Meet ViBT-es B
Vibration & Temperature Sensor with Long-Life Battery
ViBT-es B
Monitor the health of your industrial machinery 24/7 with ViBT-es-B. Equipped with a high-capacity industrial battery, it ensures uninterrupted data flow in freezing or thermally stable environments.
Offers continuous monitoring with long battery life in cold storage facilities or stable-temperature machinery where thermoelectric energy harvesting is not viable. Designed with an ultra-low power consumption architecture.
Performs precise vibration measurements up to ±16G across X, Y, and Z axes. Reports equipment thermal and mechanical health from a single point with simultaneous surface temperature tracking.
Transmits interference-free data even in metal-dense factory environments using BLE support. Fully integrates with all automation systems via the Wi-GaTe gateway.
Deploys in seconds using bolt, clamp, or strong magnetic mount options. Completely eliminates wiring infrastructure, reducing installation costs by 90%.
The Challenge of Isothermal Areas
In certain industrial processes, the machine surface temperature and ambient temperature are extremely close, or the environment is freezing. This makes it difficult for energy-harvesting sensors to operate.
Data Loss at Inaccessible Points
On fan motors or pump stations where wiring is expensive, sensors with short battery life create an extra burden for maintenance teams. An unreliable sensor translates to false alarms.
ViBT-es-B: Continuous Protection
ViBT-es-B operates regardless of thermal gradients thanks to its high-energy-density internal battery. Protecting the most challenging points digitally, its industrial battery suffers no performance loss even at low temperatures.
Optimized Power & Spectral Depth
ViBT-es-B doesn't just send raw data; it processes it to report critical trend changes. This intelligent power management maximizes battery life while keeping data quality at its peak.
Zero Unplanned Downtime via Predictive Maintenance
Identify bearing wear or misalignment issues weeks in advance using the analytical data presented through the ESCOM Dashboard. Step away from reactive maintenance into the world of autonomous monitoring.
ESCOM-es Dashboard
All collected data can be monitored 24/7 on the ESCOM-es Dashboard. Users can track motor casing temperature and 9 distinct vibration parameters for each X, Y, and Z axis, including: RMS Acceleration, Peak Acceleration, P2P Acceleration, RMS Velocity, Peak Velocity, P2P Velocity, Crest Factor, Skewness, and Kurtosis via high-resolution graphics. With historical analysis and live measurements, operational health is continuously controlled second-by-second without interruption.
Technical Data
Monitor Your Machinery Under All Conditions
Discover our wireless vibration monitoring solution equipped with long-life battery power, requiring no thermal gradient.
Frequently Asked Questions
Standard ViBT-es sensors harvest energy from thermal gradients. ViBT-es-B, on the other hand, is equipped with a high-capacity internal battery for environments where energy harvesting is technically not feasible.
No. ViBT-es-B components are selected to operate at full performance between -40°C and +105°C.
Thanks to 3-axis vibration data, bearing failures, imbalances, and mechanical looseness can be detected while the fault is still in its initial stage.
Yes. Reliable data transfer is provided up to 100 meters in open fields and through in-factory obstacles via BLE. Our Wi-GaTe gateway units carry this data to the main system.
The device features a universal base suitable for mounting via magnetic mount, clamp, or direct bolt. You can specify the mounting set best suited for your machinery during ordering.
Yes. Data can be monitored via the ESCOM-es Dashboard, or integrated into your existing automation systems via BLE, Modbus TCP, or MQTT protocols.
It completely eliminates cabling costs. Thanks to its long battery life, it reduces the periodic check times of maintenance teams. By stopping a single failure before smoke appears, the system quickly pays for itself (ROI).