Articles

Winsen RTT-D7211 series infrared temperature sensor provides non-contact, fast-response and high-accuracy temperature measurement for smart rice cookers, steam ovens, sous vide devices and other intelligent cooking appliances.

Winsen ZL-940-V3C automotive sunlight sensor and rain-light sensing solutions help vehicles detect ambient light, control automatic headlights, adjust display brightness, enable smart wipers, and improve driving safety and comfort.

Compare NDIR and MOS refrigerant sensors for A2L HVAC detection. Learn how to choose the right Winsen solution for R32, R454B, heat pumps, air conditioners, and refrigeration systems.

Winsen electrochemical gas sensors provide mature, reliable and high-sensitivity detection solutions for toxic gases such as CO, H₂S, NO₂, NH₃, SO₂ and Cl₂. Designed for fixed gas detectors, portable instruments and industrial IoT monitoring systems.

Winsen ZMT510-A non-contact dry-burning protection sensor helps gas stove manufacturers improve safety with cookware-independent detection, built-in dry-burning judgment logic, no mechanical wear, and easier integration for modern cooktop products.

In real OEM projects, pressure measurement problems are often caused by selecting the wrong integration level, not by the sensing chip itself. “Sensor”, “transducer”, and “transmitter” are frequently mixed in RFQs, but they imply different engineering responsibilities: signal conditioning, temperature compensation, enclosure/IP, EMC robustness, and field wiring.

As R32, R454B, R290 and other low-GWP refrigerants are widely adopted in air conditioners, heat pumps, VRF systems and commercial refrigeration, accurate refrigerant leak detection is becoming essential. Learn how Winsen infrared, semiconductor and thermal conductivity refrigerant sensors support safer and greener cooling systems.

Learn how Winsen ZW-TUR102 turbidity sensor enables smart washing machines and dishwashers to detect water clarity in real time, optimize wash and rinse cycles, reduce water and energy waste, and improve cleaning performance.

Learn what formaldehyde is, why it is harmful, where it comes from, and how electrochemical formaldehyde sensors help detect HCHO in indoor air quality devices.

Ultrasonic oxygen sensors measure oxygen concentration and flow by detecting ultrasonic time-of-flight changes in gas. Learn how US1001 and US1010 support oxygen concentrators, oxygen chambers, and medical oxygen monitoring with fast response, high accuracy, wide voltage input, and flexible integration.