Heated Air Dryer For Compressed Air System 30 M3/min

Heated Air Dryer For Compressed Air System 30 M3/min
Details:
Product Number: JRZ-YDXGL-30
Product Type: Heated Air Dryer for Compressed Air System
Working Pressure:7bar
Exhaust volume:30 m3/min
Motor Power:15KW
Cooling Method:Water Cooled
Payment terms: Paypal, T/T, Western Union, Visa
MOQ: 1Pcs
Customization service: Support customization
Shipping method: Sea/Air
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Description
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Product Description

 

The Heated Air Dryer for Compressed Air System 30 m3/min is an advanced, energy-efficient drying solution designed to deliver high-quality, dry compressed air with a consistently low pressure dew point (as low as -40°C PDP or lower). Utilizing a blower purge heated regenerative technology, it effectively removes moisture from compressed air systems by employing a desiccant material (like activated alumina or silica gel) and regenerating it using heated ambient air combined with a minimal amount of compressed air. This process ensures reliable performance, reduces operational costs, and is ideal for critical applications where dry air is essential to prevent corrosion, product spoilage, and equipment malfunction in various industrial sectors

 

Product Advantage

 

1.Extended Desiccant Life

The efficient and controlled heating regeneration process allows for more complete desiccant regeneration, reducing wear and tear and potentially extending the service life of the desiccant material.

2.Robust Construction & Reliability

Built with high-quality components, including stainless steel valves and durable tanks, ensuring long service life and resistance to corrosion. Designed for continuous industrial duty.

3.Environmentally Friendly

Lower energy consumption translates to a reduced carbon footprint. Some models may use eco-friendly materials and processes.

 

Technical Parameters

 

Parameter

Unit

Description

Working Pressure

bar

7

Exhaust volume

m3/min

30

Motor power

kw

15

Voltage/frequency

v/Hz

380/50

Cooling Type

/

Water Cooled

Dimension(l*w*h)

mm

1920*1140*2490

 

Product Application

 

1.Food and Beverage Processing
Essential for packaging machinery, bottling lines, and food handling equipment, where dry air prevents bacterial growth and meets stringent hygiene standards (e.g., ISO 8573-1 Class 2).
2.Electronics and Semiconductor Production
Utilized in cleanroom environments for component assembly and testing, where even trace moisture can cause short circuits or product failures.
3.Textile and Paper Mills
Supports air-powered looms and printing presses by eliminating moisture that can cause paper jams or fabric discoloration.
4.General Industrial Applications
Suitable for any compressed air system requiring reliable dew point control, such as in power generation, metal fabrication, or wastewater treatment facilities. This dryer excels in scenarios with high ambient humidity or variable air demand, ensuring consistent performance 24/7.
 

Product Operate Guide

 

1.Installation and Setup:

Pre-Installation Checks: Ensure the installation site has adequate ventilation, a level surface, and sufficient clearance (minimum 500 mm around the unit for maintenance). Verify that the compressed air system is free of oil and particulates using a pre-filter (recommended 5-micron rating).

Mounting and Connections: Position the dryer vertically using the provided mounting feet. Connect the inlet and outlet ports to the compressed air system using DN80 (3 inch) pipes, applying thread sealant to prevent leaks. Connect the power supply to a dedicated circuit with proper grounding, following local electrical codes.

Initial Startup: Power on the unit and allow it to stabilize for 10 minutes. Set the operating parameters via the PLC control panel (e.g., cycle time, regeneration temperature). Perform a leak test by pressurizing the system to 7 bar and checking all connections.

2.Operation Procedures

Normal Operation: The Heated Air Dryer for Compressed Air System 30 m3/min runs automatically, with the PLC controlling tower switching every 5 minutes. Monitor the pressure dew point indicator on the control panel; it should maintain -40°C. Adjust the regeneration temperature (default 150°C) if ambient conditions change.

Daily Checks: Inspect the control panel for alarms (e.g., high temperature or pressure drop). Ensure the blower and heater are functioning during regeneration cycles. Record inlet pressure and temperature in the maintenance log.

Shutdown: For temporary shutdown, press the stop button on the control panel. For extended periods, isolate the power supply and drain the air system to prevent moisture buildup.

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