HL 7000 Ground Microphone
The HL 7000 ground sound system is an advanced leak detection tool (with sensing rod and spray gas detection) that offers a wide range of applications thanks to its variable design and automatic 360° sensor pick-up. This flexibility makes it possible to locate leaks efficiently and precisely under a wide range of conditions. Thanks to the powerful lithium-ion batteries, the system can be operated continuously for over 10 hours, making it ideal for long periods of work.
Special features of the HL 7000
The HL 7000 from Megger is a state-of-the-art leak detection system that has been specially developed for the precise and efficient detection of leaks in underground pipelines. With its advanced technology and user-friendly operation, the HL 7000 sets new standards in leak detection.
Main features of the HL 7000:
- • Precise leak detection: Thanks to the innovative sensor technology, the HL 7000 enables the precise localization of leaks, even in complex pipe networks and under difficult conditions.
- • Simple operation: The intuitive operating concept with a clear color display and clearly structured menus facilitates handling and reduces the training time for users.
- • Robust design: The HL 7000 is designed for use in demanding environments. Its robust housing protects the sensitive electronics from external influences and ensures a long service life.
- • Versatile application possibilities: Whether in urban areas, industrial plants or rural regions - the HL 7000 can be used flexibly and is suitable for various leak detection applications.
- • Data recording and analysis:With the integrated memory function, measurement data can be recorded and retrieved later for detailed analysis. This supports the documentation and tracking of leaks over a longer period of time.
The HL 7000 offers leak detection professionals a reliable tool that impresses with its precision, user-friendliness and robustness. Rely on the quality and experience of Megger to identify and repair leaks quickly and efficiently.