Setting up the GRID PROTECTOR
3. Step: Switches left:
Functional circuit I –setting the
GIGA-PULSE bandwidth
Switches: L1 = narrow to L4 = wide
Starting from the base setting the switches L1 -L4 will be set
sequentially from position 0 to position 1. Each step will increase
the bandwidth.
If the bandwidth is to low, the best possible effect will not be
reached yet. If the bandwidth is to high, even a sound degradation
may occur.
The test ends, when the subsequent step won’t achieve a better
result.
4. Step: Switches right:
Functional circuit II –setting the
GIGA-PULSE clocking
Switches: R1 = low to R4 = high
Starting from the base setting the switches R1 -R4 will be set
sequentially from position 0 to position 1. Each step will increase
the clocking pace.
If the pace is to low, the best possible effect will not be reached yet.
If the pace is to high, even a sound degradation may occur.
The test ends, when the subsequent step won’t achieve a better
result.
The
GRID PROTECTOR
has an additional GIGA-PULSE amplifier and two functional circuits,
allowing to optimally calibrate the unit to the respective interference field spectrum of the
environment (e.g.WLAN, mobile communication, DECT, Bluetooth, radio waves and other
interfering sources).
Changes need some time to take effect mostly.Therefore at each of the following steps you
should wait for app.two minutes before judging.
Do not change the results as determined from the previous steps when you do the subsequent
steps.
1. Step:
Set all 9 switches to base setting 0.
5
2. Step:Switch in front:
Activating a
GIGA-PULSE amplifier
.
0 = Power Level 1(without CONTROL UNIT and 12Vpower supply)
0 = Power Level 2(with CONTROL UNIT, without 12Vpower supply)
1 = Power Level 3 (with CONTROL UNIT and 12V power supply, LEDs on)
