I. Product Overview The J11S is a high-precision flow sensor based on the Hall effect, with built-in temperature detection. An internal impeller (including a magnet) rotates with the fluid; the Hall element senses changes in the magnetic field and outputs a pulse signal proportional to the flow rate. It also integrates a thermistor for real-time […]
I. Product Overview The J01 is a high-precision flow sensor based on the Hall effect. An internal impeller (containing a magnet) rotates with the fluid, and the Hall element senses changes in the magnetic field and outputs a pulse signal proportional to the flow rate. The product features fast response, good stability, and is suitable […]
I. Product Overview The A428 is a high-precision flow sensor based on the Hall effect. An internal impeller (containing a magnet) rotates with the fluid, and the Hall element senses changes in the magnetic field and outputs a pulse signal proportional to the flow rate. The product features fast response, high stability, and is suitable […]
I. Product Overview The A328 is a high-precision flow sensor based on the Hall effect. An internal impeller (containing a magnet) rotates with the fluid, and the Hall element senses changes in the magnetic field and outputs a pulse signal proportional to the flow rate. The product features fast response, high stability, and is suitable […]
I. Product Overview The A128-A is a high-precision flow sensor based on the Hall effect, with built-in temperature detection. An internal impeller (including a magnet) rotates with the fluid; the Hall element senses changes in the magnetic field and outputs a pulse signal proportional to the flow rate. It also integrates a thermistor for real-time […]
I. Product Overview The A128 is a high-precision flow sensor based on the Hall effect. An internal impeller (containing a magnet) rotates with the fluid, and the Hall element senses changes in the magnetic field and outputs a pulse signal proportional to the flow rate. The product features fast response, high stability, and is suitable […]
