List of products by brand ABB

Overvoltage protection devices SPD type 2 with the QuickSafe® thermal monitoring are designed for protection in indirect lightning effects and in switching overvoltages. They are built as close as possible to the feed point of the electrical system. All OVR T2 consist of a base part and an interchangeable protection module. They are equipped with a mechanical function display and the TS variants have a potential-free alternating contact. They are compatible with the System per M compact series and can be saved with them via phase rails. Main application in sub-distributions and end circuits.

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.

Installation relays E297 are electromagnetically operated small contactors with a width of 18mm (1 module unit). With these installation relays a reliable consumer control can be designed. As a rule, the installation relays are used via a control switch (continuous contact) where, for example, an illumination, an air conditioning, a fan or the like is to be controlled. The device remains in the ON position as long as the control voltage is applied to the coil. If the control voltage is interrupted, the installation relay always falls back into the rest position (out-position). Thanks to the optimal switching power, they are also suitable for applications in industrial environments and in situations where it is necessary to ensure control over more powerful consumers (such as several lighting groups). The use of an optimized coil (low power loss =low operating temperature) ensures trouble-free and safe use in the electric distributor. The silent switching noises and the sponge-free magnet system also justify use in public buildings and in private households. Depending on the type, the installation relays can be controlled with common AC/DC control voltages and are designed for a rated current of 16 A.

Installation relays E297 are electromagnetically operated small contactors with a width of 18mm (1 module unit). With these installation relays a reliable consumer control can be designed. As a rule, the installation relays are used via a control switch (continuous contact) where, for example, an illumination, an air conditioning, a fan or the like is to be controlled. The device remains in the ON position as long as the control voltage is applied to the coil. If the control voltage is interrupted, the installation relay always falls back into the rest position (out-position). Thanks to the optimal switching power, they are also suitable for applications in industrial environments and in situations where it is necessary to ensure control over more powerful consumers (such as several lighting groups). The use of an optimized coil (low power loss =low operating temperature) ensures trouble-free and safe use in the electric distributor. The silent switching noises and the sponge-free magnet system also justify use in public buildings and in private households. Depending on the type, the installation relays can be controlled with common AC/DC control voltages and are designed for a rated current of 16 A.

Installation relays E297 are electromagnetically operated small contactors with a width of 18mm (1 module unit). With these installation relays a reliable consumer control can be designed. As a rule, the installation relays are used via a control switch (continuous contact) where, for example, an illumination, an air conditioning, a fan or the like is to be controlled. The device remains in the ON position as long as the control voltage is applied to the coil. If the control voltage is interrupted, the installation relay always falls back into the rest position (out-position). Thanks to the optimal switching power, they are also suitable for applications in industrial environments and in situations where it is necessary to ensure control over more powerful consumers (such as several lighting groups). The use of an optimized coil (low power loss =low operating temperature) ensures trouble-free and safe use in the electric distributor. The silent switching noises and the sponge-free magnet system also justify use in public buildings and in private households. Depending on the type, the installation relays can be controlled with common AC/DC control voltages and are designed for a rated current of 16 A.

Installation relays E297 are electromagnetically operated small contactors with a width of 18mm (1 module unit). With these installation relays a reliable consumer control can be designed. As a rule, the installation relays are used via a control switch (continuous contact) where, for example, an illumination, an air conditioning, a fan or the like is to be controlled. The device remains in the ON position as long as the control voltage is applied to the coil. If the control voltage is interrupted, the installation relay always falls back into the rest position (out-position). Thanks to the optimal switching power, they are also suitable for applications in industrial environments and in situations where it is necessary to ensure control over more powerful consumers (such as several lighting groups). The use of an optimized coil (low power loss =low operating temperature) ensures trouble-free and safe use in the electric distributor. The silent switching noises and the sponge-free magnet system also justify use in public buildings and in private households. Depending on the type, the installation relays can be controlled with common AC/DC control voltages and are designed for a rated current of 16 A. The devices with control voltage of 24WDC are not suitable for control via PLC!

Power surge switches are electromagnetically actuated devices with which a simple, energy-saving and safe lighting control can be realized. As a rule, a control of current surge switches via pulse probes is used where the light is to be operated from at least three different locations. Through each control pulse sent to the coil magnet system, the device switches back to the previous position and holds it mechanically up to the next control pulse. In the event of a voltage failure, it is ensured that the last switching position is held mechanically. This technology helps significantly reduce the electrical power loss and power consumption of the devices. Due to the very quiet switching noises, power surge switches are also suitable for use in public buildings, hotels, as well as in private living areas. Depending on the type, the devices can be controlled with common control voltages and are suitable for a rated current of 16 A or. 32 A.

Power surge switches are electromagnetically actuated devices with which a simple, energy-saving and safe lighting control can be realized. As a rule, a control of current surge switches via pulse probes is used where the light is to be operated from at least three different locations. Through each control pulse sent to the coil magnet system, the device switches back to the previous position and holds it mechanically up to the next control pulse. In the event of a voltage failure, it is ensured that the last switching position is held mechanically. This technology helps significantly reduce the electrical power loss and power consumption of the devices. Due to the very quiet switching noises, power surge switches are also suitable for use in public buildings, hotels, as well as in private living areas. Depending on the type, the devices can be controlled with common control voltages and are suitable for a rated current of 16 A or. 32 A.

Power surge switches are electromagnetically actuated devices with which a simple, energy-saving and safe lighting control can be realized. As a rule, a control of current surge switches via pulse probes is used where the light is to be operated from at least three different locations. Through each control pulse sent to the coil magnet system, the device switches back to the previous position and holds it mechanically up to the next control pulse. In the event of a voltage failure, it is ensured that the last switching position is held mechanically. This technology helps significantly reduce the electrical power loss and power consumption of the devices. Due to the very quiet switching noises, power surge switches are also suitable for use in public buildings, hotels, as well as in private living areas. Depending on the type, the devices can be controlled with common control voltages and are suitable for a rated current of 16 A or. 32 A.

Power surge switches are electromagnetically actuated devices with which a simple, energy-saving and safe lighting control can be realized. As a rule, a control of current surge switches via pulse probes is used where the light is to be operated from at least three different locations. Through each control pulse sent to the coil magnet system, the device switches back to the previous position and holds it mechanically up to the next control pulse. In the event of a voltage failure, it is ensured that the last switching position is held mechanically. This technology helps significantly reduce the electrical power loss and power consumption of the devices. Due to the very quiet switching noises, power surge switches are also suitable for use in public buildings, hotels, as well as in private living areas. Depending on the type, the devices can be controlled with common control voltages and are suitable for a rated current of 16 A or. 32 A.

FI/LS switches (RCBOs) offer personal and property protection as well as protection against electrically ignited fires according to DIN VDE 0100-410 and DIN VDE 0100-530. They ensure protection of single-phase circuits against overload and short-circuit currents, protection with sinusoidal alternating currents and pulsating currents with smooth direct fault current of up to 6 mA against ground. As well as fault protection (protection in indirect contact), additional protection (with I?n = 30 mA) and fire protection (with I?n = 300 mA). They meet product standards IEC/EN 61009-1 (VDE 0664-20), IEC/EN 61009-2-1 (VDE 0664-21). 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 DS201 fit for worldwide use. Measurement switching capacity according to IEC/EN 61009 Icn = 6 kA. RCBO DS201 A Type A is 1 pole protected (LS), switching 2 poles.Product description on the Manufacturer page

2-pole contactor ESB20 with 18 mm width control 1-phase loads up to 20 A and are available in different contact occupancy and AC coil voltages. They switch electrical heaters, water heaters, pumps, ventilation and other drives, as well as lighting ESB20 have installation design and meet, among other things, the EN61095 household standard, so they are particularly suitable for distribution installation.Product description on the Manufacturer page