Lubricating Oil Purifier LBOP-T2011

Introduction

Lubricating Oil Purifier operates with a flow rate of 20 protection system prevents excessive pressure buildup, for safe operation. Our Oil Purifier is equipped with advanced digital monitoring, allowing real-time tracking of oil volume and working hours.

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

Applications

Lubricating Oil Purifier is used in research and life sciences to maintain oil purity and performance in sensitive equipment. It is ideal for laboratory machinery and bioprocessing systems requiring high-quality lubrication.

Specifications

Flow Rate	20 L/min
Working Vacuum	-0.06 to -0.098 MPa
Working Pressure	Less than or equal to 0.3 MPa
Temperature Range	0 to 100℃
Working Oil Temperature	45 to 65℃
Working Noise	Less than or equal to 68 dB(A)
Continuous Working Time	Greater than or equal to 150 H
Outlet(inlet) Caliber	Φ 25 mm
Moisture Content	Less than or equal to 50
Gas Content	0.1 %
Impurity Size	Less than or equal to 1 μm
Electric Heating Power	18,000 W
Power Consumption	20,000 W
Power Supply	380V/50Hz/3
Dimensions (L×W×H)	1400 × 1000 × 1700 mm
Weight	400 kg

Features

Energy-efficient power consumption

Flexible filter replacement system

Advanced dehydration technology

Long-lasting continuous operation

Compact space-saving design

FAQs

1. What makes the Lubricating Oil Purifier ideal for continuous operation in industrial settings?

Lubricating Oil Purifier is specifically designed for extended use, offering a continuous working time of 150 hours. This is ideal for industries requiring non-stop lubrication, such as manufacturing plants and heavy-duty machinery. The automatic heating system ensures the oil stays within an optimal working temperature range (45–65?), maintaining viscosity and efficiency. Its high-pressure protection safeguards the equipment from damage, ensuring reliability. The advanced dehydration and fine filtration system (1 ?m impurity size) helps prevent contamination-related breakdowns. Its low noise level (68 dB) makes it suitable for workspaces where quiet operation is essential. This combination of durability, automation, and protection makes it a top choice for industrial environments.

2. How does the Lubricating Oil Purifier support laboratory and research applications?

The Lubricating Oil Purifier is used for laboratory environments where precise and clean lubrication is critical. With its compact and space-saving design, it fits seamlessly into research labs or cleanroom setups. Its ability to maintain oil moisture content at 50 and gas content at just 0.1% helps avoid contamination in sensitive equipment such as centrifuges, mixers, and precision pumps. The digital monitoring system allows real-time tracking of operating parameters, which is essential for documentation and experimental consistency. Its quiet operation at 68 dB is also conducive to laboratory environments. The purifier's high filtration accuracy ensures minimal wear and tear on lab instruments, increasing their longevity and performance stability.

3. Why is the Lubricating Oil Purifier suitable for use in bioprocessing systems?

Lubricating Oil Purifier ensures high-purity oil filtration that is essential in bioprocessing systems, where contamination can compromise entire batches. Its ability to remove impurities up to 1 ?m in size, along with its advanced dehydration technology, ensures sterile and reliable lubrication for pumps, mixers, and rotary equipment. Bioprocessing often requires long operational hours, which the Lubricating Oil Purifier supports with a continuous run time of 150 hours. The temperature control system allows for stable thermal conditions to protect oil properties. Its low noise and compact structure ensure it integrates easily into controlled environments. These features help maintain the sterility and performance reliability required in biotech and pharmaceutical labs.

4. How does the Lubricating Oil Purifier help extend the life of expensive industrial machinery?

Reliable lubrication is essential for the longevity of industrial machinery, and the Lubricating Oil Purifier is engineered to deliver that reliability. It removes water, gas, and impurities that cause wear and corrosion using a high-efficiency vacuum system operating between -0.06 to -0.098 MPa. This ensures the oil remains chemically stable and clean during extended operation. Its advanced filtration system captures particles down to 1 ?m, preventing abrasive damage to internal components. By maintaining oil purity, the Lubricating Oil Purifier reduces the frequency of oil changes and mechanical servicing. The integrated heating system further supports optimal oil viscosity, which enhances overall equipment efficiency. From compressors to turbines, this purifier safeguards critical systems from premature breakdowns.

5. How energy-efficient is the Lubricating Oil Purifier during prolonged use?

Lubricating Oil Purifier is designed for high performance with minimal energy consumption, making it suitable for environments with continuous operational needs. With an electric heating power of 18,000 W and total power consumption of 20,000 W, it balances energy use with efficiency through smart regulation of heating and vacuum systems. Its automatic temperature control reduces unnecessary power draw during idle conditions. Compared to traditional purifiers, it offers superior energy savings by avoiding repeated start-stop cycles. The unit’s efficient design ensures that oil is heated only within the target range, which helps retain oil quality and further reduces waste. This makes it an eco-friendly and cost-effective solution for industrial users.

6. Can the Lubricating Oil Purifier be used with different types of lubricating oils?

Yes, the Lubricating Oil Purifier is compatible with various types of lubricating oils used in industries, including hydraulic oils, gear oils, turbine oils, and machine lubricants. Its flexible filter replacement system allows operators to tailor the purification process based on oil type and contamination level. The system maintains stability across a wide temperature range (0 to 100?), making it adaptable to different oil viscosities and compositions. Its robust design and vacuum dehydration method efficiently remove both free and dissolved water, making it effective for synthetic and mineral oils alike. This versatility makes it an indispensable tool for diverse applications across energy, marine, automotive, and manufacturing sectors.