Anderson Manufacturing AV-9000 Polynomial Input Prompt, Input Pres Prompt, Input Tempf Prompt

4.POLYNOMIAL

INPUT 1:	X	PROMPT:	DVxx INPUT X
INPUT 2:	A	PROMPT:	DVxx INPUT A
INPUT 3:	B	PROMPT:	DVxx INPUT B
INPUT 4:	C	PROMPT:	DVxx INPUT C
INPUT 5:	D	PROMPT:	DVxx INPUT D
ACTUATOR:	n/a
RESET:	n/a
OUTPUT:	= A*X**3 + B*X**2 + C*X + D

5.LINEAR MASS FLOW - AGA 3 LINEAER GAS FLOW

INPUT 1:	F	PROMPT:	DVxx RAW FLOW
INPUT 2:	PRES	PROMPT:	DVxx STATIC PRES ABS
INPUT 3:	TEMPF	PROMPT:	DVxx FLOW TEMP°F
INPUT 4:	COMP	PROMPT:	DVxx COMP. CORRECT.
INPUT 5:	C	PROMPT:	DVxx SCALING CONST.
ACTUATOR:	n/a
RESET:	n/a
OUTPUT:	=C*F*SQRT (PRES/(TEMPR*COMP))
	where: TMPR = TEMPF + 459.67
	If INPUT 1 is "NOT USED", then F=1
	If INPUT 2 is "NOT USED", then PRES=1
	If INPUT 3 is "NOT USED", then TEMPR=1 (not TEMPF)
	If INPUT 4 is "NOT USED", then COMP=1
	If INPUT 5 is "NOT USED", then C=1
NOTES:	F - Raw Linear Fow Input
	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.

6.DP MASS FLOW - AGA 3 DP GAS FLOW

INPUT 1:	DP	PROMPT:	DVxx DIFFERENT. PRES
INPUT 2:	PRES	PROMPT:	DVxx STATIC PRES ABS
INPUT 3:	TEMPF	PROMPT:	DVxx FLOW TEMP °F
INPUT 4:	COMP	PROMPT:	DVxx COMP. CORRECT.
INPUT 5:	C	PROMPT:	DVxx SCALING CONST.
ACTUATOR:	n/a
RESET:	n/a
OUTPUT:	= C*SQRT ((DP*PRES) / (TEMPR*COMP))
	where TEMPR = TEMPF + 459.67)

If INPUT 1 is "NOT USED", then DP=1

If INPUT 2 is "NOT USED", then PRES=1

If INPUT 3 is "NOT USED", then TEMPR=1 (not TEMPF)

If INPUT 4 is "NOT USED", then COMP=1

If INPUT 5 is "NOT USED", then C=1

Edition 3 4-28 Section 4

Rev G