MEMS Medium Low Range Three Axis Vibration Sensor

High-Frequency Industrial Monitoring Solution

The JSVM2T3 Triaxial Vibration Sensor is an ultimate industrial-grade vibration monitoring technology product, built especially for high-performance operation and therefore capable of withstanding the most severe environments. This state-of-the-art solution for industrial vibration monitoring combines sophisticated MEMS variable capacitance technology with the use of a 304 stainless steel housing, which enables the sensor able to measure vibrations from true DC (0 Hz) up to a phenomenal 10,000 Hz. Being a premium 304 Stainless Steel Accelerometer, it provides an unmatched level of durability and reliability for a permanent install on heavy-duty machinery and industrial equipment.

The product was basically designed as a complete machine health monitoring tool, hence the triaxial vibration sensor has a super wide frequency response range, thus simultaneously low-frequency structural movements and high-frequency vibration components can be measured. The strong structure ensures that the device can reliably operate even in a harsh industrial environment, while the 10,000g shock survival capability delivers adequate shock protection for most unexpected instances of impacts. The device is the best engineering and maintenance choice for staff who need highly trustworthy, very precise vibration data for predictive maintenance as well as equipment health assessment purposes.

Extensive frequency response: 0 Hz to 10,000 Hz
Various measurement ranges: ±20g to ±200g
Highly protective shock inside the device: 10,000g shock survival rating
Very low noise emission: from 35 μg/√Hz
Durable 304 stainless steel housing material
Extensive working temperature range: -40°C to +85°C

The JSVM2T3's Industrial Vibration Monitoring features make it a great fit for applications such as automotive manufacturing, heavy machinery monitoring, and industrial process control. As a 304 Stainless Steel Accelerometer trusted for its durability, the device can keep its precision even in the presence of aggressive substances and can serve as a quite effective EMI shield as long as it is grounded through the metal surfaces. It makes use of the Machine Health Monitoring technology that is capable of swiftly identifying a-bearing wear, misalignment, imbalance, and other common faults of industrial equipment, thus preparing the users for trouble-free operations through timely maintenance.

    * Note: Reference ground for signal measurement

The JSVM2T3 is a triaxial vibration sensor. Its key performance specifications are listed as below. 

Unless otherwise specified, all testing was conducted under the following conditions: 12 VDC, 25°C, 50% R.H., and 1 standard atmosphere.

Fuel efficiency and noise/reliability studies on vehicles

Heavy plant and machinery maintenance operations
Analysis of vibrations caused by machines during manufacturing
Industrial predictive maintenance scheduling
Production, assembly, and testing quality control

The sophisticated Triaxial Vibration Sensor has been equipped with a feature allowing users to pick a range that fits their monitoring needs. The ±20g version is highly sensitive (100 mV/g) and hence suitable for monitoring minor vibrations in extremely precise devices, whereas the ±200g version can be used for the detection of intense shocks and impacts experienced in the case of heavy machinery. The 10kHz Vibration Sensor feature here indicates that the vibration measuring range covers all the frequencies needed for, among others, mechanical analysis and diagnostics of machine faults.

With a blend of wide frequency spectrum, sturdy construction, and accurate measuring, the JSVM2T3 breaks new ground of Industrial Vibration Monitoring excellence and effectiveness. Leave all your worries of malfunctioning and/or occasional stoppages of your equipment behind and always remain a step ahead with the aid of this industry-leading Triaxial Vibration Sensor, the best data provider for the efficient running of Machine Health Monitoring ‍‌‍‍‌‍‌‍‍‌programs.

1. Q: Why is the 0 Hz response valuable for industrial health monitoring?
    A: It enables static tilt measurement alongside vibration, allowing one sensor to monitor both machine foundation settling (low-frequency shift) and equipment vibration health.

2. Q: The weight is 40g - heavier than other models. Where is this suitable?
    A: The robust construction is ideal for heavy machinery and permanent installations where minimal mass loading effects are required on large structures like presses, turbines, or vehicle frames.

3. Q: Which range (±20g to ±200g) should I choose for automotive industry applications?
    A: Select ±20g-±50g for component testing and general monitoring. Use ±100g-±200g for powertrain-mounted applications or crash testing where higher G-forces are expected.

4. Q: What's the advantage of the 10,000g shock survival rating in industrial environments?
    A: It ensures survival during extreme operational events like mechanical seizures, impacts, or sudden stops, protecting your monitoring investment in harsh conditions.

5. Q: The case is conductive - how does this affect installation?
    A: Mount directly to a clean, grounded metal surface using M4 screws. This provides essential EMI shielding in electrically noisy industrial environments while ensuring proper signal grounding.