Panasonic AW-HE130 Black – PTZ Cameras & Accessories

Yes. The AW-HE130 supports PoE+ (42–57V, 0.6 A) and draws only ~10 W, making single-cable deployment viable. However, verify your PoE+ injector or switch supplies continuous 95+ watts per port and confirm cable run length (IEEE 802.3bt Class 4 or higher recommended for >100 m runs). In mobile setups, dedicated PoE+ infrastructure on the vehicle network is preferable to avoid interference with other high-power PoE devices. Test voltage stability under full pan/tilt load before field deployment.

The camera natively supports VISCA, PELCO-D, and PELCO-P over Ethernet (RJ-45) and serial (RS-422/RS-232C). VISCA is the Panasonic standard and recommended for mixed PTZ environments. For studio RCPs and control surfaces, confirm the target device's VISCA command set compatibility; most Panasonic legacy controllers and third-party integrators support VISCA over TCP/IP. Serial control requires a separate RS-422/RS-232C wiring run, which adds complexity in OB installations—Ethernet-based control is preferred for new builds.

The camera outputs 3G/HD/SD-SDI and HDMI concurrently from independent ports. SDI output format (1080/60p, 1080i, 720p, etc.) and HDMI format are independently selectable via the Web UI or VISCA commands. IP streaming (up to 4 simultaneous H.264 channels) operates independently of SDI/HDMI. This allows, for example, 1080/60p over SDI to the truck's router while feeding 1080i to HDMI monitors—ideal for multi-format OB vans. Confirm firmware version 2.20+ if NDI output is required.

Color operation spec is 0.5 lux; low-light B/W mode achieves 0.05 lux. At 0.5 lux (roughly moonlight-level), color dynamic range and saturation degrade noticeably—usable for emergency or night-vision scenarios but not broadcast-quality color. Below 0.5 lux, switch to B/W mode for signal-to-noise performance. The optical image stabilizer (OIS) compensates for hand-held drift at low light but does not improve absolute sensitivity. For live events with uncertain lighting (e.g., outdoor nighttime), carry supplemental LED panels; do not rely on the camera's low-light mode as primary solution.

The unit is superseded by the AW-HE145, which maintains SDI/HDMI/IP outputs and similar control protocols but with enhanced optics and low-light performance. For existing AW-HE130 installations, Panasonic service networks typically stock spare parts (motors, fans, lens assemblies) for 5–7 years post-discontinuation. Contact your regional Panasonic broadcast support to confirm availability and lead times. New-unit leasing or refurbished stock may be more cost-effective than parts repair if failures occur. Plan migration timelines if this camera is mission-critical for recurring events.

The motorized 20x zoom lens spans f=4.5–90 mm (f/1.6 to f/2.8). At 4.5 mm (wide end), the field of view is approximately 52° (horizontal), suitable for medium-distance studio setups and wide-angle OB coverage. The 1.4x digital extender extends reach to ~28x combined, but introduces minor interpolation artifacts—reserve digital extension for distant subjects only. In cramped OB vans or small studios, the 52° wide FOV is adequate; if tighter spaces require wider angles, consider a wide-angle adapter (third-party, not Panasonic-native). Test real-world framing in your intended space before purchase.

The AW-HE130 is fan-less and ~10 W consumption, generating minimal heat. Thermal throttling is not documented in specifications, suggesting passive cooling is adequate for typical broadcast environments (0–40°C operating range). However, in enclosed OB vans (summer conditions, continuous 8+ hour operation) or direct sunlight mounting, internal sensor temperature may rise. Panasonic does not publish thermal shutoff thresholds; verify with your reseller if sustained >35°C ambient operation is planned. Ensure adequate airflow around the camera body and avoid passive infrared heating from studio lights in tight rigs.

The camera itself has no internal redundancy or dual-PSU option; it is a single point-of-failure device. To achieve redundancy, deploy two AW-HE130 units on identical pan/tilt preset positions, controlled via VISCA over Ethernet, with both SDI outputs wired to an input router or switcher. Failover logic (camera swap) is managed by the control system, not the camera. For mission-critical coverage, include a backup PTZ (second AW-HE130 or alternative model) with the same control protocol. Power both units separately (dual 12V supplies or dual PoE+ injectors on separate network segments) to avoid single power-supply failure.

Pan speed ranges 0.1–60°/sec; tilt ranges 0.1–30°/sec. VISCA pan/tilt commands allow fixed-speed moves, and many controllers support acceleration profiles or velocity curves for smooth ramping via firmware-defined or RCP-level configuration. The camera's internal servo responds smoothly across the speed range, making preset-based opening shots viable. Test actual motion with your control surface (e.g., Panasonic PT-RQ130 RCP or third-party integrator) to confirm acceleration behavior matches your aesthetic requirements. Digital pan/tilt speed is governed by VISCA command granularity; confirm your RCP sends appropriate velocity increments (typically 1–60 in vendor-specific units).

Yes. Our used and ex-demo units undergo a full functional inspection — sensors, video outputs, control signals, optics and mechanics — including a colorimetry and sensitivity test. Each product is tested by our technicians and comes with a 90-day warranty. Contact us for the specific warranty terms of the unit you are interested in.