Products

JDE MC4 Inline Fuse Connector is specialized used in Solar PV system between the solar panel and Inverter or controller box. They’re UV resistant and can be working outdoor for 25years. These MC4 type in-line fuses are ideal for use with solar panels with a standard MC4 type wire lead. These are constructed with a crimped connection which guarantees a long-lasting, stable connection in comparison to conventional clip-in clamps.

A heavy-duty connector is a connector specifically designed to connect high-current and high-power electrical equipment. 
Features:
High current and high power: Heavy-duty connectors are capable of carrying high-current and high-power electrical equipment, ensuring safe and stable circuit operation. 
High temperature resistance: These connectors are designed to withstand the significant heat generated by connected equipment, ensuring reliability in high-temperature environments. 
Corrosion resistance: Constructed from corrosion-resistant materials, heavy-duty connectors are suitable for harsh industrial and chemical settings. 
Reliability: With a robust design, heavy-duty connectors provide a stable and reliable connection, ensuring long-term, damage-free performance.

This series of products are equipped with snap type tail clip, which can be fixed on the plug and socket at the same time. The durable and reliable tail clip can ensure a good fit & fixation between the connector and the harness / bellows.

A heavy-duty connector is a connector specifically designed to connect high-current and high-power electrical equipment.  
Features:
High Current and Power: Heavy-duty connectors are designed to handle high-current and high-power electrical equipment, ensuring safe and stable circuit operation.
High Temperature Resistance: These connectors can withstand high temperatures generated by connected equipment, maintaining reliability in hot environments.
Corrosion Resistance: Constructed from corrosion-resistant materials, heavy-duty connectors are suitable for harsh industrial and chemical settings.
Reliability: With a robust design and stable connection, heavy-duty connectors offer long-lasting performance without damage. 

Electrical connectors require secondary wedgelocks which are sold separately. The wedgelocks help confirm proper contact alignment wit hin each connector. Secondary wedgelocks are assembled at the mating interface and press into place. If by chance the secondary wedgelocks are not prop erly seated during assembly, they will be pressed into locked position during the mating of the connector.

Adding to the design flexibility of the series, several wedgelocks offer keying options. Wedgelocks for enhanced seal retention plugs are also available.

A heavy-duty connector is a connector specifically designed to connect high-current and high-power electrical equipment. 
Features:
High Current and Power: Heavy-duty connectors are designed to handle high-current and high-power electrical equipment, ensuring safe and stable circuit operation.
High Temperature Resistance: These connectors are built to withstand high temperatures generated by connected equipment, maintaining reliability in extreme heat conditions.
Corrosion Resistance: Made from corrosion-resistant materials, heavy-duty connectors are suitable for harsh industrial and chemical environments.
Reliability: With a robust design, these connectors provide a stable and reliable connection, capable of long-term operation without damage. 

A heavy-duty connector is a connector specifically designed to connect high-current and high-power electrical equipment. 
Features:
High current and high power: Heavy-duty connectors can carry high-current and high-power electrical equipment to ensure the safe and stable operation of the circuit.
High temperature resistance: Since the connected equipment usually generates a large amount of heat, heavy-duty connectors usually have high temperature resistance characteristics to ensure the reliability of the connector in high temperature environments.
Corrosion resistance: Heavy-duty connectors are usually made of corrosion-resistant materials to adapt to harsh industrial and chemical environments.
Reliability: The heavy-duty connector has a solid design, stable and reliable connection, and can work for a long time without damage.

A heavy-duty connector is a connector specifically designed to connect high-current and high-power electrical equipment. 
Features:
Heavy-duty connectors are designed to handle high current and power, ensuring the safe and stable operation of electrical circuits. They are built with high-temperature resistance to maintain reliability even when connected equipment generates substantial heat. Made from corrosion-resistant materials, these connectors can withstand harsh industrial and chemical environments. Their robust design provides a stable and reliable connection, allowing for long-term operation without damage.