ROKOMARI IT
Industrial Hardware & Sensor Packages

VibraGuard AI

Motor-mounted vibration AI — detecting bearing failure weeks in advance.

Device Status

Operational Features

  • ATEX intrinsically safe certifiable design
  • DIN-rail IP66 or IP67 enclosure grade
  • RS485 Modbus RTU telemetry output built-in
  • mTLS secure transport authentication ready
Introduction

Product Overview

An STM microcontroller-powered continuous vibration sensor that mounts directly to motors to capture structural stress metrics.

Operational Scope & Logic

STM32H7-based tri-axis MEMS accelerometer. Computes real-time FFT and Crest Factor on-board. Modbus RTU output. Magnetic base mounting for easy retrofitting. Rated IP67.

Profile Specifications

Measurement Range ±16g tri-axis
Frequency Response 0–10 kHz
Sampling Rate 25.6 kSPS
Communication Modbus RTU RS485
Mounting M8 stud or magnetic base
Key Deliverables

Core Capabilities

Tri-axis MEMS accelerometer (±16g)
On-board real-time FFT computation (STM32H7)
Crest Factor + RMS continuous monitoring
ISO 10816 alarm threshold configuration
Magnetic mount for easy installation
Field Integrations

Applied Use Cases

  • Induction motor bearing wear early detection
  • Pump misalignment vibration monitoring
  • Compressor structural health surveillance
Interactive Sandbox

Hardware & API Simulator

Test telemetry registers, compilation sweeps, or load parameters live using our built-in R&D diagnostic simulator below.

Board Simulator

PCB Trace Stackup & Thermal Load Simulator

Simulate power load heat dissipation in multi-layer FR4 boards to audit trace limits.

Layer 1 (Top Copper Trace) Temperature 25.0 °C
Layer 2 (Ground Plane Shielding) Temperature 25.0 °C
Copper Expansion Profile Nominal (< 0.01%)
Operational Integrity

Ready for Immediate Factory Deployment & Custom Integration

Our design processes follow strict quality management pipelines, ensuring physical hardware modules fit seamlessly inside dynamic industrial cabinets.