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75
PROFINET Reference
PROFINET P
ARAMETERS
PROFINET Parameter Names
The following section introduces the additional parameters and name changes that are defined by the
PROFINET specification.
Compatibility Mode
This parameter is used to configure the NR60E2 to be compatible with V3.1 of the encoder profile. When set
to its enabled state, the NR60E2 acts as a V3.1 encoder. The
Control by PLC / Control Requested
handshake
protocol is not used and the Alarm Channel Control and Tolerated Sign-of-Life Faults parameters are
enabled.
Class 4 Functionality
This parameter selectively enables or disables Class 4 functionality. When set to “0”, the Code Sequence,
Scaling Function Control, and Preset parameters are forced into their disabled states. When these parameters
are disabled, position values will increase with CW rotation and the NR60E2 will report position and velocity
at their maximum resolution of 65,536 counts per turn. Position values will be reported at the maximum num-
ber of turns supported by the NR60E2.
Code Sequence
Code Sequence in the term used by the PROFINET specification for the Count Direction parameter. This
parameter allows you to set the direction of shaft rotation needed to produce increasing counts. The default is
CW when looking at the shaft. This parameter is ignored when the Class 4 Functionality parameter is set to its
disabled state and CW rotation will produce increasing counts.
Scaling Function Control
The name and functionality of this parameter does not change, however, this parameter is
forced into its disabled state when the Class 4 Functionality parameter is set to its disabled
state. Therefore, if the Class 4 Functionality parameter is set to its disabled state, the Scaling
Function Control, MUR, and TMR parameters are ignored and the NR60E2 reports position at
its maximum resolution and number of turns.
Measurements Units per Revolution
Measurements Units per Revolution (MUR) is the term used by the PROFINET specification for the Counts
Per Turn parameter.
Preset Control - G1_XIST1
This parameter determines if the position value reported in the network data as signal G1_XIST1 can be pre-
set or offset using network commands. G1_XIST2 and G1_XIST3 can always be preset or offset.
A value of “0” disables presetting G1_XIST1.
A value of “1” enables presetting G1_XIST1.
This parameter is only used if the
Class 4 Functionality
parameter is set to its enabled state. If
the
Class 4 Functionality
parameter is set to its disabled state, none of the three position sig-
nals can be preset.
Alarm Channel Control
This parameter is only used when the NR60E2 has its Compatibility Mode parameter enabled. (The NR60E2
is configured as a version 3.1 encoder.) This parameter controls the amount of data sent over the alarm chan-
nel. When reset to “0”, only communication related alarms are sent via the alarm channel. When set to “1”,
encoder specific faults are also sent via the alarm channel.
Содержание NR60E2
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Страница 6: ...TABLE OF CONTENTS NR60E2 User Manual ADVANCED MICRO CONTROLS INC 6 Notes...
Страница 20: ...NR60 SPECIFICATIONS NR60E2 User Manual ADVANCED MICRO CONTROLS INC 20 Notes...
Страница 44: ...PROTOCOL SPECIFIC INFORMATION NR60E2 User Manual ADVANCED MICRO CONTROLS INC 44 Notes...
Страница 52: ...IMPLICIT COMMUNICATIONS WITH AN EDS EtherNet IP Protocol ADVANCED MICRO CONTROLS INC 52 Notes...
Страница 58: ...IMPLICIT COMMUNICATIONS WITHOUT EDS EtherNet IP Protocol ADVANCED MICRO CONTROLS INC 58 Notes...
Страница 70: ...CIP POSITION SENSOR OBJECT EtherNet IP Protocol ADVANCED MICRO CONTROLS INC 70 Notes...
Страница 90: ...PROFINET CYCLIC DATA FORMATS PROFINET Protocol ADVANCED MICRO CONTROLS INC 90 Notes...
Страница 98: ...LEADERS IN ADVANCED CONTROL PRODUCTS ADVANCED MICRO CONTROLS INC...