●Current Rating (3 Amps): This indicates the maximum continuous current the connector or component can safely handle without overheating or sustaining damage.

●Insulation Resistance (1000MΩ Min): This specifies the minimum resistance between conductors or between a conductor and the outer surface, ensuring that the insulation material effectively prevents electrical leakage or short circuits.

●Contact Resistance (20mΩ Max): This measures the resistance across the electrical contacts when they are closed, indicating how efficiently electrical signals can pass through without significant loss or interference.

●Withstanding Voltage (AC 1000V): This refers to the maximum voltage that the connector or component can withstand without breaking down or causing electrical arcing, ensuring safe operation under specified voltage conditions.

●Operating Temperature (-40°C to +105°C): This defines the temperature range within which the connector or component can function reliably without performance degradation or physical damage.

●Contact Material (Brass): This specifies the material used for the electrical contacts, in this case, brass, which offers good conductivity and corrosion resistance.

●Insulator Material (Standard: PA6T Polyester UL 94V-0): This refers to the material used for the insulating housing or body of the connector, providing electrical isolation and mechanical support. PA6T Polyester with UL 94V-0 rating indicates a high-quality, flame-retardant material.

●Contact Plating (Gold Flash): This indicates the surface treatment applied to the electrical contacts to enhance conductivity, prevent corrosion, and ensure reliable electrical connections over time.

●Max. Processing Temp (240°C for 30-60 seconds, 260°C for 5 seconds): This specifies the maximum temperature and duration for soldering or other assembly processes to avoid damaging the connector or its components during manufacturing.