TP-5867 11/02
60
Section 7 Generator Reconnection
7.2 Four-Lead (Single-Phase)
Generator Sets
The following information illustrates the reconnection of
4-lead generator sets.
Always follow the National
Electrical Code (NEC) requirements.
7.2.1
Factory Connections, 110/220
Volts 50 Hz or 120/240 Volts 60 Hz
Generator sets are available from the factory connected
for 110/220 Volts 50 Hz or 120/240 Volts 60 Hz. See
Figure 7-1 for the factory connections.
Leads L1 and L2 are of different phases. Never connect
leads L1 and L2 together. After connection adjust the
voltage regulator to obtain the desired voltage.
Note:
Use a circuit breaker manufacturer’s two-pole
circuit breaker. Two single-pole circuit breakers
do not conform to NEC requirements when
supplying a 220 or 240 volt load. This is true even
if they are mechanically attached together.
4
3
2
1
Stator Leads
LO
GRD
L2
L1
LO (Neutral)
Line
Side
Factory two-pole
circuit breaker
Ground
Load
Side
TP-5867
L0-L1
L0-L2
L1-L2
60 Hz
120 volt
120 volt
240 volt
50 Hz
110 volt
110 volt
220 volt
Figure 7-1
110/220 and 120/240 Volt, 3-Wire
Configurations
7.2.2
Reconnection Options
The following reconnections can be made using the
factory two-pole circuit breaker provided.
It is the
responsibility
of
the
individual
performing
the
reconnection to meet all the electrical codes.
See Figure 7-2 for four-lead reconnectable (single-
phase) generator set voltage options.
60 Hz
50 Hz
120 Volts
110 Volts
120/240 Volts
110/220 Volts
240 Volts
220 Volts
Figure 7-2
Four-Lead, Single-Phase Generator Set
Voltage Connection Options
110 and 120 Volt Configurations
When connecting stator phase leads, size output lead
(L1) accordingly. Use a jumper lead with the same
ampere rating as the output lead L1 on the side of the
circuit breaker shown.
After connection adjust the
voltage regulator to obtain the desired voltage.
Note: Electrical Codes:
The 110 and 120 Volt
reconnection configurations require a jumper lead
on one end of the circuit breaker. This configuration
is acceptable per the National Electrical Code,
NFPA #70.
Never jumper both the line and load
ends of the circuit breaker. A jumper on both
the line and load ends violates the National
Electrical Code by paralleling the breaker
poles
. On occasion local electrical inspectors have
objected to a jumper on the load side of the circuit
breaker. It is the responsibility of the individual who
is reconnecting the output to make certain the
reconnection satisfies the local inspector.
The
purchase and installation of a single pole breaker to
replace the two-pole breaker may be necessary.
Note: Jumper Sizing:
Use a jumper lead with the same
ampere rating as the output lead L1 on the side of
the circuit breaker shown.
Содержание 11RMY
Страница 1: ...Industrial Generator Sets Models 8 5RMY 11RMY Controllers Relay TP 5867 11 02d Service...
Страница 16: ...TP 5867 11 02 6 Section 1 Specifications Notes...
Страница 32: ...TP 5867 11 02 22 Section 3 Troubleshooting Notes...
Страница 40: ...TP 5867 11 02 30 Section 4 Controller Troubleshooting Notes...
Страница 44: ...TP 5867 11 02 34 Section 5 Generator Relay Controller Troubleshooting Notes...
Страница 68: ...TP 5867 11 02 58 Section 6 Component Testing and Adjustment Notes...
Страница 72: ...TP 5867 11 02 62 Section 7 Generator Reconnection Notes...
Страница 80: ...TP 5867 11 02 70 Section 8 Disassembly Reassembly Notes...
Страница 82: ...TP 5867 11 02 72 Section 9 Wiring Diagrams Notes...
Страница 83: ...TP 5867 11 02 73 Section 9 Diagrams and Drawings Relay Controller Schematic Diagram 1 Phase ADV 6297 B...
Страница 85: ...TP 5867 11 02 75 Section 9 Diagrams and Drawings Relay Controller Schematic Diagram 1 Phase ADV 6297 E...
Страница 87: ...TP 5867 11 02 77 Section 9 Diagrams and Drawings Relay Controller Schematic Diagram ADV 6524...
Страница 88: ...TP 5867 11 02 78 Section 9 Diagrams and Drawings 6 Relay Controller Point to Point Wiring Diagram GM10619...
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