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3.1.3 Connecting the Chuck
The DC output to the chuck must include a ground wire that is connected to the safety ground lug on the chuck
and to the chassis of the chuck control. It is recommended that the conduit for the DC output not be routed
near high voltage AC wires. Many chucks are installed on machines with moving tables. Choose a means of
wiring the chuck that allows adequate freedom of movement over the full range of table travel.
3.1.4 Connecting the AC Input voltage
The input transformer can be tapped for nine different input voltages; 208, 220, 230, 240, 380, 416, 440, 460
and 480 VAC. Refer to the transformer wiring diagram Figure 3 2 on the following page.
Note
: that there are two (2) primary and two (2) secondary out put windings.
3.1.5 575 Volt Controllers
The transformer installed in Controllers designed to operate on 575 volts AC have a single primary winding.
Refer to the transformer wiring diagram Figure 3 2 on the following page.
3.1.6 Transformer Wiring Diagram
Figure 3-2 Transformer Wiring Diagram
Summary of Contents for IMI Smart-D Series
Page 18: ...800 WMAGNET 18 of 33 5 6 Smart 75 100D Panel Layout Figure 5 1 Smart 75 100D Panel...
Page 19: ...800 WMAGNET 19 of 33 5 7 Smart 20 30 50D Panel Layout Figure 5 2 Smart 20 30 50D Panel...
Page 20: ...800 WMAGNET 20 of 33 5 8 Smart 7 10 15D Panel Layout Figure 5 3 Smart 7 10 15D Panel...
Page 21: ...800 WMAGNET 21 of 33 5 9 Smart 3 5D Panel Layout Figure 5 4 Smart 3 5D Panel...
Page 22: ...800 WMAGNET 22 of 33 5 10 Main PC Board Figure 5 5 Main PC Board...
Page 30: ...800 WMAGNET 30 of 33 5 3 Remote Enclosure Dimensions Figure 5 12 Remote Enclosure BB 8783...
Page 31: ...800 WMAGNET 31 of 33 5 4 Remote Wiring Connections Figure 5 13 Remote Wiring Connections...
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