Summits Hygronics ( P) Ltd
Kannampalayam, Coimbatore, Tamil Nadu
GST No. 33AAGCS3100G1ZY
Call 08048970057 43% Response Rate
Air Dryer
Refrigerated Air Dryer
Minimum Order Quantity: 1 Piece
| Dryer Technology | Refrigerated |
| Design | Summits |
| Maximum Pressure | >14 bar |
| Dryer Brand | Summits |
| Warranty | 12 months |
| Drying Capacity | >1000 cfm |
| Minimum Output Dew Point | -20 C |
| Automatic Grade | Automatic |
| Installation/After Sales Service Available | Yes |
| Application | Industrial |
| Capacity | 10 to 10000 CFM |
| Inlet air pressure of refrigeration air dryer | 1.5 to 300 bar g |
| Inlet air temperature of Refrigeration Air Dryer | 10 to 60 Degree C |
| Max Temperature | 65 Degree C |
| Pressure Dewpoint temperature of refrigeration air dryer | 3 Degree C |
| Refrigeration Air Dryer Capacity | 20 to 50000 cfm |
Summits manufature World Class Refrigerated Air Dryers with most advanced technology and reliability to ensure trouble free performance for ages.
Summits Refrigerated Air Dryers remove the moisture to a level of 600 ppm(w) by using energy efficient refrigeration system and effective heat exchangers. The wet air enters into the economizer (pre cooler) of the refrigerated air dryer and the temperature gets reduced significantly by the outgoing cold air. This medium temperature air further enters in to the evaporator of therefrigerated air dryer and the temperature drops to 2oC by the cold refrigerant. At this temperature the moisture in the vapour form condenses into liquid and the same is separated by high efficient integral moisture separator and automatic drain trap. All the three components (i.e. pre cooler, evaporator and moisture separator) are integrated into one single unit.
Heat Exchanger:
3-in-1 integrated high-efficiency microchannel heat exchanger with optimized construction designed with ANSYS CFD. Generously sized Air to Air heat exchanger reduces the load to the evaporator section to 1/3 of total load hence less power consumption. The stainless steel demister pad packed inside the heat exchanger efficiently removes the condensed moisture at all varying airflow.
eSave controller:
Energy saving control algorithm incorporated
Service interval indication
RS 485 communication
Can be programmed to user requirement
High and Low dew point alarm can be set
Energy saved & Money gained can be accounted S. On line dew point transmitter can be connected
Password protected settings
How refrigerated air dryers work?
- The wet air enters into the economiser (pre-cooler) of the Refrigerated Air Dryer and the temperature gets reduced significantly by the outgoing cold air.
- This medium temperature air further enters in to the evaporator of the Refrigerated Air Dryer and the temperature drops to 2ºC by the cold refrigerant.
- At this temperature the moisture in vapour form condenses into liquid and the same is separated by highly efficient integral moisture separator and sent out through an automatic drain trap.
- The Dry cold air from evaporator enters the pre-cooler and exchanges the heat from the incoming hot wet air.
- The Dry Air similar to inlet air temperature leaves the pre-cooler and it is the output from the Refrigerated Air Dryer used for the applications.
Additional Information:
- Production Capacity: 2500
- Delivery Time: 2 weeks
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Air Dryer Package
| Air flow rate | Customized |
| Accessories | Receiver, Filter, Controls, Piping, Dryer |
| Maximum Pressure | 40 bar |
| Maximum Air Inlet Temperature | Customized |
| Maximum Ambient Temperature | 55 |
| Automatic Grade | Automatic |
| Design | Summits |
| Air Quality Standard | Class 0, Class 1 |
| Voltage | 415 V 3Phase 50 Hz |
| Condition | New |
| Power Source | AC Three Phase |
| Working Pressure | 30 |
| Air Tank Capacity | 10000 |
Additional Information:
- Item Code: SHPL
- Production Capacity: 20
- Delivery Time: 16 WEEKS
- Packaging Details: CUSTOMIZED
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Air Cooled Closed Loop Blower Reactivated Air Dryer
Minimum Order Quantity: 50 Number
| Dryer Technology | Dessicant |
| Usage/Application | Automobile Pharmaceutical etc |
| Automatic Grade | Automatic |
| Design | Summits |
| Maximum Pressure | 14 bar |
| Dryer Brand | Summits |
| Drying Capacity | >1000 cfm |
| Minimum Output Dew Point | -40 C |
Additional Information:
- Production Capacity: 50
- Delivery Time: 16 WEEKS
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SA Series Heatless Air Dryer
Minimum Order Quantity: 1 Unit
| Dryer Technology | Dessicant |
| Dryer Brand | Summits |
| Automatic Grade | Automatic |
| Design | Summits |
| Maximum Pressure | >14 bar |
| Drying Capacity | 51 - 120 cfm, >1000 cfm, 501 - 1000 cfm, 121 - 500 cfm |
| Minimum Output Dew Point | -20 C, -40 C |
| Capacity | 10 to 10,000 cfm |
| Inlet Air Temperature | 5 to 45 Degree C |
| Pressure Dew Point | -20 to -40 C |
| Working Pressure | 3 to 15 bar g |
- Low-pressure drop
- No pressure spikes
- Energy management controller to minimize purge loss
- Large desiccant beds for consistent dew point
- Proven trouble free valve design
- Rugged carbon steel construction
- Integrated pre & post filters
- Outlet air quality according to ISO 8573 - 1, 7.2, Table 3, Class 3 & 2
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Heatless Air Dryer
Minimum Order Quantity: 1 Unit
Product Brochure
| Drying Capacity | 10-10000 cfm |
| Dryer Technology | Dessicant |
| Brand | Summits |
| Minimum Output Dew Point | -40 C |
| Capacity | 10 to 10000 cfm |
| Max Temperature | 60 Degree C |
| Automatic Grade | Automatic |
| Maximum Pressure | 70 |
| Warranty | 12 months |
| Inlet Air Temp | 5 to 45 Degree C |
| Working pressure | 3 to 15 bar g |
| Pressure Dew Point | -20 to -40 Degree C |
| Pressure | 7 to 18 bar g |
| Dew Point Temprature | -40 Degree C Atmospheric(-70 Degree C Optional) |
Series SA Adsorption Dryers
The need of Compressed Air Dryer:
The compressed air leaving a compressor contains considerable quantities of water vapor. If the untreated air is supplied into the distribution lines, the moisture would condense to liquid water as it gets cooled. Condensed water is a major cause of downtime in compressed air systems. Air quality which was good enough for the old hand controlled valves or wide tolerance air tools is just not dry enough when used in today's sophisticated air systems. Water causes rust, pitting, blockages and freezes ups, with resultant component failure and product rejection. The only way to prevent condensation of water in airlines is to lower the dew point of the air in the system. It is less expensive to own and operate an air dryer than it is to live with the problems it can prevent. Drying compressed air doesn't cost . . . . it saves.
Operation:
Wet compressed air enters the drying tower from pre & oil removing filters, at the bottom and is directed by a non-lubricated switching valve. The wet air encounters dry desiccant and moisture is transferred from the air to the desiccant. The direction of air flow during drying is upflowed; design of the towers prevents fluidization of the desiccant. At the top of the dryer, the dry processed air is directed to the after the filter of the dryer through check valves. Approximately ten percent of the dry air is directed into the regenerating tower where it is depressurized to atmospheric pressure and is used to regenerate the desiccant. After removing the moisture from the desiccant, the purge air exits the dryers through a muffler and is blown out to the atmosphere. After a preset time based on the electronic controller, the dryer shifts towers. At tower shift, the regenerating tower is gradually repressurized, the switching valve sequentially shifts and the off-stream tower is depressurized. The switching and exhaust valves are controlled by solenoid valves.
Applications:
- Automobile
- Breweries & Distilleries
- Cement
- CNC Machine shop
- Co-generation Plants
- Chemical
- Food Processing
- Foundry
- General Engineering
- Hospital
- Instrumentation
- Packaging
- Paper
- Painting
- Pharmaceutical
- Power Plants
- Printing
- Rice mill
- Sugar
- Textiles
- Textile processing
- Toolroom
Additional Information:
- Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer)
- Port of Dispatch: Coimbatore
- Production Capacity: 1000
- Delivery Time: 2 weeks
- Packaging Details: Seaworthy packing
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Heat Of Compression Air Dryer
Minimum Order Quantity: 1 Unit
Product Brochure
| Air flow rate | 200 to 20000 cfm |
| Maximum Pressure (in bar) | 12 bar, 7 bar, 10 bar, >14 bar, 14 bar, 8 bar |
| Drying Capacity (in cfm) | 501 - 1000 cfm, >1000 cfm, 121 - 500 cfm |
| Maximum Pressure | 40 bar |
| Maximum Air Inlet Temperature | 250 Degree C |
| Maximum Ambient Temperature | 55 Degree C |
| Minimum Output Dew Point (in C) | -60 C, -40 C, -30 C, -20 C |
| Dryer Technology | Dessicant |
| Dryer Type | Regenerative Dessicant Dryer |
| Automatic Grade | Automatic |
| Warranty | 12 months |
| Condition | New |
| Installation/After Sales Service Available | Yes |
| Capacity (cfm) | 200 to 20000 cfm |
| Dryer Brand | Summits |
| Inlet air pressure | 7 bar g |
| Pressure Dewpoint temperature | -20 to 40 Degree C |
Additional Information:
- Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer)
- Port of Dispatch: Coimbatore
- Production Capacity: 250 numbers per annum
- Delivery Time: 12 weeks
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Compact Air Dryer
Product Brochure
| Air flow rate | 5 to 350 cfm |
| Dryer Type | Regenerative Dessicant Dryer |
| Design Pressure | 13.2 bar g |
| Maximum air inlet temperature | 65 Degree C |
| Maximum ambient temperature | 50 Degree C |
| Maximum pressure | 25 bar |
| Pressure Dew Point | -40 Degree C at 38 Degree C, 7 bar |
| Standard Power Supply | 220 VAC +/- 5%, 1 Ph, 50/60 Hz |
Pneuzorb comprises of top bottom valve blocks and extruded aluminum twin chambers filled with desiccant, which dries the compressed air as it passes through. One chamber is drying, while the other chamber is regenerating using the Pressure Swing Adsorption Principle. The change over is automatic and controlled by the micro processor based controller. A small amount of the dried compressed air is used to regenerate the saturated desiccant bed by expanding the dry air from line pressure to atmospheric pressure, removing moisture adsorbed by the desiccant and therefore regenerating the dryer. A particulate cum coalescing filter is installed (optional) before the dryer. After filter cartridges are fitted integrally inside the towers with adequate freeboard space. According to an air quality requirement, suitable microfilter may be installed after the dryer.
Applications:
Automobile
Breweries & Distilleries
Cement
CNC Machine shop
Co-generation Plants
Chemical Food Processing
Foundry
General Engineering
Hospital
Instrumentation
Packaging
Paper
Painting
Pharmaceutical
Power Plants
Printing
Rice Mill
Sugar
Textiles
Textile Processing
Tool Room
Technical Details:
Base ModelModel VarianceCapacityEnd ConnectionOverall Dimension, mmWeight, kgMLcfmm3/h
WDH
SP 000YESYES58.753/8” BSP1911554259SP 001YESYES1017.53/8” BSP1911556159.5SP 011YESYES1525.51/2” BSP21021071514.5SP 002YESYES20351/2” BSP21021087516SP 004YESYES40703/4” BSP27522595026
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Compressed Air Dryer
Minimum Order Quantity: 1 Unit
Product Brochure
| Drying Capacity (in cfm) | 51 - 120 cfm, 121 - 500 cfm, 21 - 50 cfm, 0-20 cfm |
| Minimum Output Dew Point (in C) | -40 C, -60 C, -20 C |
| Capacity | 8 to 850 m3/hr |
| Inlet air pressure | 4 to 12 bar g |
| Inlet air temperature | 5 to 50 Degree C |
| Pressure Dewpoint temperature | -20 to 40 Degree C |
| Working Pressure | 4 to 12 bar g |
Summits Compact Desiccant type Heatless Air Dryers remove the moisture to a level of 80 ppm(w) by using pressure swing adsorption technology. The wet air enters into one desiccant tower and gets dried by the high performance desiccant adsorbent. The dry air passes through inbuilt filters and check valves to the utility. A portion of dry air (depending on the operating pressure and required dew point temperature) passes through an orifice into the other saturated tower at near atmospheric pressure, liberates the entrapped moisture in the desiccant to the atmosphere and regenerates it for the next drying cycle. A reliable electronic timer controls the cycle and valve operations effectively therby ensures continuous dry air output to the utility.
For more details https://www.airdryer.in/compact-air-dryer
Applications:
Automobile
Breweries & Distilleries
Cement
CNC Machine shop
Coleneration Plants
Chemical Food Processing
Foundry
General Engineering
Hospital
Instrumentation
Packaging
Paper
Painting Pharmaceutical
Power Plants
Printing
Rice Mill
Sugar
Textiles
Textile Processing
Tool Room
Technical Details:
Base Model
Model Variance
Capacity
End Connection
Overall Dimension, mm
Weight, kgMLcfmm3/h
WDH
SPD 5YESYES58.753/8” BSP1911554259SPD 10YESYES1017.53/8” BSP1911556159.5SPD 15YESYES1525.51/2” BSP21021071514.5SPD 20YESYES20351/2” BSP21021087516
Additional Information:
- Pay Mode Terms: T/T (Bank Transfer)
- Port of Dispatch: Coimbatore
- Production Capacity: 2000 numbers per annum
- Delivery Time: 2 weeks
- Packaging Details: Wooden crates
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Blower Reactivated Air Dryer
Product Brochure
| Capacity | 100 to 10,000 cfm |
| Drying Capacity (in cfm) | 121 - 500 cfm, >1000 cfm, 501 - 1000 cfm |
| Maximum Pressure (in bar) | >14 bar |
| Minimum Output Dew Point (in C) | -20 C, -40 C, -60 C |
| Dryer Technology | Dessicant |
| Dryer Type | Regenerative Dessicant Dryer |
| Dryer Horse Power (HP) | >20 HP |
| Automatic Grade | Automatic |
| Warranty | 12 months |
| Condition | New |
| Installation/After Sales Service Available | Yes |
| Dryer Brand | Summits |
| Inlet air temperature | 15 to 55 Degree C |
| Working Pressure | 3 to 40 bar g |
| Pressure Dew Point | -20 to -40 Degree C |
Additional Information:
- Item Code: Adsorber-B
- Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer)
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High Pressure Air Dryer
Product Brochure
| Maximum Pressure (in bar) | 450 |
| Drying Capacity (in cfm) | 0-20 cfm, 21 - 50 cfm, 51 - 120 cfm, 121 - 500 cfm |
| Capacity | 25 to 300 cfm |
| Minimum Output Dew Point (in C) | -40 C, -60 C |
| Dryer Type | Regenerative Dessicant Dryer |
| Dryer Technology | Dessicant |
| Dryer Horse Power (HP) | 1 HP |
| Warranty | 12 months |
| Automatic Grade | Automatic |
| Condition | New |
| Installation/After Sales Service Available | Yes |
| Inlet air pressure | 70 to 350 bar g |
| Inlet air temperature | 5 to 60 Degree C |
| Pressure Dewpoint temperature | -40 / -70 Degree C |
| Pressure | 70 to 400 bar g |
The need of Compressed Air Dryer:
Air Quality Is vital to the production process and thereby to the end product the purity of air In the pneumatic system Is a quantifiable parameter according to ISO 85734 and It Is measured based on The presence of contaminants such as oil. Water and solid particles. These three major contaminants are orIgInating from the compressor and pipelines. These contaminants are safely and reliably removed by Summits High-Pressure Adsorption Dryer.
Schematic Illustration:
- Main Change over Valve pneumatic actuator switches the adsorber columns from drying to regeneration cycle and back.
- Exhaust valves with pneumatic actuators vent out the regeneration gas.
- Main beck pressure valves control the flow of gas to bed.
- Regeneration back pressure valves control the flow of regeneration gas.
- Pressure reducing valve (Single stage or two stages depends on the pressure), reduces the pressure for regeneration and pneumatic control lines.
- Orifice for limited volumetric flow for regeneration.
- Drying towers with superior quality desiccant which ensure the desired outlet air quality.
Operation:
Wet compressed air enters the drying tower from pre & oil removing filters at the bottom of drying tower and is directed through Main Changeover Valve. The wet air encounters dry desiccant and moisture is transferred from the air to the desiccant. The direction of air flow during drying is up flowing. Design of the towers prevents fluidization of the desiccant. At the top of the dryer, the dry processed air is directed to the after filter through Main Back Pressure Valve. A small quantity of dry air Is directed to the regenerating tower through Pressure Reducing Valve, Orifice end Regeneration Beck Pressure Valve where It Is further depressurized to atmospheric pressure and Is used to regenerate the desiccant after removing the moisture from the desiccant, the purge air exits the dryer through Exhaust Valve and Muffler. After a preset time, the dryer shifts towers. At tower shift, the regenerating tower is gradually repressurized, the Main Changeover Valve sequentially shifts and the off-stream tower are depressurized. The Changeover and Exhaust Valves are controlled by solenoid valves through a Programmable Logic Controller.
Additional Information:
- Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer)
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Split Flow No Loss Air Dryer
Minimum Order Quantity: 1 Unit
Product Brochure
| Drying Capacity (in cfm) | 501 - 1000 cfm, >1000 cfm, 121 - 500 cfm |
| Maximum Air Inlet Temperature | 55 Degree C |
| Maximum Ambient Temperature | 50 Degree C |
| Minimum Output Dew Point (in C) | -40 C, -20 C |
| Dryer Type | Regenerative Dessicant Dryer |
| Dryer Technology | Dessicant |
| Automatic Grade | Automatic |
| Dryer Brand | Summits |
| Capacity | 100 to 10,000 cfm |
| Inlet Air Temp | 25 to 550C |
| Working Pressure | 5 to 40 bar g |
| Pressure Dew Point | -20 to -400C |
| Inlet air pressure | 7 bar g |
| Inlet Water temperature max | 32 Degree C |
| Pressure drop | 0.5 bar g |
Summits manufacture and supply custom made No loss Split flow dryers according to ONGC/EIL Specifications. Summits is an approved vendor for EIL.
Additional Information:
- Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer)
- Port of Dispatch: Coimbatore
- Production Capacity: 50 numbers per annum
- Delivery Time: 12 weeks
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Heated Purge Air Dryer
Minimum Order Quantity: 1 Unit
| Air flow rate | 200 TO 5000 CFM |
| Minimum Output Dew Point (in C) | -40 C, -60 C, -80 C |
| Maximum Pressure | 7 bar |
| Maximum Air Inlet Temperature | 65 |
| Maximum Ambient Temperature | 55 |
| Dryer Brand | Summits |
| Automation Grade | Automatic |
| Automatic Grade | Semi-Automatic |
| Condition | New |
| Capacity | 100 to 10,000 cfm |
| Working Pressure | 5 to 40 bar g |
| Dryer Type | Regenerative Dessicant Dryer,Regenerative dessicant dryer |
| Inlet Air Temp | 25 to 550C |
| Pressure Dew Point | -20 to -400C |
Salient Features:
- Very low dewpoint temperatures
- Low purge loss
- Energy efficient heater
- A very low-pressure drop
- Compact design, occupies less floor space
- Remote interfacing and monitoring in selected models
- Outlet air quality according to ISO 8573-1,Table 3,Class 2 / 1
Additional Information:
- Pay Mode Terms: T/T (Bank Transfer)
- Port of Dispatch: Coimbatore
- Production Capacity: 50numbers per annum
- Delivery Time: 8 weeks
- Packaging Details: wooden crate
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EIL Approved Air Dryer (HOC Cum No Loss Split Flow) for Refineries
| Connection Air In Out | 4",6",8" |
| Maximum Pressure | 8 bar,10 bar,12 bar |
| Dryer Brand | Summits |
| Maximum Inlet Pressure | 14 bar |
| Desiccant Type | Activated alumina |
| Drying Capacity | >1000 cfm |
| Minimum Output Dew Point | -40 C |
| Weight | 10 tons |
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Medical Air Dryer
Minimum Order Quantity: 1 Piece
Product Brochure
| Automation Grade | Automatic |
| Voltage | 24 / 110 / 230 V AC/DC |
| Capacity | 10 - 100 cfm |
| Dryer Type | Regenerative Desiccant Dryer |
| Max Temperature | 55 Deg.C |
| Brand | Summits |
| Mandated By | NFPA 99 / HTM 02-01 / ISO 7396 ISO 13485 |
| Design | Standard |
| Type | Heatless |
| Maximum working pressure | 14 bar |
High importance of Medical air in healthcare industries:
Medical air is primarily used in hospitals, clinics, and other healthcare facilities for aerosol drug delivery, high flow therapy, mechanical ventilation, neonatal environment control, infant resuscitation, general anaesthesia, and hyperbaric therapy. It is also used for cleaning and drying medical instruments and equipment, powering certain medical tools.
ü Premium at every stage
ü Medical grade air with -46°C ADP as per HTM 02-01
ü Catalyse Carbon monoxide conversion
ü Bacteria filter for Absolute retention rate of 0.22μm particle down to 99.9999%
ü Oil Check apparatus for air quality validation
ü Auto Change over ensures medical air 24/7
Additional Information:
- Production Capacity: 500
- Delivery Time: 4 weeks
- Packaging Details: Corrugated box
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