Dimensions: Width approximately 100mm, thickness approximately 16mm, hole diameter approximately 26mm, hole spacing approximately 150mm, length approximately 210mm.
Specifications: Breaking load 21kN.
Material: Made of carbon steel strip.
Surface treatment: Hot-dip galvanized for enhanced corrosion resistance, suitable for various outdoor environments.
Application: Used for assembling a double tension insulator string with a single conductor, or a single insulator string with two split conductors.
Weight: Approximately 2.5kg.
The LV-2115 yoke plate is primarily used for assembling double-stranded tension insulator strings with single conductors, and single-strand insulator strings with two split conductors. It has a thickness of 16mm, a hole pitch of 100mm, a hole diameter of 30mm, a breaking load of 210kN, and weighs approximately 2.5kg. Its triangular shape leverages its stability.
The LV-2115 yoke plate is primarily used for assembling double-stranded tension insulator strings with single conductors, and single-strand insulator strings with two split conductors. It has a thickness of 16mm, a hole pitch of 100mm, a hole diameter of 30mm, a breaking load of 210kN, and weighs approximately 2.5kg. Its triangular shape leverages its stability. Manufactured from wrought iron and hot-dip galvanized, the LV-2115 yoke plate significantly reduces rust and corrosion, extending its service life. While suitable for a wide range of applications, it requires regular cleaning and an anti-corrosion coating when used in salt spray or industrially polluted areas.
The LV-2115 yoke plate is primarily constructed from carbon steel with a hot-dip galvanized surface treatment, contributing to its superior performance characteristics.
Base material
Select high-quality high-strength carbon steel to meet the mechanical strength requirements, and the breaking load is ≥210kN;
Surface treatment
The zinc layer thickness is ≥70μm, which can meet the use in coastal environments and improve weather resistance and corrosion resistance;
The zinc layer can effectively isolate the steel from contact with air and moisture, significantly slowing down the oxidation corrosion process. Even if the zinc layer is damaged, the zinc will be preferentially oxidized to form a protective film to protect the base steel.
LV-2115 Yoke Plate Production Process
Raw material inspection
Ensures that the steel's chemical composition and mechanical properties meet requirements, avoiding materials with interlayers or cracks.
01
Cutting
CNC flame-cuts the steel into rough blanks according to the required joint plate dimensions, removing edge burrs.
02
Forging
Heats the rough blanks to 800-1000°C and stamps them into a basic triangular shape, refining the internal grain size and increasing strength.
03
Machining
Milling ensures surface flatness, while CNC drilling creates holes with a 30mm diameter and a position deviation of ≤1mm.
04
Surface treatment
Degrease and rust-remove the LV-2115 yoke plate, followed by hot-dip galvanizing. The zinc coating is then inspected for quality.
05
When maintaining the LV-2115 yoke plate, ensure they are protected from loosening, corrosion, and structural damage to ensure connection stability and load-bearing capacity.
Corrosion
Observe the integrity of the zinc coating, including any signs of peeling or shedding.
Structural Deformation
Use a ruler or square to measure key dimensions. If deformation is detected, discontinue use immediately.
Crack Damage
Cracks, chipping, or impact damage may affect performance and require prompt replacement.
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