Wireless Vibration Sensor Solution

SNAP IT ON, SENSE IT ALL

Jupiter Sensor

Cutting-edge Ultra-Low Noise Density
3-Axis Vibration MEMS Sensor,
enhanced with advanced security features.
Integrated ultrasound measurement
for early detection & low-speed applications
for machine condition monitoring.

Sensor Insights

We employ a range of techniques to provide a holistic view of your machine's health:

Overview of Sensor Health

Instantly identify malfunctioning or critical machine sensors in the plant for prompt action or repair.

Sensor Configuration

Summary view of indicator status and configuration, including battery level.

Parameter Overall Trend

Check key parameter trends for early signs of irregularities, providing a proactive layer of monitoring before further analysis.

Frequency Spectrum Analysis

Pinpoint critical frequencies in spectrum charts for machine diagnostics and accurate condition assessment.

Choosing the Right Vibration Sensor

Ultra-Low Noise Density

Experience our state-of-the-art MEMS sensor, providing ultra-low noise density for accurate vibration monitoring.

Cloud-Based Platform

Easy monitoring and smart diagnostics allow you to receive alerts and gain valuable insights into your equipment's health through online data monitoring.

Integrated Ultrasound Measurement

Early detection of potential issues at their early stages prevents costly downtime and ensures the continuous, smooth operation of your equipment.

Extended Battery Life

The 19AH replaceable battery offers extended battery life with up to 1 million overall data samples, providing approximately 4 years* of continuous monitoring. *Depends on configuration setting

Gateway-Free Connectivity

Stay connected to your equipment without the hassle of additional hardware. Our sensor can be used anywhere, as it comes equipped with global 4G-LTE cellular connectivity.

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JUPITER: Wireless Vibration Sensor Specification

Measurements

Vibration

Frequency

From 0 Hz to 6000 Hz

Acceleration

Up to 16 g

Temperature

From -40^°C to 85^°C

Sample Configuration

26000 lines (per axis)

Data Receiving Interval

Samples every 2 minutes (rms, peak to peak, zero to peak)TWF/FFT at Minimum 30 mins

Data Receiving Interval

635Hz (16s), 1270 Hz (8s), 2539 Hz (4s), 5078Hz (2s), 6000Hz (1s)

Ultrasound

Frequency

From 30k to 40k Hz (Dynamic range)

Singnal-to-Noise Ratio

64 dB(A)

Typical Sensitivity

Test Condition 1 kHz @ 94 dBSPL -38 dBV(± 1 dB)

POWER SOURCE

Battery

Lithium Thionyl Chloride 3.6V

Duration

Estimate 4 years on default settings

Adverse Factors

Temperature, transmission distance, and data acquisition configuration

Wireless Communication

Frequency

LTE CAT1 mobile networks, with no need to rely on industrial Wi-Fi

Connectivity

Band

B3
‍

B28
‍

Transmit (MHz)

1950-1965

1725-1740
1740-1745

895-905

723-733
733-743

Receive (MHz)

2140-2155

1820-1835
1835-1840

940-950

778-788
788-798

Physical Characteristics

Dimensions

50.65 (W) x 108.20 (H) x 60.00 (D) mm or 2.00 (W) x 4.26 (H) x 2.36 (D) in, excluding sensor base

Weight

350g / 6.4 oz (sensor)
22g / 0.8oz (shorter base)

Fixation

1/4-28 UNF Stud mountion must be cover by epoxy

Security

Key Certificates are secured in tamper-proof certified (EAL5+) hardware

Cybersecurity

Network protocols and Encryptions

MQTT+TLS (with Asymmetric key) for all data transmission
HTTPS (with Symmetric Key) for OTA Firmware Update

Cellular Security

GSMA Standard
3GPP Standrad

Cloud Security

Device Authentication using X.509 CA Cerificates
Over-The-Air Firmware Update using secured symmetric keys