Moisture Analyser - Xentaur Advanced Moisture Detection Technology

A: PC and associated special software is not required, because all setup functions, selection of engineering units, pressure corrections, etc. can be executed through the instruments user interface

Q: Do the user require certain PC software to make any changes on the sensor?

A:  Xentaur HTF sensors react to changes in moisture concentration instantaneously and track changes in a pipeline system with no delay.

Q:  What is the speed of response for HTF sensors ?

A: Sensor, with HTF technology, does not have to be returned to the factory for calibration or maintenance when field calibration feature is used and sensor life is in excess of 4 to 5 years.

Q: Do the sensor require maintenance/ recharging and calibration outside the site?

A: Long-term stability is one of the major characteristics that distinguish HTF sensors from conventional aluminium oxide sensors. A thin barrier layer prevents layer growth. A special pore geometry attracts water molecules, unlike the unstable hygroscopic surfaces that used with conventional sensors.

Q: Is the sensor, with HTF technology having regular calibration drift?

A: HTF (hyper-thin-film), a breakthrough technology, is significantly different from conventional aluminium oxide technology. HTF does not suffer from the known problems associated with the conventional technology, which are drift, limited sensor life, sensor short, high temperature coefficient and susceptibility to contaminants.

Q: Is there any difference between the conventional aluminium oxide technology and HTF (hyper-thin-film) technology?

A: HTF technology is well proven in many applications and particularly well proven in natural gas with over 120 successful installations globally in natural gas gathering, processing, transportation and distribution.

Q: How well proven is HTF technology?

HTF technology represents a very substantial improvement over conventional aluminium oxide sensor technology and has proven itself in many tough applications where the conventional technology has failed. HTF technology is used globally in thousands of installations in the petrochemical, natural gas, compressed air, industrial gases, welding, heat treating, product drying and many other industries. HTF sensors can measure moisture in gases and liquids from 10 parts per billion to above 50,000 parts per million. (-100

Xentaur Hyper-Thin-Film HTF sensor technology is well recognized leader in the field of secondary standard moisture measurement