Electromagnetic Solenoid Lock 5mm Stroke 12V DC 350mA
Prices updated: 13 Oct 2026
Compare prices
| Store | product | Price | View in store |
|---|---|---|---|
 EkostraCheapest | Electromagnet Solenoid Lock 5mm 12V DC 350mA | 220 EGP | View in store |
 Most Electronics | Electromagnet Solenoid Lock 5mm 12VDC 350mA | 232 EGP261 | View in store |
Price history
Lowest daily price, last 90 days
Not enough price history yet.
Lowest price recorded: 220 EGP
About this product
An electromagnetic solenoid latch lock with a 5 mm stroke, rated for 12 V DC and drawing about 350 mA. It pulls its plunger in to release the latch when energized and extends to block movement when power is removed. It suits electronic door locks, cabinet and drawer security, and Arduino-based access projects when switched through a transistor or MOSFET.
Specifications
- Operating voltage
- 12V DC
- Rated current
- 350mA
- Stroke
- 5mm
- Type
- Electromagnetic solenoid lock (latch)
- Body material
- Metal body with plastic plunger
- Duty
- Intermittent duty
- Mounting bracket
- Removable (two screws), rotatable 180°
Frequently asked questions
What is the price of Electromagnetic Solenoid Lock 5mm Stroke 12V DC 350mA in Egypt?
Electromagnetic Solenoid Lock 5mm Stroke 12V DC 350mA currently costs between 220 and 232 EGP across 2 offers in Egypt.
Where can I buy Electromagnetic Solenoid Lock 5mm Stroke 12V DC 350mA in Egypt?
Electromagnetic Solenoid Lock 5mm Stroke 12V DC 350mA is available from Ekostra and Most Electronics. Compare the offers above to find the best price.
How do I drive this lock from an Arduino?
The coil draws about 350 mA at 12 V, which is more than an Arduino pin can supply. Switch it with a logic-level N-channel MOSFET or a relay module powered from a separate 12 V supply, and place a flyback diode such as 1N4007 across the solenoid.
Does the lock need continuous power to stay open?
Yes. The plunger is pulled in only while the coil is energized, and it extends to block movement without power. Because it is an intermittent-duty solenoid, it should not be kept energized for long periods.
