TEMPERATURE CALIBRATION
Accurate, traceable temperature calibration delivered at your workplace for thermometers, probes, sensors, indicators and temperature measurement equipment.
TEMPERATURE INSTRUMENTS WE CALIBRATE
Browse the temperature instruments below and add the equipment you need calibrated to your enquiry list. If your instrument does not appear here, we may still be able to help — send us the details and our team can review your requirements.
Analog and dial thermometers used for direct temperature indication across industrial, process and maintenance applications.
Digital thermometers used for direct electronic temperature measurement in field, workshop and process applications.
Infrared thermometers used for non-contact spot temperature measurement where direct contact is impractical or undesirable.
Liquid-in-glass thermometers used for traditional direct temperature measurement in laboratory, process and reference applications.
RTDs and PT100 sensors used for accurate contact temperature measurement across process, industrial and laboratory applications.
Surface temperature probes used to measure contact temperature directly on equipment, components and other solid surfaces.
Thermocouples across common J, K, T, E, N, R, S and B types used for temperature measurement over a wide range of applications.
Temperature data loggers used to record temperature over time for monitoring, diagnostics, process verification and environmental assessment.
Temperature simulation equipment used to generate known temperature-equivalent signals for testing and verifying temperature instrumentation.
Temperature transmitters used to convert sensor inputs into standardised process signals for instrumentation and control systems.
Dry block calibrators used for on-site verification and comparison of temperature probes and sensors across controlled temperature points.
Relative humidity meters used for environmental assessment and combined humidity and temperature measurement.
Thermal imaging cameras used for spot temperature verification and thermal assessment across equipment, systems and environments.
MORE ABOUT TEMPERATURE CALIBRATION
Explore more information about temperature calibration, including why it matters, the advantages of mobile service, what happens during calibration and answers to common questions.
Accurate Measurements. Reliable Decisions.
Reliable temperature measurement is essential for maintaining product quality, process control and operational consistency across countless industries. Tex At Site provides professional mobile temperature calibration services throughout Australia, ensuring thermometers, temperature indicators, data loggers, temperature transmitters, digital thermometers, infrared thermometers, temperature probes and other thermal measurement instruments continue to deliver accurate and dependable results in demanding operating environments.
Our experienced technicians perform on-site temperature calibration using traceable reference standards to verify instrument performance across the required operating range. Supporting industries including food production, pharmaceuticals, manufacturing, laboratories, healthcare, mining and industrial processing, we help organisations improve measurement confidence, reduce unnecessary downtime and maintain reliable temperature monitoring. Every calibration is supported by detailed calibration records, providing clear documentation for quality management systems, maintenance planning and audit readiness throughout Australia.
Temperature instruments guide decisions across process control, storage, maintenance, equipment protection and product quality. Calibration helps confirm that those decisions are based on measurements that remain dependable across the required range.
A Small Temperature Error Can Affect the Whole Process
Even a modest temperature error can influence heating or cooling settings, storage conditions, process acceptance or product quality. Calibration helps identify deviation before it becomes part of the normal operating decision.
Alarms and Protective Actions Depend on the Reading
Temperature sensors and transmitters may influence alarms, shutdowns, refrigeration controls and overheating protection. Reliable readings support clearer decisions when limits or protective responses are involved.
Temperature Drift Can Develop Without Obvious Warning
Repeated thermal cycling, vibration, handling, moisture and ageing can change how a probe, thermometer or sensor responds. Scheduled calibration reveals offset and response changes before they influence routine temperature work.
Reliable Temperature Data Helps Locate the Real Problem
Maintenance teams can lose time investigating heaters, cooling systems, bearings, process equipment or storage conditions when the temperature indication itself is incorrect. Verified instruments help separate real faults from measurement error.
Scheduled Verification Keeps Temperature Work Moving
Discovering an unreliable probe, thermometer or data logger during commissioning, production or a refrigeration check can delay the entire task. Planned calibration provides earlier visibility of equipment requiring attention.
Recorded Results Show How Temperature Instruments Perform Over Time
Temperature calibration records allow teams to compare previous results, identify recurring drift and refine future service intervals. A clear history supports equipment control, maintenance planning and audit preparation.
On-site temperature calibration brings reference equipment and technical capability to your facility, helping reduce instrument movement, service delays and disruption to temperature-dependent work.
Reduce Packing, Freight and Transfers
Thermometers, probes, sensors and data loggers can remain closer to the process, workshop or facility where they are used.
Fit Calibration Into the Working Schedule
Temperature calibration can be arranged around production, refrigeration checks, maintenance windows, shutdowns and access to installed sensors.
Cover More of the Temperature Register at Once
Combine suitable thermometers, probes, RTDs, thermocouples, transmitters and data loggers into one organised service visit.
Protect Sensitive Temperature Equipment
Reducing freight and repeated transfers helps limit avoidable knocks, moisture exposure and handling risk for delicate probes, sensors and thermometers.
From confirming sensor types and operating ranges through to final records, each stage is planned around the instrument, application and site conditions while keeping your team informed throughout.
Confirm the Instruments and Ranges
Provide the instrument type, make, model, temperature range, sensor details and preferred timing so the service can be correctly scoped from the outset.
Access and Temperature Conditions Are Planned
We coordinate access, instrument availability, operating windows and any stabilisation or environmental requirements needed for an efficient temperature calibration visit.
Reference Temperatures Are Applied
The instrument is compared with suitable reference equipment at selected points across its required temperature range, allowing time for stable readings where needed.
Response and Stability Are Reviewed
Indication, sensor response, output signal and stability are reviewed against the agreed service requirements so any deviation can be identified clearly.
Temperature Results Are Documented
Records are prepared with the instrument details, temperature range and measurement results needed for equipment history, internal control and audit preparation.
The Instrument Returns With Clear Status
Temperature instruments are returned with clear documentation and an identified service status so your team can manage the next operational step with confidence.
Temperature readings influence process control, storage conditions, equipment protection, product quality and maintenance decisions. When a sensor or thermometer drifts, the effect can spread well beyond the instrument itself.
One Temperature Reading Can Change the Outcome
A small temperature error can alter a process decision, conceal overheating, misrepresent storage conditions or affect the acceptance of a product. Reliable instruments help teams respond to the actual thermal condition.
A Stable Display Does Not Guarantee a Correct Reading
Thermometers, probes and sensors can move gradually away from expected performance while still showing believable values. The error may remain hidden until it affects a process, product or investigation.
Identify Error Before It Reaches a Critical Threshold
Routine calibration helps reveal offset, response and sensor variation before they influence alarms, storage limits, heating cycles, cooling systems or temperature-sensitive work.
Reliable Readings Support Consistent Conditions
Whether your team is monitoring refrigeration, checking surfaces, verifying a heating process or reviewing environmental data, confidence begins with knowing the instrument is responding correctly across the required range.
These answers cover temperature instrument types, measurement ranges, sensor information, on-site suitability, calibration intervals, out-of-tolerance results and the records supplied after calibration.
Tex At Site calibrates analog and digital thermometers, infrared thermometers, liquid-in-glass thermometers, RTDs and PT100 sensors, surface probes, thermocouples, temperature transmitters, data loggers, RH meters, dry block calibrators and temperature simulation equipment. Spot-temperature verification may also be available for suitable thermal imaging cameras.
Yes. Many temperature instruments can be calibrated at your facility using mobile reference equipment. Suitability depends on the instrument type, required temperature range, sensor dimensions, access, environmental conditions and the stability time needed at each measurement point.
Available ranges depend on the instrument, sensor type, required measurement points and the reference equipment needed for the work. Provide the make, model, operating range and required service points so our team can confirm the most suitable calibration arrangement.
Send the instrument type, manufacturer, model, serial number if available, temperature range, sensor or probe dimensions, thermocouple type, output signal where relevant and preferred timing. An equipment register or spreadsheet is the quickest way to scope a larger list.
The result is documented and the instrument status is clearly identified. Depending on the device and agreed scope, the next step may include adjustment, repeat measurement, repair assessment, replacement or a review of how previous readings may have affected the process.
A coordinated visit can often include multiple temperature instrument types, including RTDs, PT100 sensors, probes and common thermocouple types such as J, K, T, E, N, R, S and B. Supplying the complete equipment list in advance helps ensure suitable connections and reference equipment are planned for the visit.
The interval should reflect instrument use, process criticality, exposure to thermal cycling, vibration, moisture or handling, previous results, manufacturer guidance and internal quality requirements. Instruments showing recurring drift may require shorter intervals.
Calibration records identify the instrument and provide the relevant temperature results needed to review performance and maintain equipment history. These records can support maintenance planning, internal equipment control, future interval decisions and audit preparation.