4O3A Rotator Genius Handmatig - Pagina 11
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Pagina afdrukken3.8.3 Single Phase High Range AC Motors
Set DIP switch 1 for your corresponding rotor (A or B) to ON. This configures the rotor to high range.
Supply the AC power for driving the rotor on to the dedicated 3 phase port. This power will be outputted over the
High Range port. Connect your rotor on to the High Range output port as shown on the diagram below.
At least 13.8VDC (up to 48VDC) of additional is needed to power the RG logic and sensors regardless of the AC
power.
Important: Make sure to connect the N (neutral) wire properly to avoid damaging your rotor.
3.8.4 Three Phase High Range AC Motors
Set DIP switch 1 for your corresponding rotor (A or B) to ON. This configures the rotor to high range.
Supply the AC power for driving the rotor on to the dedicated 3 Phase port. This power will be outputted over
the High Range port. Connect your rotor on to the High Range output port as shown on the diagram below.
Motor shown on the diagram is in a triangle configuration as an example. RG supports both triangle and star
configurations.
At least 13.8VDC (up to 48VDC) of additional is needed to power the RG logic and sensors regardless of the AC
power.
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