Heat Measuring Technology  Manufacturers, Traders, Suppliers

The t-mass B 150 insertion version is suitable for large pipelines or rectangular ventilation ducts. It is designed for the cost-effective measurement of utility gases, in particular compressed air. It is a trending device aimed at sub-metering applications. Its 4-wire technology is contained within a rugged compact aluminum housing. Customer-specific settings are saved on the display and can be transferred from one device to another by means of the display.

Measuring Principle: Thermal
Product headline: The flowmeter for cost‐effective measurement and easy monitoring of utility gases.
Sensor features: Optimal process monitoring – easy measurement even at low pressures and flow velocities. Cost‐effective measurement – easy installation, negligible pressure loss and maintenance‐free.
Transmitter features: Fast and efficient commissioning – guided operating menus. High plant availability – self‐diagnostics and error monitoring. Automatic recovery of data for servicing.
Nominal diameter range: DN 80 to 1500 (3 to 60")
Wetted materials: Transducer: 1.4404 (316L); Insertion tube: 1.4404 (316L)54321 1.4435 (316L)
Measured variables: Mass flow, temperature, corrected volume flow, FAD volume flow
Max. measured error: 3 % o.r.; 4 % o.r.; 5 % o.f.s.; (depending on chosen option of ordering feature "Calibration flow")
Measuring range: 20 to 720 000 kg/h (45 to 1 587 600 lb/h); 20 to 1 080 000 kg/h (45 to 2 381 400 lb/h)
Max. process pressure: 20 bar g (290 psi g)

ECONOX developes and manufactures equipment intended for measuring and regulating heat treatment atmospheres. Numerous developments have been made in order to satisfy an ever growing and discerning demand. This is how the “CarboProbe” range of oxygen sensors was born. Research was done to meet the stringent requirements of the ceramics industry, research laboratories, potters as well as universities.
In the field of pottery, the oxygen probes designed by Econox make it possible, for example, to measure the concentration of oxygen in a kiln and, thanks to this, to achieve fuel energy savings (thanks to economical firing ), to obtain reliable enamel colors (by knowing the right level of reduction for each firing) and to reduce pollution in the air (by reducing fuel consumption). Oxygen sensors can also measure the carbon potential of an atmosphere.