Heated Purge lass Air Dryer

Heated Purge lass Air Dryer Specification

Inlet Temperature
Up to 50C

Air Flow
10 - 5000 Nm/hr

Inlet Oil Content
0.01 ppm

Noise Level
Low

Power Mode
Heated Purge

Temperature
Up to 120C

Pressure
7-10 kg/cm(g)

Place of Origin
India

Power Source
Electric

Voltage
415 V

Display
Digital Controller (optional)

Cycle Time
Typically 4 hours

Regeneration
External Electric Heaters

Material of Construction
Mild Steel / Stainless Steel

Pressure Dew Point
As low as -40°C

Color
Blue / Customized

Design
Compact, Space Saving

Dryer Type
Heated Purge Class / Twin Tower Absorption Dryer

Installation
Skid Mounted

Desiccant Type
Activated Alumina / Molecular Sieve

Working Sequence
Automatic with PLC (optional)

Heated Purge lass Air Dryer Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
7-10 Days

About Heated Purge lass Air Dryer

Experience the exceptional performance of the Heated Purge Class Air Dryer, expertly crafted for elite industrial applications. Featuring a twin tower absorption system and activated alumina/molecular sieve desiccant, this dryer delivers reduced dew points as low as -40C, ensuring grandiose air purity. Its compact, space-saving design incorporates external electric heaters and a digital controller for optimized, automatic sequencing. With best price assurance and a soaring variety of specifications, including low noise, flexible color options, and robust mild steel or stainless steel construction, it stands as the ultimate reduced-outlay solution for demanding air drying needs.

Competitive Advantages and Special Features

The Heated Purge Class Air Dryer offers a soaring edge in operational reliability, continuous usage, and exceptional energy efficiency. With automatic PLC controls and a digital display, users benefit from precise regulation and reduced maintenance. Its compact, skid-mounted design allows for space-saving installation and easy adaptation in various industrial settings. The twin tower configuration and advanced desiccant technology optimize cycle times and regeneration, making it ideal for elite usage where consistent, grandiose results are required.

FOB Port & Packaging Details

Shipments of the Heated Purge Class Air Dryer are dispatched from major ports in India, tailored for export market requirements. Each unit is meticulously packed to ensure safe delivery, minimizing outlay concerns for international clients. The product is available in both single and bulk shipment options, with custom packaging details as per client requests. Sample policy encourages evaluation of dryer performance before full-scale investment, offering buyers added assurance during the export process.

FAQ's of Heated Purge lass Air Dryer:

Q: How does the Heated Purge Class Air Dryer achieve low dew points efficiently?

A: The air dryer utilizes a twin tower absorption system with activated alumina or molecular sieve desiccant and external electric heaters, reducing moisture to achieve pressure dew points as low as -40C.

Q: What are the installation requirements for this air dryer model?

A: Installation is straightforward due to its compact, skid-mounted design. The dryer requires a 415V electric power source and access to an inlet air supply within specified temperature and oil content limits.

Q: When should the Heated Purge Class Air Dryer be selected over other dryer types?

A: This model is best chosen when demanding, grandiose air purity and reduced maintenance costs are priorities, especially for elite industrial or laboratory environments needing low dew points and continuous operation.

Q: Where is the Heated Purge Class Air Dryer manufactured and supplied from?

A: The product is manufactured and supplied from India, shipped from major FOB ports customized for global export requirements.

Q: What is the process for regenerating the desiccant in this dryer?

A: Regeneration is managed via external electric heaters, with automatic sequencing by PLC, ensuring effective desiccant refreshment without operational interruption.

Q: How does the digital controller enhance the usage experience?

A: The optional digital controller allows real-time monitoring and adjustment of operational parameters, resulting in precise control, optimized performance, and reduced human error.

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