Conductor Connection Yoke Plate

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Conductor Connection Yoke Plate
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Conductor Connection Yoke Plates are primarily used in electrical connection systems to achieve multi-branch connection and positioning. They feature high strength, high precision, and excellent weather resistance, playing a crucial role in overhead transmission lines, power grid upgrades, and related power engineering projects worldwide. Visually, a Conductor Connection Yoke Plate is a plate-shaped connection hardware, commonly rectangular, with multiple holes arranged in a straight, symmetrical pattern. It features double-split conductors with tension resistance and is compatible with double-string insulators. Customization based on user-provided drawings is available to conform to local hardware standards. Even for overseas use, we support on-site technical guidance to help every user resolve installation issues.
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Yoke Plate
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Conductor Connection Yoke Plate

 

Customized Conductor Connection Yoke Plate services are crucial for export trade, as different environments necessitate different requirements. To meet the diverse needs of our users, our company offers customization services for the following:
Mechanical Performance Customization:Mechanical performance directly impacts load-bearing capacity. The grade is customized based on the user's operating conditions. Rated load can be customized from 120-500kN, with a safety factor of 2.0-3.0.
Structural Dimension Customization:Single-conductor L-type, double-split LF-type, and quadruple-split LL-type are available. Hole diameter φ20-φ51mm, hole spacing ±5mm, number of holes 2-8, hole type round or elliptical, length × width × thickness ±5mm/±3mm/±3mm adjustable.
Electrical Performance Customization:Pre-drilled corona ring mounting holes, split conductor spacing ≥400mm, 500kV line corona loss ≤1W/m.

When customizing, it is essential to communicate your specific requirements for the Conductor Connection Yoke Plate with the manufacturer to ensure it meets your operating conditions.

 

The corrosion resistance of conductor connection yoke plates varies significantly depending on the material, and the surface treatment process plays a crucial role. So, how should we choose? The table below provides a reference:

Material Surface treatment process Corrosion resistance principle Corrosion resistance test data Corrosion resistance rating Adaptation environment
Q355B hot-dip galvanized steel Hot-dip galvanizing Zinc-coated sacrificial anode protection isolates the steel substrate from air and moisture No red rust was observed after ≥1000 hours of neutral salt spray testing, and slight white rust appeared after 1500 hours Medium Slightly humid environment
316/316L stainless steel Pickling and passivation Chromium, nickel, and molybdenum form a dense passivation film, preventing chloride ions from penetrating No pitting corrosion after ≥5000 hours of 5% NaCl salt spray test Strong High salt spray environment in the ocean
aluminum alloy Anodizing Anodizing forms a porous alumina film, which seals the pores and isolates them from corrosive media No pitting corrosion after ≥2000 hours of neutral salt spray testing Strong Outdoor mildly corrosive environment
Ductile iron Hot-dip galvanizing Hot-dip galvanizing relies on sacrificial anode protection No red rust after ≥800 hours of salt spray testing Average Inland dry and low-corrosion environment

 

The wider the application of Conductor Connection Yoke Plate, the greater the market competition. As a result, some manufacturers use inferior products to obtain higher profit margins. So how can we avoid these pitfalls when purchasing?

Selection phase

In the North American market, the selection must comply with ANSI C135.1 and ASTM B633 standards. It is important to check the zinc coating thickness, load rating, and clearly specify the material to avoid manufacturers using inferior materials. The rated load must be ≥1.5 times the actual working load, and the safety factor for ultra-high voltage lines must be ≥2.5. Manufacturers are required to provide third-party tensile and yield strength test reports to avoid falsely labeled loads.

Testing phase

Hole spacing deviation and edge chamfering must meet the requirements. For hot-dip galvanized parts, adhesion test is performed. Vibration and temperature cycling tests are conducted on the samples to check for deformation and cracking, and to verify fatigue resistance. The manufacturer is required to provide retained samples from mass production for comparison with the sample in terms of size, surface and material. The quality is subject to subsequent acceptance. The test report must be from an authoritative institution;

After-sales service

We provide multilingual technical manuals, including installation steps, torque parameters, compatible hardware models, and safety precautions. For complex working conditions, we provide selection solutions and installation simulation reports to avoid later failures due to improper selection. We also solve problems such as hole alignment, load distribution, and corrosion protection and sealing, and adapt to the technical level of overseas customers' construction teams.

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