OVERVIEW
The RDS51052 AC DC withstand voltage tester is a general-purpose AC/DC high-voltage test equipment with an adjustable output voltage of 0-5.00kV (accuracy ±5%, 0.5-5.00kV), suitable for withstand voltage testing of electrical products such as electrical equipment, bakelite appliances, piezoelectric ceramics, household appliances, and instruments. The AC DC withstand voltage tester can accurately measure parameters such as breakdown voltage and leakage current, AC test current 0-100mA (accuracy ±5%, 0.2-100mA), DC 0- 20mA (accuracy ±5%, 0.2- 20mA), and supports 1-99 seconds adjustable timing (accuracy ±5%). As a core tool for electrical safety testing, it is irreplaceable in the electronics industry’s scientific research, measurement, and product safety performance evaluation.
CHARACTERISTIC
1. The AC DC withstand voltage tester has a beautiful appearance and is easy to operate.
2. The output voltage is displayed in real time through the digital panel, which is clear, intuitive, and accurate.
3. The instrument has high precision and excellent reliability.
4. The equipment layout is reasonable and easy to maintain and repair.
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FAQ
Q： What is a DC withstand voltage test?
A：A DC withstand voltage test involves applying a DC voltage several times higher than the device’s operating voltage to the test object (such as electrical appliances, equipment, circuits, and safety devices) and maintaining it for a specified duration to assess its insulation strength.
Q：What is a withstand voltage tester?
A：A withstand voltage tester, known as a “hipot tester” or “pressure test set,” performs voltage withstand tests. It applies high voltage to a device while monitoring leakage current. If excessive leakage current is detected, the tester can trigger a fault indicator to alert of potential insulation breakdown.
Q：What is the AC withstand voltage test?
A：The AC withstand voltage test evaluates the insulation strength of electrical components, particularly identifying local defects in the main insulation. These defects can include issues like dampness, cracks, or loosening of the insulation, insufficient lead distances, or damage during transportation. This test helps ensure the durability and reliability of insulation under normal operating conditions.
