Research and Application for Gap-Type Conductor Tension Stringing Machines

Zhen Chen; Kun Bai; Jun Wang

doi:10.4028/www.scientific.net/AMM.536-537.1566

Paper Titles

Analysis of Electromagnetic Interference in Rectifier and Inverter System
p.1547

A Hybrid Technique for Harmonics and Interharmonics Estimation in Power System
p.1551

Analysis and Countermeasure Study of Photovoltaic System Fault Based on Fault Tree and HAZOP
p.1557

Robust High-Gain Observer Approach to State of Charge for Lithium-Ion Batteries of Automated Guided Vehicles
p.1562

Research and Application for Gap-Type Conductor Tension Stringing Machines
p.1566

Reliability Evaluation of Distribution Networks Including Micro-Grid Considering Time-Varying Failure Rate
p.1570

The Analysis between Two Different Methods of Power Plant Boiler Thermal Efficiency
p.1578

Research and Improvement on Calculation Method of Optimal Excess Air Ratio
p.1583

2D Finite Element Analysis of a Excavation Supporting Types in Changchun City
p.1589

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 536-537Research and Application for Gap-Type Conductor...

Research and Application for Gap-Type Conductor Tension Stringing Machines

Abstract:

Gap-type conductor stringing and currently existing conventional tension stringing construction technology are not identical, explore two old wires with a new gap-type conductor, which is two-pulling-one wire stringing construction technology. In this paper two-pulling-one running board is designed and manufactured to meet the stringing construction technology. The experiment results show that the system greatly improves the efficiency of the stringing, at the same time reduces construction costs, saves a lot of manpower and time, ensures the construction period, safely and efficiently completes the construction task.