Technical data

Rev. A
Rev. ARev. A
Rev. A Legal Notices, Warranty and Safety
Legal Notices, Warranty and SafetyLegal Notices, Warranty and Safety
Legal Notices, Warranty and Safety
xvii
xviixvii
xvii
8
8 8
8 High Volt
High VoltHigh Volt
High Volta
aa
age Safety
ge Safetyge Safety
ge Safety
This product produces high voltage potentials. Do not attempt to op
This product produces high voltage potentials. Do not attempt to opThis product produces high voltage potentials. Do not attempt to op
This product produces high voltage potentials. Do not attempt to open any part of the product.
en any part of the product. en any part of the product.
en any part of the product.
Contact with high voltage can cause electrical shock resulting in serious bodily injury or death.
Contact with high voltage can cause electrical shock resulting in serious bodily injury or death. Contact with high voltage can cause electrical shock resulting in serious bodily injury or death.
Contact with high voltage can cause electrical shock resulting in serious bodily injury or death.
Refer all servicing to service
Refer all servicing to serviceRefer all servicing to service
Refer all servicing to service-
--
-trained personnel.
trained personnel.trained personnel.
trained personnel.
Always
Always Always
Always DISCHARGE
DISCHARGEDISCHARGE
DISCHARGE all high voltage connections pri
all high voltage connections pri all high voltage connections pri
all high voltage connections prior to servicing.
or to servicing.or to servicing.
or to servicing.
Do not operate the X
Do not operate the XDo not operate the X
Do not operate the X-
--
-ray high voltage power supply without the high voltage Cable connecting it
ray high voltage power supply without the high voltage Cable connecting it ray high voltage power supply without the high voltage Cable connecting it
ray high voltage power supply without the high voltage Cable connecting it
to the X
to the Xto the X
to the X-
--
-ray
ray ray
ray tube
tubetube
tube properly installed. The high voltage connections are not user serviceable. Refer
properly installed. The high voltage connections are not user serviceable. Refer properly installed. The high voltage connections are not user serviceable. Refer
properly installed. The high voltage connections are not user serviceable. Refer
service to
service to service to
service to ser
serser
service
vicevice
vice-
--
-trained personnel
trained personneltrained personnel
trained personnel only.
only. only.
only.
Do not disconnect any motor cables from the motor or servo module unless you are certain the
Do not disconnect any motor cables from the motor or servo module unless you are certain the Do not disconnect any motor cables from the motor or servo module unless you are certain the
Do not disconnect any motor cables from the motor or servo module unless you are certain the
motor is not spinning. A spinning motor can generate hazardous voltages.
motor is not spinning. A spinning motor can generate hazardous voltages.motor is not spinning. A spinning motor can generate hazardous voltages.
motor is not spinning. A spinning motor can generate hazardous voltages.
Do not kink or sharply bend the high voltage cable, as it is used to supply a ground and the high
Do not kink or sharply bend the high voltage cable, as it is used to supply a ground and the high Do not kink or sharply bend the high voltage cable, as it is used to supply a ground and the high
Do not kink or sharply bend the high voltage cable, as it is used to supply a ground and the high
voltage to the X
voltage to the Xvoltage to the X
voltage to the X-
--
-ray
ray ray
ray tube
tubetube
tube. Sharp bending tends to lower the dielectric strength of the high voltage
. Sharp bending tends to lower the dielectric strength of the high voltage . Sharp bending tends to lower the dielectric strength of the high voltage
. Sharp bending tends to lower the dielectric strength of the high voltage
cable and may lead to failure of the system. Since one gro
cable and may lead to failure of the system. Since one grocable and may lead to failure of the system. Since one gro
cable and may lead to failure of the system. Since one ground is provided through the shielding
und is provided through the shielding und is provided through the shielding
und is provided through the shielding
of the high voltage cable, the cable should be kept free of cracks in the insulation, kinks or
of the high voltage cable, the cable should be kept free of cracks in the insulation, kinks or of the high voltage cable, the cable should be kept free of cracks in the insulation, kinks or
of the high voltage cable, the cable should be kept free of cracks in the insulation, kinks or
punctures.
punctures.punctures.
punctures.
High Voltage Subsystem
High Voltage SubsystemHigh Voltage Subsystem
High Voltage Subsystem
For support purposes, the following components make up the high voltage subsystem: X-ray tube
assembly, X-ray high voltage power supply and the high voltage power supply cable.
The Medalist x6000 has no exposed high voltage potentials. High voltages are contained within
subsystems, and should only be accessed by Agilent personnel.
The high voltage subsystem’s high voltages are contained
within the x-ray high voltage power supply, the high
voltage power supply cable, and the X-ray tube assembly.
Under no conditions are the high voltage subsystems user
serviceable. The X-ray high voltage power supply produces
up to 160,000 volts direct current (dc). Should any damage
occur to any of the high voltage components, remove power
from the system, and contact the Agilent Response Center
prior to attempting any further operation of the Medalist
x6000.
WARNING
WARNING
CAUTION
NOTE
NOTE
WARNING
WARNING