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powering your moments
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EMI RFI SHIELDED LIQUID TIGHT FLEXIBLE CONDUITS
Shielded liquid tight flexible metallic conduits from the SHIELD-FLEX® series by Electri-Flex
are perfectly suited for critical installations, wherein sensitive cable lines need protection from
external electrical noise.
Options include a galvanized steel or bronze core with a tinned copper braiding with a heavy
duty PVC or Polyurethane jacket.
SHIELDED LIQUID TIGHT HDG STEEL FLEXIBLE CONDUIT
•
UL listed and CE certified for use in classified hazardous locations
•
Built with a PVC coated hot dip galvanized steel core
•
Sizes from ⅜” up to 2”
•
Tinned copper braiding with minimum 90% coverage
•
UV & Flame retardant
•
PVC jacket has good resistance to oils & mild acids
•
Option for low smoke, low flame spread (UL94 V-0), zero halogen
Polyurethane outer jacket with high resistance to ozone, hydrocarbons,
oils & moderate acids
•
Operating temperature of -30°C to 80°C or -40°C to 80°C
•
Application areas include Aerospace, Defense, Health care, Telecom,
Data centers, Ship building & Renewable energy
TYPE SLA TYPE HFSLA
SHIELDED LIQUID TIGHT BRONZE FLEXIBLE CONDUIT
•
CE certified
•
Built with a PVC coated bronze core
•
Sizes from ⅜” up to 2” with a fully interlocked profile
•
Tinned copper braiding with minimum 90% coverage
•
UV & flame retardant
•
PVC jacket has good resistance to oils & mild acids
•
Option for low smoke, low flame spread (UL94 V-0), zero halogen
Polyurethane outer jacket with high resistance to ozone, hydrocarbons,
oils & moderate acids
•
Operating temperature of -55°C to 105°C or -40°C to 80°C
•
Application areas include Aerospace, Defense, Health care, Telecom,
Data centers, Ship building & Renewable energy
NON-BRAIDED LIQUID TIGHT BRONZE FLEXIBLE CONDUIT
•
CE certified
•
Built with a bronze core without any braiding
•
Sizes from ⅜” up to 2” with a fully interlocked profile
•
UV & flame retardant
•
PVC jacket has good resistance to oils & mild acids
•
Option for low smoke, low flame spread (UL94 V-0), zero halogen
Polyurethane outer jacket with high resistance to ozone, hydrocarbons,
oils & moderate acids
•
Operating temperature of -55°C to 105°C / -40°C to 80°C
•
Application areas include Aerospace, Defense, Health care, Telecom,
Data centers, Ship building & Renewable energy
TYPE EMCS TYPE HFEMCS
TYPE EMS TYPE HFEMS
Showcased below is a graphical comparison of shielded conduits with a standard non-shielded industrial
version LA.
The test frequencies used are 1 MHz to 10 MHz Electric field, 100 MHz
to 1 GHz Planewave field and 2 GHz to 6 GHz Microwave field and
attenuation is measured for each type.
Tests performed were as per MIL-STD-285 on a conduit of size of 1”,
fitted with standard liquid tight connectors. The graph can show the
general effectiveness of using a shielded flexible conduit in sensitive
electronic systems.
A shielded conduit not only protects from external EMI/RFI disturbances
but also encloses within itself any internally generated emissions.
These tests were performed under controlled laboratory conditions
and results may vary to a certain extent in the field.
Back To > Flexible Electrical Conduits
Shielded Liquid Tight Flexible Metal Conduits
AVLICON TECHNOLOGIES
powering your moments
EMI RFI SHIELDED LIQUID TIGHT
FLEXIBLE METAL CONDUITS
Shielded liquid tight flexible metallic conduits
from the SHIELD-FLEX® series by Electri-Flex
are perfectly suited for critical installations,
wherein sensitive cable lines need protection
from external electrical noise.
Options include a galvanized steel or bronze core
with a tinned copper braiding with a heavy duty
PVC or Polyurethane jacket.
SHIELDED LIQUID TIGHT HDG STEEL
FLEXIBLE CONDUIT
•
UL listed and CE certified for use in classified
hazardous locations
•
Built with a PVC coated hot dip galvanized
steel core
•
Sizes from ⅜” up to 2”
•
Tinned copper braiding with minimum 90%
coverage
•
UV & Flame retardant
•
PVC jacket has good resistance to oils & mild
acids
•
Option for low smoke, low flame spread
(UL94 V-0), zero halogen Polyurethane outer
jacket with high resistance to ozone,
hydrocarbons, oils & moderate acids
•
Operating temperature of -30°C to 80°C or
-40°C to 80°C
•
Application areas include Aerospace, Defense,
Health care, Telecom, Data centers, Ship
building & Renewable energy
TYPE SLA TYPE HFSLA
SHIELDED LIQUID TIGHT BRONZE
FLEXIBLE CONDUIT
•
CE certified
•
Built with a PVC coated bronze core
•
Sizes from ⅜” up to 2” with a fully interlocked
profile
•
Tinned copper braiding with minimum 90%
coverage
•
UV & flame retardant
•
PVC jacket has good resistance to oils & mild
acids
•
Option for low smoke, low flame spread
(UL94 V-0), zero halogen Polyurethane outer
jacket with high resistance to ozone,
hydrocarbons, oils & moderate acids
•
Operating temperature of -55°C to 105°C or
-40°C to 80°C
•
Application areas include Aerospace, Defense,
Health care, Telecom, Data centers, Ship
building & Renewable energy
NON-BRAIDED LIQUID TIGHT BRONZE
FLEXIBLE CONDUIT
•
CE certified
•
Built with a bronze core without any braiding
•
Sizes from ⅜” up to 2” with a fully interlocked
profile
•
UV & flame retardant
•
PVC jacket has good resistance to oils & mild
acids
•
Option for low smoke, low flame spread
(UL94 V-0), zero halogen Polyurethane outer
jacket with high resistance to ozone,
hydrocarbons, oils & moderate acids
•
Operating temperature of -55°C to 105°C &
-40°C to 80°C
•
Application areas include Aerospace, Defense,
Health care, Telecom, Data centers, Ship
building & Renewable energy
TYPE EMCS TYPE HFEMCS
TYPE EMS TYPE HFEMS
Showcased below is a graphical comparison of
shielded conduits with a standard non-shielded
industrial version LA.
The test frequencies used are 1 MHz to 10 MHz
Electric field, 100 MHz to 1 GHz Planewave field
and 2 GHz to 6 GHz Microwave field and the
attenuation is measured for each type.
Tests performed were as per MIL-STD-285 on a
conduit of size of 1”, fitted with standard liquid
tight connectors.
The graph can show the general effectiveness of
using a shielded flexible conduit in sensitive
electronic systems.
A shielded conduit not only protects from external
EMI/RFI disturbances but also encloses within
itself any internally generated emissions.
These tests were performed under controlled
laboratory conditions and results may vary to a
certain extent in the field.
Back To > Flexible Electrical Conduits
