Flow monitors and Flow indicators for Oil (viscosity compensated)
The German company Meister Strömungstechnik develops, manufactures and supplies flow and measurement systems for liquids and gases for industrial applications worldwide. The product range includes devices covering a wide range of liquid and gaseous substances. A flow monitor monitors the continuous flow of liquids. It is designed for installation in pipe systems. A float inside the device is moved by the medium flowing through it. The current rate of flow can be read-off on the measuring scale on the sight glass. The top edge of the float is the read-off point. External measuring devices can be connected at the socket. Our quote will always be lower than the manufacturer's price. Please send us the full part number of a device to get a quick response.
The DKG-1 is a float flowmeter (flow switch) for viscous liquids with a scale on the sight glass. The instrument is factory calibrated for upward flow when mounted vertically. However, a spring-loaded float is provided, allowing the unit to be mounted in any spatial position, including horizontal or vertical with flow in the opposite direction. In this case, on-site calibration may be necessary to compensate for the weight of the float. |
The DKG-2 is a float flowmeter (flow switch) for viscous liquids with a scale on the sight glass. The instrument is factory calibrated for upward flow when mounted vertically. However, a spring-loaded float is provided, allowing the unit to be mounted in any spatial position, including horizontal or vertical with flow in the opposite direction. In this case, on-site calibration may be necessary to compensate for the weight of the float. |
The DKM-1 is a float flowmeter (flow switch) for viscous liquids with a scale. The instrument is factory calibrated for upward flow when mounted vertically. However, it has a spring-loaded float, which allows it to be mounted in any spatial position, including horizontal or vertical with flow in the opposite direction. In this case, on-site calibration may be necessary to compensate for the weight of the float. |
The DKM-2 is a float flowmeter (flow switch) for viscous liquids with a scale. The instrument is factory calibrated for upward flow when mounted vertically. However, it has a spring-loaded float, which allows it to be mounted in any spatial position, including horizontal or vertical with flow in the opposite direction. In this case, on-site calibration may be necessary to compensate for the weight of the float. |
The DKM/A-1 is a float flowmeter (flow switch) for viscous fluids with an arrow indicator. The instrument is factory calibrated for upward flow in a vertical installation. However, it has a spring-loaded float, which allows it to be installed in any spatial position, including horizontal or vertical with flow in the opposite direction. In this case, on-site calibration may be necessary to compensate for the weight of the float. |
The DKM/A-2 is a float flowmeter (flow switch) for viscous fluids with an arrow indicator. The instrument is factory calibrated for upward flow in a vertical installation. However, it has a spring-loaded float, which allows it to be installed in any spatial position, including horizontal or vertical with flow in the opposite direction. In this case, on-site calibration may be necessary to compensate for the weight of the float. |
The DKME-1 is a float flowmeter (flow switch) for viscous liquids with a scale. The instrument is factory calibrated for upward flow when mounted vertically. However, it has a spring-loaded float, which allows it to be mounted in any spatial position, including horizontal or vertical with flow in the opposite direction. In this case, on-site calibration may be necessary to compensate for the weight of the float. |
The DKME/A-1 is a float flowmeter (flow switch) for viscous fluids with an arrow indicator. The instrument is factory calibrated for upward flow in a vertical installation. However, it has a spring-loaded float, which allows it to be installed in any spatial position, including horizontal or vertical with flow in the opposite direction. In this case, on-site calibration may be necessary to compensate for the weight of the float. |