Long Range Laser High Speed PTZ HD IP CCTV Camera

• Technology: Laser PTZ Camera
• Style: Pan/Tilt
• Type: CCTV Camera
• Sensor: CCD
• HDMI Format: 1080P
• Horizontal Resolution: 550tvl/600tvl
• Model NO.: SHJ-LV1520
• Kind: Autofocus Lens
• Feature: Waterproof / Weatherproof, Auto BLC
• Effective Distance: 2.2km
• Sensor Size: 1/3 inch
• Remote Control: Without Remote Control
• Transport Package: Export Packing
• Specification: RoHS, CE
• Trademark: OEM, ODM
• Origin: China
• HS Code: 8525801390
• Production Capacity: 50PCS/Month

Product Description

Long Range Laser High Speed PTZ HD IP CCTV Camera


Introduction:

The SHJ-LV series mid distance laser night vision cameras adopt active laser infrared night vision technology, with good features of background contrast, clear imaging and uninfluenced by external lightings. It combines laser illuminator and low illumination high definition visible camera together, detecting distance is 1500m in total darkness.

With the high intensity aluminum and stainless steel, this item can be used in many occasions such as night, harsh environment, long distance, large scope or hidden monitoring.

Main Features:

Laser beam electric zooming
Adopts long-range large scope infrared laser zooming illumination technology, can realize long distance small scope focus observation and short distance large scope observation.

MQMM Homogenization Technology

Adopts the multi-quantum-well laser coupling with micro-lens waveguide fiber homogenization technology, elimination of laser speckle and illumination more uniformity.

SSZ Intelligent Synchronous Zooming Technology
Lighting spot can be simultaneously zooming or independently adjusted.

Laser Illuminator Protecting Technology
Unique stable laser drive circuit, 1s soft start.

Multilayer AR film
Adopts large-diameter imaging lens and laser lens with multilayer near-infrared AR film, penetrate rate more than 85%.

MMA External Adjustment Technology
Adopts high precision light axis adjustment, reserved adjustment window, no need to open the cover, easy to maintain.

Effect distance	1500M at night, 3000M at daytime
Laser lighting source	1. Wave length:810nm; 2. Illuminating angle: 0.5-17° continuous changing
Laser lens	1. Laser telephoto lens; 2. F 2.0; 3. Penetrate rate: plating multi-layer near-infrared antireflection coating; 4. Presetting bits: precision potentiometer voltage feedback
Laser power	1. Two circuits drive; 2. Stable voltage and stable current; 3. Power on for 1s,
Imaging Components	1. 1/2'' infrared enhancement CCD, day/night mode; 2. Pixel: 752×582; 3. Resolution: 540 TV lines Day Mode, 600 TV lines Night Mode; 4. Illumination: 0.02LUX (color), 0.0009LUX(black white)
Imaging Lens	1. Focal Length: 15~500mm infrared correction lens; 2. F: 3.1~3000; 3. FOV: 25~1.0°
Intelligent simultaneously zooming	1. SSZ intelligent control 2. Laser illuminator can be adjusted independently 3. Synchronous response: 0.1s
Axis adjusting structure	1. Adjust: MMA Outside, presetting windows, 2. Precision: 0.01°
Photosensitive control	Independent photosensitive control circuits;
Cover	1. Material: high precision aluminum alloy shell; 2. Window glass: microlite optical glass, multilayer AR film; 3. PTA dope; 4. IP66
Pantilt decoder	1. Upload weight: 20kg. 2. Angle: pan 360°, tilt ±60°, ±45°, ±30° adjustable; 3. Speed: pan 0.1~9°/s, tilt 0.1~4°/s; 4. Presetting bits: 255, support lens zooming/focus memory; 5. Patrol: 8 paths; 6. IP66; 7. Lightning-proof: 2000V; 8. PELCO D\P protocol, baud rate optional; Note: 40°/s high speed is optional
Power supply	1. AC24V, accompanied with AC220V-AC24V power box; 2. Lightning-proof: 4000V, communication video signal 2000V
Power consumption/Weight	1. Total power consumption: 80W; 2. Weight (including pan-tilt): 30kg;
Interface	1. Control: RS485; 2. Power supply: AC220V input; 3. BNC video output
Environmental indicator	1. Working temperature: -25ºC~+55ºC 2. Storage temperature: -40ºC~+65 3. Anti-vibration: 15m/s 2 5~200Hz; 4. Anti-impact: 150m/s 2 11ms; 5. Anti-saltfog: continuously spraying 48hours under PH of 6.5~7.2