Rockwell Automation SD3000 Drive Configuration, Programming User Manual

Page 47

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Drive Fault Register (Continued)

Btt: 6
Hex Value: 0040H
Sug. Var. Name:

FLT_FLD@

Range:

N/A

Access:

Read Only

UDC Error Code: 1006
LED:

PM. FLT on the PMI Processor module

Description:

The Field Loss Fault bit will be set when:

l

The field current feedback value is less than the Field Loss Trip Point parameter value entered during
configuration for 5 times the electrical time constant of the field. This assumes FLD_RUN@ (register

100/1 100, bit 4) has been turned on.

The field current feedback value dips below the Field Loss Trip Point parameter for 30 msec. after the
field has been turned on.

Bit: 7
Hex Value: 0080H

Sug. Var. Name:

FLT_TAC@

Range:

N/A

Access:

Read Only

UDC Error Code: 1007

LED:

FDBK OK on the Resolver & Drive I/O module

Description:

The Speed Feedback Loss Fault bit is set when the motor’s CEMF is greater than 40%

of the rated armature voltage value entered as a configuration parameter and the speed feedback
signal is less than 5% of the motor base speed as entered as a configuration parameter. This bit is

not used if the No Speed Feedback option is selected as a configuration parameter.

Bit: 8
Hex Value:

01 OOH

Sug. Var. Name:

FLT_TBW@

Range:

N/A

Access:

Read Only

UDC Error Code: 1008
LED:

FDBK OK on the Resolver & Drive l/O module

Description:

The Motor Speed Feedback Broken Wire Fault bit is set if a sine or cosine signal being

used for speed or other application feedback is missing due to a broken wire or the resolver gain

tunable (RES_GAN%)

being set too low. This bit is always tested if a resolver is used. This bit is not

set if No Speed Feedback is selected during parameter entry and register 101 /1 101, bit 10 is set.

Refer to register 101/1 101, bit 10 for more information.

Bit: 9
Hex Value: 0200H
Sug. Var. Name:

FLT_RES@

Range:

N/A

Access:

Read Only

UDC Error Code: 1009
LED:

N/A Description: The Resolver Fault bit is set when a blown fuse is detected on the Resolver &

Drive l/O module.

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