Lenze E94A - Manual (Page 116)

4 Short overview
4.12 All function blocks [A-Z]
116
Lenze · 9400 function library · Reference manual · DMS 6.7 EN · 08/2014 · TD05
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
L_DevParReadFix One-time or cyclic reading of parameters
• Only internal parameters (codes) of the controller
can be read.
• In contrast to the L_DevReadParDInt FB, the para-
meter of this FB to be read is addressed via FB in-
puts and not via parameters.
LenzeDevice9400
V02.00.xx.xx
L_DevParWriteFix One-time or cyclic writing of parameters
• Only internal parameters (codes) of the controller
can be written.
• In contrast to the L_DevWriteParDInt FB, the pa-
rameter of this FB to be written is addressed via
FB inputs and not via parameters.
LenzeDevice9400
V02.00.xx.xx
L_DevPositionerStateDecoder Status signals of the basic function "Positioning"
(SB LS_Positioner)
LenzeDevice9400
V02.00.xx.xx
L_DevReadParDInt One-time or cyclic reading of parameters of "DINT"
data type
• Only internal parameters (codes) of the controller
can be read.
LenzeDevice9400
V01.00.xx.xx
L_DevSMControlDecoder Control signals from the SM3xx safety module LenzeDevice9400
V02.00.xx.xx
L_DevSMControlEncoder Control word for limiter
• The FB generates the bit-coded control signal
dwControl from individual boolean control sig-
nals for the SB LS_Limiter and thus allows control
of the basic function "Limiter" if no SM3xx safety
module is available.
LenzeDevice9400
V02.00.xx.xx
L_DevSMStateDecoder Status signals from the SM3xx safety module LenzeDevice9400
V02.00.xx.xx
L_DevSMStateDecoderIO I/O status signals from the SM3xx safety module LenzeDevice9400
V02.00.xx.xx
L_DevWriteParDInt One-time or cyclic writing of parameters of the
"DINT" data type
• Only internal parameters (codes) of the controller
can be written.
LenzeDevice9400
V02.00.xx.xx
L_EsClutchPos Clutch (time-controlled)
• Clutch in or declutch a master position via a fifth
order polynomial in a time-controlled manner.
LenzeElectricalShaft
V01.01.xx.xx
L_EsEncoderConv Encoder signal conditioning LenzeElectricalShaft
V01.00.xx.xx
L_EsStretchIntegrate Stretching and compression of a master value in the
"Modulo" or "Unlimited" traversing range
LenzeElectricalShaft
V01.00.xx.xx
L_LdAddOffsetCyclic Offset addition to a clocked position LenzeLineDrive
V01.00.xx.xx
L_LdClutchAxisP Time-controlled virtual clutch with position refe-
rence
LenzeLineDrive
V01.00.xx.xx
L_LdClutchV Time-controlled virtual clutch with speed reference LenzeLineDrive
V01.00.xx.xx
L_LdConvAxisV Speed ratio between two axes LenzeLineDrive
V01.00.xx.xx
L_LdDifferentiateCyclic Differentiation of a position considering the cycle LenzeLineDrive
V01.00.xx.xx
L_LdExtrapolate Extrapolation of position information
• E.g. to compensate for longer bus transfer cycles
or smooth low-resolution absolute value enco-
ders.
LenzeLineDrive
V01.00.xx.xx
L_LdIntegrateCyclic Integration of a speed to a position considering the
cycle
LenzeLineDrive
V01.00.xx.xx
L_LdLinearCoupling Master value connection LenzeLineDrive
V01.00.xx.xx
Function block Function From library