2-Axis Stabilization High-Accuracy Gyro Surveillance Radar System

• Customization: Available
• Type: Gyro-Stabilized Gimbal
• Application: All-Round Monitoring
• Model NO.: JHS223-S02-30
• Video Capture System: Video Camera
• Video Transmission System: RS232/422, Interface Customizable
• Software Function: Monitoring+Control
• Software Usage: Computer Monitoring Software
• Client Software: Client Software
• Model: Surveillance and Distance Measurement
• Sensor: Day Light Camera+Laser Range Finder
• Kind: Surveillance and Tracking Camera
• Technology: Gyro-Stabilized Platform
• Horizontal Resolution: HD Day Light Camera
• Configuration: Dual Day Light Camera + Laser Range Finder
• Day Light Camera1: 1920*1080
• Laser Range Finder: 15m~3.5km
• Focal Length: 4.3mm~129mm(F1.6~4.7)
• Hfov: 63.7°-2.3°
• Communication Interface: RS485
• Stabilization Accuracy: ≤0.5mrad(1σ)
• Transport Package: Standard
• Specification: Φ 240× 343mm
• Trademark: JOHO
• Origin: China
• Production Capacity: 5000

Product Description

JHS223-S02-30 Ship-borne Multi-sensor EO/IR Tracking System
 

Introduction

Jhs223-s02-30 shipboard optoelectronic tracking system is a set of Opto Mechatronics search and tracking system, equipped with two 30 × continuous zoom Hd 1080p white light cameras and a 3.5km laser rangefinder. It is mainly used to search, observe and track sea and air targets, and output video and image in real time. It is widely used in public security, alarm, maritime and other civil fields.

 

Functions

1. Azimuth and elevation 2-axis stabilization, high-accuracy gyro and servo control system, to realize no dead-angle coverage in reconnaissance range.
2. Network interface communication: to realize the equipment operation from ground control station, as well as send back video and image through wireless communication technology.
3. Small size, light weight,  compact structure, high adaptability to carrier, low consumption, and high cost-effectiveness.
4. Video tracking:  able to realize target locking and tracking;
5. High accuracy alignment to ensure the optical axis alignment of the three sensors of day light camera1, day light camera2, and laser range finder.
6. Able to control the gimbal attitude through host computer software.;
7. Send data of working mode, azimuth angle, and elevation angle. etc back
8. Fully sealed high level waterproof, integrated design, high resistance to shock and vibration, long life use in harsh environment

technical parameter

NFOV DAY LIGHT CAMERA
Detector	SONY 1/2.8" CMOS
Pixel	1920*1080
Focal length	4.3-129mm (30x optical zoom)
FOV	63.7°-2.3°
WFOV DAY LIGHT CAMERA
Detector	SONY 1/2.8" CMOS
Pixel	1920*1080
Focal length	4.3-129mm (30x optical zoom)
FOV	63.7°-2.3°
LASER RANGE FINDER
Wavelength	1.55μm
Ranging	15m~3.5km
Measurement accuracy	±0.75m (50~1.5Km),±2m(>1.5Km)
Frequency rate	2Hz
SERVO
Stabilization accuracy	≤0.5mrad(1σ)
Turret direction range	azimuth:360° continuous; elevation:-90°~+90°
TURRET MAXIMUM ANGLE SPEED
Azimuth	≥30°/s
Pitch	≥30°/s
ENVIRONMENTAL
Operating temperature range	-20ºC ~ +50ºC
Storage temperature range	-30ºC ~ +60ºC
Tracking
Min tracking contrast ratio	3%
Min tracking size	3x3 pixel
Video output	1 network output
Communication	RS422
POWER
Power Supply	DC 12V
PHYSICAL
Dimension Turret	≤ Φ240× 343mm
Turret Weight	≤ 10kg

 

System Components

This system is composed of EO/IR gimbal and host computer software, shown in Fig 1. The gimbal is installed on unmanned ship and the host computer software is in control cabinet to realize the system control.

1. Structure Dimension

2.Company Honor