Finden Sie schnell kabels für Ihr Unternehmen: 1613 Ergebnisse

HALOGEN-FREE FIRE RESISTANT (CI) INSTRUMENTATION CABLES, EN 50288-7MULTI-PAIR, SILICONE INSULATED, INDIVIDUAL & COLLECTIVE SCREENED, ARMOURED, HFFR SHEATHED These cables are used for transmission of analoge and digital signals in instrument and control systems at chemistry and petrochemistry industry plants, power plants, natural gas and petroluem plants, etc... These cables are used on the basis of a fixed operating mode, can continue with the supply of a power under the existing fire conditions and in the environments which have no corrosive gases are emitted in the event of fire. In case of fire, these cables inhibit the propagation of the flames whereby the development of smoke is extremely low. Instrumentation cables are not allowed for direct connection to a low impedance sources, e.g. public mains electricity supply. With blue sheath it is suitable for intrinsically safe systems. The armour above the inner sheath protects the cable from mechanical shocks. These cables are recommended for direct burial. They are for indoor and outdoor installation, in dry and wet locations; on racks, trays, in conduits. Conductor: Plain copper wire, stranded, IEC 60228 Sınıf 2, TS/DIN EN 60228 Sınıf 2 Insulation: Special silicone rubber compound Core identification: Black / Blue ; with numbered tape under , separator tape of the pair screen, Upon request ; Black / Blue cores numbered 1-1, 2-2,…, Other core configurations manufactured upon request. Pair: Two conductors twisted to a pair PIMF Construction: Polyester tape above the pair, AL-PES tape, over solid tinned copper drain wire, 0,60 mm, Upon request ; Stranded 0,50 mm2 copper drain wire Lay-up: PIMF laid up in layers of optimum pitch Separator: Polyester tape Screen: AL-PES tape over stranded tinned copper drain, wire 0,50 mm2 Inner sheath: HFFR compound, EN 50290-2-27 Armour: Galvenized round steel wire, EN 10257-1 Outer sheath: HFFR compound, EN 50290-2-27 Sheath colour: RAL 9005, Black or RAL 5015, Blue Min. bending radius: 10 x D Flame test: IEC 60332-1 & TS/DIN EN 60332-1, IEC 60332-3 & TS/DIN EN 50266-2-4 Smoke density test: IEC 61034-2 & TS/DIN EN 61034-2 Halogen-free properties test: IEC60754-1/2 & TS/DIN EN 50267-2 Circuit integrity (CI): IEC 60331 , VDE 0472-814, BS 6387 Cat. CWZ Standard: TS/DIN EN 50288-7, (Designed according to) Conductor resistance: 0,50mm2 : 36,7 Ω/km, 0,75mm2 : 25,0 Ω/km, 1,0mm2 : 18,5 Ω/km, 1,3mm2 : 14,2 Ω/km, 1,5mm2 : 12,3 Ω/km Insulation resistance: Min. 300 MΩ.km Mutual Capacitance: max. 150 pF/m L / R (ratio) (max.): 0,50mm2 : 25 µH/Ω, 0,75mm2 : 25 µH/Ω, 1,0mm2 : 25 µH/Ω1,30mm2 : 40 µH/Ω, 1,5mm2 : 40 µH/Ω Rated voltage: 500V Test voltage: Urms core-core : 2000 V, Urms core-screen : 2000 V Temperature range: operation : - 30 oC ~ + 90 oC, ınstallation : - 5 oC ~ + 50 oC

INSTRUMENTATION CABLES, BS 5308 PART 1 TYPE 2MULTİ-PAİR, PE INSULATED, INDIVIDUAL & COLLECTİVE SCREENED, ARMOURED, PVC SHEATHED These cables are used for transmission of analoge and digital signals in instrument and control systems at chemistry and petrochemistry industry plants, power plants, natural gas and petroluem plants, etc... . Instrumentation cables are not allowed for direct connection to a low impedance sources, e.g. public mains electricity supply. The armour above the inner sheath protects the cable from mechanical shocks. These cables are recommended for direct burial. They are for indoor and oudoor installation, in dry and wet locations; on racks, trays, in conduits. Insulation: PE compound, BS 6234 Type03 Core identification: Black / blue ; with numbered tape under, separator tape of the pair screen, *Upon request ; Black / White cores numbered 1-1, 2-2,… Pair: Two conductors twisted to a pair PIMF Construction: Polyester tape above the pair, AL-PES tape, over tinned copper drain wire, 0,50 mm2 Lay-up: PIMF laid up in layers of optimum pitch Separator: Polyester tape Screen: AL-PES tape over tinned copper drain wire 0,50 mm2 Bedding: PE compound, BS 6234 Type 03, Black Armour: Galvenized round steel wire, BS EN 10257-1 Outer sheath: PVC comp., flame retardant; TM1, BS 7655 Sheath colour: RAL 9005, Black Conductor: Plain annealed copper wire, BS 6360 , 0,50 mm2 and 1,0 mm2 solid,, 0,50 mm2 flexible or 1,5 mm2 stranded Standard: BS 5308 Part 1 Type 2 Insulation thickness: 0,50mm2 : 0,50mm, 1,0mm2 : 0,60mm, 0,50mm2 : 0,60mm, 1,50mm2 : 0,60mm Conductor class, BS 6360: 0,50mm2 : Class 1, 1,0mm2 : Class 1, 0,50mm2 : Class 5, 1,5mm2 : Class 2 Conductor resistance: 0,50mm2 : 36,8 Ω/km, 1,0mm2 : 18,4 Ω/km, 0,50mm2 : 39,7 Ω/km, 1,5mm2 : 12,3 Ω/km Insulation resistance: Min. 5000 MΩ.km Mutual Capacitance: 0,50 mm2 : max. 115 pF/m, 1,0 mm2 : max. 115 pF/m, 1,5 mm2 : max. 120 pF/m Capacitance unbalance: (1 kHz) : max. 250 pF/250 m L / R (ratio) (max.): 0,50mm2 : 25 µH/Ω, 1,0mm2 : 25 µH/Ω, 1,5mm2 : 40 µH/Ω Rated voltage: 300/500V Test voltage: Urms core-core : 1000 V, Urms core-screen : 1000 V Temperature range: operation : - 40 oC ~ + 70 oC, ınstallation : - 5 oC ~ + 50 oC Min. bending radius: 8 x D Flame retardance test: IEC 60332-1 & BS EN 60332-1

INSTRUMENTATION CABLES, BS 5308 PART 2 TYPE 1SİNGLE & MULTİ-PAİR, PVC INSULATED, COLLECTİVE SCREENED,ARMOURED, PVC SHEATHED These cables are used for transmission of analoge and digital signals in instrument and control systems at chemistry and petrochemistry industry plants, power plants, natural gas and petroluem plants, etc... . Instrumentation cables are not allowed for direct connection to a low impedance sources, e.g. public mains electricity supply. The armour above the inner sheath protects the cable from mechanical shocks. These cables are recommended for direct burial. They are for indoor and oudoor installation, in dry and wet locations; on racks, trays, in conduits. Conductor: Plain annealed copper wire, BS 6360 , 0,50 mm2 and 0,75 mm2 flexible, or, 1,5 mm2 stranded Insulation: PVC compound, TI1, BS 6746 Core identification: According to BS 5308 Part 2 colour coded, *Upon request ; Black / White cores numbered 1-1, 2-2,… Pair: Two conductors twisted to a pair Lay-up: PIMF laid up in layers of optimum pitch Separator: Polyester tape Screen: AL-PES tape over tinned copper drain wire 0,50 mm2 Bedding: PVC compund, TM1, BS 7655, Black Armour: Galvenized round steel wire, BS EN 10257-1 Outer sheath: PVC comp., flame retardant; TM1, BS 7655 Sheath colour: RAL 9005, Black Standard: BS 5308 Part 2 Type 2 Insulation thickness: 0,50mm2 : 0,60mm, 0,75mm2 : 0,60mm, 1,50mm2 : 0,60mm Conductor class, BS 6360: 0,50mm2 : Class 5, 0,75mm2 : Class 5, 1,5mm2 : Class 2 Conductor resistance: 0,50mm2 : 39,7 Ω/km, 0,75mm2 : 26,5 Ω/km, 1,5mm2 : 12,3 Ω/km Insulation resistance: Min. 25 MΩ.km Mutual Capacitance: max. 250 pF/m Capacitance unbalance: (1 kHz) : max. 450 pF/250 m L / R (ratio) (max.): 0,50mm2 : 25 µH/Ω, 0,75mm2 : 25 µH/Ω, 1,5mm2 : 40 µH/Ω Rated voltage: 300/500V Test voltage: Urms core-core : 1000 V, Urms core-screen : 1000 V Temperature range: operation : - 40 oC ~ + 70 oC, ınstallation : - 5 oC ~ + 50 oC Min. bending radius: 6 x D Flame retardance test: IEC 60332-1 & BS EN 60332-1

INSTRUMENTATION CABLES, EN 50288-7RE-2Y(St)YSWAY-fl,SINGLE & MULTI-TRIPLE, PE INSULATED, COLLECTIVE SCREENED, ARMOURED, PVC SHEATHEDRE-2X(St)YSWAY-fl,SINGLE & MULTI-TRIPLE, XLPE INSULATED, COLLECTIVE SCREENED, ARMOURED, PVC SHEATHED These cables are used for transmission of analoge and digital signals in instrument and control systems at chemistry and petrochemistry industry plants, power plants, natural gas and petroluem plants, etc... . Instrumentation cables are not allowed for direct connection to a low impedance sources, e.g. public mains electricity supply. With blue sheath it is suitable for intrinsically safe systems. The armour above the inner sheath protects the cable from mechanical shocks. These cables are recommended for direct burial. They are for indoor and outdoor installation, in dry and wet locations; on racks, trays, in conduits. Inner sheath (2Y): PVC comp., flame retardant; EN 50290-2-22 Inner sheath (2X): PVC compound, 90 oC grade; EN 50290-2-22 Armour: Galvenized round steel wire, EN 10257-1 Outer sheath (2Y): PVC comp., flame retardant; EN 50290-2-22 Outer sheath (2X): PVC compound, 90 oC grade; EN 50290-2-22 Sheath colour: RAL 9005, Black or RAL 5015, Blue Conductor: Plain copper wire, stranded, IEC 60228 Sınıf 2, TS/DIN EN 60228 Sınıf 2 Insulation (2Y): PE compound, EN 50290-2-23; (RE-2Y….) Insulation (2X): XLPE compound, EN 50290-2-29; (RE-2X….) Core identification: Black / White / Red cores are numbered, (1-1-1, 2-2-2,…), Upon request ; Colour coded according to IEC 60189-2, Other core configurations manufactured upon request. Pair: Two conductors twisted to a pair Lay-up: Pairs laid up in layers of optimum pitch Separator: Polyester tape Screen: AL-PES tape over stranded tinned copper drain, wire 0,50 mm2 Standard: TS/DIN EN 50288-7 Insulation thickness: 0,50mm2 : 0,40 mm, 0,75mm2 : 0,40 mm, 1,0mm2 : 0,40 mm, 1,3mm2 : 0,45 mm, 1,5mm2 : 0,45 mm Conductor resistance: 0,50mm2 : 36,7 Ω/km, 0,75mm2 : 25,0 Ω/km, 1,0mm2 : 18,5 Ω/km, 1,3mm2 : 14,2 Ω/km, 1,5mm2 : 12,3 Ω/km Insulation resistance: Min. 5000 MΩ.km L / R (ratio) (max.): 0,50mm2 : 25 µH/Ω, 0,75mm2 : 25 µH/Ω, 1,0mm2 : 25 µH/Ω1,30mm2 : 40 µH/Ω, 1,5mm2 : 40 µH/Ω Rated voltage: 300V Test voltage: Urms core-core : 1500 V, Urms core-screen : 1500 V Temperature range (2Y): operation : - 30 oC ~ + 70 oC, ınstallation : - 5 oC ~ + 50 oC Temperature range (2X): operation : - 30 oC ~ + 90 oC, ınstallation : - 5 oC ~ + 50 oC Min. bending radius: 10 x D Flame retardance test: IEC 60332-1 & EN 60332-1

HIGH TEMPERATURE, TWISTED PAIR RESISTANT TO FIRE SILICONE CABLES These twisted pairs (pair form) cables fields of use as a control and power supply cable they are fire proof and halogen free cables which, on the basis of a fixed operating mode, can continue with the supply of a power for a period of 180 minutes under the existing fire conditions (at a temperature of 750OC and under the flames ). Also these cables shall satify EN50200 test which is a fire resistant with mechancal shock test (under the conditions at 842oC and mechenical shock) by the classes PH15-PH30-PH60-PH90, if it has requsted, Because of their unique features, they can be used; on the fire alarm systems, lighting systems on the equipment and devices which are connected to the fire alarm devices, in the environments which have no corrosive gases are emitted in the event of fire. These cables are used at metro, schools, airpots, hospitals, etc. Conductor: IEC 60228 Class 5, TS/DIN EN 60228 Class 5, Flexible copper wires, plain; Insulation: Speacial silicone rubber compound Core identification: According to TS HD 308 S2 & VDE 0293-308, Acc. to TS/DIN EN 50334 black cores with, white numerals with green/yellow after 5 cores Lay-up: Cores laid up in layers of optimum pitch Outer sheath: Silicone rubber compound Sheath colour: RAL 2009, Orange Standard: VDE 0250, DIN VDE 0282-15 and, TS HD 22.15 S1, (Designed according to) Insulation resistance: Min. 20 MΩ.km Temp. at conductor: + 180 oC Short circuit tempetarure: +200oC Rated voltage: 300 / 500V Test voltage: 2000 V Temperature range: Fixed: - 60 oC ~ + 180 oC, Mobile: - 25 oC ~ + 180 oC Min. bending radius: Fixed: 4 x D, Mobile: 7,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1, IEC 60332-3 & EN 50266-2-4 Insulation integrity: IEC 60331 , VDE 0472-814 Fire resistant with mechanical shock*Upon request: DIN EN 50200 ; PH 15 (15 minutes), DIN EN 50200 ; PH 30 (30 minutes), DIN EN 50200 ; PH 60 (60 minutes), DIN EN 50200 ; PH 90 (90 minutes)

HALOGEN-FREE INSTRUMENTATION CABLES, EN 50288-7RE-2Y(St)HSWAH-PIMF,MULTI-PAIR, PE INSULATED, INDIVIDUAL & COLLECTIVE SCREENED, ARMOURED, HFFR SHEATHEDRE-2X(St)HSWAH-PIMF,MULTI-PAIR, XLPE INSULATED, INDIVIDUAL & COLLECTIVE SCREENED, ARMOURED, HFFR SHEATHED These cables are used for transmission of analoge and digital signals in instrument and control systems at chemistry and petrochemistry industry plants, power plants, natural gas and petroluem plants, etc... These cables are used in the environments which have no corrosive gases are emitted in the event of fire. In case of fire, these cables inhibit the propagation of the flames whereby the development of smoke is extremely low. Instrumentation cables are not allowed for direct connection to a low impedance sources, e.g. public mains electricity supply. With blue sheath it is suitable for intrinsically safe systems. The armour above the inner sheath protects the cable from mechanical shocks. These cables are recommended for direct burial. They are for indoor and outdoor installation, in dry and wet locations; on racks, trays, in conduits. PIMF Construction: Polyester tape above the pair, AL-PES tape, over solid tinned copper drain wire, 0,60 mm, Upon request ; Stranded 0,50 mm2 copper drain wire Lay-up: PIMF laid up in layers of optimum pitch Separator: Polyester tape Screen: AL-PES tape over stranded tinned copper drain, wire 0,50 mm2 Inner sheath: HFFR compound, EN 50290-2-27 Armour: Galvenized round steel wire, EN 10257-1 Outer sheath: HFFR compound, EN 50290-2-27 Sheath colour: RAL 9005, Black or RAL 5015, Blue Conductor: Plain copper wire, stranded, IEC 60228 Sınıf 2, TS/DIN EN 60228 Sınıf 2 Insulation (2Y): PE compound, EN 50290-2-23; (RE-2Y….) Insulation (2X): XLPE compound, EN 50290-2-29; (RE-2X….) Core identification: Black / White ; with numbered tape under , separator tape of the pair screen, Upon request ; Black / White cores numbered 1-1, 2-2,…, Other core configurations manufactured upon request. Pair: Two conductors twisted to a pair Standard: TS/DIN EN 50288-7 Insulation thickness: 0,50mm2 : 0,40 mm, 0,75mm2 : 0,40 mm, 1,0mm2 : 0,40 mm, 1,3mm2 : 0,45 mm, 1,5mm2 : 0,45 mm Conductor resistance: 0,50mm2 : 36,7 Ω/km, 0,75mm2 : 25,0 Ω/km, 1,0mm2 : 18,5 Ω/km, 1,3mm2 : 14,2 Ω/km, 1,5mm2 : 12,3 Ω/km Insulation resistance: Min. 5000 MΩ.km Mutual Capacitance: max. 120 pF/m L / R (ratio) (max.): 0,50mm2 : 25 µH/Ω, 0,75mm2 : 25 µH/Ω, 1,0mm2 : 25 µH/Ω1,30mm2 : 40 µH/Ω, 1,5mm2 : 40 µH/Ω Rated voltage: 300V Test voltage: Urms core-core : 1500 V, Urms core-screen : 1500 V Temperature range (2Y): operation : - 30 oC ~ + 70 oC, ınstallation : - 5 oC ~ + 50 oC Temperature range (2X): operation : - 30 oC ~ + 90 oC, ınstallation : - 5 oC ~ + 50 oC Min. bending radius: 10 x D Flame test: IEC 60332-1 & TS/DIN EN 60332-1, IEC 60332-3 & TS/DIN EN 50266-2-4 Smoke density test: IEC 61034-2 & TS/DIN EN 61034-2 Halogen-free properties test: IEC60754-1/2 & TS/DIN EN 50267-2

HIGH TEMPERATURE, RESISTANT TO FIRE SILICONE CABLES These cables fields of use as a control and power supply cable they are fire proof and halogen free cables which, on the basis of a fixed operating mode, can continue with the supply of a power for a period of 180 minutes under the existing fire conditions (at a temperature of 750OC and under the flames ). Also these cables shall satify EN50200 test which is a fire resistant with mechancal shock test (under the conditions at 842oC and mechenical shock) by the classes PH15-PH30-PH60-PH90, if it has requsted, Because of their unique features, they can be used; on the fire alarm systems, on the equipment and devices which are connected to the fire alarm devices, in the environments which have no corrosive gases are emitted in the event of fire. These cables are used at schools, airpots, hospitals, etc. Conductor: IEC 60228 Class 5, TS/DIN EN 60228 Class 5, Flexible copper wires, plain; Insulation: Speacial silicone rubber compound Core identification: According to TS HD 308 S2 & VDE 0293-308, Acc. to TS/DIN EN 50334 black cores with, white numerals with green/yellow after 5 cores Lay-up: Cores laid up in layers of optimum pitch Outer sheath: Silicone rubber compound Sheath colour: RAL 2009, Orange Standard: VDE 0250, DIN VDE 0282-15 and, TS HD 22.15 S1, (Designed according to) Insulation resistance: Min. 20 MΩ.km Temp. at conductor: + 180 oC Short circuit tempetarure: +200oC Rated voltage: 300 / 500V ; 450/750 V ≥4,0 mm2 Test voltage: 2000 V ; 2500 V ≥4,0 mm2 Temperature range: Fixed: - 60 oC ~ + 180 oC, Mobile: - 25 oC ~ + 180 oC Min. bending radius: Fixed: 4 x D, Mobile: 7,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1, IEC 60332-3 & EN 50266-2-4 Fire resistant with mechanical shock*Upon request: DIN EN 50200 ; PH 15 (15 minutes), DIN EN 50200 ; PH 30 (30 minutes), DIN EN 50200 ; PH 60 (60 minutes), DIN EN 50200 ; PH 90 (90 minutes) Insulation integrity: IEC 60331 , VDE 0472-814

HALOGEN-FREE INSTRUMENTATION CABLES, Acc. to BS 5308 PART 1 TYPE 2RE-2Y(St)HSWAH-PIMF,SINGLE & MULTI-PAIR, PE INSULATED, INDIVIDUAL & COLLECTİVE SCREENED, ARMOUR, LSZH SHEATHEDRE-2X(St)HSWAH-PIMF,SINGLE & MULTI-PAIR, XLPE INSULATED, INDIVIDUAL & COLLECTİVE SCREENED,ARMOUR, LSZH SHEATHED These cables are used for transmission of analoge and digital signals in instrument and control systems at chemistry and petrochemistry industry plants, power plants, natural gas and petroluem plants, etc... . Instrumentation cables are not allowed for direct connection to a low impedance sources, e.g. public mains electricity supply. In case of fire, these cables inhibit the propagation of the flames whereby the development of smoke is extremely low. No corrosive gases are emitted in the event of fire. With blue sheath it is suitable for intrinsically safe systems. The armour above the inner sheath protects the cable from mechanical shocks. These cables are recommended for direct burial. They are for indoor and oudoor installation, in dry and wet locations; on racks, trays, in conduits. Conductor: Plain annealed copper wire, BS 6360, 0,50 mm2 and 1,0 mm2 solid, 0,50 mm2 and, 0,75 mm2 flexible or 1,5 mm2 stranded Insulation (2Y): PE compound, BS 6234 Type03 (RE-2Y….) Insulation (2X): XLPE compound, GP8, BS 7655 (RE-2X….) Core identification: Black / blue ; with numbered tape under, separator tape of the pair screen, *Upon request ; Black / White cores numbered 1-1, 2-2,… Pair: Two conductors twisted to a pair PIMF Construction: Polyester tape above the pair, AL-PES tape, over tinned copper drain wire, 0,50 mm2 Lay-up: PIMF laid up in layers of optimum pitch Separator: Polyester tape Screen: AL-PES tape over tinned copper drain wire 0,50 mm2 Bedding: LSZH compound, Blackk Armour: Galvenized round steel wire, BS EN 10257-1 Outer sheath: LSZH compound, LST1, BS 7655 Sheath colour: RAL 9005, Black or RAL 5015, Blue Standard: Designed acc. to BS 5308 Part 1 Type 1 Insulation thickness: 0,50mm2 : 0,50mm, 1,0mm2 : 0,60mm, 0,50mm2 : 0,60mm, 0,75mm2 : 0,60mm, 1,50mm2 : 0,60mm Conductor class, BS 6360: 0,50mm2 : Class 1, 1,0mm2 : Class 1, 0,50mm2 : Class 5, 0,75mm2 : Class 5, 1,5mm2 : Class 2 Conductor resistance: 0,50mm2 : 36,8 Ω/km, 1,0mm2 : 18,4 Ω/km, 0,50mm2 : 39,7 Ω/km, 0,75mm2 : 26,5 Ω/km, 1,5mm2 : 12,3 Ω/km Insulation resistance: Min. 5000 MΩ.km Mutual Capacitance: 0,50 mm2 : max. 115 pF/m, 0,75 mm2 : max. 115 pF/m, 1,0 mm2 : max. 115 pF/m, 1,5 mm2 : max. 120 pF/m Capacitance unbalance: (1 kHz) : max. 250 pF/250 m L / R (ratio) (max.): 0,50mm2 : 25 µH/Ω, 0,75mm2 : 25 µH/Ω, 1,0mm2 : 25 µH/Ω1,5mm2 : 40 µH/Ω Rated voltage: 300/500V Test voltage: Urms core-core : 1000 V, Urms core-screen : 1000 V Temperature range (2Y): operation : - 40 oC ~ + 70 oC, ınstallation : - 5 oC ~ + 50 oC Temperature range (2X): operation : - 40 oC ~ + 90 oC, ınstallation : - 5 oC ~ + 50 oC Min. bending radius: 8 x D Flame retardance test: IEC 60332-1 & BS EN 60332-1, IEC 60332-3 & BS EN 50266-2-4 Smoke density test: IEC 61034-2 & BS EN 61034-2 Halogen-free properties test: IEC60754-1/2 & BS EN 50267-2

HALOGEN-FREE INSTRUMENTATION CABLES, EN 50288-7RE-2Y(St)HSWAH-TIMF,MULTI-TRIPLE, PE INSULATED, INDIVIDUAL & COLLECTIVE SCREENED, ARMOURED, HFFR SHEATHEDRE-2X(St)HSWAH-TIMF,MULTI-TRIPLE, XLPE INSULATED, INDIVIDUAL & COLLECTIVE SCREENED, ARMOURED, HFFR SHEATHED These cables are used for transmission of analoge and digital signals in instrument and control systems at chemistry and petrochemistry industry plants, power plants, natural gas and petroluem plants, etc... These cables are used in the environments which have no corrosive gases are emitted in the event of fire. In case of fire, these cables inhibit the propagation of the flames whereby the development of smoke is extremely low. Instrumentation cables are not allowed for direct connection to a low impedance sources, e.g. public mains electricity supply. With blue sheath it is suitable for intrinsically safe systems. The armour above the inner sheath protects the cable from mechanical shocks. These cables are recommended for direct burial. They are for indoor and outdoor installation, in dry and wet locations; on racks, trays, in conduits. Conductor: Plain copper wire, stranded, IEC 60228 Sınıf 2, TS/DIN EN 60228 Sınıf 2 Insulation (2Y): PE compound, EN 50290-2-23; (RE-2Y….) Insulation (2X): XLPE compound, EN 50290-2-29; (RE-2X….) Core identification: Black / Beyaz / Red; with numbered tape under, separator tape of the pair screen, Upon request ; Black / White / Red cores numbered 1-1-1, 2-2-2,…, Other core configurations manufactured upon request. Triple: Three conductors twisted to a triple TIMF Construction: Polyester tape above the triple, AL-PES tape, over solid tinned copper drain wire, 0,60 mm, Upon request ; Stranded 0,50 mm2 copper drain wire Lay-up: TIMF laid up in layers of optimum pitch Separator: Polyester tape Screen: AL-PES tape over stranded tinned copper drain, wire 0,50 mm2 Inner sheath: HFFR compound, EN 50290-2-27 Armour: Galvenized round steel wire, EN 10257-1 Outer sheath: HFFR compound, EN 50290-2-27 Sheath colour: RAL 9005, Black or RAL 5015, Blue Standard: TS/DIN EN 50288-7 Insulation thickness: 0,50mm2 : 0,40 mm, 0,75mm2 : 0,40 mm, 1,0mm2 : 0,40 mm, 1,3mm2 : 0,45 mm, 1,5mm2 : 0,45 mm Conductor resistance: 0,50mm2 : 36,7 Ω/km, 0,75mm2 : 25,0 Ω/km, 1,0mm2 : 18,5 Ω/km, 1,3mm2 : 14,2 Ω/km, 1,5mm2 : 12,3 Ω/km Insulation resistance: Min. 5000 MΩ.km Mutual Capacitance: max. 120 pF/m L / R (ratio) (max.): 0,50mm2 : 25 µH/Ω, 0,75mm2 : 25 µH/Ω, 1,0mm2 : 25 µH/Ω1,30mm2 : 40 µH/Ω, 1,5mm2 : 40 µH/Ω Rated voltage: 300V Test voltage: Urms core-core : 1500 V, Urms core-screen : 1500 V Temperature range (2Y): operation : - 30 oC ~ + 70 oC, ınstallation : - 5 oC ~ + 50 oC Temperature range (2X): operation : - 30 oC ~ + 90 oC, ınstallation : - 5 oC ~ + 50 oC Min. bending radius: 10 x D Flame test: IEC 60332-1 & TS/DIN EN 60332-1, IEC 60332-3 & TS/DIN EN 50266-2-4 Smoke density test: IEC 61034-2 & TS/DIN EN 61034-2 Halogen-free properties test: IEC60754-1/2 & TS/DIN EN 50267-2

HALOGEN-FREE INSTRUMENTATION CABLES, Acc. to BS 5308 PART 1 TYPE 2RE-2Y(St)HSWAH-TIMF,SİNGLE & MULTİ-TRIPLE, PE INSULATED, INDIVIDUAL & COLLECTİVE SCREENED, ARMOUR, LSZH SHEATHEDRE-2X(St)HSWAH-TIMF,SİNGLE & MULTİ-TRIPLE, XLPE INSULATED, INDIVIDUAL & COLLECTİVE SCREENED,ARMOUR, LSZH SHEATHED These cables are used for transmission of analoge and digital signals in instrument and control systems at chemistry and petrochemistry industry plants, power plants, natural gas and petroluem plants, etc... . Instrumentation cables are not allowed for direct connection to a low impedance sources, e.g. public mains electricity supply. In case of fire, these cables inhibit the propagation of the flames whereby the development of smoke is extremely low. No corrosive gases are emitted in the event of fire. With blue sheath it is suitable for intrinsically safe systems. The armour above the inner sheath protects the cable from mechanical shocks. These cables are recommended for direct burial. They are for indoor and oudoor installation, in dry and wet locations; on racks, trays, in conduits. Conductor: Plain annealed copper wire, BS 6360, 0,50 mm2 and 1,0 mm2 solid, 0,50 mm2 and, 0,75 mm2 flexible or 1,5 mm2 stranded Insulation (2Y): PE compound, BS 6234 Type03 (RE-2Y….) Insulation (2X): XLPE compound, GP8, BS 7655 (RE-2X….) Core identification: Black / White / Red; with numbered tape under, separator tape of the pair screen, *Upon request ; Black / White / Red cores numbered 1-1-1, 2-2-2,… Triple: Three conductors twisted to a triple TIMF Construction: Polyester tape above the triple, AL-PES tape, over tinned copper drain wire, 0,50 mm2 Lay-up: TIMF laid up in layers of optimum pitch Separator: Polyester tape Screen: AL-PES tape over tinned copper drain wire 0,50 mm2 Bedding: LSZH compound, Black Armour: Galvenized round steel wire, BS EN 10257-1 Outer sheath: LSZH compound, LST1, BS 7655 Sheath colour: RAL 9005, Black or RAL 5015, Blue Standard: Designed acc. to BS 5308 Part 1 Type 1 Insulation thickness: 0,50mm2 : 0,50mm, 1,0mm2 : 0,60mm, 0,50mm2 : 0,60mm, 0,75mm2 : 0,60mm, 1,50mm2 : 0,60mm Conductor class, BS 6360: 0,50mm2 : Class 1, 1,0mm2 : Class 1, 0,50mm2 : Class 5, 0,75mm2 : Class 5, 1,5mm2 : Class 2 Conductor resistance: 0,50mm2 : 36,8 Ω/km, 1,0mm2 : 18,4 Ω/km, 0,50mm2 : 39,7 Ω/km, 0,75mm2 : 26,5 Ω/km, 1,5mm2 : 12,3 Ω/km Insulation resistance: Min. 5000 MΩ.km Mutual Capacitance: 0,50 mm2 : max. 115 pF/m, 0,75 mm2 : max. 115 pF/m, 1,0 mm2 : max. 115 pF/m, 1,5 mm2 : max. 120 pF/m Capacitance unbalance: (1 kHz) : max. 250 pF/250 m L / R (ratio) (max.): 0,50mm2 : 25 µH/Ω, 0,75mm2 : 25 µH/Ω, 1,0mm2 : 25 µH/Ω1,5mm2 : 40 µH/Ω Rated voltage: 300/500V Test voltage: Urms core-core : 1000 V, Urms core-screen : 1000 V Temperature range (2Y): operation : - 40 oC ~ + 70 oC, ınstallation : - 5 oC ~ + 50 oC Temperature range (2X): operation : - 40 oC ~ + 90 oC, ınstallation : - 5 oC ~ + 50 oC Min. bending radius: 8 x D Flame retardance test: IEC 60332-1 & BS EN 60332-1, IEC 60332-3 & BS EN 50266-2-4 Smoke density test: IEC 61034-2 & BS EN 61034-2 Halogen-free properties test: IEC60754-1/2 & BS EN 50267-2

Ringkabelschuh M10 rot 10,0mm² isoliert PA Ring=18mm, VE=50St, aufgeweitete Isolierhülse, Temp. -55 bis +120°C, AWG8 Artikel Nr. A10010R Bezeichnung Ringkabelschuh M10 rot 10,0mm² isoliert PA Ring=18mm VE=50St, aufgeweitete Isolierhülse, Temp. -55 bis +120°C, AWG8 Hersteller Weitkowitz Ident 1 42043 Ident 2 42043 Material Kupfer verzinnt, Nylon-Isolation Schutzart --- Zulassung --- Farbe rot Serie Weitkowitz isolierte Kabelschuhe Preiseinheit je 100 Stück Verpackungseinheit 1 Stück

Thermotransferdrucker Wraptor A6500, 300 dpi Leitungs- und Kabelkennzeichnung Artikel Nr. WRAPTORA6500EU Bezeichnung Thermotransferdrucker Wraptor A6500, 300 dpi Leitungs- und Kabelkennzeichnung Produktlink https://www.brady.de/de-de/149244/prod-breu_149244.html Hersteller Brady Ident 1 WRAPTOR-A6500-EU Ident 2 149244 Material --- Schutzart --- Zulassung --- Farbe Serie Wraptor A6500 EAN Code 75447359963 Preiseinheit je 1 Stück Verpackungseinheit 1 Stück

HALOGEN-FREE, FLEXIBLE CONTROL CABLES These halogen-free flexible connecting cables are more thinner and lighter than the other control cables and used in mechanical engineering for instrumentation and control equipment for tooling machinery production lines and flexible applications for free movement without tensile load and dry, ambitient, wet places. These cables are used at covered areas, plants and in the environments which have no corrosive gases are emitted in the event of fire. In case of fire, these cables inhibit the propagation of the flames whereby the development of smoke is extremely low. These cables are not used for outdoor or underground installation. Conductor: Flexible copper wires, plain;, IEC 60228 Class 5, TS/DIN EN 60228 Class 5 Insulation: HFFR compound, TI6, TS/DIN EN 50367-7 Core identification: Acc. to TS/DIN EN 50334 black cores with, white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of optimum pitch Outer sheath: HFFR compound, TM7, TS/DIN EN 50367-8, Halogen-free flame retardant, -OZ:Numbered cores black Sheath colour: RAL 7001,Grey Standard: TS HD 21.14 S1 & TS HD 21.13 S1, (Designed according to) Insulation resistance: Min. 20 MΩ.km Rated voltage: 300 / 500V Test voltage: 2000 V Temperature range: Fixed: - 30 oC ~ + 70 oC, Mobile: - 5 oC ~ + 50 oC Min. bending radius: Fixed: 6 x D, Mobile: 12,5 x D Smoke density test: IEC 61034-2 & TS/DIN EN 61034-2 Halogen-free properties test: IEC60754-1/2 & TS/DIN EN 50267-2 Flame test: IEC 60332-3 & TS/DIN EN 50266-2-4

PVC INSULATED, STEEL WIRE BRAID CONTROL CABLES These steel wire braided flexible connecting cables which core colours difference from each other are more used in mechanical engineering for instrumentation and control equipment for tooling machinery production lines and flexible applications for free movement without tensile load and dry, ambitient, wet places. The cores up to 1,0 mm2 service voltage is 300/500 V and 1.5 mm2 and after 2.5 mm2 cores service voltage 450/750 V. The armour above the inner sheath, steel wire braid serves as protection against mechanical traverse loads and act as a magnetic screen against interference. The galvanised steel wires are free of corresion and oxidation. These cables are not used for outdoor or underground installation. Conductor: Flexible copper wires, plain; IEC 60228 Class 5, TS/DIN EN 60228 Class 5 Insulation: PVC compound , TI2 Core identification: Coloured cores Lay-up: Cores laid up in layers of optimum pitch Inner Sheath: PVC compound, RAL 7001,Grey Armour: Braid of galvanised steel wires, approx. %85 cove. Outer sheath: PVC compound, TM2 Sheath colour: RAL 7001,Grey or Transparent Standard: DIN VDE 0281-5 – VE 0281-13VDE 0245-102 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: ≤ 1,0 mm2 : 300 / 500V, ≥ 1,5 mm2 : 450 / 750 V Test voltage: 4000 V Temperature range: Fixed: - 40 oC ~ + 70 oC; Mobile: - 5 oC ~ + 70 oC Min. bending radius: Fixed: 4 x D; Mobile: 12,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1

Innovative Dichtungsdurchführung aus PA66 und TPE in 2K-Spritzgießtechnik mit integrierter Zugentlastung. Innovative Dichtungsdurchführung aus PA66 und TPE in 2K-Spritzgießtechnik. Eigenschaften: - integrierte Zugentlastung - Elastomer-beschichtete Kralle zum Schutz des Kabelmantels - durchstoßbare Membran - einfache Installation ohne Werkzeuge - nach Montage in beide Richtungen fixiert - großer Dichtbereich - platzsparendes Design und geringe Höhe - Werkstoffe erfüllen UL 94 HB - halogenfrei - Temperaturbereich-20 °C / +125 °C (statisch, unbelastet) - Schutzart IP65 Artikelnummer: G501-1xxx-zz Bestellmengen und Lieferkonditionen: 1 Schutzart: IP65

PVC INSULATED, SCREENED CONTROL CABLES Conductor: Flexible copper wires, plain; , IEC 60228 Class 5, TS/DIN EN 60228 Class 5 Insulation: PVC compound , TI2 Core identification: Acc. to TS/DIN EN 50334 black cores with white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of optimum pitch Separator: Polyester tape Screen: Braid of tinned copper wires, 85% coverage Outer sheath: PVC compound, TM2 Sheath colour: RAL 7001, Grey Standard: TS HD 21.13 S1, DIN VDE 0281-13 VDE 0245-102 Insulation resistance: Min. 20 MΩ.km Rated voltage Uo/U: 300 / 500V Test voltage: 4000 V Temperature range: Fixed: - 40 oC ~ + 70 oC; Mobile: - 5 oC ~ + 70 oC Min. bending radius: Fixed: 4 x D; Mobile: 7,5 x D

PVC INSULATED,OIL RESISTANT, 0,6/1 kV CONTROL CABLES These oil and flame resistant, rated voltage 0,6/1 kV, flexible connecting cables are used in mechanical engineering for instrumentation and control equipment for tooling machinery production lines and flexible applications for free movement without tensile load in dry, moist and wet rooms. These cables are not used for outdoor or underground installation. Conductor: Flexible copper wires, plain; IEC 60228 Class 5, TS/DIN EN 60228 Class 5 Insulation: PVC compound , TI2 Core identification: Acc. to TS/DIN EN 50334 black cores with white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of optimum pitch Outer sheath: PVC compound, TM5 Sheath colour: RAL 9005, Black Standard: TS HD 21.13 S1, DIN VDE 0281-13 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: 0,6/1 kV Test voltage: 4000 V Temperature range: Fixed: - 40 oC ~ + 70 oC; Mobile: - 5 oC ~ + 70 oC Min. bending radius: Fixed: 4 x D; Mobile: 12,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1 Oil test: IEC 60811-2-1

PP INSULATED, PUR SHEATED EXTRA FLEXIBLE OIL RESISTANT CONTROL CABLES These oil, cold and extreme mechanical loads resistance high-flexibility PUR sheated control cables are designed for applications where cable high flexibility is needed. These type is more economical than BIRTFLEX-EF 6512. These cables with high service periods, are used for instrumention ,control and connecting of control units in mechanical tool construction, conveyor and assembly lines, production lines, any areas where continuous bending loads for free movement which has no pulling force ,with low tensile load forced movement in the cable trailing chain is required and at heavy conditions, dry, ambitient, cold and wet places. Conductor: Extra flexible copper wires, plain; IEC 60228 Class 6, TS/DIN EN 60228 Class 6 Insulation: PP compound, 9Y Core identification: Numbered cores or colour coded cores Lay-up: Cores laid up in layers of shorten optimum pitch Separator: Textile bandaging, at each lay-up layer. Outer sheath: PUR compound, 11YM1 Sheath colour: RAL 7001, Grey Standard: TS HD 21.13 S1, DIN VDE 0281-13DIN VDE 0282-10 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: 300 / 500V Test voltage: 2000 V Temperature range: Fixed: - 30 oC ~ + 80 oC; Mobile: - 5 oC ~ + 70 oC Min. bending radius: Fixed: 4 x D; Mobile: 7,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1 Oil test: IEC 60811-2-1

PVC INSULATED,SCREENED OIL RESISTANT 0,6/1 kV CONTROL CABLES These oil and flame resistant, rated voltage 0,6/1 kV, flexible cables are used in mechanical engineering for instrumentation and control equipment for tooling machinery production lines and flexible applications for free movement without tensile load and witout forced movement, in dry, moist and wet rooms. The screen above the inner sheat protects against external interference pulses and ensures an interference-free transmission, and transfer impedance is max. 250 ?/km at 30MHZ. These cables are not used for outdoor or underground installation. Conductor: Flexible copper wires, plain; IEC 60228 Class 5, TS/DIN EN 60228 Class 5 Insulation: PVC compound , TI2 Core identification: Acc. to TS/DIN EN 50334 black cores with white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of optimum pitch Inner Sheath: PVC compound, TM2; RAL 7001,Grey Screen: Braid of tinned copper wires, 85% coverage Outer sheath: Oil and flame resistant PVC compound, TM5 Sheath colour: RAL 9005, Black Standard: TS HD 21.13 S1, DIN VDE 0281-13 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: 0,6/1 kV Test voltage: 4000 V Temperature range: Fixed: - 40 oC ~ + 70 oC; Mobile: - 5 oC ~ + 70 oC Min. bending radius: Fixed: 6 x D; Mobile: 12,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1 Oil test: IEC 60811-2-1 Transfer impedance: Max. 250 Ω/km at 30MHZ EMC: ELECTROMAGNETIC COMPATIBILITY

PVC INSULATED, PUR SHEATED CONTROL CABLES These flexible PUR sheathed connecting cables are more used in mechanical engineering for instrumentation and control equipment for tooling machinery production lines and flexible applications for free movement with low tensile load at heavy conditions, dry, ambitient and wet places. These cables can be used at outdoor applications at fixed installations. Conductor: Flexible copper wires, plain; IEC 60228 Class 5, TS/DIN EN 60228 Class 5 Insulation: PVC compound , TI2 Core identification: Acc. to TS/DIN EN 50334 black cores with white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of optimum pitch Inner Sheath: PVC compound Outer sheath: PUR compound, 11YM1 Sheath colour: RAL 7001,Grey Standard: TS HD 21.13 S1, DIN VDE 0281-13 VDE 0245-102, DIN VDE 0282-10 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: 300 / 500V Test voltage: 4000 V Temperature range: Fixed: - 40 oC ~ + 70 oC; Mobile: - 5 oC ~ + 70 oC Min. bending radius: Fixed: 4 x D; Mobile: 10 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1

Bowdenzug Stopper-Klammern befestigen Bowdenzüge und lassen sich am Plattenrand oder durch ein vorgestanztes rechteckiges Loch anbringen - Kostenlose Muster ✓ Schnelle Lieferung ✓ Persönliche Beratung Diese Bowdenzug Stopper-Klammern befestigen Bowdenzüge und lassen sich am Plattenrand oder durch ein vorgestanztes rechteckiges Loch anbringen. Sie fixieren die Hülle am äußeren Ende des Bowdenzuges oder halten die Schutzhülle von armierten Kabeln fest. Typische Anwendungen: Kraftfahrzeuge, Sportgeräte und Hebelmechanik Werkstoff - Gehärteter Federstahl Wünschen Sie weitere Informationen, kostenlose Muster oder ein unverbindliches Angebot?

PP INSULATED,PUR SHEATED EXTRA FLEXIBLE SCREENED OIL RESISTANT CONTROL CABLES These screened, oil, cold and extreme mechanical loads resistance , high-flexibility control cables are designed for applications where cable flexibility is needed. These type is more economical than BIRTFLEX-EF 6512-C. These cables with high service periods, are used for instrumention ,control and connecting of control units in mechanical tool construction, conveyor and assembly lines, production lines any areas where continuous bending loads for free movement which has no pulling force ,with low tensile load forced movement in the cable trailing chain is required and at heavy conditions, dry, ambitient, cold and wet places.The screen above the inner sheat protects against external interference pulses and ensures an interference-free transmission, and transfer impedance is max. 250 ?/km at 30MHZ Conductor: Extra flexible copper wires, plain; IEC 60228 Class 6, TS/DIN EN 60228 Class 6 Insulation: PP compound, 9Y Core identification: Numbered cores or colour coded cores Lay-up: Cores laid up in layers of shorten optimum pitch Separator: Textile bandaging Inner Sheath: Speacial compound, RAL 7001,Grey Screen: Braid of tinned copper wires, 85% coverage Outer sheath: PUR compound, 11YM1 Sheath colour: RAL 7001, Grey Standard: TS HD 21.13 S1, DIN VDE 0281-13DIN VDE 0282-10 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: 300 / 500V Test voltage: 2000 V Temperature range: Fixed: - 30 oC ~ + 70 oC; Mobile: - 5 oC ~ + 70 oC Min. bending radius: Fixed: 4 x D; Mobile: 7,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1 Oil test: IEC 60811-2-1 Transfer impedance: Max. 250 Ω/km at 30MHZ EMC: ELECTROMAGNETIC COMPATIBILITY

PVC INSULATED, , EXTRA FLEXIBLE, HIGH TEMPERATURE OIL RESISTANT CONTROL CABLES These high temperature 90oC grade, oil resistance high-flexibility control cables are designed for applications where cable flexibility is needed. These cables are used for instrumention ,control and connecting of control units in mechanical tool construction, conveyor and assembly lines, production lines, any areas where continuous bending loads for free movement without tensile load forced movement in the cable trailing chain is required. Conductor: Extra flexible copper wires, plain; IEC 60228 Class 6, TS/DIN EN 60228 Class 6 Insulation: PVC compound ,90o grade, TI3 Core identification: Acc. to TS/DIN EN 50334 black cores with white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of shorten optimum pitch Separator: Textile bandaging Outer sheath: Oil and flame resistant PVC compound, 90oC Sheath colour: RAL 7001,Grey Standard: TS HD 21.13 S1, DIN VDE 0281-13TS HD 21.12 S1, DIN VDE 0281-12 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: 300 / 500V Test voltage: 4000 V Temperature range: Fixed: - 40 oC ~ + 90 oC; Mobile: - 5 oC ~ + 90 oC Min. bending radius: Fixed: 4 x D; Mobile: 7,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1 Oil test: IEC 60811-2-1

TPE-E INSULATED, PUR SHEATED EXTRA FLEXIBLE OIL RESISTANT CONTROL CABLES These oil, cold and extreme mechanical loads resistance high-flexibility PUR sheated control cables are designed for applications where cable high flexibility is needed. These cables with high service periods, are used for instrumention ,control and connecting of control units in mechanical tool construction, conveyor and assembly lines, production lines, any areas where continuous bending loads for free movement which has no pulling force ,with low tensile load forced movement in the cable trailing chain is required and at heavy conditions, dry, ambitient, cold and wet places. Conductor: Extra flexible copper wires, plain; IEC 60228 Class 6, TS/DIN EN 60228 Class 6 Insulation: Speacial compound, TPE-E Core identification: Acc. to TS/DIN EN 50334 black cores with white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of shorten optimum pitch Separator: Textile bandaging, at each lay-up layer Outer sheath: PUR compound, 11YM1 Sheath colour: RAL 7001, Grey Standard: TS HD 21.13 S1, DIN VDE 0281-13DIN VDE 0282-10 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: 300 / 500V Test voltage: 2000 V Temperature range: Fixed: - 50 oC ~ + 80 oC; Mobile: - 40 oC ~ + 70 oC Min. bending radius: Fixed: 4 x D; Mobile: 7,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1 Oil test: IEC 60811-2-1

PVC INSULATED,EXTRA FLEXIBLE SCREENED HIGH TEMPERATURE, OIL RESISTANT CONTROL CABLES These high temperature 90oC grade, oil resistance high-flexibility control cables are designed for applications where cable flexibility is needed. These cables are used for instrumention ,control and connecting of control units in mechanical tool construction, conveyor and assembly lines, production lines, any areas where continuous bending loads for free movement without tensile load forced movement in the cable trailing chain is required. The screen above the inner sheat protects against external interference pulses and ensures an interference-free transmission, and transfer impedance is max. 250 ?/km at 30MHZ Conductor: Extra flexible copper wires, plain; IEC 60228 Class 6, TS/DIN EN 60228 Class 6 Insulation: PVC compound ,90o grade, TI3 Core identification: Acc. to TS/DIN EN 50334 black cores with white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of shorten optimum pitch Separator: Textile bandaging Inner Sheath: PVC compound, 90o grade, TI3TM3; Black Screen: Braid of tinned copper wires, 85% coverage Outer sheath: Oil and flame resistant PVC compound, 90oC Sheath colour: RAL 9005, Black Standard: TS HD 21.13 S1, DIN VDE 0281-13TS HD 21.12 S1, DIN VDE 0281-12 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: 300 / 500V Test voltage: 4000 V Temperature range: Fixed: - 40 oC ~ + 90 oC; Mobile: - 5 oC ~ + 90 oC Min. bending radius: Fixed: 4 x D; Mobile: 7,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1 Oil test: IEC 60811-2-1 Transfer impedance: Max. 250 Ω/km at 30MHZ EMC: ELECTROMAGNETIC COMPATIBILITY

Die W 454 HV und W 454 SHV Testsysteme sind sie für die zukünftigen Herausforderungen in der Bahnindustrie und der Automobilindustrie bestens gerüstet. Die Testsysteme für spezielle Ansprüche Die W 454 HV und W 454 SHV Testsysteme prüfen mit Spannungen bis zu 5.000 Vdc / 3.600 Vac. Damit sind sie für die zukünftigen Herausforderungen in der Bahnindustrie und der Automobilindustrie bestens gerüstet. Mit den Testsystemen sind Durchgangsmessungen im Milliohm-Bereich, Isolationsmessungen im Gigaohm-Bereich, sowie Messungen von Bauteilen wie Widerständen, Kondensatoren, Spulen, Relais etc. möglich – ideal für Tests von Kabeln, Kabelbäumen und Verdrahtungen in der Antriebstechnik von hochentwickelten Schienenfahrzeugen wie z. B. Hochgeschwindigkeitszüge sowie im immer stärker wachsenden Bereich der Elektromobilität („eMobility“). Highlights - Hohe Leistungsfähigkeit für spezielle Anforderungen - Hochspannung auch in der verteilten Matrix - Automatische Prüfprogrammerstellung Typische Anwendungen - Hochspannungstest von sicherheitsrelevanten Kabelsätzen aus dem Bahnbereich und der Automobilbranche - Prüfung von sowohl passiven Bauelementen als auch elektronischen Baugruppen - Schutzleiter- oder Hochstromprüfungen bis zu 25 A - Test von Verdrahtungen, deren normale Betriebsspannung den Wert von 240 V übersteigt - Funktionsprüfung von Schaltern und Relais Unterstützte Testarten - Verbindungstest - Schlusstest - Bauteiltest - Isolationstest - Spannungsfestigkeitstest - Funktionstest von Tastern und Schaltern - Funktionstest von Relais - Bauteiltest mit RLC-Meter Spannung: max. 5.000 Vdc / 3.600 Vac Testpunkte: max. 500.000

‧ 4-polige feldkonfektionierbare Cat.5 Buchse ‧ M12-Steckverbinder in Anlehnung an DIN EN 61076-2-101:2012 ‧ 100 MBit Fast Ethernet geeignet nach IEEE 802.3an ‧ Anschluss von AWG 26/1 - 22/1; AWG 26/7 - 22/7 möglich ‧ Volldraht Cu-Leiterdurchmesser 0,41 - 0,64 mm ‧ Litze Cu-Leiterdurchmesser 0,48 - 0,76 mm ‧ Aderdurchmesser mit Isolierung bis 1,6 mm ‧ Kabelmantel von 6,0 bis 9,7 mm ‧ besteht aus nur 2 Teilen ‧ einfachste Konfektion - ohne Spezialwerkzeug anzuschließen ‧ industrietaugliches Zinkdruckgussgehäuse ‧ geeignet für Anwendungen in der Bahnindustrie gemäß Datenblatt

PVC INSULATED, SCREENED CONTROL CABLES These screened flexible connecting cables are more thinner and lighter than the other screened control cables and used in mechanical engineering for instrumentation and control equipment for tooling machinery production lines and flexible applications for free movement without tensile load, in dry, moist and wet rooms. The screen above the inner sheat protects against external interference pulses and ensures an interference-free transmission. These cables are not used for outdoor or underground installation. Conductor: Flexible copper wires, plain; IEC 60228 Class 5, TS/DIN EN 60228 Class 5 Insulation: PVC compound , TI2 Core identification: Acc. to TS/DIN EN 50334 black cores with white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of optimum pitch Inner Sheath: PVC compound, RAL 7001,Grey Screen: Braid of tinned copper wires, 85% coverage Outer sheath: PVC compound, TM2 Sheath colour: RAL 7001,Grey or Transparent Standard: TS HD 21.13 S1, DIN VDE 0281-13 VDE 0245-102 (Designed according to) Insulation resistance: Min. 20 MΩ.km Rated voltage Uo/U: 300 / 500V Test voltage: 4000 V Temperature range: Fixed: - 40 oC ~ + 70 oC; Mobile: - 5 oC ~ + 70 oC Min. bending radius: Fixed: 4 x D; Mobile: 12,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1 EMC: ELECTROMAGNETIC COMPATIBILITY

TPE-E INSULATED,PUR SHEATED EXTRA FLEXIBLE SCREENED OIL RESISTANT CONTROL CABLES These screened, oil, cold and extreme mechanical loads resistance , high-flexibility control cables are designed for applications where cable flexibility is needed. These cables with high service periods, are used for instrumention ,control and connecting of control units in mechanical tool construction, conveyor and assembly lines, production lines any areas where continuous bending loads for free movement which has no pulling force ,with low tensile load forced movement in the cable trailing chain is required and at heavy conditions, dry, ambitient, cold and wet places. Conductor: Extra flexible copper wires, plain; IEC 60228 Class 6, TS/DIN EN 60228 Class 6 Insulation: Speacial compound, TPE-E Core identification: Acc. to TS/DIN EN 50334 black cores with white numerals with green/yellow from 3 cores Lay-up: Cores laid up in layers of shorten optimum pitch Separator: Textile bandaging Inner Sheath: Speacial compound, RAL 7001,Grey Screen: Braid of tinned copper wires, 85% coverage Outer sheath: PUR compound, 11YM1 Sheath colour: RAL 7001, Grey Standard: TS HD 21.13 S1, DIN VDE 0281-13DIN VDE 0282-10 (Designed according to) Insulation resistance: Min. 50 MΩ.km Rated voltage Uo/U: 300 / 500V Test voltage: 2000 V Temperature range: Fixed: - 50 oC ~ + 70 oC; Mobile: - 40 oC ~ + 70 oC Min. bending radius: Fixed: 4 x D; Mobile: 7,5 x D Flame retardance test: IEC 60332-1 & EN 50265-2-1 Oil test: IEC 60811-2-1 Transfer impedance: Max. 250 Ω/km at 30MHZ EMC: ELECTROMAGNETIC COMPATIBILITY

‧ 8-polige feldkonfektionierbare M12 Cat.6A Buchse ‧ nach IEC 61076-2-109 ‧ 10 GBit geeignet nach IEEE 802.3an ‧ Anschluss von AWG 26/1 - 22/1, AWG 26/7 - 22/7 möglich ‧ Volldraht Cu-Leiterdurchmesser 0,4 - 0,64 mm ‧ Litze Cu-Leiterdurchmesser 0,48 - 0,76 mm ‧ Aderdurchmesser mit Isolierung bis 1,6 mm ‧ Kabelmantel von 6,0 bis 9,7 mm ‧ besteht aus nur 2 Teilen ‧ einfachste Konfektion - ohne Spezialwerkzeug anzuschließen ‧ industrietaugliches Zinkdruckgussgehäuse ‧ geeignet für Anwendungen in der Bahnindustrie gemäß Datenblatt