WL-HLC-HD-IR is a compact vehicle dome with 2 MP imaging, 33× zoom and a 50 m infrared rating. It provides continuous 360° pan, -20° to +90° tilt, ONVIF Profile S/G, web or RS485 control, IP66, DC 10.8–18 V input and a 2.5 kg weight. Shock absorbers, heated glass and wiper support are listed.
Select WL-HLC-HD-IR around 50 m IR scene and vehicle voltage. Define that task before comparing options.
Build the operator sequence around 50 m IR scene and vehicle voltage; state the view, detail and mode change needed.
Vehicle and marine surveillance, law-enforcement, emergency, fire-control and ambulance installations are identified uses. The specific vehicle determines voltage behavior, dome clearance and the night scene that must be evaluated.
Put 2.5 kg dome clearance on the drawing and leave unresolved mechanics pending.
Map web or RS485 to host functions one by one rather than relying on names.
Check installed power and cabling; keep scene-dependent IR separate until confirmed.
Send 50 m IR scene and vehicle voltage, 2.5 kg dome clearance and web or RS485; flag scene-dependent IR for confirmation.
| 중오델 번호 | WL-HLC-HD-IR |
| 눈에 보이는 카메라 | |
| 이미지 센서 | 1 {{url_placeholder_0}} 프로그레시브 스캔 CMOS |
| 효과적인 픽셀 | 1920 (h) x 1080 (V), 2 메가 픽셀; |
| 최소 조명 | 색상 : 0.001 lux @(f1.5, agc on); b {{url_placeholder_0}}} @(f1.5, agc on) |
| 초점 길이 | 5.3-175mm |
| 광학 줌 | 광학 줌 33x, 16x 디지털 줌 |
| 조리개 범위 | F1.5-F4.0 |
| 수평 시야 | 60.5-2.3 ° (넓은 텔레) |
| 최소 작업 거리 | 100mm-1000mm (넓은 텔레) |
| 줌 속도 | 약 3.5s (광학 렌즈, 넓은 텔레) |
| 비디오 압축 | H.265 / H.264 / mjpeg |
| 이미지 설정 | 복도 모드, 채도, 밝기, 대비, IE/ 클라이언트에 의해 조정 된 선명도 |
| day {{url_placeholder_0}} 스위치 | 자동, 수동, 타이밍, 경보 트리거 |
| 3D 노이즈 감소 | 지원하다 |
| 인터페이스 프로토콜 | Onvif (프로필 S, 프로필 g) |
| 현명한 탐지 | 국경 간 감지, 지역 침입 탐지, 영역 입력 / 퇴치, 지역 탐지, 호버링 탐지, 인력 수집 탐지, 빠른 모션 탐지, 주차 감지 / 감지, 장면 변경 탐지, 오디오 감지, 허위 포커스 감지, 얼굴 감지, 얼굴 감지 |
| day {{url_placeholder_0}} 스위치 | 자동, 수동, 타이밍, 경보 트리거 |
| IR 거리 | 50m |
| PTZ | |
| 팬 사전 설정 속도 | 300 °/s |
| 사전 설정 속도를 기울입니다 | 120 °/s |
| 팬 수동 속도 제어 | 0 ° 20 220 °/s |
| 틸트 수동 속도 제어 | 0 ° 0 90 °/s |
| 팬 각도 | 360 ° ° 끝없는 회전 |
| 기울기 각도 | -20 ° ~+90 ° |
| 사전 설정 | 256 위치 6 추적 |
| 제어 방법 | RS485, 보드 속도 옵션 옵션 2400bps에서 19200bps |
| 상대 습도 | <90% |
| 보호 수준 | IP66 |
| 작동 온도 | -35 ° C+65 ° C |
| 전력 소비 | DC10.8V. DC18V |
| 충격 저항 요구 사항 | ≥4g |
| 와이퍼 | 지원하다 |
| 설치 방법 | 다양한 설치 방법은 응용 프로그램 환경에 따라 선택 사항입니다. |
| 무게 | 2.5kg |
Use the Vehicle PTZ Camera category to compare mobile PTZ choices. For WL-HLC-HD-IR, review the 50 m infrared task together with vehicle voltage, dome clearance and the selected web or RS485 control path.
Begin with 50 m IR scene and vehicle voltage.
Check web or RS485 against required host functions.
Show 2.5 kg dome clearance, cables and clearances.
Keep scene-dependent IR unresolved until written confirmation.
The 50 m figure is the listed infrared rating, not a promise about target detail in every road scene. Define the required night view, ambient light and camera position before using that rating in a selection. Daytime framing should also account for the 33× optical zoom and the movement needed during patrol work.
Use the 2.5 kg weight and dome envelope on the roof or console drawing. Check the -20° to +90° tilt range against bodywork, lamps and other equipment around the camera. Shock absorbers, heated glass and wiper support are listed features, but the vehicle still needs a practical fixing surface and cable entry.
Power must remain within the stated DC 10.8–18 V input at the camera. Select web control, RS485 or both according to the vehicle system, then identify which ONVIF Profile S/G functions are needed at the receiving side. Compatibility with a specific recorder is not implied.
Sign off the WL-HLC-HD-IR package after the night-view requirement, supply range and dome clearance agree across the inquiry and drawing. Verify the chosen control path and cable entry on the actual vehicle layout. Treat scene performance beyond the stated infrared rating as a project question, not as an automatic result.
Use 저희에게 연락하십시오 to send 50 m IR scene and vehicle voltage, the drawing and required functions. Identify scene-dependent IR as pending.