Programmable High Voltage – Insulation Tester is designed to perform the High Voltage Test and Insulation Resistance Measurement Test foreseen in electrical safety standards.
Programmable High Voltage – Insulation Tester Technical Parameters:
|AC High Voltage Test||5KV AC|
|AC Output Frequency||50Hz or 60Hz, adjustable|
|AC Output Waveform||Sine wave,
1.3< crest factor <1.5
|Leakage Current for AC High Voltage Test||Range: 0.01-20.00mA
Resolution: 0.01 A
Accuracy: ± ( 2 % set + 2 digits)
|DC High Voltage Test||6KV DC|
|Leakage Current for DC High voltage Test||Range: 0.01-10.00mA
Resolution: 0.01 A
Accuracy: ± (2 % set + 2 digits)
|AC-DC Voltage Adjustment||Range: 0-5000VAC
Range: 0-6000V DC
Accuracy: ± (2 % +5V)
|Voltage Stability||1 % set + 5V|
|Rise Time||Resolution: 0.1 S|
|Accuracy: ± (0.1 % set +0.05 s )|
|Test Time||Range: 0.5-999.9 s|
|Resolution: 0.1 s|
|Accuracy: ± (0.1% set +0.05 s)|
|ARK Recognition||ARK recognition on: 1-9 adjustable, ARK recognition off: 0|
|Insulation Resistance Test||1000V DC|
|Insulation Test Voltage Adjustment||Range: 500-1000V DC
Accuracy: ± ( 2 % set+5 V)
|Insulation Test Voltage Display||Resolution: 10 V|
|Insulation Test Resistance Display||Range: 1.000-2000 MΩ
Accuracy: ± (5 % reading +3 digits) (1-1000 M Q)
Accuracy: ±(10% reading +3 digits) (1000-2000 M Ω)
|Insulation Resistance Upper Limit Setting||0- 2000 M Ω, 0: No limit|
|Insulation Resistance Lower Limit Setting||1.0-999.9 M Ω|
|Test Delay Time||Range: 0.8-999.9; 0: Continuously Test
Accuracy: ± (0.1% reading +0.05 s)
Resolution: 0.1 s
|Dimensions (Height x Width x Height)||400x320x130mm|
What is High Voltage Test?
The purpose of the high voltage test is to check the insulation by measuring the dielectric strength over high voltage.
Why is High Voltage Test Done?
High voltage test; It tests the resistance of the insulation material that prevents all accessible metal parts under normal conditions on the machine or device from contacting the user.
Insulation Resistance Measurements,
Insulation Testers are test devices that measure insulation resistance. In a normal working environment, insulation must be provided between the parts that have voltage and the parts that are not. If insulation is not provided, there will be electricity in places where electrical energy should not be available and it will pose a danger to life safety. In addition, insulation should be provided between the parts inside the devices. This is very important in the operation of the devices.
- One of its most important advantages is that it can be used in many areas.
- With many different step settings, you can choose the appropriate level very easily.
- It allows the measurement of very high insulation resistance values.
- There are automatic discharge systems after each test.
- The data can be analyzed with special software prepared for the computer.
- It provides the opportunity to follow the measurements live.