Htr Crane Conductor Rail Conductor Bar System

China Htr Crane Conductor Rail Conductor Bar System, Find details about China Conductor Bar, Conductor Rail from Htr Crane Conductor Rail Conductor Bar System

Model NO.
3P, 4P, 6P
Trademark
NANTE
Specification
3P, 4P, 6P
Origin
China
HS Code
854449
Model NO.
3P, 4P, 6P
Trademark
NANTE
Specification
3P, 4P, 6P
Origin
China
HS Code
854449
Htr Crane Conductor Rail Conductor Bar SystemHtr Crane Conductor Rail Conductor Bar SystemHtr Crane Conductor Rail Conductor Bar SystemHtr Crane Conductor Rail Conductor Bar SystemSpecifications
 
1. Factory Price Conductor Rail Accessories-Line Feed
2. Simple structure, easy for installation.
3. Current: 50~140A
 

Detailed Product Description

Low-Power Insulated High Tro Reel Systems are used widely for workshops, ring application or slip rings, stacking system and other industrial applications.

It is a new type of industrial mobile power feeding system, and the most typical advantage is the light weight and tender nature, easy for carry and install. The conductor bar has 3 poles and 4 poles two choice, with a current capacity about 50A to 80A, especially used to carry low power.

Factory Price Conductor Rail Accessories-Line Feed, Low-Power Mobile Devices Seamless Insulated Conductor Bar, Seamless Conductor Rails, High Tro Reel System for overhead crane, light in weight, simple in structure.


Quick Detail
Rated value: 4P, 600V, 50~140A.
Conductor material: Copper.
Insulated sleeve material: UPVC(heat resistance: 75° C).
Detailed Product Description
Low-Power Insulated High Tro Reel Systems are used widely for workshops, ring application or slip rings, stacking system and other industrial applications.
It is a new type of industrial mobile power feeding system, and the most typical advantage is the light weight and tender nature, easy for carry and install. The conductor bar has 3 poles and 4 poles two choice, with a current capacity about 50A to 120A, especially used to carry low power.
Htr Crane Conductor Rail Conductor Bar System