Allied Power Solutions - New Delhi, India

HS100 is a total current spark gap type 1 according to EN 61643-11 and IEC 61643-1 and is intended for use in INS and TT systems (3+1 or 1+1) at the boundaries of LPZ 0- 1. HS100 is to be installed between N and PE only.

Lightning Protection International Pty Ltd offers a comprehensiverange of products and services as part of its complete solution toyour lightning problems. These products cover direct strikeprotection, surge and transient protection and earthing solutions.
• Range of lightning air terminals and accessories• Surge and transient protection products for powerlines, data,communications and signal lines
• EXOWELD range of exothermic welding products• Earth rods and accessories including earth enhancing compounds

LPI’s GuardianTM System 5

1. A Family of LPI CAT (Controlled Advanced Triggering) series air terminals.
2. A Fibreglass Reinforced Plastic (FRP) mast which provides an insulated mast for mounting of LPI CAT series air terminals.
3. A purpose designed LPI High Voltage Shielded Cable (HVSC) specifically designed for the conveying of lightning energy to ground. Alternatively, depending on the local codes and applications, other materials such as flat copper tape or stranded cable may be used.
4. LPI Lightning Strike Recorder (LSR) which confirms system efficiency and effectiveness.
5. An earthing system consisting of earth rods, clamps, copper tapes and earth enhancing compounds such as LPI Ground Resistance Improvement Powder (GRIP) or LPI Reslo.

The LPI GuardianTM System 5 provides a safe and efficient system for the protection of your facility from direct lightning strikes. The LPI CAT terminal captures the lightning discharge at a preferred point and the energy is transferred to ground via the High Voltage Shielded Cable with minimal risk of electrifying the structure. Once the energy enters the dedicated lightning earth, it is safely dissipated without risk to personnel and equipment.

The Stormaster Early Streamer Emission air terminal uses the naturally occurring electrical field to complete the timely release of an upward streamer. This process provides for a safe and efficient method of controlling dangerous lightning energy at a preferred point.

As a thunder storm gathers overhead the ambient electrical field surrounding the Stormaster ESE begins to rise in voltage. Upon the approach of a downleader towards the protected area there is a rapid increase in the electric field which initiates the triggering of an upward streamer from the Stormaster ESE terminal. The concept of earlier allows for a larger or enhanced area of protection to be provided by the Storrnaster ESE in comparison to a conventional rod.

With the release of the upward streamer from the finial tip earlier than other competing structural points, the Stormaster ESE terminal becomes a preferred point for the capture of the lightning discharge within the protected area.