DC 5V Six-Spray Ultrasonic Atomizer Module TYPE-C DIY
DC 5V Six-Spray Ultrasonic Atomizer Module TYPE-C DIY
DC 5V Six-Spray Ultrasonic Atomizer Control Board — DIY Humidifier Module
Take your DIY humidifier, misting fountain, or aeroponics project to the next level with this compact DC 5V Six-Spray Ultrasonic Atomizer Module. Powered via a universal TYPE-C interface, this ready-to-use control board drives six high-frequency atomizing discs simultaneously — delivering a fine, continuous micro-mist that disperses delicate water molecules evenly into the air.
Why Choose This Atomizer Module?
- Stable, High-Performance Circuit Board: Built on 1.2mm FR-4 material with a well-engineered layout for long service life and consistent output.
- Universal TYPE-C Power Interface: Compatible with standard 5V USB-C power supplies — no proprietary cables required.
- Six Spray Modes: Supports dynamic spray, single spray, and multiple spray modes across all six nozzles for versatile misting configurations.
- Micron-Level Atomization: 1,100 micro-perforations (4–5 µm aperture) on each atomizing disc transform water into ultra-fine molecules for highly efficient dispersion.
- Ready to Assemble: Each kit comes complete with the control board, atomizing plates, brackets, and cotton wicks — plug in and build right away.
Technical Specifications
| Supply Voltage | DC 5V |
| Rated Current | 300 mA (minimum 2A power supply recommended) |
| Power Consumption | 2.5 – 3W |
| Atomization Frequency | 108 kHz ± 2 kHz |
| Module Dimensions | 65 × 30 mm |
| Board Material | 1.2 mm FR-4 PCB |
| Power Interface | TYPE-C |
| Atomizing Disc Resonant Frequency | 108–110 kHz ± 5 |
| Disc Rated Power | 2W per disc |
| Number of Perforations | 1,100 per disc |
| Aperture Size | 4–5 µm |
| Steel Plate Diameter | 16 mm |
| Silicone Sleeve Outer Diameter | 20 mm |
| Rubber Ring Thickness | 3 mm |
| Wire Terminal | PH2.0 |
| Line Length | 40 cm |
| Support Dimensions | 25 × 38 mm |
| Cotton Wick Size | 8 × 100 mm |
What's in the Box
- 1× Atomization Control Board (Module)
- 6× Atomizing Plates (Six-Spray Discs)
- 6× Mounting Brackets
- 6× Cotton Wicks
Ideal Applications
- DIY home or desktop humidifiers
- Aeroponics and hydroponic misting systems
- Decorative misting fountains and terrariums
- Electronics prototyping and maker projects
- Stage fog and atmosphere effects
Made in Mainland China.
Learn more: OSHA guidance on hand and power tools
Frequently Asked Questions
Q: What power supply do I need for the DC 5V Six-Spray Ultrasonic Atomizer Module?
A: The module runs on a standard DC 5V supply via its TYPE-C interface. While the board itself draws around 300 mA, a power supply rated at a minimum of 2A is recommended to ensure stable operation across all six atomizing discs simultaneously.
Q: Can I use only some of the six spray nozzles at a time?
A: Yes. The control board supports single spray, multiple spray, and dynamic spray modes, giving you the flexibility to activate one, several, or all six nozzles depending on your project's misting requirements.
Q: Is this module suitable for use in a DIY aeroponics or hydroponic system?
A: Absolutely. The 108 kHz ultrasonic atomization frequency and 4–5 µm micro-perforation aperture produce extremely fine water molecules, making this module well-suited for aeroponics, hydroponic nutrient misting, terrarium humidity control, and similar DIY projects.
Q: How do I assemble the atomizer module kit?
A: The kit is designed for quick assembly. Insert each atomizing disc into its bracket, thread the cotton wick through the disc to maintain water contact, connect the disc leads to the control board's PH2.0 terminals, then power the board via a TYPE-C cable. No soldering is required for basic assembly.
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.