structure to store information on individual steppermotor More...

Data Fields
float	pcurve [3]

float	valve_range
	total number of degrees that the valve cvan turn More...

float	mhc
	maximum holding current More...

float	mac_open
	maximum accelaration current on opening the valve More...

float	mac_close
	maximum accelaration current on closing the valve More...

float	mrc_open
	maximum steady current on opening the valve More...

float	mrc_close
	maximum steady current on closing the valve More...

float	signature
	(unique) voltage read from line 3 of the transferline More...

Detailed Description

structure to store information on individual steppermotor

Definition at line 89 of file steppermotor.c.

Field Documentation

float SM_INDIVIDUAL::mac_close

maximum accelaration current on closing the valve

Definition at line 95 of file steppermotor.c.

Referenced by sm_set().

float SM_INDIVIDUAL::mac_open

maximum accelaration current on opening the valve

Definition at line 94 of file steppermotor.c.

Referenced by sm_set().

float SM_INDIVIDUAL::mhc

maximum holding current

Definition at line 93 of file steppermotor.c.

float SM_INDIVIDUAL::mrc_close

maximum steady current on closing the valve

Definition at line 97 of file steppermotor.c.

Referenced by sm_set().

float SM_INDIVIDUAL::mrc_open

maximum steady current on opening the valve

Definition at line 96 of file steppermotor.c.

Referenced by sm_set().

float SM_INDIVIDUAL::pcurve[3]

coefficients of potmeter calibration, postion [percent] = pcurve[0] + pcurve[1] * U + pcurve[2] * U^2

Definition at line 90 of file steppermotor.c.

float SM_INDIVIDUAL::signature

(unique) voltage read from line 3 of the transferline

Definition at line 98 of file steppermotor.c.

Referenced by sm_in_init().

float SM_INDIVIDUAL::valve_range

total number of degrees that the valve cvan turn

Definition at line 92 of file steppermotor.c.

Referenced by sm_set().

The documentation for this struct was generated from the following file: