EN 12830 is the European standard that specifies the performance, testing and suitability requirements for temperature recorders used in the transport, storage and distribution of temperature-sensitive goods such as food and pharmaceuticals.
EN 12830 is the European standard that defines how temperature recorders for the transport, storage and distribution of temperature-sensitive goods must perform. The current edition, EN 12830:2018, covers the complete recording system — sensors, recorder hardware, power, data handling and software — across a measurement range of −80 °C to +85 °C, and specifies the test methods that determine measurement error, response time and recording accuracy.
For food and pharmaceutical operators, EN 12830 is the benchmark that demonstrates a temperature logger is fit for regulated cold-chain use. Every Seemoto temperature sensor and logger is designed and certified to EN 12830, with documented accuracy, continuous logging and exportable data — the practical foundation that GDP and HACCP build on.
What EN 12830 requires
Certified recording devices
Temperature recorders for food and pharma transport/storage must meet the standard's performance and suitability requirements.
Defined accuracy
Devices must meet specified measurement-error limits across their declared temperature range.
Continuous logging
Recorders must be capable of continuous logging at appropriate intervals.
Data export for inspection
Stored data must be retrievable and exportable for verification and audit.
How Seemoto complies with EN 12830
EN 12830-certified sensors
All Seemoto temperature sensors and loggers are designed and certified to the EN 12830 standard.
Documented accuracy
±0.5 °C accuracy across the sensor range, with PT-1000 probes extending coverage down to cryogenic temperatures.
Continuous logging with local memory
Continuous logging at configurable intervals (default 5 minutes); internal sensor memory buffers data during connectivity outages so no readings are lost.
Exportable audit data
All data exports for audit and inspection, backed by per-device calibration certificates.
What's included vs. what's a service
Transparency matters in regulated buying. Here is exactly what comes with a standard Seemoto monitoring subscription, and what is delivered as a separately scoped professional service.
Included by default
- EN 12830-certified sensor hardware
- Continuous data logging
- Local sensor memory (offline buffering)
- Data export capability
- Per-device EN 12830 / calibration certificate
Professional services (scoped separately)
- Periodic recalibration with updated certificates
- Temperature mapping / qualification studies
Documents Seemoto provides
- EN 12830 compliance certificate
- Device calibration certificate (per device)
Where EN 12830 applies
Primary sectors: Food logistics · Pharmaceutical transport · Cold-chain operators · Retail food
Frequently asked questions
Yes. Seemoto temperature sensors and loggers are designed and certified to EN 12830, the European standard for temperature recorders used in the transport, storage and distribution of temperature-sensitive goods. Each device is factory calibrated and supplied with a calibration certificate.
EN 12830:2018 addresses recorders across −80 °C to +85 °C and defines measurement-error, response-time and recording-accuracy requirements. Seemoto's standard sensors deliver ±0.5 °C accuracy, and PT-1000 probes extend monitoring down to cryogenic ranges for ULT freezers and LN₂ tanks.
Each sensor holds readings in local internal memory and syncs automatically when connectivity returns, so the continuous record required for EN 12830 and downstream GDP/HACCP audits has no gaps.
Devices are factory calibrated before delivery. Ongoing recalibration intervals are driven by your own quality system and regulatory environment; Seemoto offers recalibration as a professional service that produces an updated, traceable device certificate.
EN 12830 guides & resources
Practical, vendor-neutral guides related to EN 12830 compliance and temperature monitoring.
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Read guide →How to Choose a Temperature Monitoring System: A Buyer's Guide
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Read guide →Cold Chain Monitoring: The Complete Beginner's Guide
A plain-English introduction to cold chain monitoring: what it is, how the technology works, what gets measured, and why it matters.
Read guide →References & further reading
This page is general guidance, not regulatory or legal advice. Seemoto supports the requirements these frameworks enforce; achieving compliance depends on your full quality system. Confirm specific obligations with your competent authority or quality team.
Other compliance topics
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