Whether it's water or aggressive media, metal or plastic, low or high pressure and flow rates, clean or dirty media, the GF ultrasonic flow meters are suited for precise, non-contacting flow rate measurement across all sectors. They are easy to install and configure. For this reason, they are well suited for numerous applications – from industrial process technology and chemical processes with aggressive media to applications with ultrapure water in microelectronics or pharmaceutical industry. Metering processes in public swimming pools and cooling systems to industrial or municipal water and wastewater treatment systems.

Simple installation

Ultrasonic flow meters are compact with a large display that is clear and easy to read. They can even be used on small systems, making them highly versatile. The clamp-on principle makes installation easy. The device can become operational in minutes – even during ongoing production. Opening of the piping system, intervention of the production process and the use of trained specialists are all not necessary.

Maintenance-free measurement

Ultrasonic flow meter work virtually maintenance-free and provides accurate measurement results for years. Frequent cleaning or other maintenance tasks now belong to the past. Readjustment of the flow meters is, over the normative required calibrations, not necessary.

Maximum availability

Ultrasonic flow meter do not come into contact with the flow medium and has no mechanical parts that are subjected to stress during measurement. Hence, maximum availability of the measurement and proper operation of the production process are assured, even in cases involving aggressive media, abrasion or high pressures.

Suitable for all dimensions

GF ultrasonic flow meters are suitable for all dimensions from d13 to d2000, and are largely independent of the medium, piping material and installation site.

PT Georg Fischer Trading Indonesia (Sales & Marketing Office)

77 Jalan Letjen S Parman

11410 Kota Jakarta Barat

Indonesia

GF logo on the headquarters building