20A 1000V high-quality multi-function digital multimeter probe test lead is a spare kit for replacing multimeter components. It is small and exquisite in design and compatible with 99% of multimeters. The outer layer is made of insulated flexible PVC material to ensure that the test lead is sturdy, flexible, anti-freeze, heat-resistant, and has other characteristics. With CAT-1000V safety rating, it can stably and safely test high voltages up to 1000V 20A. The tip of the multimeter probe test lead is not easy to break, and it is easy to get a small contact point on a high-density board. It is commonly used to measure ASIC miner hash board components' current, voltage, resistance, transistors, diodes, etc.

Product parameters:

Total length: 108CM

Wire length: 93CM

Maximum voltage: 1000V

Material: Silicone/brass

Needle tip diameter: 0.3mm

Maximum current: 20A

Product features:

1) Alloy steel needle, equipped with PVC probe cover, not easy to bend, anti-rust, dust and oxidation;

2) The tail wiring adopts soft rubber injection molding process to prevent breakage, making the test pen more durable;

3) Non-slip PVC handle, comfortable grip, ergonomic grip design;

4) The internal cross jack design of the jack has good contact and dustproof insulation cover, which is suitable for most multimeters on the market;

5) It adopts low-temperature and high-temperature resistant soft silicone wire, which is tensile, anti-fall, anti-freeze and anti-burn.

Test display:

The 20A test lead has a sharper needle than the 10A test lead, which is more conducive to testing precision components.

10A 1000V multimeter test lead test:

20A 1000V multimeter test lead test:

The above comparison shows that when measuring the capacitance and resistance of small components, the test results of the 20A universal test line are more accurate, which can effectively prevent the test results from being wrong or the test from being unable to be completed due to poor contact. Similarly, when measuring the voltage of components, using a 20A test line can effectively prevent the test line from being too thick, causing the hash board to accidentally touch adjacent components when powered on and damaging adjacent components.

Application: