Description
MOOG High-Pressure Systems – Precision Cleaning for Tanks and Reactors
MOOG high-pressure systems deliver powerful and reliable cleaning performance for tanks and reactors. Built with Swiss precision and engineered for long-term durability, these systems offer optimized performance in terms of service life, maintenance efficiency, and water consumption.
This Is What It Means in Practice: MOOG High-Pressure Tank Cleaning
Discover the Advantages of MOOG High-Pressure Cleaning for Tanks
In the MOOG HR Series, hydraulic drive technology transforms water flow into rotational motion. A connecting shaft transmits this movement while simultaneously directing high-pressure water to the spray head. A gear on the spray head meshes with a fixed gear on the shaft, ensuring consistent and precise rotation. The modular design allows for fast replacement of individual components when maintenance is required—minimizing downtime and maximizing uptime.
Key Features
Functionality
- A compact water turbine harnesses hydraulic energy not only for cleaning but also to rotate the spray head
- Full 360° spray coverage through rotating cleaning nozzles
- Optional internal drive configuration (can be installed inside the container)
Adaptability
- Rotation speed can be adjusted by modifying the water volume and selecting different nozzle types
- Extendable shaft design allows usage in tanks of various sizes
Operational Safety
- Engineered for durability and ease of maintenance
- Exceptionally low operating noise
Available Variants
- Shaft lengths available from 140 mm up to 4000 mm
- Custom shaft lengths available on request
Technical Specifications
- Operating Pressure: 100 – 200 bar
- Flow Rate: 10 – 50 L/min
- Maximum Temperature: 90°C
- Materials: Stainless Steel 316, FPM Viton / EPDM / FDA-compliant seals
- Minimum Installation Opening: Greater than ø50 mm
Certifications
- ATEX Compliance:
– II 2 G Ex h IIC T6 … T1 Gb
– II 2 D Ex h IIIC T40°C … T90°C Db
With MOOG high-pressure cleaning, you can count on efficient and reliable performance—even under the most demanding conditions.
