When the protector detects a large increase in current or voltage, it automatically directs you to the ground avoiding overloading of equipment.
Great ability to withstand high currents in a compact size.
Great time, thousands of potential downloads.
Extremely sensitive to any excess supply.
Lightning Protector made from a coaxial core low insertion loss and wide bandwidth
How to use:
1.-To properly use the protector must be installed between the coaxial cables and / or as close to the transceiver / receiver.
2 .- For a correct connection terminal grounding, use copper wire of 2.5 to 3mm in diameter. The end of copper wire grounding, should be buried to a minimum depth of 1 meter. Or connection to ground and effectively verified.
3 .- The protector is not water resistant for outdoor use must be properly protected by a waterproof case or similar.
4 .- Figure 1 shows a recommended installation using 2 and 3 protective earthing points, providing great protection against shock.
Connector: MR / MR
:0-500MHZ Frequency Range
Insertion Loss: <0.1 dB
Impedance: 50 Ohm
Maximum Power: 500W PEP
Minimum Voltage Radiation: 100VCC & / - 15%
Minimum Voltage Shock Wave (1x 40) us: 1000 V
Ta Minimum Current Shock Wave (1x40) us: 6000#C/font>
Minimum Repeat Shock Wave (1x 40) or 500 descarg./503A --- 400 VDC + / - 20%
Isolation 100 VDC: 10000 +
Measures mm.: 66x41x20
In order to give the tower a properly grounded, to connect to it using copper wires (preferably) or heavy gauge Lumini order to maintain an earth resistance measurement less than 10 co
The guard is very effective against voltage surges, however it is not absolutely perfect protection against excess current such as direct collapse of a radiant ray in our system.
Do NOT install, manipulate or touch the shield or on-line systems (antennas, tower, cables transceiver, receiver, etc) during or just before a storm, in case of lightning could be seriously injured or even cause death!.