4G Remote Communication Accelerometer for Emergency Vibration Monitoring

• Customization: Available
• Application Area: Construction And Engineering, Geological Prospecting, Railway System,Mechanical Industry
• Data Transmission: Wired Inclination Sensor
• Model NO.: YTAB01
• Measuring Range: Triaxial
• Type: Vertical Pendulum Tiltmeter
• Working Principle: Dynamic Tilt Angle Sensor
• Vibration Acceleration Range: ±2g/±4G/±8g
• Vibration Acceleration Accuracy: 1mg
• Vibration Velocity Range: 0~1000mm/S
• Vibration Velocity Accuracy: 0.01mm/S
• Vibration Frequency Range: 0.2-400Hz
• Vibration Frequency Accuracy: 0.1Hz
• Vibration Amplitude Range: 0~500000μm
• Inclination Range: ±90°
• Inclination Accuracy: 0.02°
• Measurement Axes: X,Y,Z Axes
• Transport Package: Airplane Box
• Specification: standard configuration
• Trademark: ThinkSonic
• Origin: China

Product Description

Product Introduction

The intelligent vibration accelerometer is developed based on MEMS technology, with a built-in high-performance ARM processor that can calculate eigenvalues such as vibration frequency, acceleration, velocity, amplitude, inclination angle of X/Y/Z axes, temperature, and battery level in real-time locally. It integrates a 4G wireless communication module, a large-capacity battery, and a solar panel, supporting continuous monitoring and wireless transmission. With an IP68 protection level, it is suitable for harsh environments, meeting the vibration monitoring needs of high-precision geotechnical engineering, construction engineering and other scenarios, and solving pain points such as large low-frequency noise interference and high precision.

The YTAB01 Intelligent Vibration Accelerometer is an acceleration sensor developed using MEMS technology. 

- Equipped with a high-performance ARM processor, it can calculate characteristic values locally in real time.
- Characteristic values output via protocol: 
   (1) Vibration frequency of X-axis, Y-axis, Z-axis (Hz); 
   (2)Vibration acceleration of X-axis, Y-axis, Z-axis (mg); 
   (3) Vibration velocity of X-axis, Y-axis, Z-axis (mm/s); 
   (4) Vibration amplitude of X-axis, Y-axis, Z-axis (μm); 
   (5) Inclination value of X-axis, Y-axis, Z-axis (°).
- Other output characteristic values: temperature, battery level, threshold type, threshold value, data reporting type, etc.
- Based on real-time vibration monitoring and reported characteristic values, online analysis is conducted to determine the impact force and its influence on structural stress.
- Built-in 4G wireless communication module, large-capacity battery, and solar panel, enabling uninterrupted monitoring and wireless transmission.
- The product is positioned to meet high-precision scenarios such as geotechnical engineering and construction engineering, addressing pain points in geotechnical engineering like large low-frequency noise interference and high precision requirements.
- The entire device has strong protection capabilities and is suitable for safety monitoring in harsh environments.

Product Features

1. Adopts a high-performance ARM processor to calculate eigenvalues in real-time locally;

2. Equipped with a high-precision MEMS acceleration sensor with an accuracy of up to ±1mg;

3. Built-in 4G-Cat1 wireless communication module, no wiring or data acquisition instrument required, and a single unit can complete monitoring;

4. Built-in large-capacity battery of approximately 6400mAh with an embedded solar panel;

5. Supports external 18V solar panel or AC-to-DC power supply, adapting to high sampling frequency or no-sun scenarios;

6. Has intelligent threshold adjustment function to balance real-time performance and data traffic, and the function can also be turned off remotely;

7. Allows setting of vibration negative delay (default 2s) and vibration reporting duration (default 18s);

8. Configurable whether to upload raw data to the platform;

9. Supports direct serial communication output to the computer, providing diversified operations for real-time acquisition;

10. The whole machine has strong protection capability, suitable for safety monitoring in harsh environments.

Technical Parameters

Parameter Name	Parameter
Vibration Acceleration Range	±2g/±4g/±8g
Vibration Acceleration Accuracy	1mg
Vibration Velocity Range	0~1000mm/s
Vibration Velocity Accuracy	0.01mm/s
Vibration Frequency Range	0.2~400Hz
Vibration Frequency Accuracy	0.1Hz
Vibration Amplitude Range	0~500000μm
Vibration Amplitude Accuracy	5μm
Inclination Range	±90°
Inclination Accuracy	0.02°
Measurement Axes	X,Y,Z
Vibration Sampling Frequency	500Hz
Standby Power Consumption	0.036w
Working Power Consumption	0.42w
Network Communication Mode	4G
Serial Port Communication Mode	RS485
External Supply Voltage	9-36v
Protection Grade	IP68
Battery Capacity	6400mAh

Working Principle

The YTAB01 Intelligent Vibration Accelerometer is based on capacitive MEMS technology and integrates triaxial acceleration in XYZ directions, RS485 digital interface, 4G-Cat1 wireless communication module, and solar panel. It is an integrated triaxial acceleration sensor.
 It integrates inductive measurement components and mixed-signal ASIC application circuits internally, and the processed sensor signals are flexibly output through the digital interface.
 The design, production, and testing of the sensor strictly follow the standards of high stability, high reliability, and high quality, and it has relatively stable output over a wide temperature and vibration range.

Application Fields

It is mainly applied to earthquake monitoring; vibration monitoring of structures such as dams, cable force and displacement of bridges, pier impact monitoring, tunnels, underground engineering, near-field blasting, brick-wood/brick-concrete structure houses, and ancient buildings.

Packing & Delivery

Company Profile

Xiamen Xinde loT Technology Co., Ltd.

Xiamen Xinde IoT Technology Co., Ltd. specializes in applied research of ultrasonic measurement technology. Its self-developed non-contact ultrasonic oil level monitoring products, exported globally, lead internationally in the field. With nationwide distributors, they're favored by high-end overseas clients. Holding multiple patents, the firm holds titles like "Technology Giant" and "National High-Tech Enterprise". Over 60% of staff focus on R&D, with core members boasting a decade+ industry experience—bolstering strong innovation capabilities.Trusted by users worldwide, it stands out for superior product quality and comprehensive technical services.

FAQ

Q1: What is your company's core business?

A: THINKSONIC TECHNOLOGY CO., LTD. specializes in R&D and manufacturing of precision sensors and IoT solutions. Our product lines cover:

- Automotive IoT: Ultrasonic level sensors, Vehicle Telematics Units, Active Safety Video Terminals

- Structural Monitoring: Settlement/inclination sensors, Hydrostatic level gauges, Strain/pressure gauges, Data loggers with wireless transmission.

Q2: Are you a manufacturer or trading company?

A: We are a manufacturer with in-house R&D center and production facilities in Xiamen, China. All products are independently designed and strictly quality-controlled.

Q3: What is your minimum order quantity (MOQ)?

A: Standard products start from 10 units. MOQ for customized items varies by project complexity - contact us for evaluation.

Q4: How long is your lead time?

A:Standard products: 15-30days after order confirmation. , a bit longer for customized products. But we are very flexible on the lead time, it will depend on the specific orders.

Q5:Can you customize products?

A:Yes. We offer: Logo printing; Packaging redesign; Technical parameter adjustments; Private labeling

Q6:Can I get samples?

A:We have to charge both samples and freight cost, and when you place orders, we'll refund your sample cost.

Q7:How to handle after-sales issues?

A:Our support includes: (1)Online troubleshooting (2)Technical documentation & video guides

Q8:How to visit your factory?

A: Welcome to schedule an audit: (1) Submit visit request via "Contact Supplier"  (2) We'll send official invitation letter within 48h   (3)Virtual factory tour available via video call