MSB6 surge protectors Type 2 (or 3)
Product.Nr. MSB6-400
MSB6 surge protectors Type 2 (or 3) are designed for effective ,
protection of sensitive equipment, in addition to the surge protector ,
installation (coordination surge protector).,These surge protectors ,
utilize a ultra compact and economica scheme based varistors, to obtain a,
power flow relevant for secondary protection.,The operating condition of the arrester is signaled by buzzer.,
protection of sensitive equipment, in addition to the surge protector ,
installation (coordination surge protector).,These surge protectors ,
utilize a ultra compact and economica scheme based varistors, to obtain a,
power flow relevant for secondary protection.,The operating condition of the arrester is signaled by buzzer.,
- Compact type 2 (or 3) surge protector
- Wall mounting and hard wired connection
- Status indicators
- EN 61643-11, IEC 61643-11
product description
MSB6 surge protectors Type 2 (or 3)
AC voltage in a sine wave, as is generated in power plants, is a ,
problem-free affair, in and of itself. But unfortunately, this sine wave,
is often garbled by the time it reaches the end user. Spikes and ,
distortion of the wave can lead to superimposed voltages, higher ,
frequencies or upper harmonics, which not every electronic device can ,
handle. Another problem is €˜transient surges€™. These are extremely short,
surges lasting thousandths of a second, but which can very ,
significantly exceed the maximum voltage value (up to 2,000V). Since ,
they create a spicular deformation of the sine wave, they are also ,
called €˜spikes€™. These are caused either by a lightning strike to the ,
mains or, much more frequently, by the switching on and off of certain ,
loads, including inductive loads. Spikes are especially dangerous for ,
electronic devices and may damage or completely destroy them.,,
LED lights and LED lamps always have an electronic component (both AC ,
and DC supply) and are surge protected by special electronic circuits. ,
However, the electronics are virtually powerless against surge spikes, ,
which can destroy them. Surge arresters are the solution to this ,
problem, and can be switched on in the LED load€™s circuit, thereby ,
providing safe surge protection. We therefore recommend that you protect,
your LED lighting, to keep them bright and lit for a long time to come!
problem-free affair, in and of itself. But unfortunately, this sine wave,
is often garbled by the time it reaches the end user. Spikes and ,
distortion of the wave can lead to superimposed voltages, higher ,
frequencies or upper harmonics, which not every electronic device can ,
handle. Another problem is €˜transient surges€™. These are extremely short,
surges lasting thousandths of a second, but which can very ,
significantly exceed the maximum voltage value (up to 2,000V). Since ,
they create a spicular deformation of the sine wave, they are also ,
called €˜spikes€™. These are caused either by a lightning strike to the ,
mains or, much more frequently, by the switching on and off of certain ,
loads, including inductive loads. Spikes are especially dangerous for ,
electronic devices and may damage or completely destroy them.,,
LED lights and LED lamps always have an electronic component (both AC ,
and DC supply) and are surge protected by special electronic circuits. ,
However, the electronics are virtually powerless against surge spikes, ,
which can destroy them. Surge arresters are the solution to this ,
problem, and can be switched on in the LED load€™s circuit, thereby ,
providing safe surge protection. We therefore recommend that you protect,
your LED lighting, to keep them bright and lit for a long time to come!
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