See sensor's detailed category ranking
A board shop skilled in IoT is here to help! Choose from "three solutions" tailored to your needs.
For low voltage temperature and humidity sensor chips, trust Sensylink.
Emphasizing cost efficiency! Providing high-performance 4D sensing, breaking through cost barriers, and transforming the industry.
Handheld hydrogen leak detector / gas leak capable of high sensitivity and wide range measurements (0.5 ppm to 5000 ppm).
Application of optical mouse sensor technology! It enables simple, high-speed, and high-precision surface movement detection.
An example implementation of an IoT system for heatstroke prevention that combines a LoRaWAN-compatible temperature and humidity sensor with an MQTT-compatible LED display and alarm device.
Compact shape that is easy to install! Offers various options for integration, installation, and communication interfaces.
Optimize the recirculation rate using real-time CO2 measurements to improve efficiency and indoor air quality!
Outputs a fully calibrated digital I2C signal! It has excellent accuracy of ±0.3°C (standard).
Measuring PM1, PM2.5, PM4, PM10, temperature (T), relative humidity (RH), VOC index, NOx index, and HCHO!
Liquid flow sensor with a maximum flow rate of 1 ml/min! Designed for applications with strict requirements across the industry.
High-precision measurement of small flow rates of water or hydrocarbon (alcohol, solvent, oil, fuel, adhesive) based liquids is possible!
It is the core of our new platform for measuring differential pressure and flow rate!
Introducing a formaldehyde sensor with very low cross-sensitivity to ethanol!
Weather intelligence useful for all applications in land, sea, and air.
"Helium Leak Test System" optimal for high-precision and high-pressure measurements, featuring two measurement methods: vacuum chamber method and atmospheric pressure chamber method / gas leak.
Rapid detection of hydrogen leaks in rockets. Supporting safe space development.
Achieve easier and more flexible opening, closing, and position detection than the current method using a highly sensitive GMR sensor!
High-sensitivity MEMS sensor that can detect from 1g! Would you like to detect subtle loads, pressures, and forces?
The era of contactless! Why not achieve touchless operation while maintaining the same feel as before?
IDIoT asserts! The "power to draw lines" in all matters creates added value and enhances productivity!!
Fully utilize the unused brain! Photo reading, which focuses on the characteristics of the latent brain, is a groundbreaking method that scientifically practices respect for humanity!
As long as you operate within an organization, groupware is essential! However, do you have a system in place that effectively encourages creativity among the people who make up the organization?
Introducing a comprehensive overview of the possibilities of IoT provided by IDIoT. We are currently offering two books of information as a bundle!
We are pursuing the limits of temperature control technology through the combination of excellent staff and well-equipped inspection facilities.
Measuring active power is typically done with wiring for voltage measurement, but the SIRC sensor uses unique technology to measure power factor and current with a clamp! Visualizing active/reactive power.
I'm afraid of equipment downtime! I want to perform maintenance and replacements at the right time! Predictive maintenance is recommended for those who feel this way♪
The casing uses a thin material with high thermal conductivity! The thermal resistance is kept very low.
High-precision medium pressure / high pressure pressure sensor
IP54 protection structure (with drip-proof cover, IP65)
For replacement protective tubes for incinerators and quenching furnaces!
Detection of river water level rise and flooding, dust and waterproof IP67, ideal for remote monitoring of tank and river water levels, low power consumption.
LoRaWAN temperature and humidity sensor for temperature management of pharmaceuticals and food, operates for 5 years without battery replacement, ultra-long-range transmission with a line-of-sight of 10 km.
No need for on-site visits! Remote monitoring of tank, reservoir, and river water levels via smartphone or PC, reducing maintenance and labor costs with battery-powered sensors.
Introduction of application examples for minimally invasive diagnosis and treatment using ultra-small sensors 'FOP-MIV' and 'FOT-L'.
It can distinguish liquids that cannot be judged by appearance or are constantly present in environments with water! Compact and easy to maintain! It can identify liquid types based on differences in refractive index for each liquid.
The 15kV ESD protection ensures safe handling on the production line without the risk of damage.
The flow path consists of a glass straight tube capillary and fittings at both ends!
A liquid flow sensor that achieves rapid and complete non-contact measurement of small flow rates!
Liquid flow and bubble detection, switching point at 0.25 ml/min! Improving system reliability.
Liquid flow and bubble detection, switching point at 4.5 ml/min! Improving system reliability.
Evaluation kit for SHT40A sensor! It supports supply voltages from 2.3V to 5.5V.
Utilizing industry-proven CMOSens technology! A wide supply voltage range of 2.15 to 5.5V and low power consumption.
The wide power supply voltage range and low power consumption make battery-powered designs possible!
A temperature sensor platform boasting high cost efficiency with full digital technology!
Guaranteed accuracy of ±0.3°C in the temperature range of -40 to 90°C! Suitable for a wide range of applications.
Supply voltage of 2.15V to 5.5V! Comes with STS-CD1B on FPCB and RJ45 adapter cable.
400-10000ppm, ±30ppm + 3% M.V. (reading value) CO2 accuracy! CMOSens technology applied to infrared detection.
Meeting the needs of various customers! CO2 accuracy of 400-2000ppm, ±50ppm + 5% M.V. (reading value)
Response time (τ63%) is 60s! High CO2 accuracy due to an extended measurement range and low power mode.
High CO2 accuracy compliant with inclusive building standards! The freedom of design is maximized.
Accurate measurement of CO2 up to high concentrations! 0-100 vol%, ±0.2 - 2.0 vol% (reading value) CO2 accuracy.
Ideal for high concentration CO2 measurements! Reliable sensor output throughout the product's lifespan.
MCERTS certified fine dust sensor! Providing innovative air quality measurement equipment.
Compact, ultra-thin package! Includes SPS30 and UART-USB adapter cable.
Equipment manufacturers can save valuable project time and human resources, allowing them to focus on important tasks!
Accurately measure particulate matter, volatile organic compounds, nitrogen oxides, and oxidizing gases, as well as temperature and humidity!
Simplification of integration and cost reduction are possible! Sensing platform for PM measurement.
Compact and powerful! Experience the future of air quality sensing.
Suitable for applications that require compliance with IAQ standards such as RESET!
All-in-one air quality sensor module! Includes adapter cable and more.
Response time is standard 20ms! Versatile/robust liquid flow sensor for standalone lab setup.
Provides high cost-effectiveness, compactness, and reliable micro-flow measurement performance!
Media detection function based on thermal conductivity! Our flow detection system, proven in the industry, has evolved further.
High added value, high versatility, up to 2ml/min! System design using multiple sensors is possible.
Liquid flow sensor with a maximum of 80µl/min! Designed for demanding applications across the industry.
Fluid connection is PFA tube! Includes sensor cables and basic fitting set, etc.
IP65 waterproof and dust resistant! Maximum flow rate is 1ml/min (aqueous) and 10ml/min (hydrocarbon).
The interface (connector) is RS485, I2C, USB, or analog (4-pin M8)!
The maximum flow rate is 80 ull/min for the aqueous system and 500 ul/min for the hydrocarbon system evaluation kit!
The interface (connector) is I2C! Maximum flow rate 1000ml/h (aqueous), bamboo joint.
Fluid control and system reliability are achieved, leading to a dramatic improvement in performance and end-user satisfaction!
Includes a conversion adapter cable for connecting from a 6-pin connector to an SCC1-USB sensor cable!
Maximum flow rate 600 ml/min (aqueous and hydrocarbon systems)! Includes ribbon cables and more.
Maximum flow rate 40ml/min (aqueous)! Includes quick start guide and SCC1-USB sensor cable.
RS485 interface, 2m! The analog signal cable can be updated via software.
USB interface, 2m! We will convert it to the interface you need.
Analog voltage output, 2m! Achieving switching output and volume counter.
The interface is analog current, I2C! The analog signal cable is updated via software.
Digital DP sensor (±125Pa) with features such as outstanding accuracy, long-term stability, and fast response!
Tube connection type! Measurement using a thermal sensor element based on the flow-through principle.
Analog DP sensor measured using a thermal sensor element based on the flow-through principle!
Reflow soldering compatible! Suitable for applications requiring mass production and cost-effectiveness, such as medical and semiconductor use.
Proven market performance structure! Includes connector cables and quick start guide.
2.7V to 5.5V, ±500Pa! Includes PCB module assembly and flow path housing.
Supports various joints and interfaces! Measurement is possible from 50 sccm to 200 slm.
Combining multi-gas calibration with interchangeable fittings! Suitable for applications in the medical, analytical, and industrial sectors.
The use of a metal body allows for even higher pressure resistance!
Push-in type mounting device! Generates a temperature-compensated output signal that is fully calibrated.
The pressure loss in the sensor section is very low! High-speed signal processing time and bidirectional measurement are possible.