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UB2011

Guidedtype fall arrester
made of high strength steel
in built gravity lock to avoid incorrect use
in event of fall quickly grips the rope
detachable ropegrab device
works on 14mm dia polymaide rope.
conforms to EN 353-2

For price, specifications and other details please contact us

UB2005 SS

Light weight guided type fall arrester
made of stainless steel
In built gravity lock to avoid incorrect use
Two deliberate operation require to open and close
built inrope guided wheel for tangle free movement
with Anti panic feature
conforms to ANI Z359.1

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1. Tested in internationally recognized laboratories as per NFC17-102 or IEC 62305-2
2. Larger protection radius and Delta T as per NFC17-102 standard.
3. Premium quality, made in India.

1. With single or multiple spike air terminal.
2. With self-supporting base support.
3. Copper Pipe length 1200mm, Pipe OD 25mm or other.
4. Tested as per IEC:62561-2 standard.
5. Made in India.

Copper Bonded Lightning Arrestor 4/5 Spikes With Base Plate

We are leading Manufacturer, Supplier, Exporter Of Copper Bonded Lightning Arrestor available in both 4-spike and 5-spike configurations, designed to provide robust protection against lightning strikes. These conventional earthing systems are essential for safeguarding buildings by directing the high-voltage surge currents caused by lightning safely into the ground, preventing damage to the structure and its occupants.

4-Spikes Lightning Arrestor

The 4-spike lightning arrestor is a conventional earthing solution featuring four spikes mounted on a base plate. This system is designed to be installed on the highest points of a building, where it acts as a conductor to harmlessly channel lightning currents into the ground. The spikes are connected to the ground through wires or earthing strips, ensuring the safe dissipation of electrical surges.

5-Spikes Lightning Arrestor

The 5-spike lightning arrestor offers enhanced protection with its additional spike and a more comprehensive design. Made from high-quality brass copper, it features five spikes arranged around a central spherical ball, optimizing its ability to intercept and conduct lightning strikes. The base plate, measuring 9Ã??9 cm, is equipped with four screw holes for secure installation on various surfaces. The lightning arrester has a total length of 1 meter, a diameter of 9.2 mm, and weighs 1.35 kg, providing a coverage angle of 45 degrees and protecting a surrounding area with a 2-meter radius.

Outstanding Performance
Extraordinary Strength
Long Life Span
Excellent Electrical Dissipation Capacity
Low Subsistence Is Required.
Precise Dimension

Macro and Micro Synthetic Fiber Reinforcements Asphalt Fibre - These are used for construction purposes and are much cheaper than TMT.

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UB2009

Guidedtype Fall Arrester
Made of alloy steel
In built gravity lock to avoid incorrect use
In event of fall quickly grips the rope
works on 14 mm dia polyamide rope
Conforms to EN 353-2.

For price, specification and other details please contact us.

A flame arrester (also spelled arrestor), deflagration arrester, or flame trap is a device that stops fuel combustion by extinguishing the flame.
A flame arrester (also called a deflagration arrester) functions by absorbing the heat from a flame front traveling at sub-sonic velocities, thus dropping the burning gas/air mixture below its auto-ignition temperature: consequently, the flame cannot survive. The heat is absorbed through channels (passages) designed into an element. These channels are chosen and measured as the MESG (Maximum Experimental Safe Gap) of the gas for a particular installation. These passages can be regular, like crimped metal ribbon or wire mesh or a sheet metal plate with punched holes, or irregular, such as those in random packing.
Principle
Flame arresters are passive devices with no moving parts. They prevent the propagation of flame from the exposed side of the unit to the protected side by the use of metal matrix creating a torturous path called a flame cell or element. All detonation flame arresters operate on the same principle: removing heat from the flame as it attempts to travel through narrow passages with walls of metal or other heat-conductive material, but unlike flame arresters, detonation flame arresters must be built to withstand extreme pressures that travel at supersonic velocities, 1,500 psi (10 MPa) at 2500 m/s is not uncommon with a group D Gas.