The THF Mass Flow Meter is a precision-engineered solution designed to measure and regulate non-corrosive gas flow with high accuracy and stability. Built for industrial manufacturing, laboratory systems, and automated process control, this device ensures consistent gas delivery while minimizing measurement deviations. Its robust construction and adaptable configurations make it suitable for a wide range of flow monitoring applications.
Key Features
- High accuracy flow measurement for non-corrosive gases
- Linear output signals for seamless integration
- Wide flow range capability up to 600 SLM
- Multiple power supply options for flexible installation
- Compact design with reliable performance stability
Application
The THF Mass Flow Meter is widely used in semiconductor manufacturing, gas mixing systems, laboratory research, environmental monitoring, and industrial automation. It is particularly effective in applications where precise gas flow control is critical to maintaining product quality, system efficiency, and operational safety.
Design & Functionality
This mass flow meter uses advanced sensing technology to deliver accurate real-time gas flow readings. The linear output signal ensures compatibility with control systems, enabling smooth process automation. Its compact housing allows easy installation in tight system layouts, while maintaining durability under continuous operation.
Total Crossed Beams
The internal sensing structure is optimized for uniform gas distribution, ensuring consistent measurement across the entire flow path. This enhances signal accuracy and reduces turbulence-related errors.
Beam Pitch Options
Carefully engineered internal spacing supports stable flow detection, allowing the device to maintain performance across varying flow ranges without signal distortion.
Intrinsic Synchronism
The THF Mass Flow Meter operates with synchronized sensing and signal output, ensuring immediate response to flow changes. This improves system control and reduces lag in automated processes.
Operational Advantages
- Reduces gas wastage through precise control
- Enhances system efficiency and repeatability
- Minimizes maintenance requirements
- Improves process reliability in critical operations
