2.2 List of Components and Cables Supplied with the Unit Section 2: Installation
CV-6SLX User Manual 0101-8242-0, Rev. C
2.2 List of Components and Cables Supplied with the Unit
Listed below are the components and cables supplied with CV-6SLX units.
• CV-6SLX HVPS, PN 0620-1135-0 (for 208-volt units) or 0620-1135-1 (for 400-volt units)
• Filament power supply, PN 0620-6604-0 or 0620-6604-2
• FPS input power cable, PN 6622-0100-20
• Terminal connector (PN 6149-1967-485) for user-supplied HVPS input power cable
• HVPS-FPS cable, PN 0620-6672-0
• HVPS I/O cable, PN 0620-6682-0
• FPS I/O cable, PN 0620-6672-2
• HV coaxial cable, PN 0620-8684-1
• HV cable/conduit assembly, PN 0620-9654-1
• Bracket (PN 0040-9982-0) for securing HV conduit to source tray
• 16” grounding hook, PN 9900-4864-0
• 20’ coil of 3”-wide copper strap, PN 5621-0032-3
• Coil of ½”-wide copper strap, PN 5621-0032-0
• One copy of CV-6SLX Technical manual
2.3 Rack Mounting the Power Module (HVPS)
2.3.1 General Installation Guidelines
The CV-6SLX HVPS can be rack mounted in a standard 19" rack cabinet. It must be supported
by two side shelf supports to hold the power supply weight. The rack vertical height required
is 8-3/4 inches. The chassis depth is 23 inches. An additional 3" is required for clearance of
terminals, plugs, and wiring. The panel should be secured to the rack cabinet by the four
mounting holes provided.
DANGER: HIGH VOLTAGE
Removal of the HVPS top cover can expose personnel to dangerous or lethal voltages.
Particular care should be taken regarding high voltage, which can arc over a considerable
distance. It is not necessary to be in physical contact with a live terminal in order for an arc to
send a lethal high-voltage discharge through a person’s body.
The HVPS is designed to be installed in an indoor laboratory or clean room in which the
immediate environment is controlled to maintain an ambient temperature of 40° C or lower
and a noncondensing humidity level of 10%-90%. Together, the screen covering the front
panel air vent plus the screen sandwiched between the exhaust fan and the rear panel
provides IP40 ingress protection. These screens prevent solid foreign objects larger than 1
mm in diameter from penetrating the outside chassis but do not provide a barrier against
liquids. Both screens must be removed and cleaned whenever the fan airflow drops more than
15% from its original value or every two years, whichever comes first. The power module
does not require any routine maintenance, aside from the cleaning of the screens.
2.3.2 Air Flow Requirements
The inverters have a temperature sensor that will shut down and latch out further operation if
an overtemperature condition should occur. The customer must ensure a free flow of air is
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