Specifications

※ Based on the inlet temperature of 70°F/21.1°C.

The flow rate of the above table (ℓ/min) is based on7 bar inlet and the flow rate changes according to the changes in the pressure.

Mini Vortex Tube Dimensions

Features of SMVT 10007M

1. Small and lightweight version of Vortex Tube
2. No moving parts, easy to carry, and low cost to use.
3. Very low installation and operating costs and trouble-free operation.
4. A semi-permanent product, no electricity, and chemicals such as Freon are required. Intrinsically safe.
   If only dry and clean air is supplied to the airline, the cooling efficiency can be maximized.
5. Spark does not occur, and is not subject to the interference of RF/EMI.
6. Instant On and Off
7. No maintenance even for long-time use. No worry of oxidation and corrosion,
   due to being made of stainless steel structures.

Uses of SMVT 10007M

• Cooling mechanical operation
• Plastic injection
• Cooling soldering and electronic parts
• Auto parts factory
• Cooling sewing needles
• Hot glue operations
• Cooling CCTV cameras
• Cooling precious metals and other corresponding processing
• Cooling glass process
• Cooling electronic components
• Metal cutting
• Welding process

Uses

Cooling mechanical operation Plastic injection Cooling electrical cabinets Cooling soldering and electronic parts Cooling molds and dies Hot glue operations Cooling sewing needles Auto parts factory Cooling hot operations CNC, milling, cutting Cooling polishing, cutting, and drilling Work required for life maintenance of machines and products Cooling CCTV cameras Welding line of the shipyard Hot glue operations

Operating Principle

If the compressed air(5.5~9.9 bar, 26℃)is injected to the Vortex Tube through a pipe, it is put into the vortex rotating chamber first, where it creates a whirlwind, while rotating inside. When the compressed air is supplied to the Vortex Tube through a pipe, it is put into the vortex rotating chamber first and rotates at extremely high speed(speed of sound) as 1,000,000RPM.

While the rotating air (primary vortex) heads for the hot air outlet, some of which continues to pass toward the hot air (30℃ ~70℃) outlet by the Adjustable Valve, and the remaining air is returned at the Adjustable Valve, forming a secondary vortex, it is directed toward the cool air outlet. When some of the compressed air passes through the long tube and is injected forcefully, rotating toward the central portion, Vortex Air is forced to spin inward in the long tube.

Internal air switches the heat to the vortex air of the external air. Cold air is discharged into the Vortex Tube bottom, and the hot air is discharged into the Vortex Tube top. The temperature and airflow can be controlled completely by adjusting the Adjustable Knob at the top of the Vortex Tube. For maximum efficiency, it is recommended to use the air pressure of 5~7kgf/㎠ and for the maximum operating pressure to use within 17kgf/㎠.