ULS-B Ultrasonic level transmitter
SUP-ULS-B Ultrasonic level transmitter is a non-contact, high reliability, cost-effective, easy to install and maintain liquid level/material level measure instrument. It can meet most liquid level/level measurement requirements without contacting the measured medium. It is a new generation of ultrasonic level gauge with completely independent property rights of our company.
Wide-range diaphragm gas meters WG2.5S
The Atmos wide-range diaphragm gas meters WG2.5S is available in size G2.5.
XL Industrial & Commercial diaphragm gas meters
The industrial diaphragm meter is one of our best-selling products.
Diaphragm gas meter G1.6A | G2.5A
Solid build quality, high accuracy, safety and a series of advanced technical details make the Atmos® diaphragm gas meter a high-grade measuring instrument.
IQ IC-Card prepaid diaphragm gas meter IG1.6S, IG2.5S, IG4S
The gas meters of the IGS series are credit gas meters and use an encrypted IC card as a data carrier.
Diaphragm gas meter G1.6S, G2.5S, G4S, G6S
Solid build quality, high accuracy, safety, and a series of advanced technical details make the ZENNER diaphragmgas meter a high-grade measuring instrument.
Compact type gas meter (die-cast aluminum)
The Diaphragm gas meter is available in sizes G1.6 and G2.5. The meter is characterized by precise measurements, a constant measuring stability, a long life and high reliability.
Diaphragm gas meter with temperature compensation
The gas meters G1.6-T | G2.5-T | G4-T are equipped with a temperature compensation mechanism. When the temperature of the gas flow changes, a synthetic bi-metal with different thermal expansion coefficients on the compensation mechanism will be triggered.
HP - diaphragm gas meter
The Diaphragm gas meter is available in size G6. The meter is characterized by precise measurements, a constant measuring stability, a long life and high reliability.
LoRa / LoRaWAN® Smart Electronic Index for Gas Meter
The LoRa / LoRaWAN® smart applications are growing rapidly with the Internet of Things deployment, it realized collecting data from the distances of many miles or kilometers, being perfect choice for suburban areas.