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  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated

U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated

No.00975
1. Type: Crimp Terminal 2. Material: Copper 3. Insulation: Nylon 4. Surface Treatment: Matte tin plating 5. Color: Blue/Yellow/Red
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated
  • U-Type Fork Spade Wire Connector Crimp Terminal Nylon Insulated

Description

Products Description
Fork lug, also know as spade lug terminal, is a commonly used electrical connection device, which is convenient, reliable and durable, and is widely used in the connection of electrical equipment and lines.

Type Crimp Terminal
Color Blue/Yellow/Red
Lead Section 0.5-1.5mm² /1.5-2.5mm² / 4-6mm²
Max Current Imax=19A
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℃
Packaging Details 100/500/1000pcs

Performance requirements
1. Conductive performance:
Fork-type terminals should have the characteristics of low resistance, low temperature rise, and good stability to ensure the reliability of current transmission,
2. Temperature resistance:
Fork-type terminals should be able to maintain good conductivity within the normal operating temperature range and withstand a certain overload temperature.
3. Voltage resistance:
Fork-type terminals should be able to withstand the working environment under rated voltage to ensure the safety and reliability of electrical connections.

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