Product Description
Owing to rich market knowledge, we are offering a superb range of Spark Gap Based Surge Filters. These are used to protect the insulating flanges against the damaging effects. Other than that, provided filters are reliable to use as it eliminates the voltage surges from damaging equipment. Spark Gap Based Surge Filters are ideally used in large power transformers as well as electrical substations. They can be utilized for homes and industrial applications.
Specification
| Class | B,A,C |
| Phase | Three Phase |
| Number Of Poles | 2.0,4.0 |
Superior Surge ProtectionThe Spark Gap Based Surge Filter is designed to defend electrical installations against high-energy transients and surges. Rated for a maximum current of 40 kA and a rapid response time of less than 100 nanoseconds, this device offers essential safety for both industrial and commercial applications, ensuring seamless operation even in demanding environments.
Robust and Versatile DesignFeaturing a powder-coated metallic enclosure and IP20 rating, this filter offers protection and resilience. With DIN rail mounting, standard terminal connectors, and compact dimensions (160 mm 90 mm), installation is simplified for a wide variety of electrical panels and boards, reducing downtime during setup and maintenance.
Maintenance-Free, Long Service LifeEngineered for longevity, each Spark Gap Based Surge Filter boasts a service life of over 10,000 operations. The maintenance-free mechanism ensures reliable protection without frequent interventions, maximizing uptime and reducing operational costs for businesses.
FAQ's of Spark Gap Based Surge Filters:
Q: How does the Spark Gap Based Surge Filter protect electrical systems?
A: The filter utilizes spark gap elements to rapidly divert surge currents, clamping excess voltage at 1.5 kV, thereby safeguarding equipment from transient spikes or lightning-induced surges across L-N, L-E, and N-E modes.
Q: What is the recommended installation location for this surge filter?
A: It is best installed at the main distribution board or control panels, where it can provide optimal protection to the entire electrical system and sensitive equipment.
Q: When should I consider using this device in my facility?
A: Deploy Spark Gap Based Surge Filters when high-value machinery or vital electrical infrastructure requires consistent surge protection against unpredictable disturbances and transient voltages.
Q: Where can this surge filter be used effectively?
A: The device is suitable for industrial factories, commercial complexes, and other environments operating within 220-415V AC, where robust surge protection is essential.
Q: What is the installation process for the Spark Gap Based Surge Filter?
A: Mount the surge filter securely on a DIN rail within the distribution board or panel. Use the standard terminal connectors to wire the unit according to the input voltage and rated current specifications.
Q: How does the filter enhance the safety and longevity of electrical equipment?
A: By instantly responding to surges (under 100 ns) and handling up to 40 kA, the filter prevents damage to downstream devices, reduces costly downtime, and prolongs the lifespan of your electrical infrastructure.
Q: What are the main benefits of choosing a maintenance-free surge filter?
A: Maintenance-free operation eliminates routine servicing, lowers labor expenses, and ensures continuous protection with minimal user intervention, making it ideal for busy industrial and commercial setups.