ZF-20MR rechargeable wireless magnetic particle flaw detector (built-in battery)

ZF-20MR rechargeable wireless magnetic particle flaw detector is a flaw detection product newly developed by our company. It has independent intellectual property rights and patents. It is equipped with strong LED white light illumination and can be used for non-fluorescent magnetic particle detection. Small and exquisite, exquisite workmanship, high detection sensitivity, easy to carry, widely used in aerospace, petrochemical, railway construction, pressure pipeline, special equipment and other industries.

It is different from the traditional magnetic particle flaw detector. It does not require an external 220V power supply or carry a bulky mobile power supply. It has a built-in high-energy battery, pulse AC magnetization, integrated design, without any connecting wires, and gets rid of the history that only 220V power supply or mobile power supply can detect flaws. .

Features:

1. The lifting force can reach more than 6.5KG, far exceeding the industry standard 4.5KG lifting force, with high sensitivity, which can avoid flaw detection and missed inspection;

2. The power interface adopts super waterproof, which can be used normally in harsh working conditions;

3. Lightweight ergonomic design to reduce the fatigue of the hand muscles of the personnel involved in the flaw detection operation;

4. The button is waterproof and anti-leakage to ensure the safety of flaw detection operators to the greatest extent;

5. Small and exquisite, the weight is only 1.35KG, which is far lower than the weight of similar products at home and abroad above 2KG;

6. Unlike the rubber-coated products on the market, the casing of this equipment is detachable, which facilitates the replacement of the coil, and solves the shortcoming that other yoke coils can only be scrapped and replaced when they are broken;

7. Equipped with a spare battery, which can be replaced at any time according to the workload, which is convenient, safe and reliable;

technical parameter: