Enhance your electrical prototypes and educational kits with our E10 Miniature Bulb Holder. This essential component is designed for standard E10 miniature screw bulbs, providing a secure and reliable mechanical fit for low-voltage applications. Whether you are a hobbyist building scale models or a teacher leading a science experiment, these sockets offer the durability and ease of use required for precision work.
Robust Metal Construction: Crafted with a durable silver-toned metal screw housing that ensures a firm mechanical grip on the bulb.
Integrated Solder Lugs: Features two easy-access brass-toned terminals for quick wire soldering or alligator clip attachment.
Insulated Base: Equipped with a red insulating washer at the base to prevent short circuits during project assembly.
Compact Design: The streamlined, lightweight profile is perfect for installation in tight spaces like model buildings or small control panels.
Universal E10 Fit: Compatible with a wide variety of E10 miniature LED and incandescent bulbs typically used in science kits and torches.
This E10 Holder is the go-to choice for:
STEM Education: Building basic series and parallel circuits for classroom science projects.
Hobbyist Dioramas: Adding functional lighting to model train sets, dollhouses, and architectural models.
Custom Indicators: Creating low-voltage status lights for DIY electronic devices and control boxes.
Socket Type: E10 (Miniature Edison Screw).
Material: Metal Housing with Insulating Base.
Voltage Compatibility: Designed for low-voltage DC circuits.
Can I use this for 220V power?
No, this holder is strictly for low-voltage applications (typically 1.5V to 12V DC). It is not designed for the high heat or insulation requirements of household mains electricity.
Is it easy to attach wires if I don't want to solder?
Yes, the eyelet design of the terminals allows for the easy attachment of alligator clips, which is ideal for temporary classroom experiments.
How many come in a pack?
This listing is for the individual E10 holder. Be sure to order the exact quantity needed for your circuit design.
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