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Cameras inside a −25 °C freezer room, switches outside it

A cold-storage operator wanted cameras inside freezer rooms at −25 °C but could not put electronics there. The design kept PoE switches in the warm corridor and ran hardened cabling to the camera positions.

Cameras inside a −25 °C freezer room, switches outside it

The need

The operator had cameras only at loading docks because the previous installer put a switch inside a freezer room; condensation killed it within a season. Cameras inside the rooms were needed for pallet and door monitoring, and the corridor outside ran at 5-10 °C with high humidity. Any cabinet electronics had to survive that, and the freezer side had to work without a switch.

What was specified

ModelQtyRole in the project
RIS2000-8GP-2FM4Industrial PoE in the corridor, feeding freezer cameras over hardened cable
RS1008K-2S-WI2Wide-temperature distribution to the cold-store control room
RS1001KP-1S3PoE converter for the remote dock positions

Why that split

The industrial PoE unit sits where the humidity swing is survivable, and only the cable crosses into the freezer. That removes the failure mode that killed the previous installation: a switch whose internals condense every time the door opens. The wide-temperature switch handles the control room, which is cold but not freezing. Converters cover the docks where no cabinet exists at all.

Result

  • Cameras now cover the freezer rooms, with no electronics inside them.
  • Cabinets are in positions maintenance can reach without a freezer suit.
  • Camera drops inside the rooms became a cabling task, not a hardware task, when the layout changed.

Client and site are anonymised. The configuration is a reference design, not a quotation; temperature class, cable specification and defrost cycles must be checked on site.

Configuration

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