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Horquilla de terminal eléctrico preaislada roja de 4,3 mm para cables de 1,5 mm²
No se pudo obtener el video del producto.
Este producto no tiene el metadato "aplicacion".

Terminal eléctrico preaislado de horquilla, utilizado para varios cables.

- Terminal fabricado con tubo de cobre y revestimiento de nailon;
- Temperatura máxima de trabajo: 105ºC;
- Tensión máxima: 600V.

datos_tecnicos

<p><img 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" alt="" /></p> <p>Ancho promedio     8 mm</p>
[mostrar_productos_con_pdf]
REF: 0967401062
TERNL ELECTR HORQUETA 0.5-1.5MM2 ROJO

$205

ProductoNombre y descripciónAcción
TERNL ELECTR DOBLE PIN 10 2×0.75MM2 GRIS
TERMINAL ELECTRICA 2x0.75mm², GREY 10.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR DOBLE PIN 12 2×4.0MM2 GRIS
TERMINAL ELECTRICA 2x4.0mm², GREY 12.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR DOBLE PIN 10 2×1.0MM2 ROJO
TERMINAL ELECTRICA 2x1.0mm², RED 10.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR DOBLE PIN 14 2×10.0MM2 ROJO
TERMINAL ELECTRICA 2x10.0mm², RED 14.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR DOBLE PIN 12 2×1.5MM2 NEGRO
TERMINAL ELECTRICA 2x1.5mm², BLACK 12.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR DOBLE PIN 13 2×2.5MM2 AZUL
TERMINAL ELECTRICA 2x2.5mm², BLUE 13.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR DOBLE PIN 14 2×16.0MM2 AZUL
TERMINAL ELECTRICA 2x16.0mm², BLUE 14.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR PIN HUECA 14 0.75MM2 GRIS
TERMINAL ELECTRICA 0.75mm², GREY 8.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR PIN HUECA 1.5MM2 NEGRO 8
TERMINAL ELECTRICA 1.5mm², BLACK 8.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR PIN HUECA 2.5MM2 AZUL 8
TERMINAL ELECTRICA 2.5mm², BLUE 8.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR PIN HUECA 4.0MM2 GRIS 10
TERMINAL ELECTRICA 4.0mm², GREY 10.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR PIN HUECA 6.0MM2 AMRLL12
TERMINAL ELECTRICA 6.0mm², YELLOW 12.0mm
Ver ProductoAñadir al carrito
TERNL ELECTR CALIB 18/20 DIAMTR OJO M8
Ver ProductoAñadir al carrito
TERNL ELECTR AISL HEMB ROJO C 18/20 6.3
TERMINAL ELÉCTRICA HEMBRA ROJO CALIBRE 18/20 6,3 x 0,8 mm (0.5-1 mm²)
Ver ProductoAñadir al carrito
TERNL ELECTR AISL HEMB AZUL C 10/12 6.3
TERMINAL ELÉCTRICA HEMBRA PVC CALIBRE 14/16 6,3 x 0,8 mm (1.5-2.5 mm²)
Ver ProductoAñadir al carrito
TERNL ELECTR AISL AZUL C 14/16 D OJO M4
TERMINAL ELÉCTRICA CALIBRE 14/16 DIÁMETRO DE OJILLO M4
Ver ProductoAñadir al carrito
TERNL ELECTR CALIB 10/12 DIAMTR OJLL M4
TERMINAL ELÉCTRICA CALIBRE 10/12 DIÁMETRO DE OJILLO M4
Ver ProductoAñadir al carrito
TERNL ELECTR CALIB 14/16 DIAMTR OJLL M10
TERMINAL ELÉCTRICA CALIBRE 14/16 DIÁMETRO DE OJILLO M10
Ver ProductoAñadir al carrito
TERNL ELECTR PVC EMPALME C 14/16 25MM
TERMINAL ELÉCTRICA PVC DE EMPALME CALIBRE 14/16 25 mm (1.5-2.5 mm²)
Ver ProductoAñadir al carrito
TERNL ELECTR PVC EMPALME C 10/12 27MM
TERMINAL ELÉCTRICA PVC DE EMPALME CALIBRE 10/12 27 mm (4-6 mm²)
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TERNL ELECTR PVC MACH TP MACHO C 14/16
TERMINAL ELÉCTRICA PVC MACHO TIPO PALA CALIBRE 14/16 4,8 x 0,8 mm (1.5-2.5 mm²)
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TERNL ELECTR REDONDA 0.5-1.5MM2 ROJO
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TERNL ELECTR REDONDA 0.5-1.5MM2 ROJO
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TERNL ELECTR REDONDA 0.5-1.5MM2 ROJO
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TERNL ELECTR REDONDA 0.5-1.5MM2 ROJO
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TERNL ELECTR REDONDA 0.5-1.5MM2 ROJO
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TERNL ELECTR REDONDA 1.5-2.5MM2 AZUL
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TERNL ELECTR REDONDA 1.5-2.5MM2 AZUL
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TERNL ELECTR REDONDA 1.5-2.5MM2 AZUL
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TERNL ELECTR REDONDA 1.5-2.5MM2 AZUL
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TERNL ELECTR REDONDA 4-6mm² AMRLL
Terminal eléctrica amarilla
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TERNL ELECTR REDONDA 4-6MM2 AMRLL
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TERNL ELECTR REDONDA 4-6MM2 AMRLL
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TERNL ELECTR HORQUETA 0.5-1.5MM2 ROJO
Horquilla de terminal eléctrico preaislada roja de 5,3 mm para cables de 1,5 mm²
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TERNL ELECTRHORQUETA 0.5-1.5MM2 ROJO
Terminal aislada horqueta 6mm
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TERNL ELECTR HORQUETA 1.5-2.5MM2 AZUL
Horquilla de terminal eléctrico preaislada azul de 3,2 mm para cables de 2,5 mm²
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TERNL ELECTR HORQUETA 1.5-2.5MM2 AZUL
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TERNL ELECTR HORQUETA 1.5-2.5MM2 AZUL
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TERNL ELECTR HORQUETA 1.5-2.5MM2 AZUL
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TERNL ELECTR HORQUETA 4-6MM2 AMRLL
Horquilla de terminal eléctrico preaislada amarilla de 4,3 mm para cables de 6 mm²
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TERNL ELECTR HORQUETA 4-6MM2 AMRLL
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TERNL ELECTR HORQUETA 4-6MM2 AMRLL
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TERNL ELECTR HORQUETA 4-6MM2 AMRLL
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TERNL ELECTR PIN 0.5-1.5MM2 ROJO 8MM
Terminal eléctrica tipo pin rojo
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TERNL ELECTR PIN 0.5-1.5MM2 ROJO 11MM
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TERNL ELECTR PIN 1.5-2.5MM2 AZUL 8MM
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TERNL ELECTR PIN 1.5-2.5MM2 AZUL 11MM
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TERNL ELECTR PIN 4-6MM2 AMRLL 8.0MM
Terminal eléctrica tipo pin amarillo
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TERNL ELECTR PIN 4-6MM2 AMRLL 11MM
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