ZXBLQ-3C three-phase zinc oxide arrester tester

Lightning Arrester Test Equipment
March 14, 2025
Category Connection: Lightning Arrester Test Equipment
Brief: Discover the ZXBLQ-Ⅲ Three Phase Zinc Oxide Arrester Tester, designed to verify the electrical performance of zinc oxide arresters. Ideal for de-energized or energized testing, this tester identifies risks, insulation moisture, and valve aging defects with precision. Featuring a color LCD touch screen, wireless transmission, and advanced data processing, it's a must-have for reliable arrester testing.
Related Product Features:
  • 800 x 480 color LCD touch screen with a high-speed thermal printer for easy data viewing and printing.
  • Long-distance wireless transmission up to 2000 m for PT signals, ensuring flexible testing conditions.
  • Supports arrester de-energized, energized, and lab room tests for versatile applications.
  • Three-phase current and voltage simultaneous testing with isolated sensors for safety and reliability.
  • Built-in high-energy lithium battery with less than 12 volts for safe and portable operation.
  • Industrial-grade operating system with direct shutdown mode and 4G SD card for massive data storage.
  • Advanced digital signal processing with high anti-interference and precision for accurate results.
  • Dust-proof, waterproof, and anti-corrosion engineering seal box for durability and portability.
Faqs:
  • What types of tests can the ZXBLQ-Ⅲ Three Phase Zinc Oxide Arrester Tester perform?
    The tester supports de-energized, energized, and lab room tests, making it versatile for various arrester testing needs.
  • How far can the wireless transmission reach for PT signals?
    The wireless transmission distance for PT signals is more than 400 meters and can be extended up to 2000 meters.
  • What safety features does the tester include?
    The tester features isolated current and voltage sensors, a built-in lithium battery with less than 12 volts, and a dust-proof, waterproof, and anti-corrosion seal box for safe and reliable operation.