AIRPORT SIGNALING CABLES
Cabos Airport
INNOVCABLE AIRPORT CABLE FOR LIGHT AID – NBR 7732 3.6/6kv SB
-Conductor material: Stranded conductor formed by bare electrolytic copper wires, soft temper, class 2 NBR NM 280 stranding.
– Conductor class: class 2 NBR NM 280 stranding.
– Vein Insulation: EPR/B elastomeric compound or cross-linked polyethylene XLPE in natural color.
– External cover in PVC/ST2 105 °C.
– Manufactured in black RAL 9005, or another color upon customer request.
– Nominal voltage: 3.6/6Kv.
– Conductor resistance: in accordance with DIN VDE 0295 class 2 and IEC 60228 cl. 2
Identification
INNOVCABLE AIRPORT CABLE 3.6/6Kv XX mm² NBR 7732 OF: XXXX/YEAR
Applicable Specifications
Applications
Cable for application in airport lighting aids. Insulation with high dielectric strength guarantees reliability to the electrical systems of taxiways, landing and takeoff runways present at airports. These cables have flame resistance and self-extinguishing characteristics, verified through the NM-IEC 60332-1 test.
Maximum Conductor Temperature
Maximum temperature at steady state: 90°C;
Maximum overload temperature: 130°C;
Maximum short-circuit temperature: 250°C.
Notes
– We can produce, upon request, several other options and cable configurations. Innovcable reserves the right to change this catalog without prior notice.
INNOVCABLE AIRPORT CABLE FOR LIGHTING AID – NBR 7732 3.6/6kv SHIELDED BT/BFC
-Conductor material: Stranded conductor formed by bare electrolytic copper wires, soft temper, class 2 NBR NM 280 stranding.
– Conductor class: class 2 NBR NM 280 stranding.
– Vein Insulation: EPR/B elastomeric compound or cross-linked polyethylene XLPE in natural color.
– Shielding in copper tape (BFC) or copper mesh (BT).
– External cover in PVC/ST2 105 °C.
– Manufactured in black RAL 9005, or another color upon customer request.
– Nominal voltage: 3.6/6Kv.
– Conductor resistance: in accordance with DIN VDE 0295 class 2 and IEC 60228 cl. 2
Identification
INNOVCABLE AIRPORT CABLE 3.6/6Kv BT OR BTC XX mm² NBR 7732 OF: XXXX/YEAR
Applicable Specifications
Applications
Cable for application in airport lighting aids. Insulation with high dielectric strength guarantees reliability to the electrical systems of taxiways, landing and takeoff runways present at airports. These cables have flame resistance and self-extinguishing characteristics, verified through the NM-IEC 60332-1 test.
Maximum Conductor Temperature
Maximum temperature at steady state: 90°C;
Maximum overload temperature: 130°C;
Maximum short-circuit temperature: 250°C.
Notes
– We can produce, upon request, several other options and cable configurations. Innovcable reserves the right to change this catalog without prior notice.
INNOVCABLE AIRPORT CABLE FAA L-824 C UNSHIELDED 5KV
– Conductor: Class B Copper in accordance with ASTM B3, B8 and B33
– Semiconductor layer: Extruded semiconductor layer or helically applied semiconductor tape
– Insulation: Cross-linked Polyethylene (XLPE) or EPR/B.
– Manufactured in black RAL 9005, or another color upon customer request (green, blue, red, etc.).
– Nominal voltage: 5.0 KV
Identification
INNOVCABLE __ X AWG 5000V XLPE 90{D}C FAA-L824, TYPE C UNSHIELDED
Applicable Specifications
Applications
Airport lighting cable is constructed for underground use in accordance with the requirements of (FAA) L-824 C for Airport Lighting Circuits (AC 150/5345-53D), (AC 150/5345-7F). Airport cable is available from #8 AWG to #4 AWG. Class B bare annealed copper conductors, insulated with XLPE or EPR/B cross-linked polyethylene resistant to abrasion, humidity and heat. Airport lighting cable is mainly used for series lighting circuits for runways, control systems and other multi-functional installations. It can be used in direct burial, conduit or channels.
Maximum Conductor Temperature
– Normal operating temperature: +90° C
– Emergency operating temperature: +130° C
– Short circuit temperature: 250° C
Notes
– We can produce, upon request, several other options and cable configurations. Innovcable reserves the right to change this catalog without prior notice.
INNOVCABLE AIRPORT CABLE FAA L-824 C WITHOUT SHEATHED 5KV
– Conductor: Bare Braided Copper.
– Insulation: Cross-linked Polyethylene (XLPE) or EPR/B.
– External Cover: PE or PVC.
– Manufactured in black RAL 9005.
– Nominal voltage: 5.0 KV
Identification
INNOVCABLE __ X AWG 5000V
Applicable Specifications
Applications
Airport Lighting Cable is constructed for underground use in accordance with the requirements of (FAA) L-824 C for Airport Lighting Circuits ((AC 150/5345-7F). Airport cable is available from #8 AWG through #4 AWG .Class B bare annealed copper conductors, insulated with abrasion, moisture and heat resistant cross-linked polyethylene XLPE or EPR/B. mainly for series lighting circuits for runways, control systems and other multifunctional installations. It can be used in direct burial, conduit or raceways.
Maximum Conductor Temperature
– Normal operating temperature: +90° C
– Emergency operating temperature: +130° C
– Short circuit temperature: 250° C
Notes
– We can produce, upon request, several other options and cable configurations. Innovcable reserves the right to change this catalog without prior notice.
INNOVCABLE AIRPORT CABLE FAA L-824 C SHIELDED 5KV
– Conductor: Bare Braided Copper.
– Semiconductor layer: Extruded semiconductor layer.
– Insulation: Cross-linked Polyethylene (XLPE).
– External semiconductor layer: Helically applied or extruded semiconductor tape.
– Shielding: Shielded in copper tape or tinned copper mesh.
– External Cover: PVC. PE/XLPE can be offered upon request.
– Manufactured in black RAL 9005.
– Nominal voltage: 5.0 KV
Identification
INNOVCABLE __ X AWG 5000V XLPE 90 C FAA-L824, TYPE C SHIELDED
Applicable Specifications
Applications
Airport lighting cable is constructed for underground use in accordance with the requirements of (FAA) L-824 C for airport lighting circuits FAA AC 150/5345-7E, FAA AC150/5345-7F. Airport cable is available from #8 AWG to #4 AWG. Class B bare annealed copper conductors, insulated with XLPE or EPR/B cross-linked polyethylene resistant to abrasion, humidity and heat. Airport lighting cable is mainly used for series lighting circuits for runways, control systems and other multi-functional installations. It can be used in direct burial, conduit or channels.
Maximum Conductor Temperature
– Normal operating temperature: +90° C
– Emergency operating temperature: +130° C
– Short circuit temperature: 250° C
Notes
– We can produce, upon request, several other options and cable configurations. Innovcable reserves the right to change this catalog without prior notice.
INNOVCABLE AIRPORT CABLE FAA L-824 B SHIELDED 5KV
– Conductor: Bare Braided Copper.
– Insulation: EPR.
– Semiconductor layer: Semiconductor tape applied helically.
– Shielding: Shielded in copper tape.
– Separator: Separator tape
– External Cover: CPE.
– Manufactured in black RAL 9005.
– Nominal voltage: 5.0 KV
Identification
INNOVCABLE __ X AWG 5000V EPR 90 C FAA-L824, TYPE B SHIELDED
Applicable Specifications
Applications
Airport lighting cable is constructed for underground use in accordance with the requirements of (FAA) L-824 B for airport lighting circuits FAA AC150/5345-7F. Class B bare annealed copper conductors, insulated with EPR resistant to abrasion, moisture and heat. Airport lighting cable is mainly used for series lighting circuits for runways, control systems and other multi-functional installations. It can be used in direct burial, conduit or channels.
Maximum Conductor Temperature
– Fixed use temperature: -40°C to +85°C
– Maximum conductor temperature in normal operation:≤90℃
Notes
– We can produce, upon request, several other options and cable configurations. Innovcable reserves the right to change this catalog without prior notice.
INNOVCABLE AIRPORT CABLE FAA L-824 B UNSHIELDED 5KV
– Conductor: Bare Braided Copper.
– Insulation: EPR.
– External Cover: CPE.
– Manufactured in black RAL 9005.
– Nominal voltage: 5.0 KV
Identification
INNOVCABLE __ X AWG 5000V EPR 90 C FAA-L824, TYPE B UNSHIELDED
Applicable Specifications
Applications
Airport lighting cable is constructed for underground use in accordance with the requirements of (FAA) L-824 B for airport lighting circuits FAA AC150/5345-7F. Airport cable is available from #8 AWG to #4 AWG. Class B bare annealed copper conductors, insulated with EPR resistant to abrasion, moisture and heat. Airport lighting cable is mainly used for series lighting circuits for runways, control systems and other multi-functional installations. It can be used in direct burial, conduit or channels.
Maximum Conductor Temperature
– Fixed use temperature: -40°C to +85°C
– Maximum conductor temperature in normal operation:≤90℃
Notes
– We can produce, upon request, several other options and cable configurations. Innovcable reserves the right to change this catalog without prior notice.
INNOVCABLE AIRPORT CABLE FAA L-824 C 600V
– Conductor: Bare Braided Copper according to ASTM B
– Insulation: XLPE or EPR/B
– External Cover: PVC (only for multiconductors).
– Manufactured in black RAL 9005.
– Nominal voltage: 600 V
Identification
INNOVCABLE __ X AWG 600V EPR/B 90 C FAA-L824, TYPE C
Applicable Specifications
Applications
Airport lighting cable is constructed for underground use in accordance with the requirements of (FAA) L-824 C for Airport Lighting Circuits FAA AC150/5345-7F. Class B bare annealed copper conductors, insulated with XLPE or EPR/B resistant to abrasion, humidity and heat. Airport lighting cable is mainly used for series lighting circuits for runways, control systems and other multi-functional installations. It can be used in direct burial, conduit or channels.
Maximum Conductor Temperature
– Fixed use temperature: -40°C to +90°C
– Maximum conductor temperature in normal operation:≤90℃
Notes
– We can produce, upon request, several other options and cable configurations. Innovcable reserves the right to change this catalog without prior notice.
