View allAll Photos Tagged sensor
www.lansoinstruments.com/products/ys-30-silicon-piezoresi...
Best for measuring pressure of corrosive fluids (liquids & gas) in industrial processes. Various Signals for Different Industrial Standards
Drawing of YS-30 Silicon Piezoresistive Pressure Transmitter
YS-30 Silicon Piezoresistive Pressure Transmitter
Application of YS-30 Silicon Piezoresistive Pressure Transmitter
Oil and Gas
Petrochemical Industry
Electrical Equipment
Mechanical Processing
Food and Beverage
Biopharmaceutical Industry
Feature of YS-30 Silicon Piezoresistive Pressure Transmitter
Small scale
High precision
Standard signal output
IP65
process connection can be customized
Technical Data of YS-30 Silicon Piezoresistive Pressure Transmitter
Certification:CPA (China), CRN (Canada)
Accuracy:0.25% & 0.5%
Overpressure:150% x Full Scale Range
Wetted Material:Stainless Steel
Case Material:Stainless Steel
Power Source:11-30V
Signal Output:4-20mA
Power Load:≤600Ω
Response Time:<1ms
Process Connection:M20 x 1.5, G½, ½NPT and Others
Electrical Connection:Angular Connector Form A EN175301-803, PG9 or PG11
Working Temperature:-20℃ to 60℃
Standard Measuring Range
MPa0~0.10~0.160~0.250~0.40~0.60~1
0~1.60~2.50~40~60~100~16
0~25
bar0~10~1.60~2.50~40~60~10
0~160~250~400~600~1000~160
0~250
psi0~150~300~600~1000~1600~200
0~3000~6000~8000~10000~15000~2000
0~30000~40000~5000
* Range could also be converted to units including millibar (mbar), kg/cm2 and kPa.
Options of YS-30 Silicon Piezoresistive Pressure Transmitter
Process Connection Dimensions Customizable
Gems™ Sensors 3K Warrick Electrode Fittingcontain up to 4 probes and accommodate probes from 1-3/4" (44 mm) to 13" (330 mm) in length. The Electrode Fittings are best suited for applications like Boilers, Hydro pneumatic Tanks, Pressure Vessels etc.
Rain Sensor - Suits Tap Timers & Wireless Irrigation Controllers, 5m wire length, 5 level adjustable rain setting, No battery Needed, Shuts down watering once rain is detected and Easy mounting. Visit here: goo.gl/i4dmRK
The Light Sensor, tucked neatly inside the plant.
I have been running Light Blogger Bot via Blog Bot Platform over Easter, interesting experiment. Unfortunately the plant wilted a lot during the break but is on the road to recovery. If you want to participate in the experiment, let me know your thoughts on twitter.com/lightbloggerbot.
(oh, and I know about Botanicalls, I am going to develop other Blog Bots though, the plant is just my example).
This was a test to try to remove the UV/IR glass from infront of the foven sensor using conventional glass cutting techniques...the glass shattered and ruined the sensor...
The Global Humidity Sensor Market size is expected to reach $1.6 billion by 2025, rising at a market growth of 8.2% CAGR during the forecast period.
A humidity sensor or hygrometer can sense, measure, and record the air temperature and moisture present in the atmosphere. Humidity sensors are built of two metal plates and a non-conductive polymer film which is placed between the plates. The non-conductive polymer film absorbs air moisture and changes the current voltage between the two plates. Such voltage adjustments are converted into accurate digital readings. Humidity sensors are categorized into relative humidity sensors and absolute humidity (A.H) sensors. The most common types of units used to measure humidity are parts per million (PPM), dew or frost point (DF/PT), and relative humidity. These sensors are used in a range of applications such as HVAC systems, textiles, food processing, medical, weather stations, and automotive industries.
Humidity sensors can, with high accuracy, sense the levels of moisture in the air in real time. The utilization of these sensors is escalating in moisture-sensitive industries like food & beverages, healthcare, and textiles. This is a critical factor which can contribute towards the exponential growth of the market. Apart from this, government regulations in developed economies like North America and Europe have mandated the deployment of these sensors in industries like printing, food processing, and textile. For instance, the Food Safety and Standards Authority of India (FSSAI) have made the adoption of these sensors mandatory in the food & beverage industry. The reason being, higher levels of moisture can lead to contamination and harm the food quality. Another prominent factor that can stimulate market growth is the high demand for contactless sensors. This demand is associated with the potentially hazardous environments like places exposed to radiations.
Full Report: www.kbvresearch.com/humidity-sensor-market/
Ecco friendly packing; Meraki MT15 air quality sensor with C02 monitor also including humidity, temperature, noise levels usb-c or POE powered
Nike+ sensor surgery: sensor is in sealed plastic case, which can be very carefully sawed open for battery access and replacement (CR2032 battery is under the accelerometer).
A thermal infrared sensor uses cutting-edge technology to detect and measure infrared radiation generated by people and objects. This cutting-edge sensor offers useful insights about the thermal patterns and identifiers of numerous entities. Thermal infrared sensors are much more effective in difficult situations than conventional sensors, which rely on visible light and cannot see through smoke, darkness, or other visual barriers.