Mounting The Wheel Guard; Electrical Connection - Hofmann geodyna 2600 Operation Manual

Installation of the machine
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2.2 Mounting the wheel guard (Fig. 7)
• Slide the wheel guard (Fig. 7, item 1) on the arbor
(Fig. 7, item 2) and raise it until the fastening holes of
wheel guard and wheel guard arbor coincide.
• Insert the M10 setscrew (Fig. 7, item 3) with washer
(Fig. 7, item 4) from below, and tighten the hexagon
nut (Fig. 7, item 5) and washer.
The wheel guard influences the following modes of op-
eration:
- The measuring run is started by closing the wheel guard
(code C13).
- The wheel is braked on lifting the wheel guard during a
measuring run (code C5).
These modes of operation can be changed either permanent-
ly, or only as long as the machine is switched on, by means of
codes (see § 10. Changing modes of operation).

3. Electrical connection

In general any work on the electrical system such as fitting of
a plug or changing of connections, if necessary, must be
carried out by a qualified electrician in line with relevant
national standards and the regulations of the local power
station.
Electrical standard equipment and drive motor of the wheel
balancer are provided for operation on 50/60 Hz, 115-120 V.
The connecting cable of the machine is designed as a
separate power cord. For connection to the power mains the
cable is provided with a NEMA 5-15P (U.S.) or C22.2 No. 42
(Canada) plug.
Fusing is by the customer before the plug connector, using a
15 amp circuit breaker.
The electrical diagram is illustrated in § 16.
The machine operates internally on a line voltage of 230 V
because the voltage is regulated by an integrated transformer.
Operation manual geodyna 2600 EEWB703D