Hot-dip Galvanized Stockbridge Vibration Damper / Multi-frequency Vibration Damper

Quick Details

Packaging & Delivery

Packaging Details : In wooden box
Delivery Time: 3 months

Description

Vibration damper makes use of rotation and swing of the two-end hammer heads for generating friction damping force from the mutual slippage among the galvanized iron wire strands to consume the swinged energy. It is adopted preformed rod structure in which the holding strength between the installation of vibration damper to preformed rods and the conductors evenly spread the distance from 30 to 60cm on the length area, effectively protecting the conductor by avoiding the stress concentration of the latter. It is of good slippage and antivibration performance as well as superior installation of preformed rods guarantee sustainable, stable & reliable holding strength between the performed rods and the conductors while its high efficient construction will be good for the convenient and reliable checkup.
Its inertia and spiral elasticity can make the damping component generate relative displacement on the conductor swing, consuming vibration energy by effecting viscous damping phenomenon. The more the conductor swings, the more vibration damper consumes energy. Its installation shall take priority on its antinode; as its resonant frequency matches with the vibration frequency of conductor, the energy vibration damper consumes will be up to its maximum value.

Feature

FR Type Preformed Vibration Damper is commonly used to control vibration of overhead conductors and OPGW. The vibration damper has a length of steel messenger cable. Two metallic weights are attached to the ends of the messenger cable. The centered clamp, which is attached to the messenger cable, is used for installing the vibration damper onto the overhead conductor. The asymmetrical vibration damper is a multiresonance system with inherent damping. The vibration energy is dissipated through inter-strand friction of the messenger cable around the resonance frequencies of the vibration damper. By increasing the number of resonances of the damper using asymmetrical design and increasing the damping capacity of the messenger cable the vibration damper is effective in reducing vibration over a wide frequency or wind velocity range.

Specification

Vibration damper clamp is aluminum alloy,hammpers are grey iron, the other parts are hot-dip galvanized steel
1. GB/T National Standard
2. Type test before shipping
3. certification: ISO9001

Technical Parameter

Note: The body and keepers are made of aluminum alloy, counter weights is made of grey iron hot dip galvanized, other parts are of hot-dip galvanized steel. Avoid hysteresis loss, with energy saving effect.

Formed in 2001, Guangzhou Xinyuan Hengye Power Transmission Device Co., Ltd. specializes in the manufacture of high voltage power transmission line accessories, as well as research and development in related areas. Our company is located at Zengcheng Yonghe, in the east part of Guangzhou, with excellent environment and convenient transportation.

Over years of development, we have gradually established ourselves as one of the market leaders, owing to our highly competitive strength in high voltage technology, complete production facilities and work force.

Work Force

We take special pride in or R&D and management teams. Now we have about 326 staff members, more than 30.6% of whom are qualified engineers and technicians, in addition to 34 R&D personnel. Our extensive expertise ranges from mechanical engineering, corona, electrical design and product testing, to manufacturing process.

Product Range

The company focus on development and production of fittings and conductors for voltage from 110kV to 1000kV. It had supplied around 10 transmission lines for 800kV till 1000kV in domestic. For oversea market, it had supplied to Vietnam(220kV&500kV), India(400kV&765kV), Poland(110kV to 400kV), Pakistan, Bangladesh, Syria, Paraguay, etc.

To ensure quality products, we have accumulated experience in designing and producing electric power fittings, electric substation fittings, and ultra-high voltage power transmission products. Our major products include 500kV heat-resistant power line fittings, energy-saving power line fittings, environmentally-friendly power line fittings, and high altitude line fittings. We also do research and development in related areas.

Over years of development, we have provided line fittings for heavy snow area, 750kV ultra-high voltage AC line fittings, 800kV ultra-high voltage DC line fittings, and 1000kV ultra-high voltage AC line fittings. Our products are designated to be used in national large power transmission projects, such as The Three Gorges and west-east power transmission, and are exported to many foreign countries in the Middle East and Mid and South Asia. Apart from this, we provide nonstandard and customized products according to the specific requirements of our clients.

We are an ISO9001:2000 certified company. All Manufactured products have been thoroughly tested in accordance with the national standards prior to shipment. Outstanding management patterns, advanced production techniques, and standardized testing equipment and procedures serve as the basis of our constant pursuit towards Zero Defect.

The company wholly owned subsidiary Fogang Xinyuan Hengye Cable Technology Co., Ltd. (hereinafter referred to as "Fogang Xinyuan") as the main body to carry out the research and development, production and sales of stranded carbon fiber core conductor. Fogang Xinyuan was established in November 2009 with a registered capital of 76,000,000 RMB, which was located in West Yingfo Road, Shijiao Town, Fogang District, Qingyuan City.

Fogang Xinyuan is the solo manufacturer for ACMCC conductor (Aluminium Conductor Multi-strand Carbon Fiber core) in China. ACMCC is designed for double capacity of power transmission. ACMCC Conductors can meet the requirements of ASTM, EN, BS and IEC etc. Fogang Xinyuan also has a full set of independent intellectual property rights of the manufacturing process, production equipments and product structure for ACMCC conductor.