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Oil-Free Dry Scroll VacuumPumps TXSL-10, 12.2 m3/hr

Oil-Free Dry Scroll VacuumPumps TXSL-10, 12.2 m3/hr

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Product Details

Product Description：

The TXSL Scroll vacuum pump is a completely oil-free, clean vacuum pump, using the world's most

advanced bellows shield structure, so that the compression chamber is completely isolated from the bearing

, and the use of fewer bearings, so that the pump is more quiet and reliable, while the extraction of non

corrosive organic solvents, with stronger water vapor processing capacity.

The TXSL scroll vacuum pump is equipped with an independent controller, which makes the pump more

intelligent and can realize the control functions such as speed regulation, current limiting and pressure

regulation according to the process of the end user. Due to the scroll compression and top seal structure,

the pump is not suitable

for pumping flammable, explosive, corrosive and particle containing applications.

Working Principle

Step1. Inhale, and all air is enclosed in the volume chamber, compression begins;

Step2. Continue to gradually compress towards the center of the volume chamber;

Step3. Compress the air to the center point of the volume chamber , and exhaust is about to begin;

Step4. Complete the exhaust, and a complete compression process is completed;

Technical Parameter

argument Model		TXSL-10	TXSL-15	TXSL-36	TXSL-20R
Flow Rate	m3/hr	12.2	16	36	20.3
Ultimate Vacuum	mbar	0.007	0.01	0.01	2
Motor Power	W	400	400	1200	500
Power	V	200-240
Noise	dB(A)	53	53	56	54
Inlet/outlet Size		KF25/KF25	KF25/KF25	KF40/KF25	KF25/KF25
Water vapor handling capacity	g/hr	136	268	270	290
Leak Rate	mbar·l/s	＜1×10-6
Diameter (L×W×H)	mm	438×268×300		517×325×358	438×268×300
Weight	kg	26	27	47	26

Key Features:

High Vacuum Performance: The TXSL series boasts exceptional vacuum levels, making it suitable for demanding applications where a high level of vacuum is required.

Oil-Free Operation: These scroll pumps are designed to operate without the need for oil lubrication, ensuring a clean and contamination-free vacuum environment.

Bellows-Sealed Design: The bellows-sealed configuration enhances the pump's reliability by preventing any process gases from entering the motor and bearings, thus extending the pump's service life.

Quiet Operation:

The intelligent design and precision manufacturing result in a quiet and vibration-free operation, contributing to a more comfortable and quieter work environment.

Intelligent Control: Equipped with intelligent control features, the TXSL scroll pumps offer enhanced monitoring and control options, allowing for optimized performance and remote operation.

Wide Range of Capacities: The TXSL series comes in various capacities, including 3L/s, 4L/s, and 10L/s, ensuring a flexible choice to match specific application requirements.

These TXSL high vacuum scroll pumps combine advanced engineering, oil-free technology, and intelligent control to provide reliable and efficient vacuum solutions for industries ranging from research and development to manufacturing. Their robust performance, quiet operation, and oil-free design make them a valuable asset in creating a cleaner and more productive work environment while achieving high acuum levels.

Electron microscope (electron accelerator, electron microscope)

High-energy physics research (beamline, accelerator, microwave system, laser guidance)

Industrial application (freeze dryer, Drying box, glove box, vacuum coating, vacuum degassing, vacuum packaging, vacuum perfusion, refrigerant perfusion, special gas circulation, SF6 recovery, voltage stabilization automation, etc.)

Mass spectrometry (GCMS, LCMS, ICPMS, vacuum leak detection, surface analysis, etc.)

Electronic semiconductors (backing pumps of molecular pumps, Silicon carbide growth furnace, vacuum exhaust station, plasma cleaning, special gas recovery, vacuum drying, etc.)

Laboratory applications (vacuum experimental device, backing pumps of molecular pumps)

Medical equipment (respiratory cancer detector, plasma sterilization, etc.), Aerospace research (space environment simulation, etc.)