3D Printer Power Switch IEC Socket Fuse Module 110V/220V

3D Printer Power Switch IEC Socket Fuse Module 110V/220V

No plug / old with line
Sale price  $18.81 Regular price  $25.46
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3D Printer Power Switch IEC Socket Fuse Module 110V/220V

3D Printer Power Switch IEC Socket Fuse Module 110V/220V

Sale price  $18.81 Regular price  $25.46
Voltage/Plug TypeNo plug
Color

Power Your Build with Confidence

This all-in-one 3D printer power supply switch module combines an IEC C13 male socket, a fused inlet, and a red LED rocker switch into a single pre-wired assembly. Whether you're retrofitting a 3D printer, building a DIY power supply, or upgrading an audio amplifier, this compact unit delivers clean, safe, and clearly visible power control — no extra wiring or soldering required. Made in Mainland China.

Key Features

  • Instant Visual Power Status: The integrated red LED rocker switch with a flame-retardant PC casing lets you toggle power on/off at a glance, eliminating any uncertainty about whether your device is live.
  • Pre-Wired for Easy Installation: High-purity copper core wires with heat-resistant PVC insulation come with pre-crimped U-type metal terminals. All internal connections are pre-soldered and tested — just mount and connect.
  • Fire-Resistant PC Housing: The premium polycarbonate shell offers high-temperature resistance and a self-extinguishing function if overheated, providing an added layer of electrical safety for your equipment.
  • Universal IEC C13 Compatibility: High-conductivity copper contacts work with all standard IEC C13 power cords, making this module suitable for most common electronic equipment and DIY projects.
  • Secure Panel Mounting: Pre-drilled mounting holes and a firm internal fixed structure allow the unit to be screwed directly onto device panels — staying stable through long-term, frequent use.

Specifications

  • Voltage Support: 110V / 220V
  • Material: PC housing, copper core wires with PVC insulation, copper conductive contacts, metal crimp terminals
  • Connector Type: IEC C13 male socket
  • Applications: 3D printers, DIY electronic projects, power supply modules, audio amplifiers, small industrial equipment, household appliance power retrofits
  • Package Contents: 1 × Power Switch Socket Fuse Module
  • Country of Origin: Made in Mainland China

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Important Notes

  • Photos may not reflect actual product size — please refer to the specification description for dimensions.
  • Slight size deviations may occur due to manual measurement.
  • Actual color may vary slightly from images due to different monitor calibrations.

Learn more: OSHA on eye and face protection

Frequently Asked Questions

Q: Is this power switch module compatible with both 110V and 220V systems?

A: Yes, this IEC C13 power switch socket module supports both 110V and 220V input voltages, making it suitable for use in a wide range of countries and with most standard household and workshop equipment.

Q: Do I need to solder the wires when installing this module?

A: No soldering is required. The unit comes pre-wired with pre-crimped U-type metal terminals and all internal connections are pre-soldered and tested before shipment, so installation is straightforward and hassle-free.

Q: What type of power cord does this module accept?

A: This module features a standard IEC C13 male inlet socket, which is compatible with all IEC C13 power cords — the same type commonly used with desktop computers, monitors, and many 3D printers.

Q: Can this switch module be mounted directly onto a device panel?

A: Yes. The PC housing includes pre-drilled mounting holes and a firm internal structure, allowing it to be securely fastened to a device panel using two standard screws for a clean, stable installation.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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