PAT

מייבשי ספיחה סדרה HDT

עד 151 קוב לדקה, נקודת טל עד 70-

תוצרת איטליה

HEATLESS ADSORPTION FOR COMPRESSED AIR PURIFICATION

In some industry (electronics, pharmaceutical, food preparation, pneumatic conveying, etc.) or for installations with external pipe work, a pressure DewPoint of +3°C from a refrigerant dryer is not sufficient

For these applications, a heatless adsorption dryer is required supplying compressed air at a pressure DewPoint of down

The HDT heatless adsorption dryers consist of two parallel vessels filled with adsorption material (molecular sieve). While compressed air is dried in one tower, the second saturated tower, having just come off line, is regenerated

A small amount of dried compressed air is used for this purpose

HEATLESS ADSORPTION FOR COMPRESSED AIR PURIFICATION

In some industry (electronics, pharmaceutical, food preparation, pneumatic conveying, etc.) or for installations with external pipe work, a pressure DewPoint of +3°C from a refrigerant dryer is not sufficient

For these applications, a heatless adsorption dryer is required supplying compressed air at a pressure DewPoint of down

The HDT heatless adsorption dryers consist of two parallel vessels filled with adsorption material (molecular sieve). While compressed air is dried in one tower, the second saturated tower, having just come off line, is regenerated

A small amount of dried compressed air is used for this purpose

DETAILS

The spool valves are simple and reliable with low maintenance requirements. Each tower is fitted with a safety pressure relief valve. The operation phase of each tower in indicated by an easy to read pressure gauge

Dryers are supplied with 0.01 micron oil removal filter (with automatic drain) on the inlet and a 1 micron dust filter on the outlet

Lower socket for quick and simple removal of exhaust desiccant material. Upper socket for quick and simple replacement of desiccant material

Orifice to ensure constant and uniform flows during both regeneration cycles

Carbon steel towers are built in compliance with current European directives and powder coated. ASME Section VIII Div. 1 is available on request. The volume of each vessel is designed to give optimum velocity over the desiccant bed and a low pressure drop (Dp 0.21 bar max.). Accurate packing density prevents desiccant material movement and dusting.
Compressed air flow is upwards through the desiccant bed to protect it from contamination. Heavy particles or water droplets will stay at the bottom of the vessel and be discharged during the regeneration process

DETAILS

The spool valves are simple and reliable with low maintenance requirements. Each tower is fitted with a safety pressure relief valve. The operation phase of each tower in indicated by an easy to read pressure gauge

Dryers are supplied with 0.01 micron oil removal filter (with automatic drain) on the inlet and a 1 micron dust filter on the outlet

Lower socket for quick and simple removal of exhaust desiccant material. Upper socket for quick and simple replacement of desiccant material

Orifice to ensure constant and uniform flows during both regeneration cycles

Carbon steel towers are built in compliance with current European directives and powder coated. ASME Section VIII Div. 1 is available on request. The volume of each vessel is designed to give optimum velocity over the desiccant bed and a low pressure drop (Dp 0.21 bar max.). Accurate packing density prevents desiccant material movement and dusting
Compressed air flow is upwards through the desiccant bed to protect it from contamination. Heavy particles or water droplets will stay at the bottom of the vessel and be discharged during the regeneration process

European Certificate

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