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3-Phase Turn Ratio Tester Revolutionizing Transformer Testing: The Precision of PUSH


In the meticulous domain of electrical diagnostics, the quest for precision and efficiency is ceaseless. The Three-Phase Transformation Turn Ratio Tester emerges as a pivotal instrument, transforming the landscape of transformer assessment. Developed by PUSH Electric, a pioneer in innovative testing technologies, this turn ratio meter promises to expedite and refine measurement accuracy, thereby safeguarding transformer efficacy.

ttr tester

Pioneering Excellence: PUSH Electric’s Comprehensive Portfolio

PUSH Electric, since its inception in 2012, has been at the forefront of electrical testing innovation. Boasting a rich history spanning over a decade, the company has solidified its position by offering a diverse portfolio that encompasses state-of-the-art equipment like insulating oil dielectric strength testers, relay protection testers, cable fault locators, and gas analyzers. Amongst these, the 3-Phase Transformation Turn Ratio Tester stands as a pinnacle of Our engineering prowess, testament to a steadfast dedication to advancing industry standards and client satisfaction.

Quality at the Core: The Assurance of PUSH’s Turn Ratio Tester

Endowed with ISO9001, ISO45001, and CE certifications, PUSH Electric guarantees the utmost quality in Our products. Our Three-Phase Transformation Turn Ratio Tester (also called ttr tester) exemplifies this commitment, boasting specifications tailored for transformer testing excellence:

  • Versatility in Testing Range: Catering to a vast spectrum from 0.9 to 10,000, this tester ensures compatibility with a wide array of transformer types and sizes, enhancing its utility across diverse applications.
  • Unmatched Accuracy: Delivering precision with measurement accuracies ranging from 0.1%±2numeric to 0.5%±2numeric depending on the test range, the tester ensures reliability in every reading.
  • Fine Detail Resolution: With a resolving power of 0.0001, the tester captures the minutest variations, critical for meticulous transformer analysis.
  • Optimized Output Voltage: Featuring a 160V/10 (Auto shift) output, the tester facilitates accurate assessments under controlled voltage conditions.
  • Robust Environmental Adaptability: Engineered to perform in temperatures ranging from -10°C to 40°C and humidity up to 80%, it ensures reliability in varied climates.

Performance Characteristics: Elevating Transformer Testing Standards

Driven by a skilled team of more than ten technicians, PUSH Electric’s Three-Phase Transformation Turn Ratio Tester showcases a series of distinct features that set it apart:

  • Rapid Testing Capabilities: Completing single-phase tests in a mere 5 seconds, the tester significantly accelerates testing cycles, boosting overall productivity.
  • User-Friendly Interface: A vibrant 240 * 128 color LCD screen presents an intuitive control panel, simplifying navigation and expediting result interpretation.
  • Comprehensive Functionality: Equipped with features for blind ratio measurement, group testing, and tap position analysis, the tester offers holistic transformer performance evaluation.
  • Data Management and Time Synchronization: With a capacity to store 850 groups of test data and equipped with a clock display, the tester ensures organized and timestamped records.
  • Safety and Portability Optimized: Integrating multiple safety mechanisms against voltage reversals, short circuits, and inter-turn shorts, the tester also boasts a lightweight, battery-powered design for convenient field testing.

Conclusion: Empowering Transformer Diagnostics with Precision

The Three-Phase Transformation Turn Ratio Tester by PUSH Electric stands as a cornerstone for advancing transformer testing methodologies. Its extensive test range, unparalleled accuracy, rapid testing speeds, intuitive controls, and advanced functionalities converge to streamline diagnostic processes and ensure transformer optimization. Choosing PUSH Electric’s turn ratio tester is an investment in precision, efficiency, and ultimately, the reliability of your electrical infrastructure. Embrace the future of transformer testing with confidence and elevate your diagnostic capabilities to new heights.