Anderson Manufacturing AV-9000 manual Relative Humidity Input DBT Prompt, Input WBT Prompt

NOTES:	DP - Differential Pressure
	PRES - Static Pressure - must be ABSOLUTE
	TEMPF - Flow Temperature - must be degrees F
	COMP - Compressibility Correction
	C - Scaling Constant

This function converts TEMP from degrees F to degrees R in the equation.

7.RELATIVE HUMIDITY

INPUT 1:	DBT	PROMPT:	DVxx DRY BULB TEMP°F
INPUT 2:	WBT	PROMPT:	DVxx WET BULB TEMP°F
INPUT 3:	BARO	PROMPT:	DVxx BARO. PRES "Hg
ACTUATOR:	n/a
RESET:	n/a
OUTPUT:	= RELATIVE HUMIDITY in PERCENT (0 to 100 typ)
	If INPUT 3 is "NOT USED", then BARO=29.921
NOTES:	DBT - DRY BULB TEMPERATURE - must be in degrees F
	WBT - WET BULB TEMPERATURE - must be in degrees F
	BARO - ATMOSPHERIC PRESSURE - must be in "Hg (inches of Mercury)

8.Fo VALUE - STERILIZATION CONSTANT Fo

INPUT 1:	INTEMP	PROMPT:		DVxx INPUT TEMP
INPUT 2:	STEMP	PROMPT:		DVxx STERILIZE TEMP
INPUT 3:	Z	PROMPT:		DVxx "Z" VALUE
ACTUATOR:	n/a
RESET:	YES	PROMPT:		DVxx RESET ACTUATOR
OUTPUT:	= DV + (10**A)/60		where: A=(INTEMP - STEMP) / Z
				DV is the previous result
NOTES:	INTEMP - Input Temperature
	STEMP - Sterilizing Temperature
	Z - "Z" Value

The TEMPERATURE can be degrees F or C, but the "Z" value must take this into account. Whenever RESET is active, DV will be set to zero.

The units of the resultant DV is MINUTES This function is calculated once a second.

9.ZRO2 - ZIRCONIA OXYGEN SENSOR

INPUT 1:	PP	PROMPT:	DVxx PARTIAL PRES
INPUT 2:	EMF	PROMPT:	DVxx PROBE EMF mV
INPUT 3:	TEMP	PROMPT:	DVxx PROBE TEMP °C
ACTUATOR:	n//a
RESET:	n/a
OUTPUT:	= PP/(10**B)	where: B=EMF/(0.0496* (TEMP+273.18))
NOTES:	PP - Partial Pressure - must be in Percent
	EMF - Probe EMF - must be Millivolts
	TEMP - Probe Temperature - must be degrees C
This function coverts TEMP from degrees C to degrees K in the equation
Section 4		4-29	Edition 3

Rev G