ATV Product 1

ADVANTAGE THERMAL VISION *** Dedicated to Superior Service in the field of Infrared Thermography *** ADVANTAGE THERMAL VISION

Our Equipment

ATV's TIS 5000 is suitable for a wide variety of detailed circuit board analysis and auditing.

5000pcb2.jpg (5972 bytes)

PCB #62823A THERMAL SCAN
0.2 mm width, Size of 30mm x 30 mm
the area circled within the above image is shown on right in the zoom C2f mode.

thermal_infrared_imaging_radiometer_TIS_5000_series.jpg (3845 bytes)

ATV's TIS 5000 is suitable for a wide variety of detailed circuit board analysis and auditing.

5000pcb2.jpg (5972 bytes)
PCB #62823A THERMAL SCAN
0.2 mm width, Size of 30mm x 30 mm
the area circled within the above image is shown below in the zoom C2f mode.

PCB #62823A iR image in zoom mode Cf2

thermal_infrared_imaging_radiometer_TIS_5000_series.jpg (3845 bytes)

TIs-5000 infrared camera specs.


Temperature range:	Range 1: -10°C to 200°C (14°F to 392°F); Range 2: 100°C to 800°C (212°F to 1472°F)
Accuracy:	±1.0% of range full scale span
Temperature Dynamic Range:	12 bits (images never saturate within range)
Temperature Resolution (NETD):	Range 1: 0.1°C at 30°C; Range 2: 0.3°C at 100°C
Repeatability:	Range 1: 0.3°C: Range 2: 1.0°C
Spectral response:	3 to 5.2µm SWIR
Detector:	Thermo-electric linear array of mercury cadmium telluride
Total Field of View (picture size):	21.5° Horizontal × 21.5° Vertical
Instantaneous Field of View:	Measurement Angle: 2.0mrad
Number of Pixels Per Image:	255 (H) × 223 (V)
Focusing Distance:	30cm (12") to infinity
Image Update Rate:	Fast Mode: 22 frames per second; Slow Mode: 2 frames per second (produces higher quality images)
Video Output:	NTSC/PAL, RGB
Emissivity Control:	1.0 to 0.1 in 0.01 steps for entire image or 10 previously selected emissivity settings for up to 10 different points of image
Automatic Functions:	Focusing, temperature level and sensitivity, auto correction for surrounding ambient reflection
Display Type:	Removable 5-inch, bright active matrix, high resolution LCD screen hooded for enhanced daylight viewing. Display is removable to allow viewing difficult to reach locations.
On-board Software Functions:	Run/Freeze; Save image; Color, Monochromatic (positive, negative), 16, 32, 64, 128 and 256 shades of gray; Bright or rainbow colors, Up to 4 isothermal display (isotherm bands are adjustable); Up to 10 point temperature display; Up to 10 point temperature and different emissivity display; Audio alarm for high or low temperatures; Date and time adjustments
Image Storage Media:	PCMCIA card in on-board dustproof compartment
Image Storage Capacity:	32, 12-bit images for 4.0MB and 150 for 20MB PCMCIA memory card
Power Requirements:	Rechargeable battery pack - duration 1.5 hours under normal use; 3 hours with spare battery; 5 hours with battery vest
Operating Temperature:	-10°C to 50°C (14°F to 122°F)
Storage Temperature:	-40°C to 70°C (-40°F to 158°F)
Size:	200mm (W) × 90mm (H) × 220mm (D) (8.0" × 3.5" × 8.7"); Includes battery pack
Mounting:	¼-20 tapped hole
Camera Weight:	2.5kg (5.4 lbs.)

TIS5000 features:

Temperatures from -10ºC to 800ºC (2300°C optional)

Video NTSC / PAL, RGB and GPIB outputs
Extensive on-board and offline image processing software
5-inch snap-up LCD display - removable for hard to reach locations - hooded for daylight viewing
On-board PCMCIA memory card
AC or battery powered
Instant save button
Up to 10 different emissivity assignment for 10 different points in real time mode

TIS 5000 Thermal infrared
imaging color radiometric camera with multiple spot temperature measurements & onboard image storage

5000Canine_Imaging_ixCtv.jpg (4555 bytes)

Below are sample images displaying the different color palletes of the 5000

5000-8.jpg (5035 bytes) 5000-9.jpg (4525 bytes)

Black and white mode Inverted Black and white

5000-10.jpg (5451 bytes) 5000-1.jpg (5657 bytes)

High contrast mode Inverted high contrast

5000-7.jpg (6359 bytes)

Ironbow mode Inverted ironbow

The infrared spectrum

The visible light spectrum. Ultraviolet to infra-red. Thermal imagers work in the infrared part of the spectrum.

Thermal energy is transmitted in the infrared wavelength ( 1 micron to 100 microns ). You can see by the image above that thermal energy is closely related to visible light in that it travels in a wave. The human eye can only see the narrow middle band of visible light that encompasses all the colors of light in the rainbow. Thermal infrared imagers translate the energy transmitted in the infrared wavelength into data that can be processed into a visible light spectrum video display. Visible light is dependent on a light source ( the sun or artificial ) reflecting off an object to be received by our eyes. Remember, all objects above 0 degrees Kelvin emit thermal infrared energy so thermal imagers can passively see all objects regardless of ambient light. This can give you an enormous advantage. Thermal infrared imaging performs in a wider range of environments than other night vision technologies. Additionally, IR devices can serve your inspection needs at night or in broad daylight.

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Last modified: July 13, 2001