Function library, Function blocks, No programmable positioning – Lenze EVS9332xK User Manual
Page 303: No positioning with velocity changeover, No touch probe position rfgph2
Function library
Function blocks
3.2.86
Ramp function generator for angle signals (RFGPH2 and RFGPH3)
3−275
l
EDSVS9332K−EXT EN 4.0
3.2.86
Ramp function generator for angle signals (RFGPH2 and RFGPH3)
Purpose
Easy positioning via linear profile generator
)
Note!
With RFGPH2 and RFGPH3 "easy" positionings can be performed. Compared to
the 9300 servo position controller, the following restrictions apply:
l
No programmable positioning
l
No positioning with velocity changeover
l
No touch probe position
RFGPH2
R F G P H 2 - P H O U T
R F G P H 2
C 1 0 7 7 / x
R F G P H 2 - S T O P
R F G P H 2 - S E T
R F G P H 2 - R F G - I = O
C 1 0 7 2 / 1
C 1 0 7 0 / 2
C 1 0 7 1 / 2
C 1 0 7 3 / 1
R F G P H 2 - A C T
C 1 0 7 2 / 2
C 1 0 7 3 / 2
R F G P H 2 - R E S E T
C 1 0 7 0 / 1
C 1 0 7 1 / 1
R F G P H 2 - N O U T
R F G P H 2 - R F G - 0
C 1 0 7 0 / 3
C 1 0 7 1 / 3
C 1 0 7 8 / x
C 1 0 7 9 / x
C 1 0 7 5
C T R L
R F G P H 2 - R E L S E L
C 1 0 7 0 / 4
C 1 0 7 1 / 4
Fig. 3−223
Ramp function generator for angle signals (RFGPH2)
Signal
Source
Note
Name
Type
DIS
DIS format
CFG
List
RFGPH2−RESET
d
1071/1 bin
1400/1 2
HIGH: Sets RFGPH2−OUT = 0 (jump)
LOW: RFGPH2−PHOUT is set according to the input values RFGPH2−SET and
RFGPH2−ACT
The input has priority over all other inputs
RFGPH2−STOP
d
1071/2 bin
1070/2 2
HIGH: Output RFGPH2−NOUT is decelerated to 0 rpm along the ramp
C1079/1, output RFGPH2−PHOUT remains the same.
LOW: RFGPH2−PHOUT is set according to the input values RFGPH2−SET and
RFGPH2−ACT.
The input has priority over RFGPH2−RFG−0
RFGPH2−RFG−0
d
1071/3 bin
1070/3 2
HIGH: Traverses according to the ramp selected for RFGPH2−ACT = 0
LOW: RFGPH2−OUT is set according to the input values RFGPH2−SET and
RFGPH2−ACT.
RFGPH2−REL−SEL
d
1071/4 bin
1070/4 2
HIGH: Relative positioning
LOW: Absolute positioning
RFGPH2−SET
ph
1073/1 dec [inc]
1072/1 3
Position setpoint (65536 inc. = 1 rev.)
RFGPH2−ACT
ph
1073/2 dec [inc]
1072/2 3
Position setpoint (65536 inc = 1 rev.)
RFGPH2−RFG−I=0
d
−
−
−
HIGH: RFGPH2−SET = RFGPH2−ACT
RFGPH2−PHOUT
ph
−
−
−
Output (65536 inc = 1 rev.)
RFGPH2−NOUT
phd
−
−
−
Output RFGPH2−PHOUT as speed