Multiple Frequency Inductive Voltage Stabilizer

Product Overview

The induction withstand test of transformers is a crucial test to ensure the product quality meets national standards. The longitudinal insulation withstand tests between windings, between layers, between sections, and between phases of transformer windings are important items in transformer insulation tests. Longitudinal insulation tests require the use of a frequency multiplier power supply unit to apply test voltages and conduct withstand tests.

EDBF Multi-Frequency Inductive Voltage ResistanceE'Dian PowerDesigned to meet the aforementioned requirements, the product has been proven by a wide range of users to be easy to operate, reliable in performance, and well-suited to meet the needs of transformer and transformer induction withstand tests.

Product Alias

Multiple Frequency Generators, Inductive Voltage Multiple Frequency Generators, Multiple Frequency Power Supply Generators, Test Multiple Frequency Transformer Units, Multiple Frequency Inductive Withstand Voltage Generators, Multiple Frequency Test Transformers, Multiple Frequency Test Meters, Multiple Frequency Inductive Withstand Voltage Meters, Voltage Transformer Multiple Frequency AC Withstand Test Meters

Product Features

The device employs power electronics technology, with its core components utilizing a variable frequency regulator.

2. Parameter presetting, protection settings, frequency selection, voltage adjustment control, etc.

3. The touch-operated mode allows for preset test frequencies of 50Hz, 100Hz, 150Hz, and 200Hz (optional). Voltage adjustment via touch (step size can be adjusted in real-time) is available with options for 1V, 2V, 5V, and 10V, enabling multi-frequency test voltage output from this device.

4. Integrated LC filter circuit ensures waveform distortion rate within the specified range.

5. Compact and lightweight, easy to carry, and conducive to high-power applications.

6. Not only generates a threefold frequency, but also produces test voltage outputs at frequencies of 1, 2, 3, and 4 times.

7. Easy operation and wiring, significantly reducing the on-site power capacity requirements for testing.