Split Flow No Purge Loss Dryer

Split Flow No Purge Loss Dryer Specification

Power
0.5 kW 5 kW (depending on model)

Heat Source
Split Flow Technology (No external heat required)

Power Consumption
Low, due to no purge loss

Temperature
Ambient to 45C

Material
Mild Steel (Powder Coated), Stainless Steel (optional)

Voltage
220V / 380V / 415V, 50Hz

Technology
Split Flow No Purge Loss Drying

Dimension (L*W*H)
Customized as per capacity

Working Pressure
5 kg/cm(g) 60 kg/cm(g)

Color
Blue/Custom

Control Panel
Automatic PLC/Relay Based

Application
Industrial compressed air and gas drying

Connection
Flanged/Threaded

Regeneration Method
Split Air Flow

Flow Rate Capacity
10 Nm/hr to 5000 Nm/hr

Dew Point
Up to (-)60C

Split Flow No Purge Loss Dryer Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
30 Units Per Year

Delivery Time
6 Week

About Split Flow No Purge Loss Dryer

Split Flow No Purge Loss Dryer

Utilization of Split Flow No Purge Loss Dryer results in no purge loss and no need of blower. It also does not need external air and evades the risk of contamination. Its capacity is 500-5000 CFM and its drying capacity is 21 - 50 cfm. Its pressure is 1 to 50 kg/cm2g. It is used to avoid the purge loss and is accessible with a suitable ratio. This unit allows for a good regeneration and then the split air syndicates at a stage before adsorption. This is known to reduce the dew point temperature and is known as an innovative solution that can make dry air on account of its innovative desiccant adsorption technology.

Product details

Dew Point	-40oC
Capacity	500-5000 CFM
Max Temperature	180 Deg C
Maximum Pressure	4 bar
Automatic Grade	Automatic
Design	Customized
Dryer Horse Power	1 HP
Drying Capacity	21 - 50 cfm
Minimum Output Dew Point	-20 C
Pressure	1 to 50 kg/cm2g

Efficient Split Flow Technology

Our dryers utilize innovative Split Flow Technology to regenerate desiccant with a portion of dry air, completely eliminating the need for external heat or purge loss. This results in low energy consumption and reliable, consistent performance for industrial applications. The system is engineered to maximize dryer efficiency in varying ambient temperature conditions up to 45C.

Customizable Design and Operation

All units are available in customized sizes, flow rates, working pressures, and colors, designed to meet different installation standards. You can opt for flanged or threaded connections based on your requirements. The automatic PLC or relay-based control panel ensures seamless integration and operational flexibility for modern industrial setups.

FAQ's of Split Flow No Purge Loss Dryer:

Q: How does the Split Flow No Purge Loss Dryer work to dry compressed air and gas?

A: The dryer utilizes Split Flow Technology, where a portion of the dried air is used for desiccant regeneration, removing moisture from the compressed air or gas without requiring external heating or purge loss. This process ensures high efficiency and consistent dew point performance.

Q: What are the main benefits of using a Split Flow No Purge Loss Dryer in industrial settings?

A: This dryer offers substantial energy savings, low power consumption, and continuous operation without purge loss. Its ability to achieve dew points up to (-)60C ensures superior dryness, prolonging the lifespan of downstream equipment and enhancing overall system reliability.

Q: When is it recommended to use this type of dryer for compressed air and gas applications?

A: The Split Flow No Purge Loss Dryer is ideal for operations requiring constant, ultra-dry compressed air or gas, particularly in environments with varying ambient temperatures and where energy efficiency is a priority.

Q: Where can the Split Flow No Purge Loss Dryer be installed?

A: It is suitable for industrial facilities across various sectors. The dryer's customizable dimensions and connection options (flanged/threaded) allow for installation in spaces with different spatial or operational requirements.

Q: What is the regeneration process used in these dryers?

A: Regeneration is achieved by channeling a fraction of the dried air through the desiccant bed. This process restores the desiccant's capacity to remove moisture, without external heat, maximizing efficiency and eliminating purge loss.

Q: How is the dryer controlled during operation?

A: Operation is managed using an automatic PLC or relay-based control panel that facilitates precise timing, monitoring, and switching between adsorption and regeneration cycles, ensuring uninterrupted drying performance.

Q: What customization options are available for these dryers?

A: Customers can select the material (powder-coated mild steel or stainless steel), dimensions, flow rate capacity, connection type, color, and working pressure. Voltage options are also available, making the units suitable for various regional and site-specific requirements.