Mechanical installation
Notes on mounting the device version in push−through design
Assembly in push−through technique (thermal separation)
l
79
EDS700ACBA EN 5.1
5.4
Notes on mounting the device version in push−through design
In case of compactly designed control cabinets, special attention has to be paid to the
dissipation of the power loss.
The device version in push−through design (E70ACxx
D
...) serves to separate the heatsink
losses from the other device losses and dissipate them from the control cabinet. This serves
to reduce the temperature inside the control cabinet. The thermal load of all components
is reduced and the reliability of the plant is improved.
Fig. 5−2
Basic arrangement of the thermal separation using the push−through technique
0
Controller in the control cabinet
1
Heatsink separated from the control cabinet volume
Summary of Contents for E70AC Series
Page 1: ...EDS700ACBA Usx Usx Hardware Manual i700 l E70AC Servo Inverter i700 Translation...
Page 2: ...0Fig 0Tab 0...
Page 75: ...Mechanical installation 5 l 75 EDS700ACBA EN 5 1...
Page 147: ...Accessories overview Terminals 11 l 147 EDS700ACBA EN 5 1 E70AZEVK001 i700ZM001 A...
Page 148: ...Accessories overview Terminals 11 l 148 EDS700ACBA EN 5 1 E70AZEVK002 i700ZM001 C...
Page 149: ...Accessories overview Terminals 11 l 149 EDS700ACBA EN 5 1 E70AZEVK003 i700ZM001 B...
Page 150: ...Accessories overview Terminals 11 l 150 EDS700ACBA EN 5 1 E70AZEVK004 i700ZM001 D...
Page 151: ...Accessories overview Terminals 11 l 151 EDS700ACBA EN 5 1 E70AZEVK005 i700ZP005 a...
Page 152: ...Accessories overview Terminals 11 l 152 EDS700ACBA EN 5 1 E70AZEVK006 i700ZP005 b...
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