Rockwell Automation 2098-UWCPRG Ultraware Software User Manual - Manual (Page 116)

118 Rockwell Automation Publication 2098-UM001G-EN-P - February 2011
Chapter 3 Configuring the Ultra3000 Drive
Understanding Ultra3000
Status The following Ultra3000 drive status settings can be displayed in the Monitor
window and can be assigned as an Input Signal for a Channel in the Oscilloscope
window as indicated in the table:
Status Description Non-SERCOS
Drive SERCOS Drive
Scope Monitor Scope Monitor
Drive Status
Analog Command
In Refer to Understanding the
Analog Window on page 59 X X
Brake Refer to Understanding the
Digital Outputs Window on
page 99 X X X X
Bus Voltage Refer to Understanding the
Ultra3000 Drive Branch on
page 41 X X X X
Disable Serial
Communications Refer to Understanding the
Digital Inputs Window on page
95 X X
Drive Enabled Refer to Understanding the
Ultra3000 Drive Branch on
page 41 X X X X
Drive Temperature Reports the percentage of the
Drive Temperature Trip value,
that is based on the drives
continuous current rating and
time. The Drive Temperature is
an indication of the level of
utilization of the drive's
current capability. When the
Drive Temperature reaches
100%, the IPM Fault occurs. X X X X
Fault State Indicates Drive Ready if the
drive is not faulted, or
indicates the first fault that
occurred to take the drive out
of a normal operating mode. X X
Firmware Version Refer to Understanding the
Service Information Window
on page 135 X X
Forward Enable Refer to Understanding the
Digital Inputs Window on page
95 X X
Motor Temperature Reports the percentage of the
Motor Temperature Trip value,
that is based on the motors
continuous current rating,
thermal characteristics, and
time. The Motor Temperature
is an indication of the level of
utilization of the motor's
current capability. When the
Motor Temperature reaches
100%, the Motor Filter fault
occurs. X X X X
Operating Mode Refer to Operation Modes on
page 42 X