ULT resistive temperature probe
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Device Specs
LoRaWAN®
CN470/IN865/RU864/EU868/US915/AU915/KR920/AS923
16dBm(868)/20dBm(915)/19dBm(470)
-137dBm @300bps
OTAA/ABP Class A
3-Wire Connection
TO50: -200 °C to +50 °C
T200: -50 °C to +200 °C
T500: -50 °C to +500 °C
T800: -50 °C to +800 °C
(Customizable from -200 °C to +800 °C)
NFC, power button (Internal)
Mobile App(via NFC) or PC software(via USB Type-C)
1.5 m (Customizable)
Straight tube (Customizable)
19000 mAh LI-SOCL, battery (ER34615)
10 years (10 min interval)
-30°C to +70°C
CE, FCC, ROHS
Explore Service Insight
Key Benefits
Use Cases
Protect irreplaceable patient material
Continuous liquid-phase LN₂ temperature monitoring provides an early indicator of cryogenic system failures that could compromise autologous and allogeneic therapies.
Support GMP operations
Long-life, maintenance-free monitoring reduces human intervention in controlled environments and supports validated, repeatable processes.
Reduce operational risk
Early detection of abnormal cryogenic conditions helps prevent catastrophic sample loss events that can halt manufacturing or delay clinical timelines.
Preserve long-term collections
Reliable cryogenic monitoring ensures decades-long sample integrity for genomic, proteomic, and longitudinal studies.
Scale without complexity
LoRa-based wireless deployment enables monitoring across largecryostorage fleets without new network infrastructure.
Lower total cost of ownership
Up to 10 years of battery life minimizes service visits acrossdistributed storage rooms and repositories.
Safeguard patient embryos and gametes
Continuous LN₂ temperature monitoring adds acritical layer of protection against silent cryotank failures.
Improve confidence for patients and clinicians
Automated monitoring and alerts reducereliance on manual checks and after-hours staffing.
Support accreditation readiness
Helps IVF labs meet monitoring expectations for CAP,CLIA, and other accreditation bodies.
Detect vessel health issues early
Liquid-phase temperature anomalies can indicate insulation loss, pressure changes, or autofill failures before alarms escalate.
Integrate into enterprise LabOps
Centralized monitoring across cryogenic storage assets supports standardized oversight across sites.
Reduce audit exposure
Continuous digital records help demonstrate control of critical storage conditions.
Enable unattended monitoring
Long battery life and wireless connectivity allow cryotanks tobe monitored during nights, weekends, and holidays.
Simplify operations
No wiring or network drops required—ideal for older buildings and sharedresearch facilities.
Stretch limited budgets
A durable, low-maintenance device minimizes ongoing operationalcosts.
Long-Life Operation
Up to 10 years of battery life minimizes maintenance and keeps monitoring running longer without disruption.
Reliable Cryogenic Performance
Engineered for extreme low-temperature environments to deliver accurate liquid-phase LN₂ temperature readings.
Real-Time Alerts
Immediate notification of abnormal temperature conditions helps prevent loss of critical samples.
Wireless Connectivity
LoRa (or other long-range wireless tech) enables flexible installation without complex wiring.
Low Power Consumption
Ultra-efficient design extends battery life and reduces total cost of ownership.
Easy Integration
Works with your existing monitoring platform or Service Insight ecosystem for centralized visibility.
Durable Industrial Design
Built for robust performance in demanding laboratory and biobanking environments.
Scalable Deployment
Ideal for single tanks or large fleets of cryogenic storage units.
Enhanced Compliance
Supports documentation and audit readiness by continuously trackingLN₂ temperature conditions.
Minimal Downtime
Long battery life and wireless setup reduce service interruptions ands upport uninterrupted monitoring.
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