Helping to light and power our homes and workplaces, Tratos’ Low Voltage (LV) cables are backed by a pedigree of proven experience and manufacturing capability.

(XLPE/SWA/LS0H)

POWER CABLES BASED ON IEC 60502-1

(XLPE/SWA/LS0H) – RTE4OM1FM1 – 0,6/1 kV Unarmoured fire performance power cable for indoor installations in the petroleum industry, chemical and petrochemical plants. Used where limited circuit integrity in the event of a fire is required.

Construction

Conductor: annealed copper wires according to cl. 2 of BS EN 60228

Fire barrier: mica/glass tape

Insulation: XLPE according to IEC 60502

Identification cores: black numbered

Assembly: concentric layers

Separation sheath: LS0H

Armour: galvanized steel wire

Outer sheath: LS0H

Marking: (ELECTRIC CABLE) + (600/1000 V) + (IEC 60502-1) + (TRATOS) + (batch number) + (number of cores) + (size of conductor) + (Metre mark)

Standards

IEC 60502 Design guidelines

IEC 60332-1 Flame retardant

IEC 60332-3A Fire retardant on bunched cables (if required)

IEC 60331 Fire resistant test

IEC 60754 Halogen free properties

IEC 61034 Low smoke emission

(XLPE/LS0H)

POWER CABLES BASED ON IEC 60502-1

(XLPE/LS0H) – RTE4OM1 – 0,6/1 kV – Unarmoured fire performance power cable for indoor installations in the petroleum industry, chemical and petrochemical plants. Used where limited circuit integrity in the event of a fire is required.

Construction

Conductor: annealed copper wires according to cl. 2 of BS EN 60228

Fire barrier: mica/glass tape

Insulation: XLPE according to IEC 60502

Identification cores: black numbered

Assembly: concentric layers

Identification cores: black numbered

Assembly: concentric layers

Outer sheath: LS0H

Marking: (ELECTRIC CABLE) + (600/1000 V) + (IEC 60502-1) + (TRATOS) + (batch number) + (number of cores) + (size of conductor) + (Metre mark)

Standards

IEC 60502 Design guidelines

IEC 60332-1 Flame retardant

IEC 60332-3A Fire retardant on bunched cables (if required)

IEC 60331 Fire resistant test

IEC 60754 Halogen free properties

IEC 61034 Low smoke emission

(XLPE/SWA/PVC or XLPE/SWA/LS0H)

POWER CABLES BASED ON IEC 60502-1

(XLPE/SWA/PVC or XLPE/SWA/LS0H) – RE40RFR(M1) – 0,6/1 kV – Armoured power cable for indoor or outdoor installations in the petroleum industry, chemical and petrochemical plants.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of BS EN 60228

Insulation: XLPE compound according to IEC 60502

Identification cores: black numbered

Assembly: concentric layers

Fillers: non hygroscopic compound or LS0H non hygroscopic compound

Armour: galvanized steel wire

Sheath: PVC or LS0H

Marking: (ELECTRIC CABLE) + (600/1000 V) + (IEC 60502-1) + (TRATOS) + (batch number) + (number of cores) + (size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

IEC 60332-3 C Fire retardant on bunched cables(if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(XLPE/PVC or XLPE/LS0H)

POWER CABLES BASED ON IEC 60502-1

(XLPE/PVC or XLPE/LS0H) – RE40R(M1) – 0,6/1 kV – Unarmoured power cable for indoor installations in the petroleum industry, chemical and petrochemical plants.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of BS EN 60228

Insulation: XLPE compound according to IEC 60502

Identification cores: black numbered

Assembly: concentric layers

Penetrant sheath: PVC or LS0H

Marking: (ELECTRIC CABLE) + (600/1000 V) + (IEC 60502-1) + (TRATOS) + (batch number) + (number of cores) + (size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

IEC 60332-3 C Fire retardant on bunched cables(if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(XLPE/TratosCB®/PVC)

POWER cables

(XLPE/TratosCB®/PVC) – RE4OH5R4R 0,6/1 kV – multi-core – Multi-core cable for installation in and around process plants where hydrocarbons are present without using Lead.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of IEC 60228

Insulation: XLPE compound

Fillers: non hygroscopic compound

Chemical moisture barrier: longitudinally applied Al tape bonded with extruded chemical resistant polymeric layer

Sheath: PVC

Marking: (ELECTRIC CABLE)+(600/1000 V)+ (IEC 60502-1) + (TRATOS) + (batch number)+(number of cores)+(size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

(XLPE/TratosCB®/PVC)

POWER cables

(XLPE/TratosCB®/PVC) – RE4H5R4R 0,6/1 kV – single-core – Single core cable for installation in and around process plants where hydrocarbons are present without using Lead.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of IEC 60228

Insulation: XLPE compound

Chemical moisture barrier: longitudinally applied Al tape bonded with extruded chemical resistant polymeric layer

Sheath: PVC

Marking: (ELECTRIC CABLE)+(600/1000 V)+ (IEC 60502-1) + (TRATOS) + (batch number)+(number of cores)+(size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

(XLPE/Pb/SWA/PVC)

POWER cables

(XLPE/Pb/SWA/PVC) – RE4OLRFR 0,6/1 kV – multi-core – Multi-core, armoured, lead sheathed power cable for indoor and outdoor installations in the petroleum industry, chemical and petrochemical plant in and around process plants where hydrocarbons are present.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of BS EN 60228

Insulation: XLPE compound according to IEC 60502

Fillers: non hygroscopic compound

Metallic sheath: lead alloy

Separation sheath: PVC

Armour: galvanized steel wires

Sheath: PVC

Marking: (ELECTRIC CABLE)+(600/1000 V)+ (IEC 60502-1) + (TRATOS) + (batch number)+(number of cores)+(size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

(XLPE/Pb/AWA/PVC)

POWER cables

(XLPE/Pb/AWA/PVC) – RE4LRFR 0,6/1 kV – single core – Single core, non-magnetic armoured, lead sheathed power cable for indoor and outdoor installations in the petroleum industry, chemical and petrochemical plant in and around process plants where hydrocarbons are present.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of IEC 60228

Insulation: XLPE compound according to IEC 60502

Metallic sheath: Lead alloy

Separation sheath: PVC

Armour: aluminium wires

Sheath: PVC

Marking: (ELECTRIC CABLE)+(600/1000 V)+ (IEC 60502-1) + (TRATOS) + (batch number)+(number of cores)+(size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

(XLPE/Pb/PVC)

POWER cables

(XLPE/Pb/PVC) – RE4OLR 0,6/1 kV – multi-core – Multi-core lead sheathed power cable for indoor and outdoor installations in the petroleum industry, chemical and petrochemical plant in and around process plants where hydrocarbons are present.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of BS EN 60228

Insulation: XLPE compound according to IEC 60502

Fillers: non hygroscopic compound

Metallic sheath: lead alloy

Sheath: PVC

Marking: (ELECTRIC CABLE)+(600/1000 V)+ (IEC 60502-1) + (TRATOS) + (batch number)+(number of cores)+(size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

(XLPE/Pb/PVC)

POWER cables

(XLPE/Pb/PVC) – RE4LR 0,6/1 kV – single core – Single core lead sheathed power cable for indoor and outdoor installations in the petroleum industry, chemical and petrochemical plant in and around process plants where hydrocarbons are present.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of BS EN 60228

Insulation: XLPE compound according to IEC 60502

Metallic sheath: lead alloy

Sheath: PVC

Marking: (ELECTRIC CABLE)+(600/1000 V)+ (IEC 60502-1) + (TRATOS) + (batch number)+(number of cores)+(size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

(XLPE/SWA/PVC or XLPE/SWA/LS0H)

POWER cables

(XLPE/SWA/PVC or XLPE/SWA/LS0H) – RE4OM1(R)FM1(R) 0,6/1 kV – multi-core – Multi-core armoured and sheathed cable for fixed installations for voltages up to 1000V or up to 750 V d.c. to earth, in the petroleum industry, chemical and petrochemical plants, indoor or outdoor locations.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of BS EN 60228

Insulation: XLPE compound according to IEC 60502

Inner covering: non hygroscopic compound or LS0H non hygroscopic compound

Armour: galvanized steel wire

Sheath: PVC or LS0H

Marking: (ELECTRIC CABLE)+(600/1000 V)+ (IEC 60502-1) + (TRATOS) + (batch number)+(number of cores)+(size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

IEC 60332-3 C Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(XLPE/PVC or XLPE/LS0H)

POWER cables

(XLPE/PVC or XLPE/LS0H) – RE4M1(R) 0,6/1 kV – multi-core – Multi-core sheathed cable for fixed installations for voltages up to 1000V or up to 750 V d.c. to earth, in the petroleum industry, chemical and petrochemical plants.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of BS EN 60228

Insulation: XLPE compound according to IEC 60502

Fillers: non hygroscopic compound or LS0H non hygroscopic compound

Sheath: PVC or LS0H

Marking: (ELECTRIC CABLE)+(600/1000 V)+ (IEC 60502-1) + (TRATOS) + (batch number)+(number of cores)+(size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

BS EN 60228 Conductors

IEC 60332-1 Flame retardant

IEC 60332-3 C Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(XLPE/AWA/PVC or XLPE/AWA/LS0H)

POWER cables

(XLPE/AWA/PVC or XLPE/AWA/LS0H) – RE4M1FM1(R) 0,6/1 kV – single core – Single core, non-magnetic, armoured power cable for indoor and outdoor installations in the petroleum industry, chemical and petrochemical plants.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of IEC 60228

Insulation: XLPE compound according to IEC 60502

Bedding: non hygroscopic compound or LS0H non hygroscopic compound

Armour: aluminium wires

Sheath: PVC or LS0H

Marking: (ELECTRIC CABLE) + (600/1000 V) + (IEC 60502-1) + (TRATOS) + (batch number) + (number of cores) + (size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

BS EN 60228 Conductors

IEC 60332-1 Flame retardant

IEC 60332-3 C Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(XLPE/PVC or XLPE/LS0H)

POWER cables

(XLPE/PVC or XLPE/LS0H) – RE4M1(R) 0,6/1 kV – single core – Single core sheathed cable for fixed installations for voltages up to 1000V or up to 750 V d.c. to earth, in the petroleum industry, chemical and petrochemical plants.

Construction

Conductor: bare copper circular stranded, according to cl. 2 of BS EN 60228

Insulation: XLPE compound

Sheath: PVC or LS0H

Marking: (ELECTRIC CABLE) + (600/1000 V) + (IEC 60502-1) + (TRATOS) + (batch number) + (number of cores) + (size of conductor) + (Metre mark)

Standards

IEC 60502-1 Design and tests guidelines

BS EN 60228 Conductors

IEC 60332-1 Flame retardant

IEC 60332-3 C Fire retardant on bunched cables(if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(PVC) N07V-K - 0,45/0,75 kV

Earthing cables

Single core unsheathed cable for fixed protected installations for voltages up to 1000V or up to 750 V d.c. to earth, in the petroleum industry, chemical and petrochemical plants. Flexible, fine wire, conductor to aid installation.

Construction

Conductor: bare copper circular flexible, according to cl. 5 of BS EN 60228

Insulation: PVC compound

Marking: (Year of manufacture) + (serial number) + (Tratos cable type) + [(number of cores) × (cross-section)] + (rated voltage)

Standards

CENELEC HD 21 Design and tests guidelines

IEC 60228 Conductors

IEC 60332-1 Flame retardant

IEC 60332-3A Fire retardant on bunched cables (if required)

IEC 60227/03 Design and tests guidelines

(PVC/SWA/PVC or XLPE/SWA/LS0H)

CONTROL cables BASED ON EN 50288-7

(PVC/SWA/PVC or XLPE/SWA/LS0H) – RE4HM1FM1(R) – 300/500V – Armoured multi-element metallic control cables for indoor and outdoor installations in the petroleum industry, chemical and petrochemical plants. Important Note: These cables are not intended for direct connection to mains electricity supply or other low impedance sources.

Construction

Conductor: annealed copper wires according to cl. 2

Insulation: PVC or XLPE

Identification cores: black numbered

Assembly: concentric layers

Overall screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Inner sheath: PVC or LS0H

Armour: galvanized steel wire comply with EN 10244 cl. D

Outer sheath: PVC or LS0H

Marking: (EN 50288-7) + (300/500 V) +  (TRATOS) + (Year of Manufacture) + (Batch Number) + (Metre Mark)

Standards

EN 50288-7 Design guidelines

EN 50290-2 Specification for insulation and sheath material

BS EN 60288

IEC 60332-1 Flame retardant

IEC 60332-3A Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(PVC/PVC or XLPE/LS0H)

CONTROL cables BASED ON EN 50288-7

(PVC/PVC or XLPE/LS0H) – RE4OHM1(R) – 300/500V – Unarmoured multi-element metallic control cables for indoor installations in the petroleum industry, chemical and petrochemical plants. Important Note: These cables are not intended for direct connection to mains electricity supply or other low impedance sources.

Construction

Conductor: annealed copper wires according to cl. 2

Insulation: PVC or XLPE

Identification cores: black numbered

Assembly: concentric layers

Overall screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Outer sheath: PVC or LS0H

Marking: (EN 50288-7) + (300/500 V) +  (TRATOS) + (Year of Manufacture) + (Batch Number) + (Metre Mark)

Standards

EN 50288-7 Design guidelines

EN 50290-2 Specification for insulation and sheath material

BS EN 60288

IEC 60332-1 Flame retardant

IEC 60332-3A Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(PVC/SWA/PVC or XLPE/SWA/LS0H)

CONTROL CABLES BASED ON PAS 5308

(PVC/SWA/PVC or XLPE/SWA/LS0H) – (F)(R)OHRFR(M1) – 300/500V – Armoured power cable for indoor or outdoor installations in the petroleum industry, chemical and petrochemical plants.

Construction

Conductor: annealed copper wires according to cl. 1 or 2 or 5 of BS EN 60228

Insulation: PVC or XLPE

Identification cores: see table 7 on page 10

Assembly: concentric layers

Overall screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Bedding: PVC or LS0H

Armour: galvanized steel wire

Outer sheath: PVC or LS0H

Marking: (PAS 5308-1) + (300/500 V) +  (TRATOS) + (Year of Manufacture) + (Batch Number) + (Metre Mark)

Standards

PAS 5308-1 Design guidelines

IEC 60332-1 Flame retardant

IEC 60332-3C Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(PVC/PVC or XLPE/LS0H)

CONTROL cables BASED ON PAS 5308

(PVC/PVC or XLPE/LS0H) – (F)(R)ROHR(M1) – 300/500V – Unarmoured control cable for indoor installations in the petroleum industry, chemical and petrochemical plants.

Construction

Conductor: annealed copper wires according to cl. 1 or 2 or 5

Insulation: PVC or XLPE

Identification cores: see table 7 on page 10

Assembly: concentric layers

Overall screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Outer sheath: PVC or LS0H

Marking: (PAS 5308-1) + (300/500 V) +  (TRATOS) + (Year of Manufacture) + (Batch Number) + (Metre Mark)

Standards

PAS 5308-1 Design guidelines

IEC 60332-1 Flame retardant

IEC 60332-3C Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(PE/SWA/PVC or XLPE/SWA/LS0H)

Thermocouple cables BASED ON EN 50288-7

(PE/SWA/PVC or XLPE/SWA/LS0H) – UE(X)HOHRFR(M1) – 300/500V – Armoured cable for indoor or outdoor installations in the petroleum industry, chemical and petrochemical plants. Used as extension and compensating cable in thermocouple temperature measuring circuits  in and around process plants.

Construction

Conductor: solid alloy

Insulation: polyethylene or XLPE

Pairs: twisted

Identification pairs: according to ANSI MC 96.1 or IEC 60584

Individual screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Assembly: concentric layers

Overall screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Outer sheath: PVC or LS0H

Armour: galvanized steel wire

Marking: (EN 50288-7) + (Voltage grade) +  (TRATOS) + (Year of Manufacture) + (Batch Number) + (Metre Mark)

Standards

EN 50288-7 Design guidelines

EN 50290-2 Specification for insulation and sheath material

IEC 60332-1 Flame retardant

IEC 60332-3A Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(PE/PVC or XLPE/LS0H)

Thermocouple cables BASED ON EN 50288-7

(PE/PVC or XLPE/LS0H) – UE(X)HOHR(M1) – 300/500V – Unarmoured cable for indoor installations in the petroleum industry, chemical and petrochemical plants. Used as extension and compensating cable in thermocouple temperature measuring circuits  in and around process plants.

Construction

Conductor: solid alloy

Insulation: polyethylene or XLPE

Pairs: twisted

Identification pairs: according to ANSI MC 96.1 or IEC 60584

Individual screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Assembly: concentric layers

Overall screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Outer sheath: PVC or LS0H

Marking: (EN 50288-7) + (Voltage grade) +  (TRATOS) + (Year of Manufacture) + (Batch Number) + (Metre Mark)

Standards

EN 50288-7 Design guidelines

EN 50290-2 Specification for insulation and sheath material

IEC 60332-1 Flame retardant

IEC 60332-3A Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(PE/SWA/PVC or XLPE/SWA/LS0H)

Thermocouple cables BASED ON PAS 5308

(PE/SWA/PVC or XLPE/SWA/LS0H) – METAL – UEXHOHRFR(M1) – 300/500V – Armoured cable for indoor or outdoor installations in the petroleum industry, chemical and petrochemical plants. Used as extension and compensating cable in thermocouple temperature measuring circuits  in and around process plants.

Construction

Conductor: solid alloy conductor

Insulation: polyethene or XLPE

Pairs: twisted

Identification pairs: numbered pairs and colour code according to ANSI MC 96.1 or IEC 60584

Individual screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Assembly: concentric layers

Overall screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Bedding: PVC or LSOH

Armour: galvanized steel wire

Outer sheath: PVC or LSOH

Marking: (PAS 5308-1) + (Thermocouple type) +  (TRATOS) + (Year of Manufacture) + (Batch Number) + (Metre Mark)

Standards

PAS 5308-1 Design guidelines

IEC 60332-1 Flame retardant

IEC 60332-3C Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(PE/PVC or XLPE/LS0H)

Thermocouple cables BASED ON PAS 5308

(PE/PVC or XLPE/LS0H) – METAL – UEXHOHR – 300/500V – Unarmoured cable for indoor installations in the petroleum industry, chemical and petrochemical plants. Used as extension and compensating cable in thermocouple temperature measuring circuits in and around process plants.

Construction

Conductor: solid alloy conductor

Insulation: polyethene or XLPE

Pairs: twisted

Identification pairs: numbered pairs and colour code according to ANSI MC 96.1 or IEC 60584

Individual screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Assembly: concentric layers

Overall screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Outer sheath: PVC or LSOH

Marking: (PAS 5308-1) + (Thermocouple type) +  (TRATOS) + (Year of Manufacture) + (Batch Number) + (Metre Mark)

Standards

PAS 5308-1 Design guidelines

IEC 60332-1 Flame retardant

IEC 60332-3C Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

(PE/SWA/PVC or XLPE/SWA/LS0H or XLPE/SWA/PVC)

Instrumentation cables based on EN 50288-7

(PE/SWA/PVC or XLPE/SWA/LS0H or XLPE/SWA/PVC) – RE4(X)HOHR(M1)FR(M1) – 300V or 500V – Armoured multi-element metallic instrumentation cables for indoor or outdoor use in analogue and digital communication and control where higher levels of screening than provided by collective screen is required. Important Note: These cables are not intended for direct connection to mains electricity supply or other low impedance sources.

Construction

Conductor: annealed copper wires according to cl. 2

Insulation: polyethylene or XLPE

Pairs: twisted

Identification pairs: see table 11 & 12 on page 12

Individual screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Assembly: concentric layers

Overall screen: aluminium/polyester tape 0.024 mm in electrical contact with tinned annealed copper wires of a total section of 0.5mm2 polyester tape 0.023 mm

Inner sheath: PVC or LS0H

Armour: galvanized steel wire

Outer sheath: PVC or LS0H

Marking: (EN 50288-7) + (Voltage grade) +  (TRATOS) + (Year of Manufacture) + (Batch Number) + (Metre Mark)

Standards

EN 50288-7 Design guidelines

EN 50290-2 Specification for insulation and sheath material

IEC 60332-1 Flame retardant

IEC 60332-3A Fire retardant on bunched cables (if required)

IEC 60754 Halogen free properties (only for LS0H)

IEC 61034 Low smoke emission (only for LS0H)

Cables

(XLPE/SWA/LS0H)

Unarmoured fire performance power cable for indoor installations in the petroleum industry, chemical and petrochemical plants. Used where limited circuit integrity in the event of a fire is required

(XLPE/LS0H)

Unarmoured fire performance power cable for indoor installations in the petroleum industry, chemical and petrochemical plants

(XLPE/SWA/PVC or XLPE/SWA/LS0H)

Armoured power cable for indoor or outdoor installations in the petroleum industry, chemical and petrochemical plants

(XLPE/PVC or XLPE/LS0H)

Unarmoured power cable for indoor installations in the petroleum industry, chemical and petrochemical plants

(XLPE/TratosCB®/PVC)

Multi-core cable for installation in and around process plants where hydrocarbons are present without using Lead

(XLPE/TratosCB®/PVC)

Single core cable for installation in and around process plants where hydrocarbons are present without using Lead