TERNL ELECTR HEMBRA 0.5-1.5MM2 ROJO

Terminal Eléctrico Preaislado Hembra Rojo 4,8 x 0,8 mm 1,5 mm²

No se pudo obtener el video del producto.

Este producto no tiene el metadato "aplicacion".

Terminales eléctricos hembra preaislados, utilizados para diversos cables.

- Terminal fabricado con tubo de latón y revestimiento de vinilo (PVC);
- Temperatura máxima de trabajo: 75ºC;
- Tensión máxima: 300V.

Ficha técnica

datos_tecnicos

<p><img src="data:image/png;base64,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" alt="" /></p> <p>Longitud 6,5 mm</p>

Documentos adicionales

[mostrar_productos_con_pdf]

REF: 05589771

TERNL ELECTR HEMBRA 0.5-1.5MM2 ROJO

$125

DESCARGAR FICHA TÉCNICA

Categorías: Accesorios automoción, aislado, aislados, Electricidad del vehículo, Terminal a presión, Terminales para cables

Variaciones

Producto	Nombre y descripción	Acción
	TERMNL ELECTR TIPO ENCHUF RD CALIBR10/12 TERMINAL ELÉCTRICA TIPO ENCHUFE REDONDO CALIBRE 10/12	Ver Producto Añadir al carrito
	TERNL ELECTR PVC HEMB C 10/12 5MM 4-6MM TERMINAL ELÉCTRICA PVC HEMBRA CALIBRE 10/12 5 mm (4-6 mm²)	Ver Producto Añadir al carrito
	TERNL ELECTR HEMBRA 1.5-2.5MM2 AZUL Terminal Eléctrico Preaislado Hembra Azul 2,8 x 0,5 mm 1,5 mm²	Ver Producto Añadir al carrito
	TERNL ELECTR HEMBRA 0.5-1.5MM2 ROJO Terminal Eléctrico Preaislado Hembra Rojo 2,8 x 0,5 mm 1,5 mm²	Ver Producto Añadir al carrito
	TERNL ELECTR HEMBRA 1.5-2.5MM2 AZUL Terminal Eléctrico Preaislado Hembra Azul 4,8 x 0,8 mm 2,5 mm²	Ver Producto Añadir al carrito