Dimensions: Width approximately 100mm, thickness approximately 16mm, hole diameter approximately 24mm, hole spacing approximately 180mm, length approximately 250mm.
Specifications: Breaking load 250kN.
Material: Made of carbon steel strip.
Surface treatment: Typically 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 2.7kg.
The LV-2518 yoke plate is a double-stranded cable connector suitable for connecting double insulator strings, double guy wires, or split conductors. It ensures mechanical stability in transmission lines and is particularly suitable for high-voltage transmission. The LV-2518 type coupling plate is a variant of the LV-type coupling plate.
The LV-2518 yoke plate is a double-stranded cable connector suitable for connecting double insulator strings, double guy wires, or split conductors. It ensures mechanical stability in transmission lines and is particularly suitable for high-voltage transmission. The LV-2518 type coupling plate is a variant of the LV-type coupling plate. The "25" designation represents a breaking load of 250 kN, and the "18" designation represents a length of 180 mm, a hole diameter of 33 mm, and a weight of approximately 2.70 kg. As a power connection fitting, the LV-2518 yoke plate requires high mechanical strength and corrosion resistance. It is manufactured from high-quality alloy structural steel or malleable cast iron to withstand harsh environments.
As its application expands, we have upgraded the materials and processes used in the LV-2518 yoke plate during production. This is primarily reflected in the following two aspects:
Hot-dip galvanizing
This upgrade from traditional hot-dip galvanizing to zinc-aluminum alloy makes it particularly suitable for corrosive environments. Testing has shown that its salt spray corrosion resistance can be increased to over 1,000 hours, three times longer than the service life of traditional galvanizing.
Lightweight design
While ensuring a breaking load, the product weight is reduced, meeting international demands and reducing shipping costs.
As a professional manufacturer of LV-2518 yoke plate, our company constantly monitors market demand, improving performance and features to facilitate application in a wider range of fields.
Applicable Scenarios for the LV-2518 Yoke Plate
Double Tension String → Single Conductor
This type of connector is preferred, ensuring balanced load transfer between the dual-string insulators and the single conductor.
Single Insulator String → Dual Split Conductor
This is a compact line with a split conductor spacing of ≤400mm.
Tower Guying System
Primarily used for anchoring dual guy wires, but requires UL-type hanging rings and UT clamps.
However, the LV-2518 yoke plate is not suitable for some applications, such as splicing angle steel tower main materials and UHV tension towers. The LV-3018 type connector is recommended.
The service life of the LV-2518 yoke plate is affected by the raw materials, production process, and application environment. It is important not only to select the appropriate connector based on the environment, but also to ensure proper maintenance.
Material
High-strength alloy structural steel is preferred, ensuring a tensile strength of ≥500 MPa, ensuring a more stable structure during use.
01
Hot-dip galvanizing
The zinc layer thickness is selected based on the environment. For corrosive environments, the zinc layer should be ≥70 μm.
02
Usage
Harsh environments may shorten the lifespan by 5-8 years.
03
Maintenance
The LV-2518 yoke plate should be maintained and serviced according to actual usage. If you encounter any problems during use, please contact customer service.
04
Hot Tags: lv-2518 yoke plate, China lv-2518 yoke plate manufacturers, suppliers, factory, L 1240 type yoke plate, L 2540 type yoke plate, L Yoke Plate, LV 2115 Yoke Plate, LV 2518 type yoke plate, LV 2518 Yoke Plate
