Finden Sie schnell ekektronik für Ihr Unternehmen: 10 Ergebnisse

LAP-AX-210 Liva Active Lightning Rods

LAP-AX-210 Liva Active Lightning Rods

Liva LAP-AX 210/LAP-AX 210T Active Lightning Rod is operating according to the principle of “Early Streamer Emission (ESE or ESEAT). Product Code LAP-AX-210 Product Name Liva Active Lightning Rods ∆t Value 82 µSn Packaging 17x17x100 cm Weight 5.00 / 5.30 kg Description 303 quality stainless steel (SInox) Protection Area (Radius) Level-1 Level-2 Level-3 Level-4 101 m 115 m 124 m 135 m “Protection” Area (Radius) (meters) according to NFC 17-102 (Apendix C) Standard.
LAP-BX 175 Liva Active Lightning Rods

LAP-BX 175 Liva Active Lightning Rods

Liva LAP-BX 175/ LAP-BX 175T Active Lightning Rod is operating according to the principle of “Early Streamer Emission (ESE or ESEAT). It can be easily mountable top of the 2 '' lightning rod pole, by the adapter on the lightning rod. By the way, 2xØ8 mm round or 30x3 mm strip down conductors can be connect very easily to the Ligtning Rod. (*)
LAP-PEX-220 Liva Active Lightning Rods

LAP-PEX-220 Liva Active Lightning Rods

Liva LAP-PEX 220/ LAP-PEX 220T Active Lightning Rod is a lightning rod that works double acting according to the principle of “Piezo Crystalline and Early Flow Excitation (ESE, or ESEAT). With this feature (because it creates an early path to lightning with two different energy blocks), it is much more effective than its competitors. Accordingly, there is an "ESE Energy Block" operating according to the Early Flow Excitation System in the upper part and a "Piezo Crystal Energy Block" operating with Wind Energy in the lower part. There are six (6) crystals placed around the body at an angle of 60 ° in the Piezo Crystal Energy Block.
LAP-BX-125 Liva Active Lightning Rods

LAP-BX-125 Liva Active Lightning Rods

Liva LAP-BX 125/LAP-BX 125T Active Lightning Rod is operating according to the principle of “Early Streamer Emission (ESE or ESEAT). It can be easily mountable top of the 2 '' lightning rod pole, by the adapter on the lightning rod. By the way, 2xØ8 mm round or 30x3 mm strip down conductors can be connect very easily to the Ligtning Rod. (*) (*) Accessories may differ according to the countries and the standard of these countries.
LSC-LX01(A) Liva Lightning Counter

LSC-LX01(A) Liva Lightning Counter

When the device detects a lightning strike, it works completely electromechanically using the magnetic effect of this pulse and the numerator counts and displays these pulses. For this reason, it does not need any additional power source to operate and can operate without problems for many years within operating limits.
Copper Strip Conductors

Copper Strip Conductors

LG-4M.15.202.C Copper Strip Conductor 20x2 mm Copper 20x2 mm 0,360 kg/meter 1000 kg/Palet LG-4M.15.203.C Copper Strip Conductor 20x3 mm Copper 20x3 mm 0,540 kg/meter 1000 kg/Palet
LAP-AX 210 BC Solar Energy And Bluetooth Controlled Actıve Lıghtnıng Rod

LAP-AX 210 BC Solar Energy And Bluetooth Controlled Actıve Lıghtnıng Rod

The Solar Powered and Bluetooth Controlled Active Lightning Rod, designed by Liva Group, has been produced in order to easily monitor and control the operation of the lightning rod through the "Liva Group" application installed on the device with mobile devices (Mobile Phone, Tablet). In this way, time is saved as the lightning rod head can be tested quickly with a mobile device in important buildings / facilities and / or institutions and enterprises where the lightning rod is used in large numbers. At the same time, the activity control of the lightning rod can be easily done without the need for auxiliary tools and equipment. The system communicates with the mobile phone via the Bluetooth unit on it. In order for the system to operate, the installation of The Solar Powered and Bluetooth Controlled Active Lightning Rod System must be completed, and the "Liva Group" application must be installed on the mobile device (with bluetooh feature) and the relevant menu must be entered. The communication unit of the system takes its energy from a battery that can be charged with solar energy.
LG-4M.11.50.LLC Liva Insulated (Copper) Lightning Conductor

LG-4M.11.50.LLC Liva Insulated (Copper) Lightning Conductor

Liva Lightning Conductor (LLC 35 and LLC 50) can safely use Lightning Impulse Current (Lightning Strike) from Air Terminal (Passive Capture or Cage) System and / or Active Lightning Rod to Earth Termination (Grounding) System and in contact and spark gaps in accordance with standards safely and It is a conductor designed to conduct smoothly. As it is known, lightning is an electrical discharge (discharge / jump) with a large energy. The typical feature of electricity is that it completes its circuit in the shortest way. In this context, it should be ensured that the lightning discharge is transmitted to the soil in the shortest way in buildings / facilities and other applications. However, until the lightning reaches the ground, this high voltage on the down conductor can sometimes jump to different points that can create a path. Especially if the lightning conductor is not in sufficient contact and spark gap from surrounding surfaces, it may create hazards that can lead to serious death, material losses and / or significant fire risks. Temperatures occurring on flammable surfaces can reach up to 28,000 ° C. In order to eliminate similar risks, "Insulated Conductors" should be used in lightning protection system projects that can carry the lightning strike and shield the magnetic field generated.
LG-4M.10.50.CCA Copper Clad Aluminium Conductor (CCA), (CCAW)

LG-4M.10.50.CCA Copper Clad Aluminium Conductor (CCA), (CCAW)

Copper Clad Aluminum Conductor (Wire) (CCA, CCAW) is a conductor produced by coating Copper (Cu) by using different techniques on Aluminum (Al) wire conductors of certain diameters and thus the conductivity level is made more efficient than aluminum conductors. Copper Clad Aluminum wire gets its name from the way of manufacture and is commonly known as CCA (Copper Clad Aluminum) or CCAW (Copper Clad Aluminum Wire). The coating thickness varies depending on the coating method and demand. Since the large density of the conductor is aluminum, it is much lighter than copper conductors of the same cross section. For this reason, it is very easy to transport and apply and does not create unnecessary burden on the structure.