HC52 Series
© 2019 hivolt.de - Subject to change without notice, errors expected
HC52_E 08/2019 Page 1 of 7
hivolt.de
GmbH & Co. KG
Oehleckerring
40
∙
D-22419
Hamburg
∙
Germany
∙
+49 40 537122-0
∙
+49 40 537122-99
∙
∙
www.hivolt.de
20kV - STRAIGHT COAXIAL CONNECTOR SERIES
FEATURES
−
Rated Voltage 20kV
DC
−
Recessed contacts
−
Coaxial design
−
Bayonet Coupling
−
Intermateable with industry standard
20kV coaxial connectors
−
Completed cable assemblies available
−
RoHS compliant
APPLICATIONS
−
Instrument High Voltage Connections
−
High voltage power supplies / amplifiers
−
Medical electronics
−
Nuclear instrumentation
−
Test and measurement equipment
−
High voltage laboratory wiring
−
General high voltage testing
20kV reverse polarity coaxial high voltage connectors designed to
minimize the risk of electrical shock to personnel through the use of
recessed contacts. Both the cable connectors and the bulkhead
receptacles have recessed contacts and will stand off the rated voltage in
unmated condition.
The front mount receptacles are hermetically sealed.
The straight crimp cable plug HC52P and the rear mount crimp
receptacles HC52RB are compatible with RG 213 or RG 214 coaxial cable.
The straight cable plug HC52P-HTV30S is compatible with our 30kV rated
HTV-30S-22-2
coaxial cable.
A suitable crimping tool is available on request.
The connectors are RoHS compliant.
The connectors should never be mated or unmated when energized.
Please see the HC51 series for 10kV
DC
models.
HC52 series connectors are not intermateable with SHV or HC51 series
connectors.
SPECIFICATIONS
Operating voltage:
max. 20kV
DC
(at sea level)
Test voltage:
30kV
DC
Impedance: non
constant
Insulation resistance:
1000G
Ω
Center contact resistance:
≤
3m
Ω
Outer contact resistance:
≤
2m
Ω
Operating temperature:
-55 to +85°C
Leak rate
< 1x10
-6
mbar*l/s @ 1bar differential
pressure
(applies to front mount bulkhead
receptacles only)
Ratings listed above apply to clean mated connector pairs in standard atmospheric conditions. When connectors are used
in an adverse environment (such as high temperature, humidity, pollution content, extreme mechanical exposure, etc.) the
connector should be derated. The fitness for use must be proved by extended operational tests.
