Kaufman & Robinson eHC 3005A, Руководство пользователя

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3-2 INSTALLATION
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Copyright © 2010 by Kaufman & Robinson, Inc., 1306 Blue Spruce Drive, Unit A, Fort Collins, CO 80524
Tel: 970-495-0187, Fax: 970-484-9350, Internet: www.ionsources.com
3.2 Install in Rack Mount Cabinet
The Controller is designed to be mounted in a standard 19-inch (48 cm) rack
mount cabinet. To assure that the power cable that came with each controller
is connected to that controller, the power cables can be connected as each
controller is installed in the cabinet. Do not connect to input power before the
installation is complete. The input power requirements are given below in table
3-2. Universal single phase 50-60 Hz input power of 85 to 275 volts can be
used, so no modi fi cation is required to use either a nominal 115 or 208-230 volt
input.
Table 3-2. Input power requirements
Module Nominal Input Voltage Maximum Input Current
Auto Controller 115 V, 1 Φ , 50-60 Hz
208-230 V, 1 Φ , 50-60 Hz
0.75 A
0.35 A
Keeper Power Supply 115 V, 1 Φ , 50-60 Hz
208-230 V, 1 Φ 50-60 Hz
14 A
7.5 A
Emission Power Supply 115 V, 1 Φ , 50-60 Hz
208-230 V, 1 Φ 50-60 Hz
14 A
7.5 A
Discharge Power Supply 115 V, 1 Φ , 50-60 Hz*
208-230 V, 1 Φ , 50-60 Hz
14 A*
14 A
* The discharge power supply output will be limited to 1500 watts when operat-
ing with a nominal 115 volt ac input.
The Auto Controller, Keeper Power Supply, Emission Power Supply and Dis-
charge Power Supply should be mounted one above the other in the cabinet.
See Fig. 3-1 for the relative locations of the individual rack mounted units. The
wiring and cables may not reach all the controller connections if installed in a
different order.
3.3 Ground Connections
An earth ground connection is required for both safety and correct operation.
Earth ground should be connected to the vacuum chamber in which the ion
source is to be operated as well as the cabinet in which the Controller is in-
stalled. Make sure that quali fi ed technical personnel make these ground con-
nections. These ground connections are independent of the ground connec-
tions described below in section 3.4.