Tacima CS947 Mains Extension Block 6 Way
Brand new design, screened and shielded cable, 2 metres long.
Mains Conditioners aid in the reduction of mains borne Radio Frequency Interference and so help to enhance the sound and/or picture quality .
This is a new improved version of our previous Design which over the years received Five Stars and several Awards from WHAT HI FI the UKs best known HI FI magazine
Three Channel protection – absorbing mains surges and spikes which can cause permanent damage to your valuable equipment
Gas Tube Protection
Gas Discharge tube technology is used to satisfy the latest safety requirements for Surge Protectors.
Internal Thermal Fusing prevents the circuit from dangerous overheating in the event of a
worse case Surge/Spike scenario
Screened Mains Lead
Prevents the mains lead from acting as an aerial so injecting interference into your system
Filter Status Test
Mains Conditioners do not have any indicating lights on during normal use as this can effect
the performance so we have introduced a test button for your piece of mind
Pressing the button briefly should illuminate a Green Status Light , indicating the Mains Conditioner filter is operational , has not been damaged or seriously degraded and all layers of protection are intact
On releasing the test button the green light will go off and the Mains Conditioner will be fully operational and function as normal.
Our filters are specifically designed to combat both “Asymmetrical” as well as “Symmetrical” interference, both being effectively suppressed by the introduction of High Frequency Capacitors and a single Choke In addition we have also incorporated an Earth Line Choke to stop interference through the mains earth line, finally we use a Screened Mains Cable to eliminate the effects of radiated noise interference.
Operating Voltage-220-250V ac
Max Current rating-13A
Max Surge Protection-6000A
Surge Protection mode-L-NN-EL-E
Gas Tube Protection-N-EL-E
Thermal fuse-Protecting VDR against overload
Mains Cable-Shielded with Aluminium foil
Single Stage Filter
Insertion Loss dB
1 GHz.15Insertion loss measurements were carried out asymmetrically
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