-8- G7209/10 14'' Table Saw
SECTION 2: CIRCUIT REQUIREMENTS
220V Single-Phase 220V Three-Phase
G7209 Only:
The Model G7209 has a 5 H.P., 3450 R.P.M.
motor which requires a 220V single-phase circuit.
The cord set included does not have a plug, as
the style of plug you require will depend upon the
type of service you currently have or plan to
install. The motor will safely draw about 30 amps
at 220V under load. If you operate the G7209 on
any circuit that is already close to its capacity, it
might blow a fuse or trip a circuit breaker.
However, if an unusual load does not exist, and
power failure still occurs, have the circuit inspect-
ed by a qualified electrician.
In preparing to connect the Model G7209 to your
existing or new circuit, it will be necessary to con-
nect a plug that matches your 220V receptacle. If
you will be installing a new receptacle and plug,
we recommend using a NEMA-style 6L-30 plug
and outlet shown in Figure 5.
The Model G7209 should be fused at 30 amps.
Fusing at amperage ratings higher than 30 amps
will not adequately protect the circuit.
Figure 5. 220V Single-Phase
Figure 6. 220V 3-Phase
G7210 Only:
The Model G7210 has a 7
1
⁄2 H.P., 3450 R.P.M.
motor which requires a 220V 3-phase circuit. The
cord set enclosed does not have a plug, as the
style of plug you require will depend upon the type
of service you currently have or plan to install. The
motor will safely draw about 22 amps at 220V
under load. If you operate the G7210 on any cir-
cuit that is already close to its capacity, it might
blow a fuse or trip a circuit breaker. However, if an
unusual load does not exist and power failure still
occurs, have the circuit inspected by a qualified
electrician.
In preparing to connect the Model G7210 to your
existing or new circuit, it will be necessary to con-
nect a plug that matches your 220V receptacle. If
you will be installing a new receptacle and plug,
we recommend using a HBL2711 30 A plug and
outlet shown in Figure 6.
The Model G7210 should be fused at 30 amps.
Fusing at amperage ratings higher than 30 amps
will not adequately protect the circuit.