Mid-Wave infrared camera

This Mid-Wave infrared camera for industrial temperature detection uses an uncooled focal plane detector ,it is designed for high-temperature and harsh environments, without the common lifespan limitations of traditional cooled devices. The mid-wave infrared camera can be applied for temperature measurement through optical glass windows, flame temperature detection, temperature measurement through flames, and glass temperature measurement. It is suitable for applications in steel, metallurgy, glass furnace processing control, and condition monitoring, ensuring the reliability of production processes and providing supports for production with efficient operation in industrial monitoring.

Key Features:

Uncooled Technology:
Avoids issues associated with cooling devices such as high energy consumption, complex maintenance, and limited lifespan, ensuring high-precision temperature measurement.
Cost-Effectiveness:
Compared to traditional cooled thermal imagers, the uncooled Mid-Wave infrared camera is more affordable and better for long-term & large-scale applications.
Flexible Compatibility:
Compatible with mainstream NVRs (Network Video Recorders) like Hikvision and Dahua, allowing users to play videos, control PTZ (pan-tilt-zoom), and adjust focus through NVRs.
Multi-Mode Output:
Offers three output modes: pure temperature stream, pure video stream, and hybrid stream, meeting the needs of different network environments.
Multi-User Support:
Supports simultaneous temperature and video data collection by users, increasing work efficiency, especially in complex industrial environments requiring team collaboration.
Choice of Lens Design:
Allows for changing lenses with different focal lengths, achieving various temperature measurement ranges or more detailed field of view angles, ensuring accurate temperature measurement.
Software Support:
This Mid-Wave infrared camera provides professional-grade application programs, SDKs (Software Development Kits), and high-line image analysis software.

Application :

1.Steel and Metallurgy:

Real-time monitoring of furnace temperature, flame condition, and molten metal surface temperature during high-temperature smelting processes to ensure production safety and improve product quality.

2.Glass Manufacturing: Used for temperature monitoring in glass furnaces, directly measuring molten glass temperature through optical glass windows to optimize furnace processes, reduce energy consumption, and lower defect rates.

3.Production Control: Real-time monitoring temperatures during high-temperature processing, such as heat treatment, forging, and welding, to ensure processing quality and efficiency.

4.Monitoring: Real-time monitoring of the operating conditions of industrial equipment to prevent failures and safety incidents caused by overheating, enhancing the reliability and stability of equipment operation.

Mid-Wave infrared camera Kindly reminder:

Interface	Description
D+, D-	RS485 output
DC12V	Power input DC12V
GND	Ground (Power Ground)
VIDEO	Analog video signal
OUT	Output trigger signal; this signal should comply with the 3.3V LVTTL level specification
IN	Input trigger signal; this signal should comply with the 3.3V LVTTL level specification, triggered on the falling edge
LENSA	DC motorized lens input A
LENSB	DC motorized lens input B

SPECIFICATION :

Uncooled Mid-Wave Thermal Camera

Model	MW320	MW640
Detector
Detector Type	Uncooled Focal Plane	Uncooled Focal Plane
Wavelength Range	3~5um ; Optional: 3.9um、4.26μm and other bands
Resolution	320×240	640×480
Frame Rate	50Hz	25Hz
Temperature Measurement and Image Performance
Temperature Measurement Range	See the next section “MW320(640) Temperature Measurement”
Temperature Measurement Accuracy
NETD
Field of View	See the next section “MW320(640) Field of View”
Angular Resolution
Focusing Method	Manual
Image range	0.3m to ∞ (the near-end distance of some lens models may be slightly larger)
Emissivity and Background Temperature Correction	Automatically corrects based on input emissivity and background temperature, emissivity adjustable from 0.01 to 1
Filter or Window Transmittance Correction	Automatically corrects based on input transmittance
Atmospheric Transmittance Correction	Automatically calculates atmospheric transmittance based on meteorological parameters and corrects temperature
Mouse Temperature Measurement	Real-time display of cursor point temperature
Temperature Measurement Modes	Supports various temperature measurement modes, including global high/low tracking, global average temperature, point, line, rectangle, circle, ellipse, polygon, etc. Up to 100 measurement objects can be added. All measurement objects can independently set alarm threshold range, sampling period, and plot historical temperature curve.
High/Low Temperature Alarm	Audio and visual alarms on control end, logs recording, automatic storage of temperature data and image snapshots when alarm is triggered. Camera-side alarm output switch signal.
Auxiliary Temperature Analysis	Relative temperature analysis, temperature histogram analysis, historical temperature curve, online temperature curve.
Image Freeze	Supported
Display Enhancement	Auto stretch ; With DDE (Digital Detail Enhancement); Adjustable image brightness and contrast; Supports manual histogram stretching.
Color Palette	White hot, black hot, iron red, rainbow etc. about 12 types
Digital Zoom	2X, 4X and full screen display
Data Storage
Report Generation	Word format, with content selection guide
Temperature Measurement Objects	Measurement object configurations can be saved to a file and loaded from a file. Representative temperature data (for example: maximum temperature) for each object can be saved to a file.
Temperature Data Storage	Custom MGT format can be processed with offline analysis software, CSV format can be viewed in Excel.
Temperature Data Stream Storage	Custom MGS format ,and maximum size can be limited.
Temperature Data Stream Playback	Playback with timestamps; Adjustable playback speed, freeze, loop playback; Image processing can be performed during playback, and super-resolution images can be output.
Infrared Image Storage	BMP or JPG format, with optional marking information
Video Storage	MPEG compression, with optional user marking information
Operation Log	Automatic recording and saving
Network Connection
Data Interface	1000M Ethernet, RJ45 interface
Low-level Protocol	TCP, UDP, IP, DHCP, ARP, ICMP, IGMP, etc.
Application Layer Protocol	RTP, RTCP, RTSP, ONVIF, FTP, Modbus TCP, GigE Vision, SIP(GB28181), etc.
Environmental Parameters
Operating Temperature	-10~60℃, refer to the section “MW320(640) Temperature Measurement Ranges.”
Storage Temperature	-40~80℃
Humidity	≤85% (non-condensing)
Protection Level	IP54
Shock	25G, IEC68-2-29
Vibration	2G, IEC68-2-6
Electromagnetic Compatibility	Complies with CE/FCC standards
Electrical Interface
Temperature Data	100M Ethernet, RJ45 interface
Analog Video	Optional: PAL format or with temperature measurement area display
Serial Port	RS485, can control PTZ (pan-tilt-zoom)
I/O	Inputs for FFC trigger, image capture trigger, detection trigger, outputs for alarm indication etc.,
Power Supply	DC 12V, POE module is optional
Power Consumption	2.5W
Other
Dimensions	47(L)x45(W)x43(H)(without lens)
Weight	100g (without lens)
Mounting Interface	M3 threaded interface, equipped with a tripod adapter.

Temperature rating for “MW320(640) Temperature Measurement”

Temperature Measurement Range	NETD	Temperature Measurement Accuracy	Ambient Temperature	Mark
300~1000℃	<300mk@500℃	±2℃ or ±2%	-10~50℃	Standard
500~1600℃	<500mk@500℃	±2℃ or ±2%	-10~50℃	High Temperature Type
600~2300℃	<500mk@1000℃	±2℃ or ±2%	-10~50℃	High Temperature Type