Services

Industrial condition assessment, fault diagnosis and technical integration

JC-Technology supports operators, maintenance teams, machine builders and integrators with clearly scoped measurement, diagnostic and test tasks. A project can start with a temporary measurement and be extended to a permanent system when required.

Describe a measurement task View software

Service areas

A clear starting point for different technical questions.

Fault investigation and temporary measurement

Suitable when: A fault occurs rarely, cyclically or only under specific load conditions and a single measurement is not enough.

After clarifying the measurement question, available signals and technical feasibility, you can commission a time-limited measurement with a documented evaluation. We carry out the measurement using our own measurement case and ThermalDIAG; scope and dates are set out in an individual quotation.

Condition and stability assessment

Suitable when: A plant is still operating, but its stability needs to be assessed over a defined period.

Temperature, current, vibration and machine states are examined for trends, recurring deviations and gradual changes.

Monitoring and rule-based test procedures

Suitable when: A plant, prototype, functional test or endurance test needs to be observed traceably over hours, days or weeks.

Depending on the task, ThermalDIAG combines measurement histories with prepared output actions, digital feedback, cycle values and documented events. The project-specific test and auxiliary logic is not intended for real-time or safety functions.

Embedded development and integration

Suitable when: Specific IPCs, sensors, cameras, interfaces or project-specific measurement and diagnostic tools are required.

JC-Technology develops software integrations for customer IPCs, cameras, sensors and interfaces such as Modbus, TCP/IP and MQTT.

Stability and trends

Assess plant condition before a fault occurs.

Temperature, current, vibration and machine signals are examined over a defined period for trends, recurring deviations and gradual changes. This provides a better basis for assessing system stability and identifying possible inspection or maintenance needs earlier.

Gradual changes can therefore become visible at an early stage. This supports targeted inspection or maintenance measures and can contribute to reducing the risk of costly, unplanned plant downtime.

What you receive

Measurement data becomes a traceable technical basis for decisions.

Measurement concept

Relevant measurement points, sensors, signals and operating states are defined for the technical question.

Shared timeline

Thermal, electrical, mechanical and digital values are reviewed in the same time context.

Documented events

Anomalies, states, measurements and available evidence remain traceable over time.

Technical evaluation

Observations, identifiable relationships, limitations and useful next steps are summarized.

Project workflow

From the technical question to a documented evaluation.

1. Scope the task: Plant, condition, measurement points, signals, time period and objective are clarified together.
2. Prepare the setup: Cameras, sensors, interfaces, IPC and recording period are selected for the project.
3. Record conditions: Relevant values, trends and events are collected over the agreed period.
4. Evaluate and document: The data is assessed technically and summarized with recommendations for the next step.

Next step

Which fault, stability question or measurement task would you like to investigate?

An initial technical assessment can be based on a short written description.

Describe a measurement task