VIBIT
VIBITVIBIT ONLINE WIFI BASED SENSORS SOLUTION
The VIBIT sensor is a device designed to measure and monitor vibration levels in various applications. It uses accelerometers and other sensing technologies to detect and quantify vibrations in structures, machines, or any object that is subject to mechanical vibrations.
The VIBIT sensor is typically attached to the surface of the object being monitored, and it can measure vibrations in different directions and frequencies. It can provide real-time data on vibration amplitude, frequency, and other parameters, allowing users to assess the health and performance of the object.
The sensor is commonly used in industries such as aerospace, automotive, manufacturing, and construction. It can help identify potential equipment failures, monitor structural integrity, optimize machine performance, and prevent damage or accidents caused by excessive vibrations.
The sensor is commonly used in industries such as aerospace, automotive, manufacturing, and construction. It can help identify potential equipment failures, monitor structural integrity, optimize machine performance, and prevent damage or accidents caused by excessive vibrations.
Features
FEATURESVIBIT Key Features
Easy-to-Install, Tri-axial Vibration, Temperature, and
Acoustic Sensor for Anomaly Detection
The VIBIT sensor is a device designed to measure and monitor vibration levels in various applications. It uses accelerometers and other sensing technologies to detect and quantify vibrations in structures, machines, or any object that is subject to mechanical vibrations. The VIBIT sensor is typically attached to the surface of the object being monitored, and it can measure vibrations in different directions and frequencies. It can provide real-time data on vibration amplitude, frequency, and other parameters, allowing users to assess the health and performance of the object. The sensor is commonly used in industries such as aerospace, automotive, manufacturing, and construction. It can help identify potential equipment failures, monitor structural integrity, optimize machine performance, and prevent damage or accidents caused by excessive vibrations.
- Helps manufacturing plants, facilities, and utilities monitor their machine health and take preventive action before a fault occurs, reducing plant downtime and increasing overall efficiency.
- Powerful Wi-Fi connectivity which transmits data even in the extremely noisy industrial environment, making a remote condition monitoring very reliable and helping maintenance engineers, vibration experts, and data scientists to glean further insights and predict failures.
FEATURESFeatures
- Covers a large range of rotating equipment across various industries
- Powerful computing engine based on 32-bit ARM Cortex-M4 processor
- Wi-Fi Tx power up to +15.1dBm, ensuring reliable data communication in a factory environment
- Bluetooth low power up to +8dBm Tx power for smart phone configuration
- RS-485 connectivity to CIMCON CIM 360 gateway or any third party gateway through Modbus protocol
- Alarms and e-mail alerts
- Ultra-low sensor noise 75ug/sqrt (Hz) helps detect faults in their early stages so maintenance can be planned in advance
- FFT graphs for detailed AI/ML driven analysis
- Real-time and historical data trending and reporting
- Local LED indication with different colors to display status
- Standard Industrial protections on +24V input & RS-485 interface
- Magnetic and stud mount options
- Asset Health and KPI cards
EquipmentEquipment
Cloud
CloudCloud Based Health Management Platform
Our Cloud-based Health Management platform is a powerful tool in reducing maintenance spending
and increasing Mean Time Between Repairs (MTBR) by proactively identifying detrimental system
conditions before catastrophic machine failure by using an Artificial Intelligence/Machine Learning (AI/
ML) model to provide FFT graph analysis, asset health monitoring, real-time data, and historical data.
It provides a dashboard that helps you understand the overall equipment efficiency of assets in the
form of waveforms. This further reduces unplanned downtime, increases equipment availability, and
significantly reduces inventory costs.
FACILITY
FACILITYEQUIPMENT FACILITY
- Dedicated page for customers to compare health and performance across devices. Customers can also access and dig into site-level performance.
Quick overall health status of multiple
devices.
Get overall equipment efficiency for a period
of time, further helping to decide proper
equipment usage.
Individual asset health status can be checked
with color indication and a further dig for
expert verification
Real-time and historical waveform to check
various parameters
User-friendly names can be created as
needed.
Easy-to-understand dashboards and widgets
are used to show whether parameters fall
within the defined specifications.
Get real-time information in terms of
waveforms.
SPECIFICATIONS
SPECIFICATIONSSPECIFICATIONS
| Sensing Technology | MEMS Based |
| Vibration Sensor | 3-axis MEMS Sensor |
| Frequency Range | 0.5Hz to 6Khz |
| Sampling Rate | 26.7kHz |
| Shock Tolerance | 10,000g for 0.2ms |
| Linear Acceleration sensitivity | 0.488mg/LSB (±16G) |
| Low Noise | 75μg/sqrt(Hz) |
| Resolution | 16-bit |
| Data from Sensor | 3-axis acceleration & velocity RMS, 3-axis acceleration & velocity FFT, 3-axis spectral features as per configuration |
| FFT Frequency Resolution | 0.2Hz/0.4Hz/0.8Hz configurable depend on LOR/Fmax selection |
| Temperature Sensor | Semiconductor sensor with max 0.2°C accuracy over -40°C to +100°C range |
| Contact Temp. Range | -40°C to +125°C |
| Wi-Fi Range | 80mtrs LoS |
| Bluetooth Low-Power Range | Low power, mesh, 26mtrs LoS |
| RS-485 | RTU connectivity on Modbus protocol, 2-wire, baud rate configurable to 1.2kbps to 115.200kbps |
| LED indication | Red, Green, Blue, Orange |
| Transfer Interval Configuration | Real-time transfer every 10 sec
|
| Local Monitoring & Configuration | Mobile Android & iOS applications |
| Remote Monitoring & Configuration | Through dashboards |
| OTA | Over-The-Air FW upgrade |
| Frequency Range | 2412MHz to 2484MHz |
| Tx Power | 15.1dBm (802.11 b, 1MBps), 12.5dBm (802.11 g, 6Mbps), 12.1dBm (802.11n, MCS=0) |
| Receiver Sensitivity | -96.3dBm (802.11b, 1Mbps), 91.5dBm (802.11g, 6Mbps), -91dBm (802.11n, MCS=0) |
| Security | WPA/ WPA2 |
| Encryption | AES/ WEP |
| Network Protocol | MQTTS/ HTTPS/ TCP/ IPv4 |
| Tx Power | +8dBm (Max) |
| Frequency Range | 2400MHz to 2483.5MHz |
| Receiver Sensitivity | -98.9dBm, 1Mbps, 37byte payload |
| Security | AES128/256, SHA-1, SHA-2(256-it), ECC (256-bit), ECDSA, ECDH. |
| Power Supply | External 24VDC+/-10% |
| Power Supply Protections | Over current, EFT (Level 4), ESD (Level-4) |
| Connections | 4-pin M8 connector for power supply & RS-485 connections. |
| External M8 Connector Cable | 5mtr cable provided with product |
| Operating temperature | -40°C to +85°C |
| Size | 40mm (L)X 40mm (W)X 33mm (H) |
| Weight | 78 gms |
| Axis Orientation | Indication for X-axis, and Y-axis |
| Enclosure | Polycarbonate, IP67 |
| Mounting | Magnetic mount & stud mount options. Stud mount option recommended for better results. Mounting accessories Vibration plate & stud are provided with product.C |
VIBIT
We'd love to hear from you
We design brand experiences that help enterprising nonprofits & organizations grow their impact.
English 
नेपाली