Sourcewell Contract #041525-SENZ · Pre-Approved Pricing · No RFP Required · Valid Through July 2029+1-833-SENZARYsales@senzary.comEN | ES
SENZARY.
Predictive Maintenance · RotaryIQ

PREDICT MACHINE FAILURE
BEFORE IT COSTS YOU.

Edge-AI vibration sensors learn your equipment's signature in 7 days, then alert you weeks before failure. No wiring. No cloud dependency. No data-science team needed. From peel-and-stick utilization stickers to ATEX-rated multi-modal pro diagnostics.

RotaryIQ brochure cover showing wireless vibration sensor on rotating equipment
The Cost

UNPLANNED DOWNTIME COSTS MANUFACTURERS $260,000/HR.

Most operations still rely on scheduled maintenance or run-to-failure. Scheduled wastes 30–40% of budgets on unnecessary interventions. Run-to-failure leads to catastrophic breakdowns, safety incidents, and cascading production losses. Manual vibration routes provide snapshots weeks apart — missing fast-developing faults entirely.

$260K/hr
Average unplanned downtime cost
70%
Downtime reduction with RotaryIQ
250%
Average ROI on predictive maintenance
30 days
From PO to production data
How It Works

FOUR STEPS. ONE WEEK. PERMANENT VISIBILITY.

Step 01

Attach

Magnetic-mount sensor on any rotating equipment. IP68, battery-powered, no wiring. Install in 5 minutes. No electrician. No infrastructure changes.

Step 02

Learn

7-day auto-baseline builds your equipment's unique vibration signature directly on the device. Edge AI — no cloud dependency for learning. No data-science team required.

Step 03

Monitor

24/7 edge processing detects anomalies. LF 0–400Hz, HF 0–12.8kHz. ISO 10816 vibration classification, FFT spectral analysis, AI-powered health scoring on the IoTLogIQ platform.

Step 04

Predict

AI alerts weeks before failure. Prediction-to-failure timeline shows estimated days to threshold breach. Your maintenance team plans interventions during scheduled shutdowns — not at 3am.

What You'll See

REAL DEPLOYMENTS. REAL DASHBOARDS.

Ultrasound spectrogram showing frequency bands 0-80 kHz with anomaly indication on a real production motor
Live ultrasound spectrogram — early-warning frequency bands (0–80 kHz) detect bearing faults weeks before vibration symptoms appear.
BoB Assistant wireless edge-AI sensors with batteries shown
BoB Assistant by NKE Watteco — embedded Cartesiam AI, 4×AA-battery, ATEX-ready. Senzary is the exclusive Americas distributor.
RotaryIQ multi-modal sensing diagram showing vibration, ultrasound, acoustic, thermal detection across motor/coupling/bearing/gearbox
Multi-modal sensing — vibration + ultrasound + acoustic + thermal — detects the earliest drift signatures on motors, couplings, bearings, and gearboxes.
The Catalog

ONE FAMILY. EVERY APPLICATION.

01

Edge-AI Vibration Flagship

Industrial-grade vibration + acoustic + thermal. Magnetic mount, IP68, 3.5+ year battery. LoRaWAN Class A. On-board 7-day auto-learning. The default choice for production motors, pumps, fans.

02

Multi-Modal Pro (ATEX Zone 1)

Vibration + ultrasound + acoustic + thermal in one sensor. 4 measurement modalities. Up to 8 years on 4×AA. ATEX/IECEx Zone 1 certified. For Tier-1 rotating equipment in hazardous areas.

03

Utilization Sticker

Paper-thin sensor (85×118×1.5mm) for asset tracking and motion detection. 10-year battery. Sub-$50 economics. The OEE entry point — which assets are actually running, which sit idle.

04

Edge-Compute Industrial

ISO 10816 compliant on-board analytics. 10–1000Hz, ±16g. VRMS, Peak, Kurtosis on the device. Best for HVAC and facility-grade rotating equipment.

05

IoTLogIQ Platform Integration

Fleet management dashboards. ISO 10816 vibration classification, FFT spectral analysis with 3D waterfall, AI anomaly detection that learns each machine's baseline.

06

Real-Time Alerts

Push notifications, SMS, email, Microsoft Teams, Slack. Alert escalation rules by severity and asset criticality. Tied to CMMS work-order creation (Maximo, Fiix, eMaint).

Live Today · Not a Pilot, a Pattern

IN PRODUCTION

P&G Cape Girardeau
RotaryIQ · 300+ motors

Predictive maintenance on 300+ production motors. Reactive → predictive in 90 days. The flagship US RotaryIQ deployment.

AES Energy — LNG Terminal, Panama
RotaryIQ · 300 BoB sensors · 8 countries

300 BoB / Watteco sensors deployed across pumps, motors, and gearboxes at the AES LNG terminal in Panama — installation in minutes, fully automatic AI diagnosis (Incident Advisor). Multi-country rollout on energy generation rotating equipment. Vibration, acoustic, thermal. Installed in the AES Azure platform with single sign-on.

Clarios Toledo
RotaryIQ + DustIQ · 14 sensors

Baghouse + rotating equipment monitoring in oxide rooms. Manufacturing reliability + EPA-defensible air quality on one platform.

UPSA Pharmaceutical (France)
RotaryIQ — AHU balancing

Identified AHU imbalance through dashboard. Planned repair during next technical shutdown. Minimum production impact. Thousands saved.

Corpacero Steel (Colombia)
RotaryIQ — gearbox/lamination

Identified gearbox loose-coupling on lamination axis. Fixed without stoppage. Saved $32K in revenue/repair/labor. Zero casualties.

Cotemar Offshore
RotaryIQ + AssetIQ

Rotating equipment monitoring across offshore platforms. Same sensors tracked across shore-to-offshore transfers.

FAQ

COMMON QUESTIONS

DOES IT WORK ON OUR EXISTING EQUIPMENT?+

Yes. RotaryIQ is universal — designed for machines of different ages and designs, with no constraints of installation or deployment. Magnetic mount means no drilling, no wiring, no shutdown. Works on motors, pumps, fans, compressors, gearboxes, conveyors, kilns, bucket elevators.

WHAT ABOUT ATEX / HAZARDOUS AREAS?+

Multi-Modal Pro is ATEX/IECEx Zone 1 certified. The flagship Edge-AI sensor is rated ATEX Zone 2. We deploy in refineries, oil & gas onshore/offshore, and cement plants worldwide. For Zone 0, ask about our specialized variants.

HOW MUCH MAINTENANCE DO THE SENSORS NEED?+

Battery replacement once every 3.5 to 8 years depending on model. No firmware updates required for normal operation — edge AI runs autonomously. No cleaning, no calibration, no recurring maintenance.

CAN IT INTEGRATE WITH OUR CMMS (Maximo, Fiix, eMaint)?+

Yes. IoTLogIQ generates work orders automatically when threshold breaches are predicted. We integrate via REST, MQTT, or direct CMMS plugins.

WHAT'S THE TYPICAL ROI?+

Industry average is 250% on predictive maintenance, with 30% downtime reduction and 15% maintenance-cost reduction (Senseye / Siemens 2024 data). Our deployments routinely beat that — Corpacero saved $52K from a single early-detected gearbox issue.

WHAT'S THE PILOT LOOK LIKE?+

90 days. One area. One problem. One operation owner. We pick 10–20 critical assets, install in a day, baseline in a week, run for 90 days. Pays back on the first failure avoided. Then scale.

Ready to start?

PILOT IN 30 DAYS.

One area. One owner. One problem. Live data on the call, not slides.

Multiple Configuration

EIGHT EQUIPMENT TYPES. ONE OPERATING SYSTEM.

Every rotating asset has its own failure path, its own signal signature, and its own optimal sensor placement. Cycle through the equipment types below to see the recommended BoB sensor, where to mount it, how far in advance failure is caught, and the exact vibration signatures the platform flags.

Centrifugal / End-Suction Pump

Centrifugal pumps are the #1 most monitored asset in RotaryIQ deployments. Direct-coupled or belt-driven. Most common failure path: bearing wear → shaft deflection → mechanical seal failure → catastrophic leak or seizure.

Recommended Sensor
BoB Assistant
$699 / sensor \u00b7 2 placements
\u23f1 Prediction Window
48–96 hours for bearing failure; 1–2 weeks for progressive cavitation damage
Sensor Placement Points
Pump Bearing Housing (Drive End)PRIMARY

Primary measurement point. Captures imbalance, cavitation, and bearing wear simultaneously. Mount radially on bearing cap — solid steel surface, not on bolted cover.

Motor Drive End BearingSECONDARY

Confirms whether fault originates in motor or pump. Vibration on pump DE but quiet motor DE = pump fault. Both elevated = misalignment or imbalance.

Detectable Faults \u00b7 Signal Signature
  • CavitationBroadband HF noise + temperature drop
  • Impeller imbalance1× RPM · Radial dominant
  • Bearing wear (BPFI / BPFO harmonics)Rising kurtosis
  • Shaft misalignment2× RPM · High axial vibration
  • Mechanical seal degradationCorrelated with temperature
  • Deadhead / blocked dischargeVery high temperature + low vibration
  • Vane-pass frequency (impeller defect)Impeller vanes × RPM
Live at AES LNG Terminal · Panama

INSTALLATION IN MINUTES. 300 SENSORS. AUTOMATIC DIAGNOSIS.

Real iron, real installation, real AI verdict. BoB / Watteco sensors glued onto pumps, motors, and gearboxes across an LNG terminal in Panama — then the platform tells the operator exactly what is wearing out and how urgent it is. No vibration cart. No consultant invoice.

Site
AES LNG Terminal — Panama
Sensors deployed
300 BoB / Watteco
Install time
Minutes per asset
Diagnosis
Fully automatic
AES LNG Panama — BoB / Watteco sensors installed on pumps and motors with Incident Advisor automatic diagnosis screen
Green = installed sensor. Red = monitored point.
Asset-tagged in-place (BX-DLX-101-1C108…). Incident Advisor produces the AI diagnosis below without operator interpretation.
Incident Advisor · Auto-Generated Verdict
Vibratory severity
1.67 mm/s
Rotation speed
3,095 rpm
Anomaly score
43% · 7000 / 85%
Fault category
Wideband Pulses
Similarity
79%
Root cause
Advanced stage of rolling-element bearing wear
  • Reduce maintenance costs
  • Prolong equipment life
  • Quality, real-time data
BoB Predictive Maintenance · Live Proof

FOUR SCREENS. ONE SENSOR. ZERO GUESSWORK.

The full PdM operator view, end to end. From fleet rollup to FFT spectrum to per-asset deep dive to plain-English AI verdict — all driven by one BoB / Watteco sensor stuck on the motor. No spectrum analyzer cart. No vibration consultant invoice. No PhD required.

IoTLogIQ BoB Predictive Maintenance \u2014 fleet dashboard, FFT spectrum, per-asset detail, and AI analysis panel
Live operator screens from a production BoB deployment
Fleet PdM (top-left) \u2192 FFT Spectrum (top-right) \u2192 Per-asset trends (bottom-left) \u2192 AI Analysis (bottom-right).
Screen 01

Fleet PdM Dashboard

Every BoB-monitored asset, one screen. Health score, last-seen, anomaly count, AI Analysis trigger per device. Manage by exception across hundreds of motors, pumps, and rotating assets.

Screen 02

FFT Spectrum Analysis

Frequency-domain vibration analysis on demand. The 1500 Hz peak in this view is a bearing-defect signature — caught before the machine fails. Same data, two views: trend and spectrum.

Screen 03

Per-Asset Deep Dive

Drill into a single asset (here: Overclocker-Ragasa). Health score 52/100, vibration / anomaly / temperature trends, KPI strip (vibration, temp, anomaly level, battery, peak freq, machine state, op time).

Screen 04

AI Analysis · Plain-English Verdict

“Device is operating with 1 warning. Preventive action recommended. Health score: 52/100.” Diagnostic findings, recommendations, and the physical BoB sensor on the machine — all in one panel.

Schedule Demo1-833-SENZARY