-VI2 tester be used on?
The ZXKC-VI2 is suitable for a wide range of circuit breakers, including SF6 switches, GIS combined appliances, vacuum switches, oil switches, vacuum contactors, and special circuit breakers like train circuit breakers.
Does the tester require an external power supply for operation?
No, the ZXKC-VI2 has an integrated operating power supply that provides DC 20~270V adjustable power, making it convenient and eliminating the need for a secondary power source on-site.
How is data from the tester stored and exported?
The host can store 100 sets of test data internally. It is also equipped with a USB drive interface and R232 interface, allowing data to be saved to a USB drive and uploaded to a computer for further analysis, storage, and printing.