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Multifunctional time relay - Programmable - 5V
Multifunctional time relay - Programmable - 5V
Content 1 Piece
€13.02 *
Item no: F23108767

Delivery time: appr. 1-3 days

Grove - SSR optocoupler solid state relay (M281)
Grove - SSR optocoupler solid state relay (M281)
Content 1 Piece
€7.60 *
Item no: F23106113

Delivery time: appr. 1-3 days

Relay module 1-channel 24V for mounting on top hat rail NPN
Relay module 1-channel 24V for mounting on top...
Content 1 Piece
€4.90 *
Item no: F23110266

Delivery time: appr. 1-3 days

Still 3 in stock!
Relay module 1-channel 24V for mounting on top hat rail PNP
Relay module 1-channel 24V for mounting on top...
Content 1 Piece
€4.90 *
Item no: F23110267

Delivery time: appr. 1-3 days

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Multifunctional time relay Programmable - 12V
Multifunctional time relay Programmable - 12V
Content 1 Piece
€11.90 * €9.94 *
Item no: F23108806

Delivery time 1-3 Working days

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Multifunctional time relay 2-channel - Programmable - 12V
Multifunctional time relay 2-channel -...
Content 1 Piece
€15.43 *
Item no: F23108822

Delivery time 1-3 Working days

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Time relay - relay with time delay and micro USB connector 5v - 30V
Time relay - relay with time delay and micro...
Content 1 Piece
€2.32 *
Item no: F23109158

Delivery time 1-3 Working days

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Time relay 5V 12V 24V - Switch-on and switch-off delay
Time relay 5V 12V 24V - Switch-on and...
Content 1 Piece
from €4.66 *
Item no: F23109188

Delivery time 1-3 Working days

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Relays - simply intelligent switches

A relay is, roughly speaking, an electromagnetic switch. It is switched by one or more control signals and is used in places where it is necessary to control a circuit by an independent signal of low power.
The traditional form of a relay uses an electromagnet for control, which opens or closes the contacts of the main circuit. Thus, a relay operates with a separate control and main circuit.
The technology behind it is as simple as it is ingenious: the switch consists of a coil with an iron core. When current flows through this coil, an electromagnetic magnetic field builds up. This attracts the so-called armature - the circuit closes.

In microelectronics, relays are usually controlled by a simple input signal. The low current of the microcontroller is sufficient here with a "HIGH" or "LOW" signal to switch the relay.

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