Siemens SIRIUS M200D Manual page 55

Input n action
No action
Trip without restart
Trip with restart (auto
reset)
Trip end position CW
Trip end position CCW
(RSte/sRSSte only)
Group warning
Manual mode local
Emergency start
M200D AS-Interface Standard
Manual, 08/2014, A5E02548958A/RS-AA/004
Level Signal
NO/NC n-ret./ret.
NO/NC n-ret./-
NO/NC n-ret./-
NO/NC n-ret./-
NO/NC n-ret./-
NO/NC n-ret./ret.
NO/NC n-ret./-
NO/- n-ret./-
Mode
All
All
Causes the motor and brake to trip.
•
Must be acknowledged once the cause of
•
tripping has been rectified (initial status).
All
Causes the motor and brake to trip.
•
Acknowledged automatically once the cause of
•
tripping has been rectified (initial status).
All
The motor and the brake output are tripped
•
regardless of the direction of rotation.
All
The brake output can be switched on again once
•
the "Brake" and "Motor CW/CCW" control
commands have been canceled.
Trip end position CW: The motor can only be
•
switched on again with the opposite command
("Motor CCW").
Trip end position CCW: The motor can only be
•
switched on again with the opposite command
("Motor CW").
All
The "Group warning" message is set.
•
The motor starter and the brake output are not
•
tripped.
The input action responds to the active edge of
ret.:
the input signal. This makes deactivation with a
pending active input signal possible.
Action is deactivated with trip reset.
All
Control is only possible via "Input n action":
•
"Motor CW" and "Motor CCW" (see below)
possible.
Control is not possible over the fieldbus
•
("Automatic" mode).
"Automatic" mode can only be reinstated if
•
manual mode local is canceled and "Input n
action": "Motor CW" or "Motor CCW" is not
active.
All
Switches on the motor when an ON switching
•
command is issued in spite of the fact that an
internal trip command is present.
Switches on the brake output too if an ON
•
switching command is present for this.
Self-protection of the motor starter remains
•
active and prevents the device from being
destroyed.
Only allowed as an NO contact.
•
Functions
3.7 System monitoring
Description
-
55