The Mini Type Wheel Flowmeter HF150 is a compact and reliable liquid flow monitoring solution designed for industrial environments requiring precise measurement. Engineered for cooling water systems and low-viscosity liquids, this flowmeter ensures consistent performance, helping maintain system efficiency and operational safety. Its small footprint makes it ideal for installations where space is limited without compromising accuracy or durability.
Key Features
- Compact mini design for easy integration
- Accurate flow detection for low-viscosity liquids
- Wide voltage range compatibility (3.8V to 30VDC)
- Durable CF8M body for corrosion resistance
- Stable NPN output for industrial automation systems
- Lightweight ABS cover for added protection
Application
The HF150 flowmeter is widely used in cooling systems, liquid circulation setups, and industrial process monitoring. It is suitable for non-corrosive liquids and plays a crucial role in maintaining proper flow levels in machinery, HVAC systems, and water-based applications. By ensuring accurate flow detection, it helps prevent overheating, equipment damage, and inefficient system performance.
Design & Functionality
Designed with a mini wheel mechanism, the flowmeter detects liquid movement through rotational motion. This allows for precise measurement even in compact pipelines. The robust construction ensures longevity, while the simple installation process makes it suitable for both new systems and retrofits.
Total Crossed Beams
The optimized internal structure ensures consistent signal detection, allowing stable flow measurement across varying flow conditions. This enhances accuracy and reduces signal noise.
Beam Pitch Options
The flowmeter’s internal configuration supports efficient detection spacing, enabling reliable operation across different flow rates without compromising measurement precision.
Intrinsic Synchronism
The HF150 maintains synchronized signal output, ensuring consistent data transmission to control systems. This improves monitoring accuracy and system response time.
Operational Advantages
- Enhances system efficiency through accurate flow monitoring
- Prevents equipment failure caused by flow irregularities
- Supports automation with stable signal output
- Reduces maintenance costs through reliable performance
- Ideal for compact installations with high performance needs
