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The red an black wires at the bottom go to the batteries. the Red at the top is the Aerial the 3 "phase" connectors are at the bottom
Wide operating temperature range: -40 to +250Celsius degree
Dielectric strength: 1,500V AC for one second
Short thermal response time in water, high stability in moisture
Suitable for use in low and high-temperature and moisture environments
High accuracy,Different tolerancr available ,Cost-effective
UL approval ,RoHS compliant
Climatic category:IEC60068-1
Resistance tolerance :+/-1% to +/-5%
Insulation resistance: Greater or equal 100Mohm
Dissipation Coefficient: 3-10 mW/Celsius degree in still air
Time constant : 3-15 Seconds in hot water
Moisture resistance:(40Celsius degree 95% RH)1000 hours
Recommended Applications
1.Temperature measurement in household appliances:
Water heater,Water boiler,Dish washer ,Toaster, Soybean milk maker.small appliance
2.Temperature sensors for industry control
The red an black wires at the bottom go to the batteries. the Red at the top is the Aerial - completely ignores the swivel "aerial" on the left (!). The red wire is taped to the inside of the case to hold it in place
This shows a ibutton style sensor in a circuit board mounting clip. Even though I don't put it in a circuit board, the clip makes it easier to connect the wires to it.
I had difficulty getting the camera to focus in the dark.
One of the sensor boards for the organza touchpad.
More info: josos.org/2009/01/04/organza-touchpad-development-2/
Puma concolor (Mountain lion); motion-sensor camera; private unfenced wildlands; San Mateo County, Santa Cruz Mountains, Pacific Plate, California, U.S.A.
Sensor status screen. It shows I need to calibrate on or before 10:41pm today to keep getting readings. It shows the sensor age also, but I've restarted 4 times already, so I'm actually on day 14 with this sensor. The Isig is the actual electric measure from the transmitter. My understanding is that this is placed into a formula that changes each time you calibrate to calculate the glucose level.
I am not quite sure what the sensor dish is for, being attached with a set of high-grade sensors. But what these sensors do, I am not so sure outside of detecting other ships. The Wookieepedia did imply it was part of the ship's protection.
The sensor dish was another piece of the ship that was exciting to build. That dish rotates and flips from side to side! Pretty neat!
Shot of the tachometer sensor setup in the bilges of my steamboat. There's some speculation that the bent brass support may have interfered with readings at some speeds. Tests were going to happen on the second day but a battery wire failure was unfixable without a soldering gun, conveniently left behind! Next week: bench tests with an oscilloscope.