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Are you looking for a relay for switching electronics that require more current or voltage than the microcontroller can supply? In our webshop we have various types of relays and actuators, suitable for all your projects. Easily, quickly and with the right advice order your relay switch online? That is possible at Elektronicavoorjou.nl! View our full range of relay switches here.
39 products found
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Relay board 1 channel
Available
€2,44
Relay board 2 channel
Available
€4,45
8,95
Relay board 4 channels
Available
€6,95
Relay board 8 channel 5V
Out of stock
€9,95
Relay board 16 channel 12V
Available
€14,96
Relay board 1 channel with light coupling 5V
Available
€4,95
Solenoid electromagnet 12V 3KG
Available
€5,45
Solenoid electromagnet 12V 8KG
Available
€6,95
Solenoid electromagnet 12V 15KG
Available
€9,95
Solenoid electromagnet 12V 30KG
Available
€14,96
Solenoid electromagnet 12V 35KG
Available
€19,95
Solenoid electromagnet 12V 100KG
Available
€44,95
Solenoid Electromagnet 12V 8KG - Rectangular
Available
€44,95
Solenoid Electromagnet 12V 30KG - Rectangular
Available
€49,95
Programmable relay timer switch (PCB only)
Available
€5,97
11,95
JF-0630B Push Pull Solenoid Electromagnet
Available
€5,95
SRD-12VDC-SL-C Relay - 5 pins
Available
€1,45
SRD-05VDC-SL-C Relay - 5 pins
Available
€1,45
Raspberry Pi Relay Board
Available
€19,95
8 Channel Solid State Relay Module
Available
€20,75
4 Channel Solid State Relay Module
Available
€11,95
2 Channel Solid State Relay Module
Available
€7,74
1 Channel Solid State Relay Module
Available
€4,76
Relay board 8 channel 12V
Available
€12,95
A relay is a switch that opens or closes switching contacts using an electromagnet. The relay is a frequently used component in digital circuits and can switch a much higher voltage with a relatively small voltage. A relay has two important components: the coil and the switch.
The most important part of the relay is the coil. This creates an electromagnetic field when voltage is applied to it. This changes the relay into a switch. The electromagnetic causes the iron core in the coil to become magnetic, which attracts the metal armature towards it. This armature then connects to one of the contacts. When the voltage is removed again, the armature returns to the initial contact.