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E290-16-20/230-60 Electromechanical latching relay image 1
E290-16-20/230-60 Electromechanical latching relay image 2
E290-16-20/230-60 Electromechanical latching relay image 3
E290-16-20/230-60 Electromechanical latching relay image 4
E290-16-20/230-60 Electromechanical latching relay thumbnail 1
E290-16-20/230-60 Electromechanical latching relay thumbnail 2
E290-16-20/230-60 Electromechanical latching relay thumbnail 3
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E290-16-20/230-60 Electromechanical latching relay

In stock: No Vendor stock: No Minimal order quantity: 1
Price (excl. VAT):
19,90 € per pcs
This price is valid until 01.01.25
EAN: 7612271503284
MPN: 2TAZ352000R2012
Package: 1

Technical Information

Item condition New
Manufacture name E290-16-20/230-60 Electromechanical latching relay
Brand ABB
Categories Relays
Mounting method DIN rail
Function Electronic switch
Built-in depth 68 mm
Width in number of modular spacings 1
Control voltage 1 8 V
Type of control voltage 1 AC
Frequency control voltage 1 50 Hz
Suitable for manual operation Yes
Max. switching current (cos phi = 0.6) 32 A
Max. incandescent lamp load 4000 W
Max. load fluorescent lamp 2200 VA
Max. load fluorescent lamp (Duo circuit) 3200 VA
Max. load fluorescent lamp (parallel compensated) 3200 VA
Rated switch current 32 A

Packing details

Packing level 1 7612271503284

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Description

Latching relays are electromagnetically operated devices. The E290 range from ABB can be used to realise a simple, energy saving and efficient lighting control system. These devices are mainly used in private houses, factory premises and commercial and public buildings as well as in industrial plants. As a rule, latching relays controlled by means of impulse buttons are installed where it is necessary for lighting to be operated from at least three different places. Each time a command is initiated (by means of an impulse button), an electrical pulse is applied to the coil of the latching relay. The coil in the device is briefly energised and activated. That short pulse to the coil leads to the mechanical latch of the internal main contacts. The internal switching mechanism enables us to achieve a safe and reliable interlock (in the same way as a ballpoint pen). Each pulse that is sent to the magnetic coil system switches the device to its previous position where it is held mechanically until the next control pulse is received. The devices are designed for rated currents 16 and 32A. Through the combinable accessories the main modules can be used in nearly all market applications.