The Best Miniature Electromagnet of 2022 – Reviewed and Top Rated
After hours researching and comparing all models on the market, we find out the Best Miniature Electromagnet of 2022. Check our ranking below.
2,821 Reviews Scanned
- Lightweight, durable, practical and easy to use
- Stable performance, easier disassembly and assembly, extremely quiet and lightweight
- High hardness, uniform color and beautiful appearance
- Voltage: 3v
- Power supply mode: DC
- Input Voltage: 5V DC; Peak Force: 50N; Holding Force:37N; Duty-cycle: 50%; Electric time: Less than 7 minutes; Thread size: M4*6; Material: Pure Iron
- Overall Size : 25 x 20 mm / 1 x 0.8 inch(Dia. *T); Wire Length : 24cm/9. 5 inch
- Powerful and compact
- Smooth and flat surface
- Applications: assembly line, sorting machine, mechanical arm, experimental facility, etc
- Product Name : DC Solenoid Electromagnet;Rated Voltage : DC 4.5V;Type : Push Pull
- Force and Stroke : 40g/2mm;Energized Rate : 25%;Body Size : 20 x 12 x 11mm / 0.8" x 0.47" x 0.43"(L*W*T)
- Plunger Bar Size : 3 x 40mm / 0.12" x 1.6"(D*L);Cable Length : 10cm/3.9"
- Material : Metal, Electronic Parts;Main Color : As Picture Shown
- Weight : 12g;Package Content : 1 x DC Solenoid Electromagnet
- Input Voltage: 12V DC; Holding Force: 25N; Duty-cycle: 50%; Electric : Less than 7 minutes; Thread size: M3*6
- Overall Size : 20 x 15 mm / 0.8 x 0.6 inch(Dia. *T)
- Notice: The suction force refers to the suction force generated after the electromagnet suction surface is fully in contact with the adsorbed iron block (magnetic metal); the surface of the adsorbed object should be as smooth as possible, and the adsorption area should not be smaller than the electromagnet suction surface, otherwise, it will affect suction.
- Advantages: Electric lifting magnet; Powerful and compact; Smooth and flat surface; Low consumption and reliable
- Applications: assembly line, sorting machine, mechanical arm, experimental facility, etc
- Input Voltage: 12V DC ;Peak Force :250N; Holding Force : 185N; Duty-cycle: 50%; Electric time:Less than 7 minutes ; Thread size : M5*8; Material: Pure Iron
- Overall Size : 40 x 20 mm /1.6 x 0.8 inch(Dia. *T) ; Lead Length : 24cm/9. 5 inch
- Use QA-1/155 Varnished Wire, withstand high temperature up to 155C, better than the QA-1/130 in the market
- Use UL1332 lead wire, non-deformation withstand high temperature up to 155C
- Use PA66GF30 nylon for framework; high temperature resistance
- Input Voltage: 24V DC ;Peak Force :10N ;Holding Force : 7.5N; Thread Size : M3*6; Material: Pure Iron
- Overall Size : 12 x 12 mm / 0.5 x 0.5inch(Dia. *T); Lead Length : 24cm/9. 5 inch
- Use QA-1/155 Varnished Wire, withstand high temperature up to 155C, better than the QA-1/130 in the market
- Use UL1332 lead wire, non-deformation withstand high temperature up to 155C
- Use PA66GF30 nylon plastic for framework; high temperature resistance
- Product Name : 12V Micro DC Solenoid Electromagnet; Material : Metal, Electric Magnets Parts ;
- Rated Voltage : DC 12V; Power: approx.2.5W; Push Pull Type; Load current 210mA (generally 200mA after heating); Coil Resistance: approx. 55ohm
- Stroke : 4mm/0.157inch; Body Size : 1.15x0.39x0.43inch (Including prominent parts);Head shaft diameter: 0.157inch (with gasket diameter 0.26inch); Tail shaft diameter: 0.12inch;
- Cable Length : 9.0inch (No distinction +/-); Color : As Picture Shown
- Weight : 0.38oz / Per; Package Content : 5 x Push Pull Type DC Solenoid Electromagnet
Last update on 2023-07-17 / Affiliate links / Images from Amazon Product Advertising API
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FAQ:
Q: What two things are needed to make an electromagnet?
A: When making an electromagnet for a physics experiment. a few items needed are a large iron nail, insulated copper wire, paper clips and a D-cell battery. Through the exposure of a ferromagnetic material to a magnetic field that is then heated to a specified temperature, a permanent magnet is created.
Q: What are five uses of electromagnets?
A: Electromagnet, device consisting of a core of magnetic material surrounded by a coil through which an electric current is passed to magnetize the core. An electromagnet is used wherever controllable magnets are required, as in contrivances in which the magnetic flux is to be varied, reversed, or switched on and off.
Q: What machines use electromagnets?
A: Most machines use electromagnets – most commonly in the form of electric motors – Motors use electromagnets to turn the commutator and provide power and are a key element to almost every electric-powered or enhanced machine today. Other uses include Solenoids -.
Q: What are some uses of an electromagnet?
A: Generators,motors,and transformers Electric buzzers and bells Headphones and loudspeakers Relays and valves Data storage devices like VCRs,tape recorders,hard discs,etc. Induction cooker Magnetic locks MRI machines Particle accelerators Mass spectrometers