A wider measurement envelope
A Pt1000 probe extends monitoring into temperatures beyond everyday environmental sensors.
KRYO / NB-IOT MONITORING
Extreme temperatures.
Clearer visibility.
Pt1000 probe monitoring for demanding temperature environments.
Extend temperature visibility into specialist applications. Kryo uses an external Pt1000 probe with a published measurement range from −200°C to +200°C, reporting through NB-IoT to ThermoCloud.
−200°C to +200°CPublished measurement range
NB-IoTCellular reporting
40,000Stored measurements
Up to 5 yearsFlyer battery-life specification
THE OPERATIONAL VALUE
Make measurements useful.
Keep the logger in a suitable location
Separate the probe measurement point from the operating environment of the enclosure and battery.
Bring evidence into the review
Use received readings, trends and configured notifications to support your response process.
WHERE KRYO FITS
Specialist environments.
Informed decisions.
Ultra-low temperature freezers
Discuss monitoring for specialist freezers with the right probe placement, calibration and installation plan.
Research & laboratory storage
Give responsible teams a temperature history for selected sample-storage and research environments.
Extreme-temperature applications
Assess the probe, enclosure placement and calibration required for the operating temperatures you need to measure.
CONNECTED THROUGH NB-IOT
From measurement.
To informed action.
Measure
Capture conditions at the selected monitoring point. Sampling settings determine the measurement frequency.
Transmit
NB-IoT sends data over the cellular network to the Thermologix platform. Reporting depends on coverage and configuration.
Understand
Use ThermoCloud graphs, configurable limits, notifications and downloadable reports to review available readings.
Respond
Designated people investigate changes and follow your organisation’s operating and quality procedures.
KRYO.TMP / TECHNICAL INFORMATION
Know the device.
Plan with confidence.
Specifications below follow the supplied Thermologix flyer. Select the device revision, configuration and calibration appropriate for your application.
Download Kryo flyer- Probe type
- Pt1000
- Probe measurement range
- −200°C to +200°C
- Accuracy at +200°C
- Up to 0.5°C, as stated in the supplied flyer
- Accuracy at −200°C
- 1.3°C, as stated in the supplied flyer
- Resolution
- 0.1°C
- Temperature drift
- <0.1°C/year
- Measurement interval
- 1 minute to 10 days, configurable; flyer default: 10 minutes
- Transmission interval
- 5 minutes to 10 days, configurable
- Memory
- 40,000 measurements
- Communication
- NB-IoT; CoAP protocol
- Bluetooth LE
- 2.4 GHz; up to 100 m line of sight for the local radio interface
- Battery
- 6300 mAh internal battery; operating life up to 5 years
- Dimensions & weight
- 124 × 60 × 26 mm; 140 g
- Firmware updates
- Over the air, with delta mechanism
GET THE FIT RIGHT
A useful deployment starts
with the right questions.
Match measurement to reporting
Sampling and transmission are separate settings. Agree the freshness your process needs; notification timing depends on data delivery and platform configuration.
Plan the installation
Confirm enclosure operating limits, mounting and protection requirements. The probe range is not the enclosure operating range.
Define the evidence
Discuss calibration scope, required accuracy and the records your quality team needs. Battery life depends on settings and operating conditions.
KRYO + THERMOCLOUD
Your environment.
A clearer picture.
Tell us what you need to measure, where it is stored and how your team will use the information.
Plan your Kryo deploymentYOUR MONITORING. WITH YOU.
Temperature visibility.
In your pocket.
Use the ThermoCloud app to view your connected sensors, check readings and receive temperature alerts on your phone.