FIRE SYSTEM CABLES - NBR 17240
Fire system cables - with and without armour
INNOVCABLE FIRE ALARM SB - 300V - NBR 17240
1) Stranded conductor formed by electrolytic bare copper wires, soft temper, class 2 NBR NM 280 stranding.
2) Insulation in thermoplastic compound based on
thermoplastic compound based on polyvinyl chloride (PVC/A) 70° C.
3) Conductors in pairs or suits.
Pair: Black / Red.
Tern: Black / Red / White.
4) Pitch of twist: 50 to 65mm
5) Polyester tape separator.
6) Cover in thermoplastic compound based on polyvinyl chloride (PVC/A) in Red colour.
- Insulation voltage: 300V - NBR 6148
- Routine tests:
Electrical resistance of the conductor at 20ºC
Alternating current electric tension
Insulation resistance.
Identification
INNOVCABLE FIRE ALARM SB X X mm² 300V NBR 17240 OF:XXXX/YEAR.
Applicable Specifications
Applications
They are used in fixed installations of fire alarm systems for conducting analog (4 - 20mA) and digital signals, point-to-point instrumentation, Hart® protocol, connections of various sensors and meters, power supply to conventional and electronic relays, in industrial environments generally related to fire detection and alarm systems, intruder security systems, remote measurement systems and emergency lighting systems.
FIRE ALARM SB 300V cables are recommended for continuous installation with galvanised steel pipes. Cable constructed to comply with NBR 17240.
Excellent flexibility, resistance to chemicals, humidity and UV rays, anti-flame and self-extinguishing complying with the vertical flame propagation tests, according to NBR NM IEC 60332-3-23, category B.
Maximum Conductor Temperature
Conductor temperature under continuous regime: 70ºC (PVC/A)
- Can be made with other insulations:
Vein insulation material / other temperatures:
PVC/E - 105 ºC
XLPE - 125 ºC or 90 ºC
HEPR - 90 ºC
Notes
OTHER CONFIGURATIONS CAN BE MANUFACTURED ON REQUEST:
1- Tinned copper conductor.
Class 1, 4 or 5 stranding.
Quad formation.
2- Different sections and number of veins.
3- Vein insulation material / other temperatures:
PVC/E -105 ºC
XLPE - 125 ºC or 90 ºC
HEPR - 90 ºC
PE - 80 ºC
4- Material of the intermediate layer and the cover:
PE
PVC/ST1
PVC/ST2
Special PVC resistant to oils, grease and other chemical products.
LSZH (non-halogenated polyolefin compound)
5- Cover perfectly cylindrical for applications with cable glands in classified areas (Ex)
6- Insulation voltage: 300V, 750V or 0,6/1KV.
Innovcable reserves the right to modify this catalogue without prior notice.
INNOVCABLE FIRE ALARM SB - 600V - NBR 17240
1) Stranded conductor formed by electrolytic bare copper wires, soft temper, class 2 NBR NM 280 stranding.
2) Insulation in thermoplastic compound based on
thermoplastic compound based on polyvinyl chloride (PVC/A) 70° C.
3) Conductors in pairs or suits.
Pair: Black / Red.
Tern: Black / Red / White.
4) Pitch of twist: 50 to 65mm
5) Polyester tape separator.
6) Cover in thermoplastic compound based on polyvinyl chloride (PVC/A) in Red colour.
- Insulation voltage: 600V - NBR 6148
- Routine tests:
Electrical resistance of the conductor at 20ºC
Alternating current electric tension
Insulation resistance.
Identification
INNOVCABLE FIRE ALARM SB X X mm² 600V NBR 17240 OF:XXXX/YEAR.
Applicable Specifications
Applications
They are used in fixed installations of fire alarm systems for conducting analog (4 - 20mA) and digital signals, point-to-point instrumentation, Hart ® protocol, connections of various sensors and meters, power supply to conventional and electronic relays, in industrial environments generally related to fire detection and alarm systems, intrusion security systems, remote measurement systems and emergency lighting systems.
FIRE ALARM SB 600V cables are recommended for continuous installation with galvanised steel pipes. Cable constructed to comply with NBR 17240.
Excellent flexibility, resistance to chemicals, humidity and UV rays, anti-flame and self-extinguishing complying with the vertical flame propagation tests, according to NBR NM IEC 60332-3-23, category B.
Maximum Conductor Temperature
Conductor temperature under continuous regime: 70ºC (PVC/A)
- Can be made with other insulations:
Vein insulation material / other temperatures:
PVC/E - 105 ºC
XLPE - 125 ºC or 90 ºC
HEPR - 90 ºC
Notes
OTHER CONFIGURATIONS CAN BE MANUFACTURED ON REQUEST:
1- Tinned copper conductor.
Class 1, 4 or 5 stranding.
Quad formation.
2- Different sections and number of veins.
3- Vein insulation material / other temperatures:
PVC/E -105 ºC
XLPE - 125 ºC or 90 ºC
HEPR - 90 ºC
PE - 80 ºC
4- Material of the intermediate layer and the cover:
PE
PVC/ST1
PVC/ST2
Special PVC resistant to oils, grease and other chemical products.
LSZH (non-halogenated polyolefin compound)
5- Cover perfectly cylindrical for applications with cable glands in classified areas (Ex)
6- Insulation voltage: 300V, 750V or 0,6/1KV.
Innovcable reserves the right to modify this catalogue without prior notice.
INNOVCABLE FIRE ALARM BF - 300V - NBR 17240
1) Stranded conductor formed by electrolytic bare copper wires, soft temper, class 2 NBR NM 280 stranding.
2) Insulation in thermoplastic compound based on
Polyvinyl chloride based thermoplastic compound (PVC/E) 105° C.
3) Conductors in pairs or suits.
Pair: Black / Red
Tern: Black / Red / White
4) Pitch of twist: 50 to 65mm
5) Separator in polyester tape and collective shield in aluminized polyester tape, with flexible drain conductor of section 0,5 mm², formed by tinned electrolytic copper wires.
6) Covering in thermoplastic compound based on polyvinyl chloride (PVC/ST1) in red colour.
- Insulation voltage: 300V - NBR 6148
- Routine tests:
Electrical resistance of the conductor at 20ºC
Alternating current electric tension
Insulation resistance.
Identification
INNOVCABLE FIRE ALARM BF X X mm² 300V 105°C NBR 17240 OF:XXXX/YEAR.
Applicable Specifications
Applications
They are used in fixed installations of fire alarm systems for conducting analog (4 - 20mA) and digital signals, point-to-point instrumentation, Hart ® protocol, connections of various sensors and meters, power supply to conventional and electronic relays, in industrial environments generally related to fire detection and alarm systems, intruder security systems, remote measurement systems and emergency lighting systems.
The FIRE ALARM BF 300V cables are recommended for those cases in which excellent levels of protection against external electromagnetic interferences are required, and maximum immunity against the appearance of "crosstalk" (diaphonia) between the various pairs/pairs, providing electrical discharge of the same. Cable constructed to comply with NBR 17240.
Excellent flexibility, resistance to chemicals, humidity and UV rays, anti-flame and self-extinguishing complying with the vertical flame propagation tests, according to NBR NM IEC 60332-3-23, category B.
Maximum Conductor Temperature
In continuous regime: 105ºC (PVC/E)
- Can be made with other insulations:
Vein insulation material / other temperatures:
PVC/A -70 ºC
XLPE - 125 ºC or 90 ºC
HEPR - 90 ºC
PE - 80 ºC
Notes
OTHER CONFIGURATIONS CAN BE MANUFACTURED ON REQUEST:
1- Tinned copper conductor.
Stranding class 1, 4 or 5.
2- Different sections and number of veins.
3- Vein insulation material / other temperatures:
PVC/A -70 ºC
XLPE - 125 ºC or 90 ºC
HEPR - 90 ºC
PE - 80 ºC
4- Material of the intermediate layer and the cover:
PE
PVC/E
PVC/ST2
Special PVC resistant to oils, grease and other chemicals.
LSZH (non-halogenated polyolefin compound)
5- Perfectly cylindrical cover for cable gland applications in classified areas (Ex)
6- Insulation voltage: 600V, 750V, 0,6/1KV among others.
Innovcable reserves the right to modify this catalogue without prior notice.
INNOVCABLE FIRE ALARM BF - 600V - NBR 17240
1) Stranded conductor formed by electrolytic bare copper wires, soft temper, class 2 NBR NM 280 stranding.
2) Insulation in thermoplastic compound based on
thermoplastic compound based on polyvinyl chloride (PVC/A) 70° C.
3) Conductors in pairs or suits.
Pair: Black / Red.
Tern: Black / Red / White.
4) Pitch of twist: 50 to 65mm
5) Separator in polyester tape and collective shield in aluminized polyester tape, with flexible drain conductor of section 0,5 mm², formed by tinned electrolytic copper wires.
6) Covering in thermoplastic compound based on polyvinyl chloride (PVC/E) 105° C in red colour.
- Insulation voltage: 600V - NBR 6148
- Routine tests:
Electrical resistance of the conductor at 20ºC
Alternating current electric tension
Insulation resistance.
Identification
INNOVCABLE FIRE ALARM BF X X mm² 600V 70°C NBR 17240 OF:XXXX/YEAR.
Applicable Specifications
Applications
They are used in fixed installations of fire alarm systems for conducting analog (4 - 20mA) and digital signals, point-to-point instrumentation, Hart ® protocol, connections of various sensors and meters, power supply to conventional and electronic relays, in industrial environments generally related to fire alarm and detection systems, intruder security systems, remote measurement systems and emergency lighting systems.
FIRE ALARM BF 600V cables are recommended for those cases in which excellent levels of protection against external electromagnetic interferences are required, and maximum immunity against the appearance of "crosstalk" (diaphonia) between the various pairs/pairs, providing electrical discharge of the same. Cable constructed to comply with NBR 17240.
Excellent flexibility, resistance to chemicals, humidity and UV rays, anti-flame and self-extinguishing complying with the vertical flame propagation tests, according to NBR NM IEC 60332-3-23, category B.
Maximum Conductor Temperature
Conductor temperature under continuous regime: 70ºC (PVC/A)
Temperature of the external layer: 105ºC (PVC/E).
- Can be made with other insulations:
Vein insulation material / other temperatures:
PVC/A -70 ºC
XLPE - 125 ºC or 90 ºC
HEPR - 90 ºC
PE - 80 ºC
Notes
OTHER CONFIGURATIONS CAN BE MANUFACTURED ON REQUEST:
1- Tinned copper conductor.
Class 1, 4 or 5 stranding.
Quad formation.
2- Different sections and number of veins.
3- Vein insulation material / other temperatures:
PVC/E -105 ºC
XLPE - 125 ºC or 90 ºC
HEPR - 90 ºC
PE - 80 ºC
4- Material of the intermediate layer and the cover:
PE
PVC/ST1
PVC/ST2
Special PVC resistant to oils, grease and other chemical products.
LSZH (non-halogenated polyolefin compound)
5- Cover perfectly cylindrical for applications with cable glands in classified areas (Ex)
6- Insulation voltage: 300V, 750V or 0,6/1KV.
Innovcable reserves the right to modify this catalogue without prior notice.
