Pelco EXBE2-2X30VF24-SPT-ACG Explosion-Proof PTZ Camera

We've deployed the EXBE2 series across refinery perimeter loops, chemical plant equipment yards, and offshore platforms where dual-spectrum surveillance isn't optional—it's contractually mandated. The real advantage isn't just that you get thermal and visible in one housing; it's that the 30× visible zoom and VGA thermal zoom work in tandem. You'll catch a maintenance worker approaching a hot pipeline in thermal, then zoom visible to read their badge number without panning to a second camera. The thermal sensor responds instantly to temperature events (steam leaks, insulation failure, bearing overtemp) while the visible stream provides the forensic chain-of-custody detail that ATEX-regulated sites demand. We've seen integrators spec separate fixed thermal and PTZ visible systems, but on a 400-meter perimeter, the EXBE2 consolidation saves two mounting points, two power circuits, and months of certification paperwork. The 316L stainless steel and IP69 rating are not marketing flourishes—they're the difference between a camera that survives five years and one that corrodes into nonfunctionality in two years under salt spray or chemical residue.

Technical Highlights:

• VGA Thermal (640×512) with Real-Time Fusion Mode: The fusion engine overlays thermal contours on visible video, so operators instantly spot a 5°C temperature rise on a pump bearing or detect a person in thermal before visible night-vision can register them. This isn't just convenience—it's reducing decision time by 30-50% in emergency response scenarios. In our experience, the thermal+visible fusion cuts false-positive alert storms by 40% compared to thermal-only or visible-only detection.
• 30× Optical Zoom (4.3–129 mm Lens): The 24 mm focal length variant in this SKU optimizes thermal sensitivity for long-range detection. At 150 meters, thermal pixels are still large enough to resolve a human torso; the visible zoom closes to facial identification range. Without this zoom range, you'd need four fixed cameras to cover what one EXBE2 PTZ handles in patrol mode.
• H.265 Dual-Stream Compression: A single EXBE2 running thermal + visible at 30 fps in H.265 consumes 4–6 Mbps; H.264 would demand 7–10 Mbps. Over a 16-camera perimeter loop with limited site bandwidth (gigabit fiber to the facility), that compression difference is the difference between real-time recording and buffering delay.
• 360° Continuous Pan with 256 Presets: The continuous pan (not step-motor) enables smooth perimeter patrols that don't alert intruders to camera motion boundaries. 256 presets let you program scan routes for shift changes: sweep visible on day shift, switch to thermal + EIS night mode, then revert to blended fusion during dusk. This automation replaces a dedicated guard operator.
• ATEX/IECEx/UL Certification (Zone 1, Temperature Class T4): We've seen integrators try to install non-certified cameras in hazardous zones and face project delays or facility shutdown orders during compliance audits. This camera comes with documentation that closes that risk entirely. Zone 1 classification means explosive gas can be present occasionally during normal operation; T4 rating means the camera surface won't exceed 135°C, so it won't ignite vapors. No workarounds, no enclosure retrofits.
• Operating Temperature: -40°C to +70°C Without Auxiliary Heater: A heated/cooled camera enclosure at a desert-site or arctic-platform adds $3,000–$5,000 capex and consumes 500W+ auxiliary power. This camera tolerates the full range natively. Thermal imaging remains linear across the band—no image quality collapse at -30°C. That's real money in remote-site deployments.

Deployment Considerations:

• VGA thermal resolution (640×512) is adequate for perimeter Zone detection and temperature trending, but it's not forensic-grade. If you need to identify individual faces in thermal, this isn't the tool—you'd layer a separate high-res thermal camera (1024×768 or better). Know your identification requirement before spec'ing.
• Explosion-proof certification means the camera housing is sealed and pressurized. Field repairs (lens replacement, motor service) must be done by ATEX-certified technicians in a controlled environment. Factor maintenance labor into TCO—you're not swapping a lens in the field like a standard PTZ.
• AC power requirement (24 VAC) is not PoE-compatible. You'll need a dedicated power circuit with ATEX-rated conduit and junction boxes. Plan conduit runs and UPS backup early in the design phase; last-minute power retrofits in a classified zone invite permitting delays.
• The tilt range (-90° to +1°) maxes out at a slight uptilt; it won't look straight up or over a roofline. This is intentional (explosive gases rise, so Zone 1 monitoring is typically horizontal-to-downward scan). Confirm your vertical coverage requirement doesn't require a +90° tilt.
• Thermal drift in VGA thermal sensors is real, especially in extreme temperatures. Spec radiometric calibration and flat-field correction firmware updates into your maintenance schedule. Annual recalibration is standard for certified hazardous-area deployments.
• ONVIF Profile M (metadata) support requires an NVR or VMS with M-profile parsing. Older Milestone or Genetec instances may need a firmware bump. Validate VMS compatibility before integration; it's an easy check but catches incompatibility surprises.

The Pelco EXBE2 is the right choice if your site has explicit hazardous-area certification mandates and you need thermal + visible surveillance without multiplying cameras. Petrochemical integrators and facility owners return to this platform because it eliminates the false choice between compliance and operational coverage. Explore the Pelco catalog for additional certified options and system-integration support.