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Staubli CS8C User Manual

Staubli CS8C
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CS8C © Stäubli 2009 – D28070504A
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Chapter 5 - Integration
Note:
Each encoder has a corresponding set of digital and analog Inputs/Outputs. The name of these
Inputs/Outputs is the same for all encoders except for the first and second digits that represent
respectively the digit of the optional board (0 to 2) and the digit of the encoder on the board (0 or
1):
e01LatchSig is the latch signal of the second encoder input on the first optional board.
Note:
In this chapter, the Inputs/Outputs names are given for the first encoder input on the first board.
Figure. 5.9
Recovery (preset)
Encoder recovery is used to define the zero position of the joint connected to the encoder. It is necessary to begin
by configuring the encoder resolution using the e00Counts analog output (in encoder points per rotation, coded
on an unsigned 16-bit integer). The resolution is saved by the system (encoder.cfx file).
Note:
When the encoder has moved by more than one turn, the system is able to detect its resolution
that is then written to the e00CountsMes analog input.
Note:
There are 4 pulses per encoder point. A 1024-point (or "counts") encoder thus has a resolution of
4096 pulses per rotation.
Recovery procedure (preset)
:
Stop the encoder at a reference position defined by the application.
Write the current encoder position in the e00PrstPos output (Preset position: signed 32-bit integer).
Activate the e00EnPrst (Enable preset) output.
The current position e00CurrPos (Current position) then takes the value e00PrstPos, and the e00EnPrst
Input/Output is deactivated.
The recovery sequence is not saved by the system; it is necessary to repeat it each time the controller is powered
up.
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Staubli CS8C Specifications

General IconGeneral
BrandStaubli
ModelCS8C
CategoryController
LanguageEnglish