FLIR T912366 IP67 Protective Camera Housing
The FLIR T912366 is an aluminum, IP67-rated protective housing engineered specifically for the FLIR Axxx series — A400, A500, and A700 fixed thermal cameras. If you're deploying a fixed thermal camera in a wash-down area, a dusty industrial line, or anywhere the camera body itself needs a hard physical barrier between it and the environment, the T912366 is the enclosure built for that job by the camera manufacturer rather than a third party. It's a purpose-built accessory, not a generic weatherproof box — the internal mounting geometry, window alignment, and thermal path are all matched to the Axxx platform.
Overview
Fixed thermal cameras like the A400/A500/A700 are frequently permanently installed in process monitoring, perimeter, and industrial automation applications where the camera itself is exposed to rain, dust, wash-down spray, or particulate. The T912366 wraps the camera in an aluminum shell rated IP67, giving you a sealed enclosure without needing to redesign your mounting or run a separate weatherproof camera model. Because the housing is designed and radiometrically calibrated by FLIR for this exact camera family, the accuracy of temperature readings taken through the housing stays within the camera's published specifications — an important distinction from generic housings that can introduce measurement drift by placing an uncalibrated window in the optical path.
Key Features
- IP67 ingress protection: the housing seals against dust ingress and temporary immersion in water up to 1 meter — enough to handle direct rain, wash-down hoses, and dusty plant floors without shutting the camera down for cleaning cycles. If your install site needs continuous submersion protection, confirm IP69k requirements against the separate FLIR Axx IP67/IP69k housing datasheet before specifying.
- Aluminum construction: a rigid metal shell stands up to industrial environments — impact from equipment, thermal cycling near hot process lines, and the kind of physical abuse a polymer enclosure wouldn't survive long-term.
- Radiometric accuracy preserved: FLIR's proprietary radiometric formulas compensate for the housing's germanium window, so temperature measurements taken through the T912366 stay within the camera's standard accuracy specification — critical if you're using the A400/A500/A700 for quantitative process monitoring rather than simple visual alarms.
- Germanium IR window: transmits long-wave infrared cleanly to the thermal sensor. Note the tradeoff directly from FLIR's own documentation: the germanium window blocks the visible-light channel, so if your deployment relies on the camera's visual imaging stream for dual-spectrum verification, that function is not available while housed.
- Direct compatibility with A400/A500/A700: the housing is built specifically for these three Axxx models — it is not a universal fit, so confirm your exact camera model before ordering to avoid a mounting mismatch.
- Expandable accessory ecosystem: the housing is designed to accept a cooling block/jacket for high-ambient-heat installs, a sun shield to cut solar loading on the enclosure, and multiple mounting options — letting you tailor the same base housing to different site conditions rather than sourcing a different enclosure per environment.
Integration & Compatibility
The T912366 is purpose-matched to the FLIR A400, A500, and A700 fixed thermal camera models — it is not a cross-brand or universal enclosure, and pairing it with any other camera family isn't supported. When planning a housed deployment, budget for the mounting hardware and any cooling block, jacket, or sun shield accessories separately, since those are compatible add-ons rather than included components. Camera integrators building a fixed thermal monitoring layer should treat the housing spec (IP67, aluminum, germanium window) as a package deal with the base camera choice — the housing's optical and radiometric properties are validated together with the specific Axxx model, not as an aftermarket bolt-on. For broader system planning, pair a housed A-series deployment with a compatible network video recorder for thermal stream recording, and review a PoE planning guide if you're running power and data to an outdoor-housed camera over a single cable run. The base cameras themselves are part of the broader FLIR camera catalog, and if your project involves multiple outdoor-rated units, it's worth browsing outdoor IP cameras for complementary visible-spectrum coverage alongside thermal.
Frequently Asked Questions
Q: Which cameras is the FLIR T912366 compatible with?
A: The T912366 is designed specifically for the FLIR A400, A500, and A700 fixed thermal camera models. It is not a universal housing.
Q: What environmental rating does the T912366 provide?
A: It carries an IP67 ingress protection rating, sealing against dust and temporary water immersion.
Q: Does housing the camera in the T912366 affect thermal measurement accuracy?
A: No. FLIR's proprietary radiometric formulas account for the housing's germanium window, keeping accuracy within the camera's standard specifications.
Q: Can I still use the camera's visible-light imaging while it's inside the T912366?
A: No. The germanium window used in the T912366 blocks the visual camera channel — only the thermal imaging path is transmitted.
Q: What is the T912366 housing made of?
A: Aluminum, chosen for durability in industrial and outdoor environments.
Q: Are additional accessories available for the T912366?
A: Yes. Compatible accessories include a cooling block/jacket, sun shield, and multiple mounting options.
The spec that matters most on the T912366 isn't the IP67 rating — it's that FLIR calibrates the radiometric formula to compensate for the germanium window, so thermal readings taken through the housing stay within the base camera's stated accuracy. That's the difference between an OEM housing and a generic weatherproof box you'd bolt on aftermarket.
Technical Highlights:
- IP67 ingress protection: handles direct rain and wash-down spray without a separate enclosure fabrication step — dust and temporary immersion up to 1m are covered.
- Aluminum shell: holds up to physical contact and thermal cycling near industrial process equipment better than polymer alternatives.
- Germanium IR window: passes long-wave IR cleanly to the sensor but blocks the visible channel entirely — plan for thermal-only output when housed.
Deployment Considerations:
- Confirm your exact camera model — A400, A500, or A700 — before ordering the T912366, since fit isn't universal across other FLIR families.
- If the site runs hot (near furnaces, kilns, or outdoor summer extremes), budget for the compatible cooling block/jacket accessory; if you need visible-spectrum verification alongside thermal, plan for a second camera since the germanium window blocks visual imaging entirely.
This is the right call for a permanently mounted A400/A500/A700 on a wash-down production line or dusty outdoor process skid where the camera needs to stay in place year-round without a field enclosure retrofit.
