ADJ - Hydro IP Tester

ADJ's Hydro IP Tester is designed for all technicians, service providers and maintenance managers who work with waterproof projectors, particularly those in the Hydro series. Its role? It's a simple way of checking that IP floodlights retain their watertight integrity after a job has been carried out. Whether you've changed a lamp, replaced a gobo or simply carried out an internal cleaning, this mobile box allows you to check the watertightness using vacuum and overpressure, in just a few minutes.

Unlike other methods, which are often homemade or time-consuming, this tester offers manual or automatic mode, with a clear display of the time remaining thanks to a highly intuitive LCD interface. All you have to do is connect the hose supplied, adapt the nozzle to the projector and start the test. Essential data is available at a glance, speeding up maintenance and reducing installation errors, especially in time-sensitive professional environments.

Supplied in a sturdy flight case, the Hydro IP Tester is designed for use both in the workshop and on the road. It is equipped with a spiral hose with quick-release coupling, an M12 brass threaded nozzle, two coloured nylon screws for adapting to different models, a USB cable and an IP65 mains cable. Nothing has been left to chance. Even firmware updating is simplified thanks to an integrated USB port and Micro SD card reader.

The device runs on mains power (100-240V), consumes just 40 watts and weighs just 7 kg. This compact size, combined with a carrying handle and a reinforced structure, means it can be easily moved around the site, between jobs or in an equipment pool. It quickly becomes indispensable when you're managing a fleet of waterproof floodlights that need to be opened regularly. It eliminates the risks associated with water, dust or humidity infiltration.

This tester is also quality assurance for rental companies and event organisers. Before leaving on tour or setting up outside, it becomes the reference tool for checking the condition of equipment without having to improvise. It replaces empirical techniques with a reliable, traceable, reproducible and above all rapid method. An essential tool for keeping control over the longevity of IP floodlights in extreme conditions.