Filter/Phase Coupler DIN Rail - 3 phase pack
[FD10-3PACK]

~~Retail Price : 158,69 €~~
Special Price : 145,99 €
[Price incl. 20% VAT]

Filter/Phase Coupler DIN Rail - 3 phase pack

Key Features

Couples X-10 signals across phases for use of the X-10 system in a multi-phase installation.
Filters X-10 signals from the mains, to prevent signals come into or go out of the property.
Can be used to suppress interference of heavy.
Filters street noise.
Installed at the breaker panel/fuse box.
Rated 63 A (230V/50Hz).

Description

The signal transmission of high frequency pulses via the mains network can be affected by active or passive interferences. When used correctly, the filter/phase coupler will extensively suppress these interferences.

Typical active interference sources are appliances that do not conform to the EMC regulations. In addition there are wireless intercommunication systems which use mains borne signaling. They transmit high frequency signals into the mains network.

Filtering

These disturbances are usually carried into the house network from outside, e.g. from neighbours or industrial installations. They are suppressed by the filter/phase coupler. Remaining interferences generated within the house network are without significance as the special dynamic filtering techniques of the X-10 system ensure undisturbed performance.

Coupling

The FD10 also includes the ability to couple X-10 signals across phases. For installation with three phases, use three FD10 filters and couple the filters by connecting their terminals K to the next phase, respectively.

Technical Information

Supply voltage: 230 V (+10%/-15%) / 50 Hz
Maximum current: 63 A
Filter centre frequency: 120 kHz
Filter band width: 5 kHz min. (3 dB points)
Forward attenuation: 20 dB min. at zero current 15 dB min. at 63 A
Reverse attenuation: 15 dB min.
Forward input impedance: 20 W min. at 120 kHz
Coupling loss: 2 dB max. at 120 kHz
Connections: screw type terminals for phase (supply), phase (house), neutral, coupling
Ambient temperature: - 10°C to + 40°C (operation)
EMC emission: according to EN 50081-1
EMC immunity: according to EN 50082-1
Electrical safety: according to EN 60950 and EN 60065
Approval: CE