200kA Isolating Spark Gap -ISG 200
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Type
ISG200
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Art.-No.
690035
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Features
1. Earthing Device according to lEC/EN 62305 in hazardous areas.
2. 10mm stainless steel material connection terminal.
3. For mounting in-door or out-door, in damp rooms as well as for underground installation.
4. Extremely loadable unit.
5. Ex marking/IP: Ex db llC T6 Gb, Ex tb IIIC T80 °C Db IP 66/67.
Imax 300kA (8/20μs)
The 200kA Isolating Spark Gap ISG 200 (690035) is designed for lightning equipotential bonding in large-scale power and industrial systems. With a discharge capacity of up to 200kA, it supports the safe dissipation of extreme surge currents generated during lightning events. Its robust construction ensures consistent performance under high mechanical and electrical stress. By supporting operational continuity and reducing potential damage from overvoltage stress, the ISG 200 contributes to effective lightning protection strategies while offering a professional-grade solution for demanding applications.
Feature
1. High Surge Discharge Capacity: Supports impulse currents up to 200kA, designed for lightning protection applications with extremely high energy levels.2. Functional Insulation Protection: Enables controlled earthing of insulation components during surge events to support system stability.
3. Robust Construction: Built for demanding environments, offering consistent performance under high mechanical and electrical stress.
4. Versatile Application: Applicable in industrial plants, utility networks, and hazardous areas requiring advanced surge protection solutions.
5. Long-Term Operation: Designed to maintain stable characteristics over extended use, reducing the need for frequent maintenance interventions.
Advantages
1. Enhanced Protection Capacity: Manages extremely high surge currents, contributing to reliable lightning protection for large-scale systems.2. Compliance Assurance: Alignment with IEC 62305 provides confidence in meeting international standards for lightning equipotential bonding.
3. Seamless Earthing Integration: Supports connection of separated earthing systems, aiding in consistent equipotential bonding during lightning strikes.
4. Operational Continuity: Reduces the likelihood of downtime or equipment interruption by controlling high-energy surges effectively.
5. Cost Effectiveness: By supporting long-term system stability, it helps reduce potential equipment replacement and maintenance expenses.
6. Reliability in Harsh Environments: Performs consistently in demanding industrial, utility, and hazardous conditions.
Applications
1. Lightning Equipotential Bonding: Applied in lightning protection systems to equalize potential differences during surge events.2. Separated Earthing Systems: Suitable for connecting independent earthing systems in accordance with IEC 62305 requirements.
3. Industrial Facilities: Used in plants with extensive power distribution where high surge currents may occur.
4. Utility Installations: Supports protection of substations, transmission lines, and distribution networks against lightning surges.
5. Hazardous Areas: Applied in environments requiring controlled earthing and safe equipotential bonding under strict safety regulations.
6. Critical Infrastructure: Integration into energy, communication, or transportation systems where continuity and surge resilience are essential.
Technical Data
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