Jhs209-S05-100 Ship-Borne Electro-Optical Surveillance System (EOSS)

• Customization: Available
• Type: Monitoring System
• Application: All-Round Monitoring
• Model NO.: JHS209-S05-100
• Video Capture System: Daylight Camera+Thermal Camera
• Video Transmission System: Coaxial-Cable Transmission
• Software Function: Monitoring+Control
• Software Usage: Computer Monitoring Software
• Client Software: Client Software
• Model: Monitor Type
• Sensor: CCD+IR
• Kind: Autofocus Lens
• Technology: Pan / Tilt / Zoom
• Horizontal Resolution: 640
• Transport Package: Standard
• Specification: φ 220mm× 400mm
• Trademark: JOHO
• Origin: China

Product Description

      JHS209-S05-100 Ship-borne Electro-optical Surveillance System (EOSS)

1.1 Brief Introduction

JHS209-S05-100 ship-borne electro-optical surveillance system is a highly integrated optical-mechanical-electro system equipped with a HD 1080p 30× daylight camera, an uncooled LWIR thermal camera and a 5km laser range finder. The system is slaving to a 2-axis and 2-gimbal stabilized platform. Featured with compact and modular design, it is provided for ships meeting civilian requirements such as search, observation, reconnaissance and tracking sea-surface and air targets, widely applied in navy, coastal guard and maritime etc.

1.2 Main Functions

• 2-axis (azimuth and elevation) stabilization, high accuracy gyro and servo control system implement full coverage reconnaissance.
• Support HD SDI image transmission and IP network video/image transmission
• Compact size, light weight, strong adaptability, low power consumption and high cost-efficiency.
• Video tracking function.
• High accuracy correction ensures optical axis of thermal camera, daylight camera and laser range finder are alignment.
• Gimbal is able to be controlled by joystick.
• Operation mode, azimuth angle and elevation angle data are able to be transmitted back.
• Fully sealed, water-proof, vibration resistance, shock resistance, long lifetime under harsh environment.

1.3 Performance Specifications

1.3.1 System Specifications

• Azimuth coverage: n × 360° continuous
• Elevation coverage: +70°~-70° (horizontal is 0°, up is +, down is -)
• Max angle speed: azimuth: ≥30°/s elevation: ≥30°/s
• Random error of angular accuracy: ≤0.5°
• Stabilization accuracy: ≤0.5mrad (1σ)

1.3.2 IR Thermal Camera

• Detector: uncooled LWIR FPA
• Spectrum: 8μm~14μm
• Pixel: 640×512
• Pitch: 17μm×17μm
• Frame frequency: 25Hz
• Focal length: 80mm
• FOV: 7.79°×6.23°
• Video interface: 1-way PAL

1.3.3 HD Daylight Camera

• Resolution: 1920×1080, colorful
• Focal Length: 4.3mm~129mm (30× optical zoom)
• FOV: 63.7°~2.3°
• Focusing: Automatic
• Video interface: 1-way analog PAL, 1-way digital HD-SDI

1.3.4 Laser Range Finder

• Wavelength: Eye-safe 1.55μm, Laser Class 1
• Laser collimation angle: ≤0.8mrad
• Measurement range: 20m~5000m
• Accuracy: ≤±1m
• Measurement probability: ≥95% (visibility ≥10km, 2.3m×2.3m target)

1.3.5 Video Tracking Circuit Board

• Tracking window: automatic moving to any position and aiming target
• Camera maximum resolution: 1920×1080,60fps
• Minimum target recognition accuracy: 3×3 pixel
• Minimum SNR: 4
• Tracking speed: ≤34 pixel/frame
• Starting time: ≤10s
• Output video by tracking circuit board: SDI video and IP network video

1.3.6 Physical Parameters

• Gimbal dimension: Φ240mm×365mm (H)
• Control box dimension: 435mm(L) ×220mm(W) ×250mm/75mm(H)

(with joystick height/ without joystick height).

• Gimbal weight: ≤11kg
• Control box weight: ≤4.5 kg
• Color: Gray

1.3.7 Environmental Parameters

• Operation temperature: -20ºC~+60ºC
• Storage temperature: -30ºC~+70ºC
• Waterproof: gimbal: IP67 control box: IP66

1.3.8 Power Parameters

• Gimbal: DC24V (18~36V), power consumption: ≤36W

1. Control box: DC24V (18~36V), power consumption: ≤3W

 

 

1.4 System Composition

1.4.1 Gimbal

Gimbal is a sensor unit (optical cabinet) slave to a two-axis (elevation and azimuth) gyro stabilized servo platform. Sensor unit is equipped with a high resolution 640×512 LWIR uncooled thermal camera, a 1920×1080 HD daylight camera and an eye-safe laser range finder, capable of detection, recognition, identification, tracking and ranging target at day and night. The external interface is 26pin aviation connector plug. Pin definition refer to Part 6 Annex 6.2.1 Gimbal Interface Definition.

1.4.2 Control Box

As the command and control center of full system, the control box includes joystick, operation mode switch, IR and Daylight image adjustment, laser ranging, tracking, gimbal movement etc. Please refer to Fig. 3 to see the control box overview. External interface is a 12pin aviation connector. Interface definition please refer to Part-6 Annex 6.2.2 Control Box Interface Definition.

Technical Specification

THERMAL CAMERA
Detector	Uncooled FPA
Pixel	640*512
Spectral band	8μm~14μm
Pixel	17mm x 17mm
Focal length	80mm
DAY LIGHT CAMERA
Detector	1/2.8" CMOS
Focal length	4.3~129mm, 30x
Resolution	1920×1080
LASER RANGE FINDER
Wavelength	1.06μm
Ranging	300m~5km (visibility 10km, 3m*3m target)
Measurement accuracy	≤ ± 5m
SERVO
Stabilization accuracy	≤0.5mrad(1σ)
Turret direction range	azimuth:360° continuous; elevation:+60°~-60°
TURRET MAXIMUM ANGLE SPEED
Azimuth	≥30°/s
Pitch	≥30°/s
ENVIRONMENTAL
Operating temperature range	-20ºC ~ +40ºC
Storage temperature range	-30ºC ~ +50ºC
Tracking
Tracking speed	≥2.5FOV/S
Min tracking contrast ratio	5%
Dynamic tracking accuracy	superior to 1mrad
POWER
Power Supply	DC 24V
PHYSICAL
Dimension Turret	≤ Φ220× 400mm
Turret Weight	≤ 10kg