25
LIQUIDTIGHT FLEXIBLE METALLIC CONDUIT SYSTEMS
— Low Fire Hazard EMI/EMC Screen liquidtight conduit systems Type EMILFH-SPL conduit
Advantages include: • EN45545-2 and BS EN 61386-1 & 23 accreditation • HL3 - R22 & R23 rating
The EMILFH-SPL conduit systems are a Low Fire Hazard Performance rated, flexible, liquidtight range. Designed to meet the demand for ‘interoperability’ and compliance with stringent local and European fire safety requirements in the rail infrastructure market, the EMILFH-SPL system, is accredited with the EN45545-2 standard achieving the highest HL3 fire performance rating for both interior and exterior locations. The system provides high performance levels of UV resistance working in a temperature range of (-20°C to +90°C). Providing outstanding performance for Surface Flammability, Smoke Generation Rate and Toxic Gas Generation, according to ASTM E 162, ASTM E 662 and Bombardier SMP 800-C testing procedures, covering fire safety requirements worldwide, thanks to its internal braiding, it is a very good solution where low smoke and toxicity are of concern and EMI/EMC screening is required.
• Up to IP69 rating • Medium flexibility • Suitable for Any buildings & infrastructure where low smoke, low toxicity and EMI screening is required, wide use underground and in any part of train vehicles and infrastructure • EMI/EMC screening
LIQUIDTIGHT FLEXIBLE METALLIC CONDUIT SYSTEMS - TYPE LFH-SPL CONDUIT
— Liquidtight flexible metallic conduit systems Type EMI LFH-SPL conduit
Low fire hazard performance, under-braided, covered steel flexible conduit /Materials: Galvanised steel core, string packing up to 32mm, Interlocked core 40mm and above with galvanised steel overbraid; Low fire hazard jacket The NEW EMILF- SPL conduit systems are Low Fire Hazard Performance rated, flexible, liquidtight range. Designed to meet the demand for ‘interoperability’ and compliance with stringent local and European fire safety requirements in the rail infrastructure market, the EMILFH-SPL system, is accredited with the EN45545-2 standard achieving the highest HL3 fire performance rating for both interior and exterior locations. The system provides high performance levels of UV resistance w orking in a temperature ra nge of (- 2 0°C to + 90 °C) . Providing outstanding performance for Surface Flammability, Smoke Generation Rate and Toxic Gas Generation, according to ASTM E 162, ASTM E 662 and Bombardier SMP 800-C testing procedures, covering fire safety requirements worldwide , thanks to its internal braiding, it is a very good solution where low smoke and toxicity are of concern and EMI/EMC screening is required.
— Type EMILFH-SPL
Advantages include: • EN45545-2 and BS EN 61386-1 & 23 accreditation • HL3 - R22 & R23 rating
Nominal conduit size (mm)
Outside diameter (mm)
US conduit size (in)
Outside diameter (mm)
Inside diameter (mm)
Coil length (m)
• Up to IP69 rating • Medium flexibility • Suitable for Any buildings & infrastructure where low smoke, low toxicity and EMI screening is required, wide use underground and in any part of train vehicles and infrastructure • EMI/EMC screening
Part no.
EMILFH-SPL16/25M EMILFH-SPL20/25M EMILFH-SPL25/25M EMILFH-SPL32/25M EMILFH-SPL40/10M EMILFH-SPL50/10M EMILFH-SPL63/10M NEW
16 20 25 32 40 50 63
12 16 21 27 35 41 53
3/8 ½
17.9 21.3 26.5 33.2 42.0 48.0 60.5
12.3 15.8 20.8 26.5 35.0 40.0 51.3
110 130 160 200 250 290 360
¾ Low fire hazard performance , under-braided, covered steel flexible conduit / Materials: Galvanised steel core, string packing up to 32mm, interlocked core 40mm and above with galvanised steel overbraid; Low fire hazard jacket
1
Conduit size
Dimensions (mm)
US / CAN
1 1/4 1 1/2
Outside Dia. (A)
Inside Dia. (B)
Bend radi (C)
IEC/EN (mm)
in
mm
Part No.
EMILFH-SPL16 EMILFH-SPL20 EMILFH-SPL25 EMILFH-SPL32 EMILFH-SPL40 EMILFH-SPL50 EMILFH-SPL63
16 20 25 32 40 50 63
3/8" 1/2" 3/4"
12 16 21 27 35 41 53
17.9
12.3 15.8 20.8 26.5 35.0 40.0 51.3
110 130 160 200 250 290 360
21.3 26.5 33.2 42.0 48.0 60.5
2
Part number example: To order quote part number, colour & conduit coil length, e.g. EMIEF-SPL16/BL/25m.
1"
1 1/4" 1 1/2"
2"
Approvals
IP rating
Appropriate fitting
Temperature range UV resistance
Part number example: To order quote part number, colour & conduit coil length, e.g. EMILFH-SPL16/BL/25m
For use with: Type SPL, SSPL and SAM
Static applications: -20oC to +90oC Moving applications: --5oC to +105oC
High
Approvals
IP rating
Appropriate fitting
Temperature range UV resistance
IP66 IP67 IP68 IP69
Type M, C45 & C90 For use with: Type SPL, SSPL and SAM
Static applications: -20oC to +90o C Moving applications: -5oC to +105o C
High
Type A, B, M, C45 & C90 IP66
Type M, C45 & C90
Flexibility & fatigue life
IP67 IP68 IP69
Flexibility & fatigue life
Type A, B, M, C45 & C90
Type M, C45 & C90 (10 bar 30mins) NFPA130
Medium flexibility – Medium fatigue life Medium flexibility – Medium fatigue life
Type M, C45 & C90 (10 bar 30mins)
EN45545-2 HL3 - R22 & R23 ASTM E 162 ASTM E 662 Bombardier SMP 800-C
NSF 14159-1-2014 NSF 169-2009
Fire performance & EMI screen Self extinguishing Halogen free Fire performance & EMI screen Self extinguishing Halogen free
Type M, C45 & C90
Type M, C45 & C90
EN45545-2 HL3 - R22 & R23 ASTM E 162 ASTM E 662 Bombardier SMP 800-C
— EMC Screen level - EMI Screening effectiveness of EMILFH-SPL conduit
— The graph shows the results of EMILFH-SPL screened conduit, with its appropriate fittings. — The conduit is tested by ERA technology, to IEC 1196-1 Transfer Impedance. — Tests measured attenuation in decibels (dB) over the frequency range Transfer Impedance was extrapolated to per metre transfer impedance and converted to give a shielding effectiveness, demonstrated by the graph. covered by the EMC directive, 100 kHz to 1 GHz. —
— The graph shows the results of EMILFH-SPL screened conduit, with its appropriate fittings. — The conduit is testedby ERA technology, to IEC 1196-1 Transfer Impedance. — Tests measured attenuation in decibels (dB) over the frequency range covered by the EMC directive, 100 kHz to 1 GHz. — Transfer Impedance was extrapolated to per metre transfer impedance and converted to give a shielding effectiveness, demonstrated by the graph.
110
100
90
80
70
60
50
40
30
20
0.1
1
10
100
1000
Frequency (Mhz)
Powered by FlippingBook