Difference between revisions of "Common Sensor Wiring"
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Line 73: | Line 73: | ||
Signal +: Wire 1 - SE Channel | Signal +: Wire 1 - SE Channel | ||
Signal -: Wire 2 - AG | Signal -: Wire 2 - AG | ||
+ | |||
+ | * HMP155 MD485 mode | ||
+ | Pin2 - Connect to MD485A | ||
+ | Pin6 - Connect to MD485B | ||
+ | Pin7 - Connect to 12V | ||
+ | Pin8 - Connect to Ground | ||
+ | Put MD485 in transparent mode and connect RS485 port to either the CSIO or the RS232. CSIO is good because then the unit is powered, which simplifies the wiring a bit. | ||
+ | Default HMP155 Mode: | ||
+ | 4800 baud | ||
+ | even parity | ||
+ | 7 data bits | ||
+ | 1 stop bit | ||
+ | no flow control | ||
+ | MD485s can't support this so you'll need to use the Vaisala USB interface to first communicate with the HMP155 to change the settings like this: | ||
+ | seri 9600 n 8 1 | ||
+ | Also, set up the formatting: | ||
+ | form 5.3 T " " RH #n | ||
+ | Typing in a question mark (''?'') will get you a dump of the unit's settings and serial numbers etc. |
Latest revision as of 10:55, 30 April 2012
Commonly Used Sensor Wiring
- Judd Snow Depth:
Power: Red -- 12 volts Ground: Black -- Ground Shield: Clear -- Ground Reset: Green -- Control Port Transmit: White -- Control Port
- SR50 / SR50A Sonic Distance Sensor
Power: Red -- 12 volts Ground: Black -- G Shield: Clear -- G Sensor Ground: White -- G Communication: Green -- Control Port
- CS105 Vaisala Barometric Pressure Sensor
Power: Red -- 12 volts Ground: Black -- G Shield: Clear -- G Signal: Blue -- SE Channel Signal Ground: Yellow -- AG Reset: Green -- Control Port
- TE525M Rain Gage
Signal +: Black -- Mode 1 - Pulse Channel; Mode 2 - 5 Volts Signal -: White -- Mode 1 - G; Mode 2 - Control Port 7 or 8
- HMP45C (older)
Power: Red -- 12 volts Ground: Black -- G Shield: Clear -- G Temperature Signal: Yellow -- SE Channel Relative Humidity Signal: Blue -- SE Channel Signal Ground: Purple -- G Reset: Orange -- Control Port
- HMP45C (newer)
Power: Red -- SW12V Ground: Black -- G Shield: Clear -- G Temperature Signal: Yellow -- SE Channel Relative Humidity Signal: Blue -- SE Channel Signal Ground: White -- G
- CS615 / CS616 Soil Moisture Sensor
Power: Red -- 12 volts Ground: Black -- G Shield: Clear -- G Signal: Green -- SE Channel Reset: Orange -- Control Port
- Met One Wind Speed 034A
Signal +: Red -- Pulse Channel Signal -: Black -- G Shield: Clear -- G
- Met One Wind Direction 034B
Signal: Green -- SE Channel Excitation: Blue -- Excitation Channel Signal Ground: White -- AG Shield: Clear -- G
- RM Young Wind Speed & Direction 05103
Wind Speed +: Red -- Pulse Channel Wind Speed -: Black -- G Wind Direction Excitation: Blue -- Excitation Channel Wind Direction Signal: Green -- SE Channel Wind Direction Signal Ground: White -- AG Shield: Clear -- G
- Generic Thermistor:
Excitation: Precision Resistor From Excitation Channel to SE Channel Signal +: Wire 1 - SE Channel Signal -: Wire 2 - AG
- HMP155 MD485 mode
Pin2 - Connect to MD485A Pin6 - Connect to MD485B Pin7 - Connect to 12V Pin8 - Connect to Ground Put MD485 in transparent mode and connect RS485 port to either the CSIO or the RS232. CSIO is good because then the unit is powered, which simplifies the wiring a bit.
Default HMP155 Mode:
4800 baud even parity 7 data bits 1 stop bit no flow control
MD485s can't support this so you'll need to use the Vaisala USB interface to first communicate with the HMP155 to change the settings like this:
seri 9600 n 8 1
Also, set up the formatting:
form 5.3 T " " RH #n
Typing in a question mark (?) will get you a dump of the unit's settings and serial numbers etc.