For data center operators

Keep fluid health in view.

Track indicators of fluid health inside your own tank. Use the measurements alongside scheduled sampling and laboratory analysis to assess fluid performance in service.

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Immersion Canary with its fluidiQ-branded sensing card and stainless steel enclosure, shown without a background.

How Immersion Canary helps.

Follow fluid health between samples and use changing measurements to guide investigation and maintenance.

A periodic sample is a snapshot of a system that never stops. Immersion Canary continuously measures representative test structures and fluid volume resistivity inside the tank to make electrical changes visible.

Fluid chemistry helps characterize aging. Electrical measurements on the test structures provide a complementary signal for investigating changes in the same fluid.

Configurable thresholds help identify changes that warrant investigation. Record readings in your monitoring platform or Aviary to review how conditions developed.

What it monitors

Surface resistance and fluid volume resistivity, measured continuously.

Fluid health, continuously
Surface resistance from 1 MΩ to 1 TΩ across PCB-representative test structures in your dielectric, under a bias you configure, alongside fluid volume resistivity from about 1.5 MΩ·cm to 1.5 TΩ·cm (about 15 kΩ·m to 15 GΩ·m).
Measured against your own baseline
Each tank sets its own baseline when it is commissioned and healthy. Live condition is reported against that baseline, so what you see is change in your environment rather than a generic threshold.
In real operating conditions
Independent heater control simulates the localized heating of high-power components on the test card. Heater duty cycle and test-card temperature are reported alongside the electrical measurement.
Into the systems you already run
A dashboard served by the instrument itself, plus HTTP/JSON REST, Redfish, Modbus/TCP and MQTT for your historian, DCIM, SCADA or alerting stack.