;{CR510}

;Comments added 7-7-03 for Paul Stockton (NB)

*Table 1 Program

01: 2.0000 Execution Interval (se= conds)

1: Pulse (P3) (Pulse channel looking at sensit pc, and ke. Pc is 5 minute trigger)=

1: 2 Reps (looks at pulse channel 1 and 2 on log= ger, pc & ke)

2: 1 Pulse Channel 1 = (Starting pulse channel) 3: 0 High Frequency, All Counts

4: 1 Loc [ sensit_1 ]

5: .0001 M= ult (required se= nsit multiplier)<= o:p>

6: 0 Offset

2: Batt V= oltage (P10) ( Battery voltage to track battery cycles/ problems)

1: 3 Loc [ battery ]<= /span>

3: Z=3DF (P30) (This = is our site number. All labled 33333 until in the = field then change them &n= bsp; &= nbsp; to actual site number)

1: 33333 F

2: 0 Exponent of 10

3: 4 Z Loc [ site ]

4: Timer (P26) (Timer, resets to zero every time pc is detected, starts and ends five minute = data collection)<= o:p>

1: 5 Loc [ timer ]

5: Z=3DF (P30) (Like = site number this is changed in the field depending on what sensit is &= nbsp; &= nbsp; there. We put this in to keep track of wh= at sensit is where.)

1: 2222 F

2: 0 Exponent of 10

3: 6 Z Loc [ snstsnmbr ]

6: If time is (P92) (This is the hourly output. It will output the next 6 commands. T= ime, &= nbsp; Site, Date, Time, Battery volt, and Sensit Number)

1: 0 Minutes (Seconds --) into a

2: 60 Inte= rval (same units as above)

3: 10 Set = Output Flag High (Flag 0)

7: Resolution (P78)(makes logger able to read numbers above 6999, which all of are site &= nbsp; &= nbsp; numbe= rs are)

1: 1 High Resolution

8: Sample (P70) (Reading site number and putting it out on the hourly data)

1: 1 Reps

2: 4 Loc [ site ]

9: Resolution (P78) (logger no longer needs to read large numbers so lowered resolution)=

1: 0 Low Resolution

10: Real Time (P77) (recording date and time)

1: 1110 Year,Day,Hour/Minute (midnight =3D 0000)

11: Average (P71) (averaging the battery voltages fo= r the last hour)

1: 1 Reps

2: 3 Loc [ battery ]<= /span>

12: Sample (P70) (recording the sensit serial number)

1: 1 Reps

2: 6 Loc [ snstsnmbr ]

13: If (X<=3D>F) (P89) (if there is= a pc reading call subroutine one, which starts the 5 &= nbsp; minute data collection)

1: 1 X Loc [ sensit_1 ]

2: 3 >=3D

3: .0001 F

4: 1 Call Subroutine 1

14: If (X<=3D>F) (P89) (If the timer reaches 5 minutes (3600 seconds) then the logger will &= nbsp; stop recording 5 minute data)

1: 5 X Loc [ timer ]

2: 3 >=3D

3: 3600 F

4: 21 Set = Flag 1 Low

15: If Flag/Port (P91) (If the flag= is low i.e. no five minute date the program goes to the &n= bsp; = ; end of the program.)

1: 21 Do i= f Flag 1 is Low

2: 0 Go to end of Program Table

16: If time is (P92)(if the timer time is less than 5 minutes then carryout the next 4 steps)<= /o:p>

1: 0 Minutes (Seconds --) into a

2: 5 Interval (same units as above)

3: 10 Set = Output Flag High (Flag 0)

17: Real Time (P77) (records tim= e in five minute increments)

1: 0010 Hour/Minute (mid= night =3D 0000)

18: Resolution (P78)=

1: 1 High Resolution

19: Average (P71) (averages bo= th the pc and the ke)

1: 2 Reps

2: 1 Loc [ sensit_1 ]

20: Totalize (P72) (totals the = pc)

1: 1 Reps

2: 1 Loc [ sensit_1 ]

*Table 2 Program

02: 0.0000 Execution Interval (se= conds)

*Table 3 Subroutines

1: Beginning of Subroutine (P85)=

1: 1 Subroutine 1

2: Timer (P26) (resets the timer to zero)

1: 0 Reset Timer

3: Do (P86) (starts recording 5 minute data)

1: 11 Set = Flag 1 High

4: End (P95)

End Program