Description
The Alfa-Laval MAPX 210 TGT-29-60 oil purifiers are designed for efficient separation of oil from water and other contaminants. With a maximum bowl speed of 5040 RPM, these machines are capable of handling high flow rates, rated at 3300 GPH for light viscosity oil at 40 SSU and 100°F. Each unit is equipped with a 15 HP motor, which operates at 230/460V, 3-phase, 60 Hz, and 1800 RPM, ensuring reliable performance in various applications. The purifiers are in good condition and come with essential components such as a feed pump, strainer, and illuminated sight glasses for monitoring the separation process.
The MAPX 210 TGT-29-60 models feature a robust design that includes a thermometer for temperature monitoring, seal water connections with a flow indicator, a revolution counter for tracking operational speed, and a feed shut-off valve for safety and efficiency. These features contribute to the effective operation of the purifiers, allowing for the continuous discharge of both liquid phases under pressure. The stainless steel construction of the units enhances durability and resistance to corrosion, making them suitable for various industrial environments.
Primary Use
Used for separating oil from water and other contaminants in various industrial processes.
Technical Specifications
- Bowl Speed: 5040 RPM
- Flow Rate: 3300 GPH
- Motor Power: 15 HP
- Voltage: 230/460V
- Phase: 3
- Frequency: 60 Hz
- Feed Pump: Included
- Strainer: Included
- Illuminated Sight Glasses: Yes
- Thermometer: Yes
Key Features
- Bowl Speed
- Motor Specifications
- Construction Material
- Monitoring Features
- Safety Components
Applications
- Oil refining
- Marine applications
- Industrial lubrication systems
- Waste oil processing
- Hydraulic fluid purification
Product Details
The Alfa-Laval MAPX 210 TGT-29-60 oil purifiers are constructed from stainless steel, providing resistance to corrosion and wear. They are designed for easy integration into existing systems and feature multiple monitoring and control components to enhance operational efficiency.
