Vacuum Pump System LVPS-T2014

Introduction

Vacuum Pump System delivers a high-performance pumping speed of 1200 L/s, ensuring efficient and rapid evacuation for various industrial applications. It supports a wide vacuum range, offering versatility for both medium and high vacuum processes. Engineered with noise reduction, ensuring quiet and stable operation in sensitive environments. Our Vacuum Pump System creates reliable vacuum conditions for multiple laboratory setups.

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 crafted to create and maintain stable vacuum conditions with high speed and precision. It is widely used in transformer maintenance, vacuum drying, coating, distillation, and other industrial vacuum processes.

Specifications

Pumping Speed	1200 L/s
Suction Flow	4200 m³/hr
Ultimate Pressure	Less than or equal to 1 Pa
Pump Stages	3
Pipe Diameter	80 DN
Power Consumption	27000 W
Power Supply	380V/50Hz/3Ph
Dimensions (L×W×H)	220 × 160 × 230 mm

Features

Low ultimate pressure capability

Compact space-saving design

Automatic vacuum control system

Heavy-duty power output

Optional smart control upgrades

FAQs

1. Can the Vacuum Pump System be integrated into automated systems?

Yes, our Vacuum Pump System can be upgraded with an optional Siemens for smooth integration into automated industrial systems. This advanced feature allows for enhanced control, real-time monitoring, remote operation, data logging, and easy troubleshooting in large-scale setups. It’s ideal for smart factories, continuous-process operations, and highly regulated environments that demand consistent performance, precision, and minimal downtime.

2. What are the mobility options available for the Vacuum Pump System?

The system can be equipped with a single or double-axle roadworthy trailer, allowing our Vacuum Pump System to be easily transported between outdoor or remote job sites with minimal setup time. This mobility feature is especially useful in transformer servicing, field maintenance tasks, and emergency response operations where quick deployment and relocation are critical. It enhances operational flexibility and ensures the system can perform reliably in diverse environments.

3. How to monitor vacuum levels in real-time during operation?

Vacuum Pump System includes a high-precision Prani digital vacuum gauge, allowing real-time monitoring of vacuum levels with clear and accurate readouts. This ensures that operators can maintain precise pressure settings, detect fluctuations instantly, and optimize performance during critical processes. The digital interface enhances usability, supports consistent quality control, and helps prevent operational errors in demanding industrial environments.

4. What materials or gases should not be used with the Vacuum Pump System?

Vacuum Pump System is not recommended for use with explosive, highly corrosive, or toxic gases due to potential risks to both equipment and operator safety. It should also be avoided for applications involving air with high moisture, dust, powder, or elevated oxygen content, as these can compromise performance and lead to premature wear. Ensuring proper pre-treatment, such as filtration or gas separation, significantly increases system safety, improves operational efficiency, and extends the overall lifespan of the equipment in industrial settings.

5. How does the multi-stage pump design of the Vacuum Pump System enhance its performance?

Delivering deeper vacuum levels and improved efficiency, the Vacuum Pump System features a robust three-stage pump configuration engineered for high-performance output. Ensuring stable and continuous operation even under heavy-duty conditions, our Vacuum Pump System is ideal for demanding industrial applications such as transformer evacuation, vacuum drying, and precision coating, where consistent vacuum performance is critical to process quality and productivity.

6. What maintenance practices are recommended for the Vacuum Pump System to ensure longevity?

Regular maintenance of our Vacuum Pump System includes monitoring oil levels, checking for leaks, inspecting seals, cleaning filters, and ensuring the cooling system functions properly. Adhering to the maintenance guidelines provided in the user manual will help maintain optimal performance, prevent unexpected downtime, and extend the operational life of the system. Scheduled servicing also ensures safety compliance and consistent efficiency in long-term industrial use.