SW105XX Series Ultra-Mini 3-Axis ICCP Accelerometer | High-Precision Vibration Measurement Sensor
2026-05-22Product Overview
Precision vibration measurement is evolving toward miniaturization. Traditional sensors struggle to balance spatial adaptability and testing accuracy amid shrinking miniature industrial equipment.
Featuring innovative mechatronic design, the SW105XX 3-axis ICCP accelerometer achieves industry-leading miniaturization without compromising professional measurement performance, enabling reliable vibration testing for micro drones, precision medical devices and other emerging miniature equipment.
Core Advantages & Application Scenarios
Spatial Breakthrough for Micro Space Testing
With an ultra-compact 6.2mm³ package and ultra-light weight starting at 1g, the sensor solves vibration testing challenges in sub-centimeter narrow spaces. It fits perfectly for micro drone rotors, MEMS devices and other tiny precision structures that hard to install conventional sensors1.
Perfect Balance of Compact Size & Reliable Performance
Aerospace-grade titanium alloy housing realizes lightweight design and outstanding structural durability simultaneously. Equipped with imported high-purity piezoelectric ceramic core, the sensor conducts precise micro-strain conversion and maintains steady high-sensitivity measurement results2.
Efficient & Flexible Installation
The exclusive positioning guide structure supports multi-mode quick mounting. Full on-site deployment takes only 3 minutes, greatly streamlining test preparation and improving overall working efficiency.
Technical Specifications
| Parameter | SW10522 | SW10523 | SW10533 |
|---|---|---|---|
| Sensitivity (mV/g) | 4 | 15 | 5 |
| Measurement Range (g peak) | ±1250 | ±500 | ±1000 |
| Frequency Range ±5% (Hz) | 1~12 / X: 1~10k | 1~14 / X: 1~10k | 1~10 / X: 1~8k |
| Mounted Resonant Frequency (kHz) | ≥ 50 | ≥ 61 | ≥ 70 |
| Broadband Resolution (g rms) | 0.001 | 0.0003 | 0.001 |
Core Functional Design
Integrating miniaturization and high precision, optimized structure and professional core ensure stable and accurate data acquisition. The exclusive positioning guide structure supports flexible multi-angle mounting, drastically simplifying pre-test preparation and boosting testing efficiency.
Typical Application Scenarios
Tailored for micro-space precision testing, the sensor covers multiple sophisticated measurement fields. Widely applied to micro drone dynamic testing, precision medical equipment vibration monitoring, MEMS device calibration and miniature industrial structure vibration analysis.
FAQ
Q: What are the core advantages of the SW105XX accelerometer?
A: It features 6.2mm³ ultra-mini size, 1g ultra-light weight, titanium alloy housing and high-precision piezoelectric core, enabling accurate measurement in narrow micro spaces with fast installation.
Q: What scenario is this ultra-mini accelerometer suitable for?
A: It is specially designed for miniature scenarios, perfectly suitable for vibration testing of micro drones, precision medical devices and MEMS equipment that traditional sensors cannot adapt to.
Q: How fast is the on-site installation?
A: The customized positioning guide structure supports multi-mode mounting, completing full on-site deployment within 3 minutes for efficient testing.
References
1 Miniature Vibration Sensor Design Standard, Industrial Measurement Industry Specification
2 Piezoelectric Sensing Element Performance Test Report
