Standard Type Suspension Glass Insulator

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$9.00 [ 100 piece / Lot ]

Description

Standard Type Suspension Glass Insulator

Product parameters Transmission Line Tools Standard Type Suspension Glass Insulator

Type	Mechanical damage load(KN)≥	Battering load(KN)≥	Electromechanical load test value/h(KN)	Nominal Height H	Nominal diameter of insulator D	Minimum nominal creepage distance	Peak voltage tolerance for lightning full - wave shock(kv)	Effective value of power frequency voltage(kv)≥		Weight/set (kg)
Type	Mechanical damage load(KN)≥	Battering load(KN)≥	Electromechanical load test value/h(KN)	mm			Peak voltage tolerance for lightning full - wave shock(kv)	1min wet resistance	Breakdown	Weight/set (kg)
LXY-70	70	565	52.5	127	255	320	≥100	40	130	3.77
LXY1-70	70	565	52.5	146	255	320	≥100	40	130	3.78
LXY-100	100	678	75	146	255	320	≥100	40	130	4.1
LXY-120	120	678	90	146	255	320	≥100	40	130	4.2
LXY3-160	160	1017	120	155	280	380	≥105	42	130	6.2
LXY3-210	210	1017	157.5	170	280	390	≥105	42	130	6.7
LXY-240	240	1017	180	170	280	390	≥105	42	130	6.8
LXY-300	300	1017	225	195	320	485	≥110	45	130	10.7

Characteristic Transmission Line Tools Standard Type Suspension Glass Insulator

Insulator is a special insulating control which can play an important role in overhead transmission line. In the early years, insulators were mostly used in power poles. Gradually, they developed into a kind of dial-shaped insulator hanging at one end of the high type high-voltage wire connecting tower. The purpose of insulators is to increase the creepage distance. Insulators should not fail due to various electromechanical stresses caused by changes in the environment and electrical load conditions. Otherwise, insulators will not play a significant role and will damage the service life of the entire line.

Product features: Transmission Line Tools Standard Type Suspension Glass Insulator

It is made of toughened glass. Due to the high mechanical strength of the surface layer of glass insulator, cracks are not easy to occur on the surface. The electrical strength of glass remains constant throughout its operation and the aging process is much slower than that of porcelain.
Using glass insulator, it can cancel the operation process of insulator of charged periodic preventive test. This is due to every damage to tempered glass causes damage to the insulator, which operators can easily find when patrolling the wire. When the insulator is damaged, glass fragments near the steel cap and iron foot get stuck, and the remaining part of the insulator is strong enough to prevent the string from breaking off. The slope ratio of glass insulator is one of the important indexes to measure the product quality, and it is also the quality basis of the current power transmission project bidding.
Insulator is one of the key components in high voltage transmission line, its performance directly affects the whole the safety operation of the transmission line. Glass insulators are widely used because of their characteristics of zero self-breaking and easy maintenance.

Advantages Transmission Line Tools Standard Type Suspension Glass Insulator

Excellent mechanical performance
Good pollution flashover resistance
Good aging resistance
Good structural stability
High line operation efficiency
Light weight
Excellent electrical corrosion resistance

Standard Type Suspension Glass Insulator

Transmission Line Tools Insulator

Standard Type Suspension Glass Insulator

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