Temperature control on an industrial device
Temperature control on an industrial device
Abstract
That have been my engineering second year project in ENSIM. That is a predictive and preventive maintenance system of wind turbines. It operates wireless and works with an analogue temperature sensors AD590.
Study
- Function
- Presentation
- Specifics devices & cost
- Mbed development
- First microcontroler
- Second microcontroler
- ZigBee programming
- Data base issue and PHP API
- Bibliography
Function
Presentation
The general objective is to inform of the temperature evolution of an industrial device. A sensor gives a temperature information. A fist microcontroler send this data by a Zigbee specification, a wireless communication protocol. The data can be read in direct direct flow with a specific software which work on RS232 protocol (USB). Moreover, all the data are published on the internet by a specific API. The communication is made with ethernet and TCP/IP. An email is sent when the temperature is over a threshold.
Specifics devices & cost
Sensors | Price |
---|---|
TMP102 | 2 EUR |
3 Xbee Serie 1 | 90 EUR |
1 USB socket | 5 EUR |
1 USB cable | 2 EUR |
Information
Don't use Digi Xbee serie 2. Data programming is too difficult. If any one is ready to help me with my Xbee serie 2, I am okay !
Mbed development
It is the easier part of this project. TMP102 is an I2C temperature sensor. TMP102 is available in SOT.
I have developed a DIP package on eagle.
Mbed pins | TMP102 pins | function |
---|---|---|
p27 | SDA | Data bus |
p28 | SCL | Clock information |
VU | +3.3 V DC | |
GND | GND |
Information
Not used pins of you TMP102 need to be connecting to GND
next at soon...
Information
T(°F) = 9/5 T(°C) + 32
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