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Lab Expo Scroll Vacuum Pump LE-SVP104 delivers a nominal speed of 36 m3/h providing high-efficiency performance. It features a rated motor power of 1800rpm, supporting smooth and consistent operation. Incorporated with two interleaved spiral scrolls for efficient compression and evacuation. Integrated sealed design ensures contamination-free functionality. Our Scroll Vacuum Pump is ideal for applications such as laboratory research, medical equipment and analytical instruments.
$8,405.00 $ 7004
| Nominal Speed | 36 m3/h |
| Ultimate Vacuum | 1 Pa |
| Motor Power | 1100 W |
| Rated Motor Power | 1800 rpm |
| Leak Rate | |
| Water Vapour Treatment Capacity | 268 gh1 |
| Cooling Mode | Air-Cooled |
| Ambient Temperature | 10°C to 40°C |
| Noise | 56 dB |
| Inlet | KF40 |
| Power Supply | 100 to 120V or 200 to 240V |
| Dimension | 574 × 335 × 368 mm |
| Weight | 56 kg |
Function Implementation Laboratory research 36 m³/h nominal speed enables efficient sample preparation Medical equipment support <1 × 10⁻⁶ mbar-L/s leak rate maintains sterile environments Analytical instrument integration KF40 inlet ensures secure connection to analytical systems Continuous operation settings 1800 rpm rated motor power supports sustained runtime Contamination-sensitive processes Sealed design prevents oil backstreaming in clean workflows
1: What is the working principle of the Scroll Vacuum Pump LE-SVP104?
Our product operates using two interleaved spiral scrolls, one fixed and one orbiting. As the orbiting scroll moves, it traps and compresses gas pockets, directing them toward the centre for exhaust.
2: Is maintenance required for the sealed design?
While the sealed design minimizes maintenance needs, periodic servicing is recommended after a set number of operating hours to maintain peak performance and vacuum integrity.
3: What does an ultimate vacuum of 1 Pa mean for the Scroll Vacuum Pump?
An ultimate vacuum of 1 Pascal indicates the lowest pressure the pump can achieve under ideal conditions. It reflects the pump efficiency in removing air and other gases from a sealed volume, suitable for medium vacuum applications.
4: Is 56 dB considered quiet for a Scroll Vacuum Pump?
Yes, it is considered quiet for industrial and laboratory vacuum equipment.
5: What type of motor is used to achieve 1800 rpm in Scroll Vacuum Pump?
It uses a high-efficiency, brushless electric motor, designed for reliable, maintenance-free operation at 1800 rpm.
6: What does flexible pumping speed mean in a Scroll Vacuum Pump?
Flexible pumping speed refers to the pump ability to adjust its speed or throughput rate based on the application requirements. This ensures consistent vacuum performance while optimizing energy usage.
7: How does the scroll design contribute to quieter operation?
Unlike traditional pumps that use reciprocating or rotating parts that generate noise and vibrations, the scroll mechanism operates with minimal mechanical contact, significantly reducing noise levels.
8: What types of durable materials are used in Scroll Vacuum Pumps?
Scroll Vacuum Pumps are typically constructed using corrosion-resistant alloys, coated aluminium, stainless steel, and chemically resistant elastomers to withstand aggressive gases and demanding environments.
9: How do these pumps ensure long-term reliability in tough applications?
The use of wear-resistant components, chemically stable seals, and protective internal coatings prevents early failure and extends service life, even in demanding conditions.
10: What makes Scroll Vacuum Pumps ideal for space-sensitive environments?
Scroll Pumps combine a small footprint with quiet, vibration-free operation and do not require external cooling or bulky accessories, making them perfect for confined or portable setups.
Lab Expo Scroll Vacuum Pump delivers quiet, vibration-free vacuum generation with stable pressure control for precise laboratory and industrial workflows. As a scroll pump, it provides flexible pumping speeds, contamination-free operation, and compact, low-maintenance design. Durable build and precise vacuum regulation support analytical testing, medical suction, semiconductor handling, and research applications requiring consistent, high-performance vacuum performance.
