Grylls8101 Series Coriolis Mass Flow Meters  40g/h-5kg/h；1kg/h-100kg/h；10kg/h-300kg/h-600kg/h

The Coriolis principle (also known as Coriols) mass flowmeters are highly regarded for their robust measurement capabilities and their immunity to fluid properties. The Grylls8101 series Coriolis mass flowmeters include a unique single-loop sensor shape, forming part of the oscillating system. As fluid flows through the sensor loop, Coriolis forces cause variable phase shifts, which the sensor detects and transmits to the integrated circuit board's DSP processor for computation. The output signal generated by this variable phase shift is strictly proportional to the actual mass flow, achieving unparalleled ultra-high performance even under varying conditions such as pressure, temperature, density, conductivity, and viscosity. Grylls8101 applies this technology to very low flow measurements, and it also features an integrated PID controller and batching function for flow control or precise feeding. The Grylls8101 mass flowmeter integrates a PID controller to regulate flow, characterized by rapid response and adjustment times, high precision, good repeatability, no thermal drift, negligible temperature shift, and time shift. It can simultaneously output fluid density and temperature, offering a high product cost-performance ratio and reliability with a long service life. The Grylls8101 series mass flowmeters simultaneously measure mass flow, fluid density, and temperature and provide two levels of accuracy: liquid measurement at ±0.2% R.D. or gas measurement at ±0.5% R.D., which is sufficient to meet the needs of most customers. They are unaffected by environmental vibration and can be used in various laboratory tests as well as complex industrial environments. They are highly esteemed for their precise measurement capabilities and their immunity to fluid properties.