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M-AP-001-EN Rev. N
Table 6-3 - FLA and LRA
Value Range
Model
Voltage
FLA
LRA
Default
Min
Max*
Min
Max
FLA
LRA
TG230
380V
40
106
44
117
40
44
TG230
400V
40
106
44
117
40
44
TG230
460V
40
99
44
110
40
44
TG230
575V
40
79
44
88
40
44
TG310
380V
50
150
55
165
50
55
TG310
400V
50
150
55
165
50
55
TG310
460V
50
135
55
145
50
55
TG390
380V
50
123
55
137
50
55
TG390
400V
50
123
55
137
50
55
TG390
460V
50
108
55
120
50
55
TG390
575V
50
86
55
96
50
55
TG520
380V
50
149
55
165
50
55
TG520
400V
50
142
55
158
50
55
TG520
460V
50
123
55
137
50
55
TT300
380V
40
145
44
160
40
44
TT300
400V
40
145
44
160
40
44
TT300
460V
40
135
44
150
40
44
TT300
575V
40
110
44
121
40
44
TT350
380V
50
210
55
231
50
55
TT350
400V
50
210
55
231
50
55
TT350
460V
50
180
55
198
50
55
TT400
380V
60
170
66
187
60
66
TT400
400V
60
170
66
187
60
66
TT400
460V
60
150
66
165
60
66
TT400
575V
60
120
66
132
60
66
TT700
380V
60
206
66
227
60
66
TT700
400V
60
196
66
216
60
66
TT700
460V
60
170
66
187
60
66
Electrical Specifications
An input disconnect (for example, a switch or circuit breaker) must be installed in the line
before the compressor in accordance with applicable local, national, and international codes
(for example, NEC/CEC). Size the disconnect according to the full-load current.
Refer to Figure 20-9 for interconnection details.
6.3 Disconnects
• • • CAUTION • • •
The full-load current rating is based on the installation of a line reactor in the power line. Refer to the
Spare Parts Selection Guide
for specifications. Failure to use a line reactor will result in poor power factor and higher full-load current.
NOTE
Refer to the OEM Programming Guide to identify specific registers associated with the “3-Phase Over Current Alarm (FLA) and
3-Phase Over Current Fault (LRA).”
Summary of Contents for TG230 Series
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