Mounting plate G 1/2" M8 (72x84 mm)

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.

The gear flow meter GFM is used for measuring the exact material flow rate at any given moment of single-component media such as greases and oils. The measuring principle is based on the volumetric gear displacement system, characteristic for its accuracy and compressive strength. The measuring element comprises of a very precisely fitted pair of gears placed in the housing of the flow meter. The gears are detected by a contactless sensor system and converted into digital signals. With the new sensor system the signals can be multiplied up to factor 128.