Meet the ViTPr-es
Full Vision with Multi-Sensor. Vibration, Pressure, and Temperature Sensor
ViTPr-es
ViTPr-es autonomizes predictive maintenance by converting naturally occurring waste heat on the machinery into its own operating energy. Combining 3-axis vibration, pressure, and temperature measurement in a single unit, it completely eliminates blind spots.
Generates its own electricity by utilizing the temperature gradient between the motor frame and the ambient air, completely eliminating battery needs.
Synchronously acquires vibration, pressure, and temperature data from a single location.
Automatically evaluates measured vibration velocities based on equipment class and categorizes health status.
Pre-emptively identifies complex failure states like filter clogging by blending vibration and pressure data.
Limitations of Cabling and Battery Maintenance
Routing cables to every monitoring point in industrial facilities creates high expenses and complexity. Battery-powered sensors, on the other hand, add maintenance overhead due to periodic replacement operations and are unsustainable.
Undetected Mechanical Vulnerabilities
Bearing faults, pump cavitation, or pipeline blockages cannot be diagnosed through a single parameter. Failing to track mechanical vibration and process pressure simultaneously leads to overlooking major system failures.
The ViTPr-es Solution
ViTPr-es operates by converting the machine's waste heat into electricity. Eliminating blind spots, it combines mechanical motor health and process state monitoring in a single wireless, self-powered unit.
Synchronized Data Acquisition
ViTPr-es acquires data from two primary points in the field: 3-axis vibration and temperature from the motor surface, and vacuum/pressure along with fluid temperature from the line. This allows you to know both 'how the machine is operating' and 'its physical condition' simultaneously.
Tracking to ISO 10816 Standards
The RMS vibration velocity measured is compared instantly on the dashboard with the ISO 10816 guidelines according to equipment type and power class. Motor health is displayed live with colored class status codes (A, B, C, or D).
ESCOM Dashboard: Unified Control Panel
Vibration, pressure, run time, and device activity are displayed on a unified interface. The system automatically configures the appropriate thresholds based on the designated motor power and mounting structure.
Go beyond basic threshold alerts. If vibration escalates to level 'D' and pressure drops into the critical red zone, the system automatically dispatches a 'Filter Clogged' warning to the operator.
Mechanical Health and Process Data Combined
Ensure full control with ISO 10816 compliant vibration monitoring, pressure, and temperature data.
Frequently Asked Questions
ViTPr-es is a multi-sensor wireless sensor developed to measure vibration, pressure (±), and temperature simultaneously in industrial equipment. It tracks mechanical health from the motor surface and process status from the line.
ViTPr-es features a module utilizing thermoelectric energy harvesting from the temperature gradient between the motor frame and ambient air. It requires no external power cables or battery replacements.
The device collects 3-axis vibration data via RMS, Peak, P2P, and statistical metrics (Crest Factor, Kurtosis, etc.). This data is automatically classified on the ESCOM Dashboard as class A, B, C, or D in accordance with ISO 10816 standards.
When parameters like motor power, machine group, and mounting type are input on the dashboard, the system automatically assigns the corresponding thresholds from the ISO 10816 table. Each asset is analyzed against its correct operational class.
This is a smart alarm blending vibration and pressure telemetry. If mechanical vibration indicates class 'D' while line pressure drops into the critical threshold, the system alerts the operator directly that the filter is clogged.
ViTPr-es features pressure sensing tips with customizable BSP connections and cable or process fittings that can be modified to suit application demands. The compact 550g enclosure makes installation in tight spaces simple.
Through a single screen, you can track live ISO 10816 health status, X/Y/Z axis vibration velocities, real-time vacuum/pressure values, operating hours, and device connectivity states.