Professional-grade flow monitoring solution for precise and reliable air flow control in demanding industrial applications

The NNT NPF2A7※※H Series is a high-performance digital flow switch designed for precise and reliable air flow monitoring in demanding industrial environments. Engineered with advanced digital technology, this series provides accurate flow measurement, flexible output options, and robust construction suitable for factory automation and process control applications.
Delivers precise flow measurement with digital accuracy for consistent process control and monitoring.
Incorporates advanced digital processing for reliable performance and flexible configuration options.
Built to withstand harsh industrial environments with robust construction and reliable operation.
Comprehensive technical details of the NPF2A7※※H Series for system integration and application planning
Advanced capabilities designed to optimize your industrial flow monitoring applications
Available with integrated display or display-separated design for flexible installation in various industrial layouts and visibility requirements.
Easy-to-configure setpoints with intuitive operation for precise flow control tailored to specific application requirements.
High protection rating ensures reliable operation in demanding environments with dust and water exposure concerns.
12-24 VDC power supply compatibility allows for flexible integration with various industrial control systems.
NPN and PNP output configurations provide compatibility with different PLC systems and control architectures.
Maximum 1-second response ensures timely detection of flow changes for critical process monitoring applications.
The NPF2A7※※H Series is engineered for diverse industrial automation and process control applications
Monitor air flow in pneumatic systems, robotics, and automated assembly lines for consistent operation.
Ensure precise flow rates in manufacturing processes requiring controlled air supply and distribution.
Monitor compressor output and distribution systems to prevent downtime and ensure equipment protection.
Control and monitor air flow in analytical instruments and testing equipment requiring precise flow rates.