HEIDENHAIN POSITIP 8000 Series Operating Instructions Manual page 192

II
Axis-specific settings
Settings ► Axes ► <Axis settings> (settings of the axis)
Parameter
<Axis settings> (settings of the axis)
Encoder
Reference marks (Encoder)
Reference point displacement
Diagnostics for encoders with EnDat
Diagnostics for encoders with
1 V /11 µA
PP
Linear error compensation (LEC)
Segmented linear error compensation
(SLEC)
Create table of supporting points
Outputs
Inputs
Movement commands from digital
input
Movement commands from analog
input
Movement commands from electronic
handwheel
Digital enable inputs
Software limit switches
Spindle axis S
Outputs (S)
Inputs (S)
Movement commands from digital
input (S)
Digital enable inputs (S)
Spindle speed display via analog
input (S)
Gear stages add
Gear stages
192
PP
Information for OEM and Setup users | Settings
Further information
"Configuring the axes", Page 89
"Configuring axes for encoders with EnDat interface",
Page 92
"Configuring the axes for encoders with a 1 V
interface", Page 93
1 V : "Reference marks (Encoder)", Page 96
PP
EnDat: "Reference point displacement", Page 93
1 V : "Reference point displacement", Page 93
PP
"Diagnostics for encoders with EnDat interface", Page 202
"Diagnostics for encoders with 1 V
Page 201
"Configuring linear error compensation (LEC)", Page 99
"Configuring segmented linear error compensation (SLEC)",
Page 100
"Create table of supporting points", Page 101
"Outputs", Page 112
"Inputs", Page 116
"Movement commands from digital input", Page 116
"Movement commands from analog input", Page 117
"Configuring an Electronic handwheel", Page 133
"Digital enable inputs", Page 118
"Software limit switches", Page 119
"Spindle axis S", Page 126
"Outputs (S)", Page 127
"Inputs (S)", Page 130
"Movement commands from digital input (S)", Page 131
"Digital enable inputs (S)", Page 131
"Spindle speed display via analog input (S)", Page 132
"Adding Gear stages", Page 132
"Gear stages", Page 133
HEIDENHAIN | POSITIP 8000 | Operating Instructions Turning | 03/2022
or 11 µA
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/11 µA interface",
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