120/240 Vac, 50 Amp Receptacle (10Kw); Ground Fault Sensing Module; Vac, 30 Amp Receptacle - Generac XP Serie El Manual Del Propietario

Operation
Figure 12 - 120/240 VAC, 30 Amp Receptacle
Use this receptacle to operate 120 Volt AC, 60 Hz, single phase
loads requiring up to 3600 watts (3.6 kW) of power at 30 Amps or
240 Volt AC, 60 Hz, single phase loads requiring up to 7200 watts
(7.2 kW) of power at 30 Amps. The outlet is protected by a 2-pole
circuit breaker.

2.3.3 120/240 VAC, 50 AMP RECEPTACLE (10KW)

Use a NEMA 14-50 plug with this receptacle. Connect a 4-wire
cord set rated for 250 Volts AC at 50 Amps to the plug (Figure 13).
Use this receptacle to operate 120/240 Volt AC, 60 Hz electrical
loads requiring up to 10,000 watts (10.0 kW) of power at 41.6
Amps for 240 volts or two independent 120 Volt loads. This
receptacle is protected by a 42 Amp 2-pole circuit breaker.
Figure 13 - 120/240 VAC, 50 Amp Receptacle
Receptacles may be marked with rating values greater than
generator output capacity.

2.3.4 GROUND FAULT SENSING MODULE

This unit is equipped with a ground fault circuit interrupter (GFCI).
This device meets applicable federal, state and local codes. The
ground fault sensing module covers all receptacles.
In the event of a ground fault, the GFCI will trip and quickly stop the
flow of electricity to prevent serious injury.
Definition: The GFCI constantly monitors electricity flowing in a
circuit. If the current flowing through the circuit varies from what
is returning by even a small amount, the GFCI instantly switches
power off by tripping the main circuit breaker on the generator's
control panel.
10
50 A
NOTE:
A GFCI does NOT protect against circuit overloads, short circuits,
or shocks. For example, electric shock can still occur if a person
touches charged electrical wires while standing on a non-
conducting surface, such as a wood floor.
Test the GFCI outlet before each use as follows (Figure 14):
1. Start the generator.
2. Plug a test lamp into duplex receptacle, the lamp should be on.
3. Press the "Test" button on the GFCI to trip the device. The main
breaker should 'trip', this being indicated by the movement of
the actuator handle to the 'OFF' position.
4. This should stop the flow of electricity making the lamp shut
off. If the main breaker does not 'trip', the GFCI is not working
and the generator should not be used. Contact a local service
dealer.
5. To restore the flow of electricity, set the main breaker actuator
handle to the 'ON' position. The handles should remain
latched in this position. If it does not, either the GFCI or the
main breaker is failing and should be replaced. Contact a local
service dealer.
6. This GFCI is protected against overload by a 35A/240V main
breaker.
Figure 14 - Testing the GFCI

2.3.5 120 VAC, 30 AMP RECEPTACLE

Use a NEMA L5-30 plug with this receptacle (rotate to lock/
unlock). Connect a suitable 3-wire cord set to the plug and to the
desired load. The cord set should be rated for 250 Volts AC at 30
Amps (or greater) (Figure 15).
Use this receptacle to operate 120 Volt AC, 60Hz, single phase
loads requiring up to 7200 watts (7.2kW) of power at 30 Amps.
The outlet is protected by a 30 Amp push-to-reset circuit breaker.