Description The rheonik RHM 12 Coriolis mass flow sensor is an economical meter which has been in production for over 15 years. This meter has been optimized for applications that require extreme stability and fast response. As with all other Rheonik meters, this model is based on the patented Omega tube design with an increased […]
Description Rheonik RHM 15 Coriolis Mass Flow Sensor offer solutions for the lowest flow rates – for flow control, batching, and injections up the highest pressures in the industry. Small, compact, and highest performance. Range: 0.002 kg/min up to 1.2 kg/min Pressure: up to 1481 bar (21480 psi) Temperature: -196°C (-321°F) up to +210°C (410°F) […]
Descriptions The Model Mass flow meter Coriolis Rheonik RHM08 is perfect for small scale production with continuous low flow and small-batch dispensing requirements. With a variety of construction styles, the RHM08 is ideal for countless flow applications. With highly accurate measurement performance and extreme capabilities, Rheonik meters are a natural choice for many applications and […]
Thermal mass flowmeters are most commonly used to measure the mass flow of clean gases, such as air, nitrogen, hydrogen, helium, ammonia, argon, and other industrial gases. Mixtures, such as flue stack flow and biogas flow, can be measured when their composition is known. An advantage of this technology is its dependence on thermal properties […]
Generating calibration gas with a diffusion tube A diffusion tube is a glass tube that consists of a liquid containing portion and a diffusing portion with a uniform inner diameter. A pure target liquid is put into the liquid container using a glass syringe. The liquid must have a vapor pressure of 5 to 400 mm Hg at […]
Calibration gas generating equipment Generating Calibration Gas with a Permeation Tube A permeation tube is a fluoro resin tube that contains high-grade liquefied gas. When the tube is exposed to a certain temperature, liquefied gas penetrates the tube wall by osmosis in time-increments enabling a specific quantity of gas to be retained in the tube. […]