Ti50FT infrared thermal imager

NegotiableUpdate on 04/03

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The Ti50FT infrared thermal imager is the choice of professionals in the field of industrial testing. The innovative IR Fusion technology can simultaneously capture visible light images and infrared images, and fuse the two together for more convenient and effective on-site detection and thermal image analysis.

Product Details

Ti50FT infrared thermal imagerDetailed Introduction

Ti50FT infrared thermal imagerIt is the choice of professionals in the field of industrial testing. The innovative IR Fusion technology can simultaneously capture visible light images and infrared images, and fuse the two together for more convenient and effective on-site detection and thermal image analysis.

Industry leading thermal sensitivity (up to 0.05 ° C NETD, Ti55FT), providing resolution and ultra-high quality images.
By automatically associating thermal images with the real world, IR-Fusion ® Infrared fusion technology can combine visible light images and thermal images to quickly identify suspicious areas. All models come with IR Fusion technology.
The 180 ° active lens is perfect for viewing in difficult to reach environments.
A spacious 5-inch high-resolution, high contrast display screen.
The Vanadium Oxide focal plane array (320 x 240 pixels) and 20mm germanium lens with one finger continuous focusing function provide excellent image resolution.
SmartView ™ Professional report writing software can quickly and easily generate customized reports containing rich image analysis data, and the product enjoys lifelong free updates.
The intuitive camera screen displays the Windows CE interface, making operation very convenient.

technical parameters

Ti50FT Ti55FT

Imaging performance

VOx FPA detector size	320 x 240
	160 x 120 - TiR2


Field of View (FOV)	23 º horizontal x 17 º vertical
Spatial Resolution (IFOV)	1.30 mrad

Small focal length	0.15 meters
Thermal sensitivity (NETD)	≤ 0.05 ° C, at 30 ° C - (50mK) Ti55FT
	≤ 0.07 ° C, at 30 ° C - (70mK) Ti50FT
focus	SmartFocus: One Finger Continuous Focus

temperature performance

Calibration temperature range	-20 ? C to 600? C - Ti55FT -20 ? C to 350? C - Ti50FT
Comprehensive radiation range	76800 calibrated pixels (TiR2 model 19200)
accuracy	± 2 ° C or 2%
Emissivity correction	0.1 to 1.0 (0.01 increments)
Measurement Mode	Ti55FT - Center point, center box (small/large, average area), movable light spot/box, user-defined area/text annotation, constant temperature, automatic cold and hot spot detection, and visible color over limit (upper and lower limits) alarm Ti50FT - Center Point, Center Box (Small/Large Area)

Image demonstration

digital display	5-inch LCD
video output	RS170 EIA/NTSC or CCIR/PAL composite video
color swatch	Grey, anti grey, blue red, high contrast, hot metal, iron red, amber, and anti amber
LCD backlight	Readable color LCD display screen under sunlight

other

Accompanying software	SmartView™
storage medium	A small flash card (1GB) can store over 1000 infrared images
laser pointer	yes
Built in visible light camera	yes
IR-Fusion	yes
Infrared/visible light alarm displayed on camera	yes
lighting equipment	yes
180 degree active camera	yes
Optional lenses	yes
Menu based on Windows CE	yes
AutoCapture	yes
Onboard analysis function	yes
User defined text annotations	* Ti55FT
warranty	2 years

Optional lenses

54mm telephoto lens	High precision germanium lens
Field of View (FOV)	9 º horizontal x 6 º vertical
Spatial Resolution (IFOV)	0.94 mrad
Small focal length	0.6 meters
10.5mm wide-angle lens	High precision germanium lens
Field of View (FOV)	42 º horizontal x 32 º vertical
Spatial Resolution (IFOV)	2.45 mrad - TiR4，TiR3
	4.9 mrad - TiR2
Small focal length	0.3 meters

It is the choice of professionals in the field of industrial testing. The innovative IR Fusion technology can simultaneously capture visible light images and infrared images, and fuse the two together for more convenient and effective on-site detection and thermal image analysis.