Description
In the precise world of gas measurement, mechanical stability is the key to long-term accuracy. The Zenner Two-pipe Diaphragm Gas Meter addresses this requirement through advanced internal engineering. The device features an integrated calibration system that perfectly coordinates the movement of the valves in relation to the optimum gas flow. This mechanical synchronization guarantees excellent linearity of the error curve, ensuring that measurements remain accurate even at low flow rates where other meters might drift.
A standout feature of this design is the optimum rotating characteristics of the valves. This specific dynamic ensures that the Qmin (minimum flow) value remains stable throughout the meter’s operational life. Furthermore, this valve design makes the gas meter highly resistant to contamination, preventing the accumulation of particulates that can compromise performance.
Designed for seamless integration, the two-pipe configuration allows for standard installation into existing gas networks. With its robust construction and focus on metrological precision, this meter is suitable for various gas media, providing a versatile solution for utility providers and facility managers.
