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  • Hooked Blade Terminals Insulated Cable lug
  • Hooked Blade Terminals Insulated Cable lug
  • Hooked Blade Terminals Insulated Cable lug
  • Hooked Blade Terminals Insulated Cable lug
  • Hooked Blade Terminals Insulated Cable lug
  • Hooked Blade Terminals Insulated Cable lug

Hooked Blade Terminals Insulated Cable lug

No.00982
1. Type: Crimp Terminal 2. Material: Copper 3. Insulation: Nylon 4. Surface Treatment: Matte tin plating 5. Color: Blue/Yellow/Red
  • Hooked Blade Terminals Insulated Cable lug
  • Hooked Blade Terminals Insulated Cable lug
  • Hooked Blade Terminals Insulated Cable lug

Description

Products Description
The hooked blade insulated terminal is a protective accessory used at the connection point of power equipment. Its unique design can effectively isolate the influence of external environmental factors such as moisture, dust and mechanical stress on the line connection. Made of high-insulation materials and combined with precision processing technology, the concave pre-insulated terminal ensures that it still maintains extremely high electrical performance and stability under high-voltage electric fields. This feature makes it a key component in power transmission and distribution systems.
Type Crimp Terminal
Color Blue/Yellow/Red
Lead Section 0.5-1.5mm² /1.5-2.5mm² / 4-6mm²
Max Current Imax=19A/Imax=27A/Imax=48A
Material Copper
Insulation PA66
Surface Treatment Matte tin plating
A.W.G 22-16 AWG /16-14 AWG /12-10 AWG
Rated Voltage 220V
Max. temperature resistance 105℃

Main Functions
1. Insulation protection:
As an indispensable part of the power system, one of the main functions of the hooked blade insulated terminal is to provide physical and electrical double insulation protection for the connection points of the wires, effectively preventing the external environment from corroding and damaging the line connection points.
2. Reduce power loss:
Through optimized design and material selection, the lipped blade insulated cable lug can reduce the leakage of electromagnetic fields generated in high voltage environments, thereby significantly reducing energy losses during power transmission.
3. Improve system reliability:
Under extreme climatic conditions, such as high temperature, severe cold or sandstorms, its excellent weather resistance and mechanical stability help ensure the stable operation of the power system and improve the overall power supply quality.

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