The compressed air coming from the compressor gets collected in the after cooler and passes through the pre-filter to a distributor. The distributor passes part of the air through a heater before going to one adsorber for regeneration. This compressed air is then passed through an after cooler for condensation and moisture separator for removal of moisture.

This air is then mixed with the remaining air and passed on to the other adsorber for drying and passes out of the dryer as dry air. The adsorber after regeneration becomes hot and needs to be cooled during the cooling cycle when the heater are switched off. The two adsorbers are switched over automatically on a cycle basis so that when the first adsorber will dry the compressed air the other will be in regeneration mode.

The hot compressed air from the compressor passes through one of the absorbers where the desiccant is regenerated by heat. The compressed air is then cooled in the aftercooler while condensation takes place in moisture separator at the same time. The compressed air then flows to th e other adsorber for drying. The desiccant adsorbs the water vapour and dried air leaves the adsorber.

The desiccant is very hot after regeneration and cannot asdsorb moisture unless it is cooled. The hot compressed air is cooled in the regn. Cooler. The cooled air is then guided through 4 way valve into the regenerated adsorber for removal of moisture.

When one adsorber has been regenerated and cooled (i.e. is ready for compressed air drying) and the other adsorber has reached the maximum adsorption capacity, the adsorbers can be switched over. The first adsorber will dry the compressed air while the other will be generated.

DryingThe wet compressed air entering through butterfly valve is dried by the desiccant in one of the adsorber towers and leaves as dry air through butterfly valve and filter, after which the desiccant has adsorbed water vapour during prefixed time, it has to be regenerated.

RegenerationAfter the drying the regeneration period follows. Ambient air is sucked in by a blower and heated by a heater till temperature reached at prefixed values and subsequently led through the adsorber. The adsorbed water vapour is liberated from the desiccant again by the hot air prefixed intervals or set values after which the heater will be switched off.The blower will still run upto preset intervals to lower the temperature of the desiccant to such a value that it is suitable again for the drying process. Before the automatic switchover takes place the regenerated adsorber is pressurized. The compressed air is directed to the other adsorber to maintain a continuous drying process.

High Pressure Air filter are specially designed for PET applications.

SPECIAL FEATURES

• Wide range of 14 standard models.
• Capacities from 18.0 m3/hr to 850 m3/hr.
• Higher capacities available on request.
• Mild Steel housing.
• Compact design.
• Low pressure drop
• Filter housing in accordance with international standard
• Design code like ASME, IS-2825, etc.
• Duly tested pneumatically & hydrostatically.
• Standard DIN or BS thread or flange connection.
• Range available for temperature upto 60C and pressure upto 14 kg/cm2 (g)
• Chemically, biologically & biochemically neutral & inert
• High working life
• Filter media sintered bronze & borosilicate glass fibre for filtration efficiency upto 99.98% and residual oil upto 0.01 ppm

SPECIAL FEATURES

• Wide range of 15 standard models with capacities from 50 m3/hr. To 6000 m3/hr.
• Higher capacities available on request
• Compact design
• Cooler in accordance with international design code like- TEMA-C, ASME, IS-2825.
• Duly tested pneumatically & hydrostatically

Air Filters removes dust particles, oil, rust and other types of contaminants from compressed air.

SPECIAL FEATURES

• Wide range of 20 standard models.
• Capacities from 18 M3 / HR to 6, 000 M3 / HR.
• Higher capacities available on request.
• Compact design
• Low pressure drop
• Filter housing in accordance with international standard
• Duly tested pneumatically & hydrostatically.
• Standard DIN or BS thread or flange connection.
• Range available for temperature upto 60C and pressure upto 14 kg/cm2 (g)
• Chemically, biologically & biochemically neutral & inert
• Design code like ASME, IS-2825, etc.
• High working life
• Filter media sintered bronze & borosilicate glass fibre for filtration efficiency upto 99.98% and residual oil upto 0.01 ppm
• Instrumentation such as auto and manual drain valve etc.

Zero Air Loss type Auto Drain Valves works on level based principle. Valve opening / closing takes place as per preset (factor set) levels.

• Direct acting
• Zero energy loss
• Fully automatic
• Maintenance free
• Easy to install

• Wide range of 11 standard models
• Capacities from 0.5 m3 to 15.0 m3.
• Higher capacities available on request
• Compact design
• Receivers in accordance with international design code.
• Instrumentation such as pressure gauge, safety relief valve, manual drain etc. with receiver.
• Duly tested pneumatically & hydrostatically

Delair Moisture Separator are designed for the removal of bulk water and oil from compressed air streams.

• Wide range of 15 standard models with capacities from 50 m3/hr to 6, 000 M3 / HR.
• Higher capacities available on request
• Compact design
• Moisture separator in accordance with international design code like-ASME, IS-2825, etc.
• Instrumentation such as manual drain valve etc. moisture separators
• Duly tested pneumatically & hydrostatically
• Available in baffle type, if required demister pad and cyclone type then contact factory

Used for quickly cooling the air, the Air Cooled Aftercooler, which we offer, is based on the latest technological concepts. We are a dependable Manufacturer and Supplier of Air Cooled Aftercooler. The compact design of Air Cooled Aftercooler saves a lot of space and makes it simple to install. Working

• Air Cooled Aftercooler cools incoming compressed air, using an axial flow electric fan
• This fan draws air from the atmosphere and passes it through a fin and tube type heat exchanger

The compressed air that leaves the compressor is full of moisture and thus, hot. We are a respected Manufacturer and Supplier of Water Cooled Aftercooler. This Water Cooled Aftercooler quickly cools the hot compressed air for reducing the moisture load that occurs on downstream equipment. Features

• Wide range of 19 standard models with capacities from 50 m³ / hr to 10, 000 m³ / hr
• Higher capacities available on request
• Compact design
• Cooler in accordance with international design code like-TEMA-C, ASME, IS-2825, BS, etc.
• Duly tested pneumatically and hydrostatically

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The compressed air coming from the compressor gets collected in the after cooler and passes through the pre-filter to a distributor. The distributor passes part of the air through a heater before going to one adsorber for regeneration. This compressed air is then passed through an after cooler for condensation and moisture separator for removal of moisture.

This air is then mixed with the remaining air and passed on to the other adsorber for drying and passes out of the dryer as dry air. The adsorber after regeneration becomes hot and needs to be cooled during the cooling cycle when the heater are switched off. The two adsorbers are switched over automatically on a cycle basis so that when the first adsorber will dry the compressed air the other will be in regeneration mode.

The hot compressed air from the compressor passes through one of the absorbers where the desiccant is regenerated by heat. The compressed air is then cooled in the aftercooler while condensation takes place in moisture separator at the same time. The compressed air then flows to th e other adsorber for drying. The desiccant adsorbs the water vapour and dried air leaves the adsorber.

The desiccant is very hot after regeneration and cannot asdsorb moisture unless it is cooled. The hot compressed air is cooled in the regn. Cooler. The cooled air is then guided through 4 way valve into the regenerated adsorber for removal of moisture.

When one adsorber has been regenerated and cooled (i.e. is ready for compressed air drying) and the other adsorber has reached the maximum adsorption capacity, the adsorbers can be switched over. The first adsorber will dry the compressed air while the other will be generated.

DryingThe wet compressed air entering through butterfly valve is dried by the desiccant in one of the adsorber towers and leaves as dry air through butterfly valve and filter, after which the desiccant has adsorbed water vapour during prefixed time, it has to be regenerated.

RegenerationAfter the drying the regeneration period follows. Ambient air is sucked in by a blower and heated by a heater till temperature reached at prefixed values and subsequently led through the adsorber. The adsorbed water vapour is liberated from the desiccant again by the hot air prefixed intervals or set values after which the heater will be switched off.The blower will still run upto preset intervals to lower the temperature of the desiccant to such a value that it is suitable again for the drying process. Before the automatic switchover takes place the regenerated adsorber is pressurized. The compressed air is directed to the other adsorber to maintain a continuous drying process.

High Pressure Air filter are specially designed for PET applications.

SPECIAL FEATURES

• Wide range of 14 standard models.
• Capacities from 18.0 m3/hr to 850 m3/hr.
• Higher capacities available on request.
• Mild Steel housing.
• Compact design.
• Low pressure drop
• Filter housing in accordance with international standard
• Design code like ASME, IS-2825, etc.
• Duly tested pneumatically & hydrostatically.
• Standard DIN or BS thread or flange connection.
• Range available for temperature upto 60C and pressure upto 14 kg/cm2 (g)
• Chemically, biologically & biochemically neutral & inert
• High working life
• Filter media sintered bronze & borosilicate glass fibre for filtration efficiency upto 99.98% and residual oil upto 0.01 ppm

SPECIAL FEATURES

• Wide range of 15 standard models with capacities from 50 m3/hr. To 6000 m3/hr.
• Higher capacities available on request
• Compact design
• Cooler in accordance with international design code like- TEMA-C, ASME, IS-2825.
• Duly tested pneumatically & hydrostatically

Air Filters removes dust particles, oil, rust and other types of contaminants from compressed air.

SPECIAL FEATURES

• Wide range of 20 standard models.
• Capacities from 18 M3 / HR to 6, 000 M3 / HR.
• Higher capacities available on request.
• Compact design
• Low pressure drop
• Filter housing in accordance with international standard
• Duly tested pneumatically & hydrostatically.
• Standard DIN or BS thread or flange connection.
• Range available for temperature upto 60C and pressure upto 14 kg/cm2 (g)
• Chemically, biologically & biochemically neutral & inert
• Design code like ASME, IS-2825, etc.
• High working life
• Filter media sintered bronze & borosilicate glass fibre for filtration efficiency upto 99.98% and residual oil upto 0.01 ppm
• Instrumentation such as auto and manual drain valve etc.

Zero Air Loss type Auto Drain Valves works on level based principle. Valve opening / closing takes place as per preset (factor set) levels.

• Direct acting
• Zero energy loss
• Fully automatic
• Maintenance free
• Easy to install

• Wide range of 11 standard models
• Capacities from 0.5 m3 to 15.0 m3.
• Higher capacities available on request
• Compact design
• Receivers in accordance with international design code.
• Instrumentation such as pressure gauge, safety relief valve, manual drain etc. with receiver.
• Duly tested pneumatically & hydrostatically

Delair Moisture Separator are designed for the removal of bulk water and oil from compressed air streams.

• Wide range of 15 standard models with capacities from 50 m3/hr to 6, 000 M3 / HR.
• Higher capacities available on request
• Compact design
• Moisture separator in accordance with international design code like-ASME, IS-2825, etc.
• Instrumentation such as manual drain valve etc. moisture separators
• Duly tested pneumatically & hydrostatically
• Available in baffle type, if required demister pad and cyclone type then contact factory

Used for quickly cooling the air, the Air Cooled Aftercooler, which we offer, is based on the latest technological concepts. We are a dependable Manufacturer and Supplier of Air Cooled Aftercooler. The compact design of Air Cooled Aftercooler saves a lot of space and makes it simple to install. Working

• Air Cooled Aftercooler cools incoming compressed air, using an axial flow electric fan
• This fan draws air from the atmosphere and passes it through a fin and tube type heat exchanger

The compressed air that leaves the compressor is full of moisture and thus, hot. We are a respected Manufacturer and Supplier of Water Cooled Aftercooler. This Water Cooled Aftercooler quickly cools the hot compressed air for reducing the moisture load that occurs on downstream equipment. Features

• Wide range of 19 standard models with capacities from 50 m³ / hr to 10, 000 m³ / hr
• Higher capacities available on request
• Compact design
• Cooler in accordance with international design code like-TEMA-C, ASME, IS-2825, BS, etc.
• Duly tested pneumatically and hydrostatically

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