|
 |
| |
The DryAir Mini range uses regenerative PSA technology to remove water vapour from compressed air. Wet air is directed into one of the two desiccant chambers,where nearly all of the water vapour is removed. A small portion of the dry air outlet gas is redirected back through the off-line desiccant chamber, purging it of the accumulated moisture. The drying cycle alternates between the two chambers continuously. The unit is available in a custom enclosure with filtration and buffer tank, or as an OEM module for integration into 3rd party equipment.
Characteristics
Ultra-dry air to 40C (-40F) or -70ēC (-94ēF) ADP
Flow of up to 4.07 Nm3/hr (67 l/min) at pressures of up to150
psi (10.35 Bar)
Auto regeneration process
Non-corroding purge silencer
Compact and lightweight
Typical Applications
Ozone generation feed gas
Environmental chambers
Analytical instruments and analysers
Air bearings, pneumatic motors and actuators
Spectrometer and optical purging
Dilution air for emissions monitoring
NMR, auto samplers and other laboratory applications
|
|
 |
| |
The DryAir Midi range uses regenerative PSA technology to remove water vapour from compressed air. Wet air is directed into one of the two desiccant chambers,where nearly all of the water vapour is removed. A small portion of the dry air outlet gas is redirected back through the off-line desiccant chamber, purging it of the accumulated moisture. The drying cycle alternates between the two chambers continuously. These units come with filtration, moisture indicator and pressure regulator as standard.
Characteristics
Ultra-dry air to 40C (-40F) or -70ēC (-94ēF) ADP
Flow of up to 23.95 Nm3/hr (399 l/min) at pressures of up to150
psi (10.35 Bar)
Auto regeneration process
Non-corroding purge silencer
Compact and lightweight
Typical Applications
Ozone generation feed gas
Environmental chambers
Analytical instruments and analysers
Air bearings, pneumatic motors and actuators
Spectrometer and optical purging
Dilution air for emissions monitoring
NMR, auto samplers and other laboratory applications
|
|
| |
The DryAir Maxi range uses regenerative PSA technology to remove water vapour from compressed air. Wet air is directed into one of the two desiccant chambers,where nearly all of the water vapour is removed. A small portion of the dry air outlet gas is redirected back through the off-line desiccant chamber, purging it of the accumulated moisture. The drying cycle alternates between the two chambers continuously. These units come with filtration, moisture indicator and pressure regulator as standard.
Characteristics
Ultra-dry air to 40C (-40F) or -70ēC (-94ēF) ADP
Flow of up 106.33 Nm3/hr (1727 l/min) at pressures of up to150
psi (10.35 Bar)
Auto regeneration process
Non-corroding purge silencer
Compact and lightweight
Typical Applications
Ozone generation feed gas
Environmental chambers
Analytical instruments and analysers
Air bearings, pneumatic motors and actuators
Spectrometer and optical purging
Dilution air for emissions monitoring
NMR, auto samplers and other laboratory applications
|
|
| |
The TOC miniature gas generator with Total Organic Carbons (TOC) and Carbon Dioxide (CO2) removed is essential for many industrial and laboratory applications, particularly TOC Analysers, and leads to improved process quality, reduced equipment downtime and lower operation costs. It removes the TOC, the CO2 and the moisture content from compressed air streams. It is available as an integrated unit with filter regulators and buffer tank, or as an OEM module for integration into customer systems.
Characteristics
CO2 removal to less than 1 ppm
Flow capacity of 3 l/min
Operating pressures of 50 125 psi
Dry Air to 73°C (-100°F) ADP
Extremely compact and lightweight
Wall-mountable
Low power requirement
Easy Installation
Fully Automatic
Typical Applications
Carrier Gas Supply for TOC Analysers
Also available is the TOC-Plus model, with integral compressor and surge tank. |
|
|
| |
|
|
|
|
