Press Release Summary:
Measuring 178 x 365 x 350 mm, Model HGC controls humidity of chamber up to 2,000 ml nominal volume to relative humidity of 85% at temperatures from 5-85Â°C. Automated valving, controlled by humidity sensor at sample site, diverts some pre-dried air flow through water reservoir before being pumped to sample. Operating from mains supply of 85-264 Vac at 150 Va, generator has heated transfer line to avoid condensation and features software operation through Microsoft Excel(TM).
Original Press Release:
New Computer Controlled Humidity Generator for Accurate Sample Conditioning
Newly available from Celsum Technologies is the HGC Humidity Generator and Controller is a unique, flexible solution for providing an accurate relative humidity environment for many applications, such as conditioning samples for laboratory and QA testing, and for electronic components assessment. The HGC can control the humidity of a chamber of up to nominally 2,000 ml volume to a relative humidity of 85% at temperatures between 5°C and 85°C.
Automated valving, controlled by a humidity sensor at the sample site, diverts some of the pre-dried air flow through a water reservoir before being pumped to the sample.
The HGC features simple-to-use software operation through Microsoft Excel(TM), easily ties in with other equipment, has a heated transfer line to avoid condensation, and its compact design assures portability.
Applications include thermogravimetric analysis (TGA), atomic force microscopy (AFM), spectroscopy, thermomechanical analysis (DMA, DMTA, TMA), rheometry, with materials such as pharmaceuticals, foodstuffs, polymers, biologics, petrochemicals, nanomaterials, ceramics, over in a wide range of industries.
The instrument operates from a mains supply between 85V and 264V AC at 150VA, has a footprint of 178mm depth x 365mm width x 350mm height, and weighs in at 14kg.
Roy E Carter MSc CEng FIM3
Celsum Technologies Ltd
The Innovation Centre
De Montfort University
49 Oxford Street
Leicester LE1 5XY
Tel: +44-(0)116 207 8807
Fax: +44-(0)870 120 9370