Vibration Sensor Dataset for Estimating Fan Coil Motor Health

TL;DR

This paper introduces FAN-COIL-I, a real-world vibration dataset from Fan Coil motors, designed to improve motor health monitoring and predictive maintenance through authentic operational data.

Contribution

The paper presents a novel, high-resolution, real-world vibration dataset for Fan Coil motors, enabling more accurate diagnosis and benchmarking in motor health research.

Findings

Provides a comprehensive real-world vibration dataset

Enables improved motor health prediction models

Serves as a benchmark for motor diagnosis research

Abstract

To enhance the field of continuous motor health monitoring, we present FAN-COIL-I, an extensive vibration sensor dataset derived from a Fan Coil motor. This dataset is uniquely positioned to facilitate the detection and prediction of motor health issues, enabling a more efficient maintenance scheduling process that can potentially obviate the need for regular checks. Unlike existing datasets, often created under controlled conditions or through simulations, FAN-COIL-I is compiled from real-world operational data, providing an invaluable resource for authentic motor diagnosis and predictive maintenance research. Gathered using a high-resolution 32KHz sampling rate, the dataset encompasses comprehensive vibration readings from both the forward and rear sides of the Fan Coil motor over a continuous two-week period, offering a rare glimpse into the dynamic operational patterns of these systems in a corporate setting. FAN-COIL-I stands out not only for its real-world applicability but also for its potential to serve as a reliable benchmark for researchers and practitioners seeking to validate their models against genuine engine conditions.