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minto.ai

Welcome to the world of iHz™ Systems

total equipment intelligence

01Plant walkthrough

Follow the power to the machine.From supply to component health.

One conveyor drive, traced from the sinter plant's motor control centre to its pulley, and how a single device in the panel reads all of it.

02Inside the device

Small enough for a DIN rail.Built to sit in the panel for years.

14 points, five layers · plays on its own · scroll or drag to take over

01 / 14 · MountingAs installed at minto

Mounting

The DIN rail runs horizontally across the panel. iHz™ clips onto it by the spring clip on its back face and stands with its length vertical: ports at the top facing out, perforated lid to the side, Ethernet port underneath.

Layer 1 of 5 · Assembled
03Install

Don't wire the machine.Read the supply.

How iHz™ connects to the driveExample drivetrain
The install · five steps

From the panel to a diagnosis.

Safely install the condition monitoring sensor inside the motor control cabinet

  • Monitor your machines wherever they are
  • Quick and easy installation
  • Controlled environment for reliable operation
  • Minimal maintenance requirements
Needs
Rail space, a short run to the sensor, a network connection and a stable supply. Worth checking before anything is ordered, not on installation day.
Fitting
The current transformer is split core and clamps around the cable. Nothing cut, nothing drilled.
Sensors installed inside the MCC
01Install Inside MCC
Production keeps running
04Capabilities

What one device gives you.Hardware, signal and the intelligence on top.

iHz™ Metrics
Signal-to-Noise Ratio
0.0dB
Motor Current
Reading 55.8
Accuracy ±1.0%
Motor Speed
Reading 968.4 RPM
Accuracy ±2 RPM
System Availability
Device Uptime
  • Comprehensive Machine Coverage

    Coverage across rotating and reciprocating assets, from small drives to large critical machines, all read from the panel.

  • High-Fidelity Data Capture

    High-frequency sampling captures intricate machine behaviour and operational patterns across your entire plant.

  • Component Level Health

    Condition and performance of sub-systems and critical components, assessed in real time.

Engineer at the motor control cabinet
Hardware

Industrial-grade hardware for complete asset visibility and intelligent monitoring

  • Robust Industrial-Grade Deployment

    Secure data collection from motor control cabinets. Protected from environmental factors, ensuring consistent and scalable data acquisition across your industrial setup.

  • High-Resolution Signal Capture

    High-resolution acquisition of the electrical signal at the panel, preserving the detail needed for component-level analysis.

  • Edge computing

    On-device processing at the edge, so only the signals that matter travel across your network.

A risk-score trend for one conveyor over seven weeks, with the primary and secondary comparison windows shaded on the chart and the rise and fall of the score written out beneath it
Intelligence

AI-Powered Intelligence for Industrial Operations

  • Anomaly Detection

    spiderAI™ uses advanced AI models to spot unusual patterns. It learns from your feedback, constantly improving its ability to find and prioritize anomalies and never takes a break.

  • LLM Driven Notification Engine

    Notifications that speak your language. Set up alert rules naturally, define what matters most, and let spiderAI™ handle the rest. Context-aware intelligence ensures you get precise, meaningful alerts tailored to your needs.

  • Diagnostic Algorithms

    spiderAI™ uses advanced physics and detective-like reasoning to solve complex machine issues. It learns from past cases to give maintenance teams clear, actionable insights, boosting reliability and efficiency.

05In operation

From the plant map to the fix.What the readings become in spiderAI™.

spiderAI™ · Plant Level Insights
Plant level insights — geo-spatial map
06Questions

Before you fit one.What people ask us first.

Something we haven't answered?

Ask the engineers who built it. They will tell you what it can't do, too.

  1. Rotating machines driven by an electric motor, read from their supply. Low and high voltage, fixed speed and behind a variable speed drive, from small belt drives to the largest machines in a plant.

Start with one panel.

Inside the cabinet, on the motor's supply: no production stop, no machine access, no exposed sensor to fail.