2 Way Articulation Borescope

Borescope Name: portable flexible video borescope with integrated monitor Model: tp1000 Insertion Tube & Light Source SPECs 1. Image Sensor: CMOS Image Sensor 2. Resolution (Dynamic / Static): 320(H)*240(V) 3. Size Tip (Insertion Tube) Diameter: 5.5mm 4. Insertion Tube Length: 1-30M 5. Frame Rate: -30 fps 6. S/N Ratio: 42dB 7. Exposure: Automatic 8. White Balance: Fix 9. Field of View (FOV): 57/91¡ã 10. Depth of Field (DOF): 2 cm to infinity 11. Light Source: 4 White LEDs. System SPECS 1. Power: DC5V 2. Display: 3.5"TFT LCD Monitor 320*240 Pixels 3. Interface: Mini USB 1.1/ AV out/ AV in/ 4. Battery: Rechargeable Li-Polymer Battery (3.7V) 5. Video Out Format: NTSC 6. Recording Medium: SD card (capacity can be up to 32G) 7. Compression Format: MPEG4 8. Still Image Storage Format: JPEG (640*480) 9. Video Recording Format: AVI (320*240) 10. Language: English /Optional 7 language.

Modelú¦ LBH-2002DN Detailed parametersú¦ 45mm DIN Achromatic Objective: 4X,10X,40X(S),100X(S,Oil); Wide Field Plane-Scope Eyepiece: WF10X,Wf16X; Articulated Free Binocular Head, Interpupillary Distance:55-75mm, 30¿¼Inclined, 360¿¼Rotatable Built-in Digital Camera System, Resolution:1280(H) *1024(V),1/2Chip, USB2.0 with Micro-image Process Software Nosepiece: Backward Quadruple Nosepiece Double Layers Mechanical Stage:140X155mm,Moving Range X-Y: 70X50mm ¿¬2-¿¬30mm Iris Diaphragm And ¿¬32 Filter with ABBE Condenser:N.A. 1.25 Coaxial Coarse And Fine Focusing Adjustable Mechansim: 30mm, Precision:0.002mm Built-in Adjustable Brightness Halogen Lamp 6V/20W and Kohlar Illumination System

A mirror is an object that reflects light in such a way that, for incident light in some range of wavelengths, the reflected light preserves many or most of the detailed physical characteristics of the original light. This is different from other light-reflecting objects that do not preserve much of the original wave signal other than color and diffuse reflected light. Material:B270, H-K9L,etc; Surface quality:40-20; Dimensional tolerance:0.05mm; Surface flatness:lambda/2; Parallel tolerance:0.002mm.

A mirror is an object that reflects light in such a way that, for incident light in some range of wavelengths, the reflected light preserves many or most of the detailed physical characteristics of the original light. This is different from other light-reflecting objects that do not preserve much of the original wave signal other than color and diffuse reflected light. Material:B270, H-K9L,etc; Surface quality:40-20; Dimensional tolerance:0.05mm; Surface flatness:lambda/2; Parallel tolerance:0.002mm.

A mirror is an object that reflects light in such a way that, for incident light in some range of wavelengths, the reflected light preserves many or most of the detailed physical characteristics of the original light. This is different from other light-reflecting objects that do not preserve much of the original wave signal other than color and diffuse reflected light. Material:B270, H-K9L,etc; Surface quality:40-20; Dimensional tolerance:0.05mm; Surface flatness:lambda/2; Parallel tolerance:0.002mm.

A mirror is an object that reflects light in such a way that, for incident light in some range of wavelengths, the reflected light preserves many or most of the detailed physical characteristics of the original light. This is different from other light-reflecting objects that do not preserve much of the original wave signal other than color and diffuse reflected light. Material:B270, H-K9L,etc; Surface quality:40-20; Dimensional tolerance:0.05mm; Surface flatness:lambda/2; Parallel tolerance:0.002mm.

Fusion splicer is used for joining two optical fibers end-to-end using heat, to fuse the two fibers together in such a way that light passing through the fibers is not scattered or reflected back by the splice and so that the splice and the region surrounding it are almost as strong as the virgin fiber itself. We has been dedicated to R & D, manufacturing fusion splicer from 2010, and successfully obtained 5 patents for the fusion slicer research. Uniway UW-65H is our latest developed product. It is more concise and smaller in size and has obtained 2 patents for its new technologies. Specification Applicable Fibers: SM, MM, NZ-DS, EDF, Pigtail, Cable (rubber-insulated wire), SC/LC/FC connector (optional function) Average Splice: Loss 0.02dB(SM), 0.01dB(MM), 0.04dB(NZDS), 0.04dB(EDF) Return Loss: â?¥60dB Tension Test: 2.0N(200gf)(Standard) Typical splicing time: 10 seconds Typical heating time: 30 seconds Splicing Program: 50 groups Protection Sleeve: 20mm, 40mm, 60mm Operating Language: English Operating Conditions: -10~+50�°C(operation temperature),0~95% RH(humidity), 0~5000m(altitude) Electrode Life; More than 3500 splices Power Supply: AC adaptor: 100~240V input voltage, 50/60Hz; 12V, 5A output voltage(DC) Inner lithium battery: 11.1V, 6AH for up to 200 splices with heating Monitor: 5 inches high resolution colorful LCD display Fiber Image: X or Y axis Separately views 400 times magnification, or Simultaneously 300 times Storage of Splice Result 6,000 groups of latest splice results Splicing Model: Auto & Manual &Full Auto Dimensions: 130(W)*135(D)*130(H)mm; Package size: 53*32*30cm Weight: 2.21kg+0.37kg (battery weight)=2.58kg; Package G.W.: 8.68kg

Optical Lens Assemblies Optical Assemblies  PARAMETER: The F15-300mm zoom lens is mainly used in visible light band to detect specific targets or regions and transmit TV images and focal length information in real time. The f15-300mm zoom lens is mainly used in visible light band to detect specific targets or regions and transmit TV images and focal length information in real time. 1. Applied environment        Teperature () Visibility Km Relative humidity (%) Visible light imaging 25 15 80 Enhance to penetrate the fog 25 1-8 80% 2. Main performace 2.1 Sensor:  Digital 1/1.8 "color CCD. 2.2 Illumination adjustment range: 10~1104lx). 2.3 The smallest view: 1.7°. 2.4 Optical magnification ratio: 20X, consecutive magnification. 2.5 Imaging range: 20m~. 2.6 Frame frequency: 50Hz. The F15-300mm zoom system is composed of visible light zoom lens, control circuit board and power supply circuit board. The visible light zoom lens includes CCD, optical lens, diaphragm, potentiometer, micro-dc motor, CAM and other structural parts. 3 Optical lens design 3.1 Zoom lens system is an optical system in which the focal length changes within a certain range and the image plane remains fixed. In general, the relative aperture is constant during zoom.For imaging system, continuous zoom optical system is the best way to solve the problem of large field search and small field resolution. The ratio of the two ultimate focal lengths in the zoom range, namely the ratio of the long focal length to the short focal length, is called magnification ratio, also known as multiplier. In consideration of the secondary spectrum requirements, the plan of the small relative aperture of the long focal length is adopted (that is, the relative aperture also changes during the zoom process). 3.2 The optical system USES a continuous zoom lens with a focal length of 15mm~300mm. No. Parameters Item Design Result 1 Zoom ratio 20x 2 Focal length f=15mm~300mm 4 Horizontal field 1.27°~24.9° 5 Visual discrimination(Design value) Short focus(Wide field of view) 200lp/mm Long focus(Wide field of view) 180lp/mm 6 OTF Characteristic frequency 145lp/mm MTF 0.2