No-Code Studio
Pump, motor and compressor types with their own nameplate fields.
Industrial
Condition monitoring software for pumps, motors and compressors
Mintema is maintenance and condition monitoring software for rotating equipment. It keeps the nameplate, components and history of each machine, watches vibration and temperature, and plans work on condition.
The challenge
Rotating equipment gives plenty of warning, if someone is listening.
Vibration and temperature trends sit in one tool, nameplates in another and repair history in a third. Without the full picture, machines are overhauled too early or fail without warning.
Typical assets in scope
Centrifugal pumpsSubmersible pumpsElectric motorsCompressorsFans and blowersGearboxesMechanical sealsBearingsCouplings
What the operation requires
- Nameplate sections per type
- Condition ratings per component
- Vibration and temperature limits
- Critical spare flags
- Repair history per component
- Cost per machine
Built in Mintema
How pumps, motors and rotating equipment is configured, step by step
Every part below is configured in the platform without code: the asset type, its structure, the inspection form and scoring, the work, the sensors and the dashboards. Click a step, or let it play.
Step 1 of 6
Asset type: Centrifugal pump
Designed in the No-Code Studio: a nameplate section, operating data in kW, flow and head, and a seal-type list.
- Sector
- Industrial
- Built with
- No-Code Studio
- Numbering
- Automatic, per type
Typical fields
- Manufacturer
- Rated kW
- Flow m³/h
- Head m
- Seal type
- Duty / standby
Step 2 of 6
Break it down to components
Pump, motor, seal, impeller and bearings as components, created from a template per model.
- Depth
- Unlimited
- Templates
- One click per model
- Condition
- Per component
Typical levels
- Pump casing
- Impeller
- Mechanical seal
- Bearings
- Coupling
- Motor
Step 3 of 6
Condition assessment
Technicians rate each component and record vibration, temperature and leakage as measurements.
- Scoring
- Condition states C1-C4
- Approval
- Multi-stage, e-signature
- On approval
- Condition updated
Form blocks
- Rating C1-C4
- Measurements
- Defects
- Photos
- Recommendations
Step 4 of 6
Work that follows the finding
Early warnings become planned corrective orders, with the seal or bearing reserved from stock.
- Workflow
- Stage-driven, per type
- Crew
- Recommended by skill
- Cost
- Posted to the asset
Work order types
- Condition-based
- Corrective
- Overhaul (CAPEX)
- Emergency
Step 5 of 6
Live data and automation
Vibration and bearing temperature sensors on each critical pump and motor.
- Ingestion
- HTTPS JSON or MQTT
- Example rule
- Temperature > 75 °C for 3 readings → condition C3 + notify
- Response
- Notify, email, broadcast
Typical readings
- Vibration
- Bearing temperature
- Motor current
- Run hours
Step 6 of 6
Decisions from the same data
Component condition, critical defects, maintenance backlog and cost trends.
- Ready dashboards
- 30
- Reports
- 40 built in, plus a designer
- AI assistant
- Ask in plain language
Dashboards used
- Component condition
- Critical defects
- Maintenance backlog
- Cost trends
Illustrative configuration on sample data. Your fields, forms, scales and workflows are designed with your team.
What you use
The modules behind this use case
One platform and one data model, so the inspection, the work order, the spare part, the sensor and the dashboard all refer to the same asset.
IoT & devices
Vibration and temperature on the component they measure.
Automation
Rules that update condition and warn the engineer.
Inspections
Component ratings with measurements.
Supply chain
Critical seals and bearings with reorder rules.
Work orders
Planned repairs with the part reserved.
Business value
What it is worth to the organisation
The value is measured in fewer failures, less wasted effort, lower risk and better use of budget.
How it usually works
With Mintema
01Nameplate
In a binder.
On the asset, searchable.
02Condition
Discovered at failure.
Rated and monitored per component.
03Maintenance
By the calendar only.
By condition, with planned work.
04Spares
Found missing when needed.
Flagged critical and reordered.
FAQ
Pumps, motors & rotating equipment, answered
Have a question that is specific to your organisation? A solution engineer will answer it against your own assets, processes and data.
Condition-based maintenance services a pump, motor or compressor when its vibration, temperature or other readings show a change, instead of on a fixed calendar, so work happens when it is needed and failures are caught earlier.
Yes. Pump, motor and compressor types are designed in the No-Code Studio with the exact nameplate fields you need.
Any sensor or gateway that can post JSON over HTTPS or publish over MQTT, such as vibration, temperature, current or run-hour sensors.
Yes. Automation rules can set component technical condition and asset health from readings, and notify the responsible engineer.
Yes. Labour, parts and services from work orders post to the asset, so cost per machine is always current.
Vibration, temperature, current, pressure and flow sensors can post readings to the machine or component they measure, and threshold rules raise alerts and work orders.
By planning work from measured condition and history rather than the calendar alone, and comparing cost and failures across machines of the same type.
A WORKING SESSION
Pumps, motors & rotating equipment,
Pumps, motors & rotating equipment,
configured live.
We will configure this use case on sample data during the call: the asset type, an inspection form with its scoring, a work order type and a rule.