30 position signal conversion (convphaa), Position signal conversion (convphaa), Function library – Lenze EVS9332xK User Manual
Page 146: Function blocks

Function library
Function blocks
3.2.30
Position signal conversion (CONVPHAA)
3−118
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EDSVS9332K−EXT EN 4.0
3.2.30
Position signal conversion (CONVPHAA)
Purpose
Simultaneous transfer of two position signals by means of a CAN object.
CONVPHAA1
C O N V P H A A 1
C O N V P H A A 1 - A O U T 1
C 1 6 2 1 / 1
C O N V P H A A 1 - P H I N
C 1 6 2 0 / 1
1 6 B i t
H i g h W o r d
1 6 B i t
L o w W o r d
C O N V P H A A 1 - A O U T 2
Fig. 3−90
Angle conversion (CONVPHAA1)
Signal
Source
Note
Name
Type
DIS
DIS format
CFG
List
CONVPHAA1−PHIN
ph
C1621/1
[inc]
C1620/1
−
CONVPHAA1−AOUT1
a
−
−
−
−
Low word (16 bits)
CONVPHAA1−AOUT2
a
−
−
−
−
High word (16 bits)
Function
The input signal is divided into a low word and a high word with 16 bits each.
The corresponding output signal can be processed as a position signal.
CONVPHAA2
C O N V P H A A 2
C O N V P H A A 2 - A O U T 1
C 1 6 2 1 / 2
C O N V P H A A 2 - P H I N
C 1 6 2 0 / 2
1 6 B i t
H i g h W o r d
1 6 B i t
L o w W o r d
C O N V P H A A 2 - A O U T 2
Fig. 3−91
Function block CONVPHAA2
Signal
Source
Note
Name
Type
DIS
DIS format
CFG
List
CONVPHAA2−PHIN
ph
C1621/2
[inc]
C1620/2
−
CONVPHAA2−AOUT1
a
−
−
−
−
Low word
CONVPHAA2−AOUT2
a
−
−
−
−
High word
Function
The input signal is divided into a low word and a high word with 16 bits each.
The corresponding output signal can be processed as a position signal.