CEM DT-980Y Thermal Camera

The CEM DT-980Y Thermal Camera is a highly functional device designed for rapid screening and precise temperature measurements. It features an 80×80 pixel infrared resolution and a 50Hz image frequency for smooth, real-time imaging. The camera is equipped with a manual focus mode and a substantial digital zoom capability of 1-32x, providing flexibility in viewing different scales of thermal imagery.

A thermal imaging camera is a photographic camera used for predictive maintenance, troubleshooting and equipment inspection. Thermal and visual images are displayed on the LCD screen and can be stored on a Micro SD memory card. Transferring photos to a computer is done by removing the SD memory card and connecting it to the computer via the built-in card reader.

CEM DT-980Y Key Features

Auto Fusion mode (AUF)
400°C temperature range
2M visible light digital camera
IP54

CEM DT-980y Specifications

Imaging and optical data	DT-980Y
Field of view (FOV) / Minimum focus distance	17°x 17°/ 0.1m
Spatial resolution (IFOV)	3.78mrad
IR resolution	80 × 80 pixels
Thermal sensitivity/NETD	< 0.1°C @ +30°C (+86°F) / 100 mK
Image frequency	50Hz
Focus mode	Manual
Zoom	1–32× continuous, digital zoom
Focal length	9mm
Focal Plane Array (FPA) / Spectral range	Uncooled microbolometer / 8–14 µm
Image presentation
Display	2.8 in. LCD, 240 × 320 pixels
Image modes	IR image、Visual image、Image Fusion
Color palettes	IRON、Rainbow、Grey、Grey Inverted
Measurement
Object temperature range	Filter mode: 32℃to42℃ –20°C to +150°C (–4°F to +302°F) 0°C to +350°C (+32°F to +662°F)
Accuracy	±0.5℃ in 32℃to42℃ ±2°C (±3.6°F) or ±2% of reading(Environment temperature 10℃-35℃，object temperature > 0℃. )
Measurement analysis
Spot	Center Spot
Automatic hot /cold detection	Auto hot or cold markers
Emissivity correction	Variable from 0.01 to 1.0
Measurement corrections	Emissivity, Reflected temperature
Storage of videos
Storage media	8Gbytes Micro SD card
Video storage format	Standard MPEG-4 encode, 1280×960@30fps, on memory card > 60 minutes
Video storage mode	IR/visual images; simultaneous storage of IR and visual images
Storage of images
Image storage format	Standard JPEG, including measurement data, on memory card > 6000 pictures
Image storage mode	IR/visual images; simultaneous storage of IR and visual images
Set-up
Laser	< class2
Set-up commands	Local adaptation of units, language, date and time formats, information of camera
Languages	multinational
Digital camera
Built-in digital camera	5 Megapixels
Built-in digital lens data	FOV 59°
Data communication interfaces
Interfaces	USB-mini, audio, HDMI
USB	Data transform between camera and PC Live video between camera and PC
Video out	HDMI
Power system
Battery	Li-ion battery, 4 hours operating time
Input voltage	DC 5V
Charging system	In camera (AC adapter)
Power management	Automatic shutdown
Environmental data
Operating temperature range	15°C to +30°C (59°F to +86°F)
Storage temperature range	–40°C to +70°C (–40°F to +158°F)
Humidity (operating and storage)	10%~90%
Drop test	2m
Bump	25g(IEC60068-2-29)
Vibration	2g(IEC60068-2-6)
Physical data
Camera weight, incl. battery	<500g
Camera size (L × W × H)	224x77x96

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Brand

Cem

CEM Corporation, founded in 1978, is renowned for its pioneering contributions to scientific instrumentation with a focus on microwave-based technology for laboratory and research applications. The founders—Dr. Michael J. Collins (Chemist), Ronald Goetchius (Electrical Engineer), and Bill Cruse Jr. (Mechanical Engineer)—launched the company with a novel concept for microwave drying that significantly expedited moisture and solids analysis processes from hours down to minutes, which was a groundbreaking improvement at the time.

Product Innovation and Evolution

Over the years, CEM Corporation has expanded its product offerings beyond its original microwave moisture/solids analysis systems. Their portfolio now includes systems for:

Acid digestion for elemental analysis
Compositional testing of food products
Peptide and chemical synthesis

The company's dedication to innovation is reflected in their development of a diverse range of instruments suited for various applications from academic research to industrial quality control.