enulirvision
en.ulirvision
Since the establishment in 2005, ULIRVISION has served its clients with cutting-edge technology in handheld thermal imaging cameras, thermal imaging cores, thermal night vision, thermal surveillance cameras and corona cameras. Innovative solutions are brought into power industry, electrical industry, automation application, firefighting, surveillance monitoring, and night vision areas through ULIRVISION. ULIRVISION invests about 8% of the total revenue into R&D annually, and it is committed to striving for meeting the new challenges. ULIRVISION is recognized by ISO9001:2008 certificate, SGS CE, RoHs, MIL standard certificate, and it has been granted more than 100 patents& 30 computer software copyrights. It has seen dramatic growth in both domestic and international markets each year with average increase rate around 130% annually, which makes ULIRVISION pioneer in measurement and security solution providers. We have devoted and enthusiastic sales& technical staff to serve clients all over the world with their expertise around the clock. "http://en.ulirvision.com/
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Zoom Lens
http://en.ulirvision.com/products/zoom-lens.html
Focal Length (mm)
F Number
Adapter Detector
Field of View
Rear Working Distance (mm)
Interface
Physical Dimension
Working Temperature
Coating Waterproof Rating
Coating
Zoom Lens
25~75
0.9~1.1
640*512-17μm
24.6°*19.8°~
8.3°*6.6°
8
Flange
L157 ψ121
-40℃~60℃
IP67
HC
25~100
0.9~1.1
640*512-17μm
24.6°*19.8°~
6.2°*5°
22
Flange
L190 ψ130
-40℃~60℃
IP67
HC
30~150
0.85~1.2
640*512-17μm
20.6°*15.5°~
4.2°*3.1°
12
Flange
L225 ψ158
-40℃~60℃
IP67
HC
25~225
0.85~1.3
640*512-17μm
24.6°*19.8°~
2.8°*2.2°
14
Flange
L246 ψ196
-40℃~60℃
IP67
HC
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TI330+ VOC Gas Thermal Imaging Camera
http://en.ulirvision.com/products/voc-gas-thermal-imaging-camera-ti330+.html
Overview of TI330+ Gas Detector for Natural Gas
Equipped with a cooled detector (T2SL, NETD<25mK), ULIRVISION TI330+ is able to detect & pinpoint the gas leaks location precisely and accurately. In addition, this device also offers temperature measurement if you happen to need this feature too. In short, it is a multifunctional device for gas leakage detection and thermography applications, which is a powerful device that you cannot miss.
TI330+ provides safe & efficient inspection at long distance without shutting systems down, scans large areas & numerous objects rapidly, sees into areas that are difficult to reach with contact measurement tools and enhances predictive maintenance at the same time. As one of the most professional gas leak detector manufacturers, Ulirvision works to provide high-quality products to customers. If you need a device for chemical/petrochemical applications such as offshore platforms, oil refineries, and natural gas processing plants, this device will be your first consideration.
Features of TI330+ Gas Detector for Natural Gas
Cooled T2SL detector, sensitivity ≤0.025℃, pinpoint gas leaks location quickly
Dual-application: Gas leakage detection and thermograph application
Temperature range: -20℃～+350℃
VOC gas detection sensitivity ≤ 0.001 ml/S
Equipped with high sensitivity mode to detect slightly leak gas
Built-in 5.0 MP digital camera
Folding and 270°rotatable display
Technical Specifications of TI330+ Gas Monitoring Device
Applications of TI330+ Gas Detector for Natural Gas
Industry: refinery, natural gas processing facility, offshore iol/gas exploration platform, chemical industry, etc.
Research Institute
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TD90 Corona Camera
http://en.ulirvision.com/products/uv-see-corona-camera-td90.html
Overview of TD90 UV Sensitive Camera
ULIRVISION UVSee TD90 is an innovative NDT - Non-Destructive Testing equipment, which detects, pinpoints and documents flash-arc corona and arcing partial discharge camera. It is a powerful device to detect UV emission in full daylight with high signals both from far away and nearby sources.
TD90 UV sensitive camera is also widely used in overhead transmission lines and high voltage substations. In many different areas, such as transmission line inspection, electrical utilities, HV research institutes laboratories and so on, you can use TD90 UV ray camera to help solve your problem.
Features of Ultraviolet Light Camera
High sensitivity to UV signals
Fully auto focusing function, intelligent operation
Auto focus of UV and visible channels
Light Weight 2.5kg, small size
5.7” foldable color LCD, readable in the sun
Professional report analysis software, more conducive to on-site situation analysis
Technical Specifications of TD90 UV Ray Camera
Applications of TD90 UV Ray Camera
Transmission line inspection
Electrical utilities inspection
HV substations
HV research institutes
HV electrical component inspection
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TD100 Corona Camera
http://en.ulirvision.com/products/uv-see-corona-camera-td100.html
Overview of TD100 Mini UV Camera
After our innovation updates, new items are launched—TD100 mini UV camera. ULIRVISION TD100 is an innovative NDT - Non-Destructive Testing equipment, which detects, pinpoints and documents flash-arc corona and arcing partial discharge camera. Equipped with high sensitivity, it is a powerful tool to detect UV emission in full daylight with high signals from faraway and nearby sources.
TD100 UV digital camera is a preferable predictive maintenance device for overhead transmission lines and high voltage substations. It has a wide range of use in different areas, such as Transmission line inspection, electrical utilities, HV research institutes, HV electrical component inspection, etc. Therefore, whatever the usage you need, TD100 UV digital camera can always satisfy you and help you solve the special problem!
Features of TD 100 Mini UV Camera
High sensitivity up to 3.0 × 10-18watt / cm2
Noise interference is small, using all-day blind detector
Accurate superposition and positioning of the whole area of ultraviolet and visible light
Hand-held inspection, easy to complete the inspection
Synchronous focusing of ultraviolet and visible light
SD card online upgrade function
High integration and low power consumption
Professional report analysis software, more conducive to on-site situation analysis
Small size, light weight, easy to operate
Technical Specifications of TD100 UV Imaging Camera
Applications of TD 100 UV Imaging Camera
Transmission line inspection
Electrical utilities inspection
HV substations
HV research institutes
HV electrical component inspection
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UV See Corona Camera
http://en.ulirvision.com/products/uv-see-corona-camera/
The core of UVSee Corona Camera is the application of ultraviolet detection technology. Below is the information of this special technology.
1. Introduction of Ultraviolet Detection Technology
Ultraviolet detection technology can detect the corona discharge and surface partial discharge characteristics of power equipment, as well as the external insulation state and pollution degree, and effectively complement the used infrared imaging detection technology. Electrical equipment includes high-voltage conductor rough surface, terminal acute angle area, insulation surface contamination area, high-voltage bushing, and conductor termination insulation treatment, broken high-voltage conductor, poorly crimped conductor, defective insulator, broken porcelain bottle, and insulator, etc. During high-voltage operation, corona discharge occurs due to electric field concentration, and audible noise, radio interference, and power loss occur, which have certain effects on the environment and equipment operation. Therefore, moderate control of the corona effect is very important for the development of UHV transmission.
2. Principle of Ultraviolet Detection
Ultraviolet imaging technology for electric discharge detection is to use a special instrument to receive the signal generated by corona discharge. After processing, it is imaged and superimposed with visible light image to achieve the purpose of determining the position and intensity of corona, and provide a basis for status detection of electrical equipment. The wavelength range of ultraviolet light is 10nm ~ 400nm. The sun also contains ultraviolet light, but since the earth's ozone layer absorbs some wavelength components, the solar ultraviolet spectrum radiated to the ground is actually above 300nm, and the wavelength region below 300nm is called the solar-blind zone. Most of the ultraviolet rays generated by the discharge of high-voltage equipment are in the range of 280nm~400nm, and a small part of the wavelength is in the range of 230nm~280nm. This part of the wavelength of ultraviolet light can be used as a basis for judging equipment failure.
3. Application of UV Corona Camera
Our UV camera for sale has a wide range of applications. All places with external discharge can observe corona with the ultraviolet imager. The detection range is mainly related to wire trauma detection, high-voltage equipment pollution inspection, insulation defect detection, insulator discharge detection, and finding radio interference sources.
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Thermal Surveillance Systems
http://en.ulirvision.com/products/thermal-surveillance-systems/
Here we will talk about the importance of thermal imager for security.
Thermal Imaging Security Cameras
Thermal Security Camera
Marine Monitoring Thermal Imaging System
TC400PTZ/TC600PTZ TC400PTZ/TC600PTZ
TC400PTZ|TC600PTZ The series of high-performance, multi-sensor pan/tilt cameras bring dual-channel with thermal and visible-light imaging together.
Learn More
TC300PTZ/TC700PTZ TC300PTZ/TC700PTZ
TC300PTZ|TC700PTZ bring thermal and visible-light imaging together in one system that provide video and control over both IP and analog networks.
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TC800PTZ TC800PTZ
TC800PTZ as a high-performance, multi-sensor pan/tilt camera brings dual-channel with thermal and visible-light imaging together. It can achieve 24/7 continuous long-distance surveillance especially for harbor, coast, military base, etc.
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TC900PTZ TC900PTZ
TC900PTZ is designed for maritime surveillance, featuring dual-channel with high IR resolution thermal camera and CCD high-definition visible video camera, and able to adapt to the bad weather at sea.
Learn More
Forest fire prevention
In large areas of forest, fires are often caused by inconspicuous igneous fires. This is the root cause of devastating fires, and it is difficult to find such hidden fires by conventional methods. However, with aircraft patrols and infrared thermal imagers, these smoldering fires can be quickly and efficiently detected, and the fire is eliminated. The use of thermal imaging cameras can accurately determine the location and extent of these fires, so that early detection, early prevention, early extinguishment. The use of a thermal imager is simple, fast, and timely.
Electrical equipment fire detection
Thermal imaging cameras can also be used to detect poor contact with electrical equipment and overheated mechanical components to avoid severe short circuits and fires. In practical applications, thermal imaging cameras perform overheating checks on plugs in power plants, substations, and high-voltage lines, often detecting abnormal hot spots and severe hot spots. Due to timely detection and processing, many fire accidents have been reduced.
Statistics from US insurers show that more than 25% of all electrical equipment hazards are the main cause of fires, caused by poor plug contact. For all devices that can be seen directly, infrared thermal imaging products are able to identify thermal hazards at all connection points.
Fire on-site search and rescue
Infrared applications are a detection technique developed based on the inherent thermal radiation properties of the object itself. The infrared search and rescue technology extended by the technology in the field of fire protection can help firefighters clearly display the shape of the object in the smoke at the scene of the fire in a complex state such as heavy smoke, heat, and building collapse. And the temperature at each point helps firefighters quickly search for people in distress and valuables. Moreover, it is also possible to find a fire point or a large fire source in time, thereby reducing the time of firefighting and reducing the loss of articles, which is a favorable tool for the rescue work on the fire site. Compared with traditional fire-fighting and rescue methods based on naked-eye reconnaissance, infrared thermal imaging cameras based on infrared technology can help firefighters not be exposed to smoke and darkness, clearly observe, discover, and grasp the real situation of the fire field, and make scientific decision making and proper deployment as soon as possible.
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