Connecteurs haute tension: Tout ce que vous devez savoir sur la fonction, l'application et le choix

High-voltage connectors are essential components for the safe and reliable connection of high-voltage systems. They ensure stable and low-loss transmission of electrical energy in test systems, industrial plants, and other high-voltage applications.

SPS electronic offers a wide range of high-voltage connectors specifically developed for high electrical voltages and extreme conditions. They are characterized by high voltage resistance, excellent insulation, and long service life.

What Are High-Voltage Connectors?

High-voltage connectors are special connector systems designed for voltages in the kilovolt range. Unlike conventional connectors, they offer particularly high insulation resistance and a reliable mechanical connection. 

• Secure Connection Technology: Ensures reliable current transmission without arcing. 
  
• High Voltage Resistance: Designed for high-voltage systems up to the kilovolt range. 
  
• Robust Insulation: Minimizes leakage currents and ensures high operational safety. 
  
• Low Contact Resistance: Ensures efficient energy transmission with minimal losses. 
  

These connectors are available in various designs and materials to meet the specific requirements of different applications.

Construction and Operation of High-Voltage Connectors

High-voltage connectors consist of several precisely coordinated components that are responsible for their reliable function and long service life. 

• Connector Housing: Protects the contacts from external influences and provides mechanical stability. 
  
• Contact Pins and Sockets: High-quality metal alloys minimize contact resistance and improve conductivity. 
  
• Insulating Materials: Special high-performance plastics ensure safe separation of high-voltage potentials. 
  
• Locking Mechanisms: Mechanical safety devices prevent accidental disconnection of the connection. 
  

With this design, high-voltage connectors offer a reliable and durable solution for high-voltage circuits.

Applications of High-Voltage Connectors

High-voltage connectors are indispensable in numerous industrial and technical areas where high voltages must be safely transmitted. 

• Testing and Measurement Technology: In high-voltage testing systems for insulation tests and safety checks. 
  
• Energy Technology: In high-voltage switchgear for the safe connection of circuits. 
  
• Medical Technology: In high-voltage devices such as X-ray systems or electrical therapy equipment. 
  
• Power Electronics: In high-voltage circuits for connecting transformers, converters, and other components. 
  

Due to their high load capacity and safety, these connectors are ideally suited for demanding applications.

Advantages of High-Voltage Connectors from SPS electronic

The high-voltage connectors from SPS electronic are specifically developed for extreme requirements and offer numerous advantages for industrial and technical applications. 

• Excellent Voltage Resistance: Designed for the highest electrical voltages. 
  
• Durable Materials: Resistant to mechanical stress and environmental influences. 
  
• Optimal Insulation: Minimizes leakage currents and voltage arcing. 
  
• Easy Installation: Intuitive mounting and secure locking mechanisms for a reliable connection.
  

These connectors offer maximum safety and efficiency for high-voltage applications.

High-Voltage Connectors for Safe High-Voltage Systems

High-voltage connectors are indispensable components for the safe transmission of high voltages in industry, energy technology, and testing systems. They provide a reliable electrical connection, high insulation safety, and long service life. 

With the high-voltage connectors from SPS electronic, users benefit from: 

• Reliable and safe high-voltage connections 
  
• Durable and robust components 
  
• Efficient and low-loss power transmission 
  

Easy handling and secure installation Whether in testing technology, energy technology, or medical technology – high-voltage connectors are essential for powerful and safe high-voltage systems.