Desc:Product Description* Brief intructionDrop out fuse cutout can is for use of outdoor medium voltage and high voltage alternative current system, which ...
Desc:Product Description* Brief intructionDrop out fuse cutout can is for use of outdoor medium voltage and high voltage alternative current system, which ...
Desc:Product Description* Brief intructionDrop out fuse cutout can is for use of outdoor medium voltage and high voltage alternative current system, which ...
Desc:* Brief intructionDrop out fuse cutout can is for use of outdoor medium voltage and high voltage alternative current system, which mainly protects tra...
Desc:* Brief intructionDrop out fuse cutout can is for use of outdoor medium voltage and high voltage alternative current system, which mainly protects tra...
Desc: Outdoor Expulsion Drop-out Type Distribution Fuse Cutout 24-27KV Application: Protection device for protecting power system from over-load and short-...
Desc: Outdoor Expulsion Drop-out Type Distribution Fuse Cutout 24-27KV Application: Protection device for protecting power system from over-load and short-...
Desc:Principle and Function of T Bar type Fuse Cut OutThe high-voltage drop-out fuse consists of three parts: insulating support, dynamic and static contac...
Desc:Principle and Function of T Bar type Fuse Cut OutThe high-voltage drop-out fuse consists of three parts: insulating support, dynamic and static contac...
Desc:1.Low minimum breaking current,low power losses and low arc-voltage. 2.High breaking capacity and effective short-circuit prospective current limitati...
Desc:1.Low minimum breaking current,low power losses and low arc-voltage. 2.High breaking capacity and effective short-circuit prospective current limitati...
Desc:1.Low minimum breaking current,low power losses and low arc-voltage. 2.High breaking capacity and effective short-circuit prospective current limitati...
Desc:Conditions of UseAmbient temperature: Not higher than +40 C, not less than -30 CAltitude: Not exceed 1000m (1000m above can be corrected GB311.1-1997)...
