'SONICS
' The Sonics should be hooked up directly to a single ended channel of a CR5000

' The Sonics should be set to voltage output format U,V,W,T full 5V range.
' The U,V,W scale should be 25 m/s.

' If those setings are changed the multiplier and offset in the logging instructions
' should be changed accordingly (see comments "change with settings")

' The Sonics should be hooked up as follows:
' 1H - Sonic U voltage output  (blue)
' 1L - Sonic V voltage output  (green)
' Grd - Sonic reference voltage output (brown)
' 2H - Sonic W voltage output  (orange)
' 2L - Sonic T voltage output  (yellow)

' Sonic 1 is the uppermost sonic (SE channels 1-4)
' Sonic 2 is the 2nd sonic from the top (SE channels 5-8)
' Sonic 3 is the 3rd sonic form the top (SE channels 9-12) - lowermost sonic in Zetek, and 2nd lowest in Central tower

'KH20
' KH20 should be hooked up directly to a differencial (double ended) voltage channel
' voltage output of full range 5 v
' KH20 should be possitioned next to the upper sonic and level with ground
' multiplier (Khw) and offset (intercept) are applied to the log(mV) not directly to the signal (mV)
' Humidity output [g/m^3] is given by the equation: Hum = (log(mV)-Intercept)/XKw
' Intercept and XKw are given per instrument in the callibration document
' they should be updated in the equation in case of callibration of the instrument- use the full range scaled window calibration
' current values:
' KH20 S/N 1557 intercept = 3190 mV (8.06778 log(mV)) , XKw = -0.211 log(mV)m^3/g
' KH20 S/N 1556 intercept = 3293 mV (8.09955 log(mV)), XKw = -0.206 log(mV)m^3/g
'
' KH20 wiring:
' Data  (diff channel): 
'				5H - KH20 signal - white
'				5L- KH20 signal ground - black
'				5 Grd- KH20 shield - clear
' power: 	12v - power - red
'					G - power ground - black
'					vx ground - power shield - clear

'CNR1 (Kipp&Zonnen)
' Must be hooked up at top, above tree line, south of tower, level with ground
' Sensitivity from callibration document: C= 5.92 ; multiplyer = 1000/C = 168.91  
' change multiplyer in case of callibration
' Pt 100 Temp conversion-  T (k)= 2.5474*Resistancs (ohm) + 18.369 (k)

' CNR1 wiring:
' Signal (8 wire), Diff channel:
'				11H - CM3 up- + red
'				11L - CM3 up- - blue
'				12H - CG3 up- + gray
'				12L - CG3 up- - yellow
'				13H - CM3 down- + white
'				13L - CM3 down- - black
'				14H - CG3 down- + brown
'				14L - CG3 down- - green
' 			14 Grd - Shield (shrink wrape- black) 
' Temp and Heater (6 wire) Resistance basic circuit:
'				15H - Pt100 V+ -yellow
'				15L - Pt100 V- -green
'				IX4 - Pt 100 -red
'				IXR - Pt100 -blue

' yyyy-mm-dd hh:mm:ss.s eg. 2004-03-29 13:47:14.2
'AVA (10 hz)
' Sonic 1 U (m/s)
' Sonic 1 V (m/s)
' Sonic 1 W (m/s)
' Sonic 1 T (C)
' Sonic 2 U (m/s)
' Sonic 2 V (m/s)
' Sonic 2 W (m/s)
' Sonic 2 T (C)
' Sonic 3 U (m/s)
' Sonic 3 V (m/s)
' Sonic 3 W (m/s)
' Sonic 3 T (C)
' Sonic 4 U (m/s)
' Sonic 4 V (m/s)
' Sonic 4 W (m/s)
' Sonic 4 T (C)
'	KH201557 Humidity (g/m^3)

'AVARAD 
' CNR1CM3up coming short wave radiation (W/m^2)
' CNR1CGup coming long wave radiation (W/m^2)
' CNR1CM3down reflected short wave radiation (W/m^2)
' CNR1CGdown ground emmited long wave radiation (W/m^2)
' CNR1T panel temp T (k)

' current settings are: execution interval 10 Hz (100 mSec)

Public u1_in
Public v1_in
Public w1_in
Public t1_in

Public u2_in
Public v2_in
Public w2_in
Public t2_in

Public KH1557mv, KH1557Hum

DataTable(TRIPOD,True,-1)
   DataInterval(0,100,mSec,1)
   Sample(1,u1_in,IEEE4)
   Sample(1,v1_in,IEEE4)
   Sample(1,w1_in,IEEE4)
   Sample(1,t1_in,IEEE4)

   Sample(1,u2_in,IEEE4)
   Sample(1,v2_in,IEEE4)
   Sample(1,w2_in,IEEE4)
   Sample(1,t2_in,IEEE4)
   
   Sample(1,KH1557Hum,IEEE4)
   
   Cardout(0,-1)
EndTable

BeginProg
Scan(100,mSec,1,0)
  'Sonic anemometer #1
   VoltSe (u1_in,1,mV5000,1,0,0,250,.01,-25)
   VoltSe (v1_in,1,mV5000,2,0,0,250,.01,-25)
   VoltSe (w1_in,1,mV5000,3,0,0,250,.01,-25)
   VoltSe (t1_in,1,mV5000,4,0,0,250,.02,-53.15)
  'Sonic anemometer #2
   VoltSe (u2_in,1,mV5000,5,0,0,250,.01,-25)
   VoltSe (v2_in,1,mV5000,6,0,0,250,.01,-25)
   VoltSe (w2_in,1,mV5000,7,0,0,250,.01,-25)
   VoltSe (t2_in,1,mV5000,8,0,0,250,.02,-53.15)
 
  'KH20 S/N 1557
   VoltDiff (KH1557mv,1,mV5000,5,True,0,250,1.0,0)
   ' change offset and multiplier in the equation below in case of calibration 
	 KH1557Hum = -(LOG (KH1557mv)-8.06778)/0.211
	calltable(TRIPOD)
	
   
NextScan

EndProg