The MF200H metal tube flowmeter is a precision-engineered solution designed for accurate measurement of low flow rates in gases, liquids, and steam systems. Built for industrial environments, it delivers consistent performance even in demanding process conditions. Its robust stainless steel construction ensures durability, while its design supports stable readings for critical flow monitoring applications.
Key Features
- High accuracy for low flow measurement
- Suitable for gas, liquid, and steam applications
- Durable SS316 casing for corrosion resistance
- IP66 protection for harsh industrial environments
- Optimized for horizontal mounting installations
- Wide flow range capability for multiple media
Application
The MF200H is widely used in industries such as chemical processing, water treatment, pharmaceutical production, and energy systems. It is ideal for applications requiring precise monitoring of low flow rates, including dosing systems, compressed air measurement, steam flow tracking, and laboratory-scale operations. Its versatility makes it suitable for both continuous monitoring and process optimization.
Design & Functionality
This flowmeter utilizes a metal tube design that ensures stable and reliable measurement even under varying pressure and temperature conditions. The internal mechanism is engineered to maintain consistent flow indication, reducing fluctuations and improving operational efficiency. Its compact structure allows easy integration into existing pipelines.
Total Crossed Beams
The internal structure ensures uniform flow distribution, enhancing measurement stability and minimizing turbulence effects. This contributes to higher accuracy in low flow conditions.
Beam Pitch Options
The flowmeter design supports optimized beam spacing, allowing smooth fluid passage and accurate detection of flow variations across different media types.
Intrinsic Synchronism
The MF200H ensures synchronized flow measurement performance, maintaining consistency between actual flow and indicated values, which is essential for process reliability.
Operational Advantages
- Reduces measurement errors in low flow systems
- Improves process efficiency and control
- Minimizes maintenance requirements
- Enhances system reliability in industrial operations
- Supports energy efficiency by accurate flow tracking
