Product

• Pole Configuration:
  • Surge protectors come in 1, 2, 3, and 4-pole configurations, so it’s essential to choose one that fits your electrical setup. A single-pole protector is typically used for single-phase systems, while a multi-pole version is needed for three-phase or complex setups.
• Customization:
  • Look for a customizable configuration option, which allows you to adjust the protector to match your unique electrical needs. This ensures the protector offers the best protection tailored to your system’s specific requirements.
• Short Circuit Protection:
  • Ensure the surge protector can handle short circuits up to 10kA (8/20μs). This indicates it can endure high short-circuit current levels and will protect your equipment from potential damage caused by electrical faults.
• Voltage Compatibility:
  • The protector should be compatible with the voltage range of your system. A surge protector rated for 230/400V AC, 50/60Hz is a standard for many commercial and residential applications, but always confirm it matches your system’s specifications.
• Surge Capacity:
  • Check the surge protector’s high discharge capacity. Look for a Nominal Discharge Current of 20KA and a Maximum Discharge Current of 40KA to ensure that it can handle large surge events without failure. A higher discharge current capacity provides more robust protection for sensitive equipment.
• Surge Protection Technology:
  • Surge protectors with advanced surge protection technology are ideal for safeguarding electronics and electrical systems. A high Nominal and Maximum Discharge Current ensures that the protector can absorb and dissipate large energy surges, such as those caused by lightning strikes or power line issues.