ABB

Fault current protection devices (Rccbs) offer personal and property protection as well as protection against electrically ignited fires according to DIN WDE 0100-410 and DIN WDE 0100-530. The F200 series fault current circuit breakers ensure protection with sinusoidal alternating currents and pulsating currents with a smooth DC fault current proportion of up to 6 ma against ground. As well as fault protection (protection in indirect contact) and fire protection (with I?n = 300 ma). They meet product standards IEC/EN 61008-1, 61008-2-1, 61543 (WDE 0664 10, 11, 30) and F200 A to 100 A UL 1053. Areas of use are household, commercial and industrial applications. The extensive range of accessories offers you everything you need for your installation tasks. Numerous authorisations make the F200 fit for worldwide use. Optimum compromise between safety and operational continuity thanks to the interference resistance against unintentional triggering with impact current strength (shaft current form 8/20 μs) = 5000 A. selectivity with downstream devices with a smaller dimension fault current of, for example, 30 ma (see selectivities tables in the subchapter TECHNICAL details for fault current protection devices (RCDs)).

REG devices for switching and dimming via ABB i-bus® from 2, 4 or 8 independent lamp groups from electr. Switching devices with 1-10V control interface. With potential-free load relays (16A-AC1) the supply voltage of the ballasts can be used per channel via ABB i-bus® or manually turn on and off. Switch state indicator available. No power supply required.

forms the interface between KNX installations and IP networks and works according to the KNXnet/IP specification (tunneling). With the ETS, KNX devices can be programmed via LAN. 5 tunneling servers are available for this and for other clients (e.g. visualizations). The IP address of the IPS/S can be set or received by a DHCP server. The power supply is via 12..30 W DC or alternating via Poe to IEEE 802.3af Class 1.

The following values are output via a seven-segment display with up to 7 digits: active energy (class 1) and reactive energy (class 2) for import and export, power, currents, voltages (L-L; L-N), frequency, cos phi, power factor and apparent power, both per phase and total. The communication can take place via the integrated infrared interface for connecting a KNX module. The energy meter has 2 fixedly configured inputs and outputs. The output can optionally be used as a pulse output for outputting the active or reactive energy or as an alarm output. Up to 25 alarm values (swell values with time delay) can be set here. The inputs serve to control the tariffs or to count external pulses. The resettable intermediate counter allows the measurement of individual intervals. In addition, the counter records up to 4 tariffs. The counter is calibrated according to MID and approved according to IEC. The installation width is 4 DIN modules.

The following values are output via a seven-segment display with up to 7 digits: active energy (class 1), power, currents, voltages (L-L; L-N) and frequency, both per phase and total. The communication can take place via the integrated M-bus interface or via the infrared interface for connecting a KNX module. The energy meter has an output. This can optionally be used as a pulse output for outputting the active energy or as an alarm output. Up to 25 alarm values (swell values with time delay) can be set here. The counter is calibrated according to MID and approved according to IEC. The installation width is 4 DIN modules.

For controlling a maximum of four 230 W AC independent drives for positioning blinds, roller shutters, awnings and other hangings, as well as for controlling doors, windows and ventilation flaps. The outputs are interlocked electromechanically. Functions: On/off, lamella adjustment/stop, position and scene control, safety functions, sun protection and heating/cooling automatic, status messages.

The KNX voltage supply 640 ma generates and monitors the KNX system voltage (SELV). With the integrated throttle, the bus line is decoupled from the voltage supply. The voltage output is short-circuit-proof and overload-proof. The two-color LED indicates the status of the device. The device has an additional short-circuit-proof and overload-proof 30 W DC voltage output. This can be used for feeding a further bus line (in conjunction with a separate throttle). The voltage supply has a wide-range input for the supply voltage in the range 85Å265 W AC,50/60 Hz.

To control a maximum of four independent 24 W DC drives for positioning blinds, roller shutters, awnings and other hangings as well as for controlling doors, windows and ventilation flaps. With automatic driving time determination and manual operation directly on the device. Functions: On/off, lamella adjustment/stop, position and scene control, safety functions, sun protection and heating/cooling automatic, status messages.

For controlling a maximum of four 230 W AC independent drives for positioning blinds, roller shutters, awnings and other hangings, as well as for controlling doors, windows and ventilation flaps. With automatic driving time determination and manual operation directly on the device. No auxiliary voltage required. The outputs are interlocked electromechanically. Functions: On/off, lamella adjustment/stop, position and scene control, safety functions, sun protection and heating/cooling automatic, status messages.

The device records eight AC/DC signals in the voltage range of 10...230 V. The input state is displayed over 8 yellow LED’s. The binary inputs allow the detection of 8 independent input signals. Each channel has a button for manual operation. The devices are used by ABB i-bus® supplies and does not require additional power supply.

For switching and dimming light bulbs, 230V halogen lamps or low-voltage halogen lamps on wound or electronic transformers (automatic load detection). Output power 2x300 VA to 45 °C ambient temperature, as well as max. 500 VA if only one output is operated. Both outputs are independent of one another and can be fed from different phases. Extensive application program with scene and time functions.

Combined lightning and overvoltage protection device SPD type 1+2 for protection of low-voltage consumer systems against flash currents and overvoltages. Tested SPD type 1 and type 2 according to DIN EN 61643-11. The devices can be used for use as an overvoltage protection device according to WDE 0100 part 443 and part 534, as well as within the framework of the lightning protection zone concept. The devices are compatible with the System per M compact series. Optionally, the SPD is equipped with a floating contact. The variants with evacuation varistor – (s) offer an additional protection of the system in that at the end of the service life, the surge arrester is not completely separated from the network, but a basic protection is still guaranteed by an additional smaller varistor and the system is thus still protected until the surge arrester is replaced.