Vacuum Pump System LVPS-T2010

Introduction

Vacuum Pump System operates with a pumping speed of 70 pumping system enhances vacuum speed and efficiency by combining roots and vacuum pumps. It features digital monitoring with a vacuum gauge and an automatic vacuum relay for efficient control. Our vacuum pump removes air and gases to create a controlled vacuum for industrial processes.

This vacuum pump is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Vacuum Pump System is used to create and maintain deep vacuum conditions in industrial processes, power equipment maintenance, and scientific applications. It is applied in sectors like transformer maintenance, vacuum coating, and vacuum drying.

Specifications

Pumping Speed	70 L/s
Suction Flow	250 m³/hr
Ultimate Pressure	Less than or equal to 3 Pa
Pump Stages	2
Pipe Diameter	25 DN
Power Consumption	4000 W
Power Supply	380V/50Hz/3Ph
Dimensions (L×W×H)	120 × 90 × 160 mm

Features

Low-noise operation

Weatherproof enclosure option

Advanced safety features

Low maintenance requirements

Vibration-free performance

FAQs

1. How does the Vacuum Pump System achieve its high pumping speed?

Vacuum Pump System utilizes a dual-stage pumping mechanism, combining a roots pump and a vacuum pump for superior performance and durability. This advanced design significantly enhances vacuum speed, pressure efficiency, and overall operational reliability, allowing It to provide a high-performance system capable of achieving a pumping speed of 70 L/s with consistent, long-term operation in demanding industrial applications.

2. Does the Vacuum Pump System support automatic operation?

Yes, our Vacuum Pump System includes an automatic vacuum relay for seamless automated control and a high-precision digital vacuum gauge for real-time monitoring, accuracy, and performance optimization. It ensures smooth, hands-free operation for enhanced efficiency, reliability, and user convenience across various industrial, research, and scientific applications.

3. Is the Vacuum Pump System portable?

Vacuum Pump System features a compact and space-saving design with dimensions of 120 × 90 × 160 mm, facilitating ease of movement, installation, and seamless integration into various workspace configurations. Its sturdy and durable construction ensures long-term reliability, making it ideal for both stationary and mobile industrial applications, research facilities, laboratory environments, and power equipment maintenance setups where efficiency and precision are essential.

4. Is maintenance required for the Vacuum Pump System?

Ensuring longevity and efficiency, our Vacuum Pump System is crafted for low-maintenance operation, with high-quality materials guaranteeing durability and reliability. It recommends conducting periodic checks of oil levels, filters, and seals, as well as routine inspections of system components, to maintain peak efficiency and ensure consistent performance in demanding industrial and scientific applications.

5. What optional features are available for the Vacuum Pump System?

It offers a range of optional features for the Vacuum Pump System , including a Siemens for advanced automated control and precision monitoring, a rugged metallic weatherproof enclosure for enhanced durability and protection in harsh environments, and single or double-axle roadworthy trailers for outdoor applications requiring mobility and stability. These customizable options ensure adaptability to diverse industrial, laboratory, and field-based operations.

6. Can the Vacuum Pump System be used for transformer oil filtration?

Yes, our Vacuum Pump System is ideal for transformer maintenance, including oil filtration, degassing, vacuum drying, and air extraction. This advanced system to effectively removes moisture, gases, and impurities, ensuring optimal insulation performance, improved dielectric strength, and extended service life of transformers. Its high-efficiency operation, reliable performance, and user-friendly controls make it a preferred choice for power plants, substations, electrical maintenance facilities, and industrial applications requiring precise vacuum processing.