High-Temperature Monitoring × Explosion Protection × AI Vision × Industrial Systems IntegrationYour B2B Solutions Partner
MITSULITECHNOLOGY
B2B PRODUCT / SOLUTION

Thermal Imaging for Extreme Temperatures

Assess the implementation requirements and next steps for thermal imaging in extreme-temperature applications.

High-Temperature Furnace-Wall Camera and Pinhole LensFurnace Camera and Lens

MIT7300-TXN
MIT7300-TXN high-temperature furnace-wall camera and feature diagram
Key Features

3.21 MP progressive-scan CMOS sensor; 3-megapixel imaging (source sensor format: 1 2/8-inch; confirm with manufacturer)

Maximum 30 fps at 3 MP (2048 × 1536)

Triple stream (H.264, M-JPEG)

WDR (>100dB), Dynamic adjusting

Onboard recording to microSD / SDHC card

ONVIF (Profile S) standard

Actual high-temperature in-furnace camera image
Camera
Image Sensor 1/2.8” 3.21M Progressive Scan CMOS
Lens 2.8~20mm optional
Min. Illumination Color: 0.05 lux, B&W: 0.0005 lux
Video
Streaming Triple Streaming
Compression H.264, M-JPEG
Resolution 2048x1536, 1920x1080, 1280x720, 704x480,
640x352, 320x176, 160x96
Max. Frame Rate 30fps, 25fps
Bit Rate Control VBR, CBR (H.264 only, 32K~12Mbps)
Frequency Control 60hz, 50hz
Buffer Max. 5.6Mbyte pre/post alarm buffer
Privacy Masking 8 privacy zone
Motion Detection On (144 block selection), Off
Enhancement WDR (1~50, Off)
Day & Night TDN (Auto, B&W, Off)
White Balance Auto
Noise Filter 2DNR (On, Off), 3DNR (On, Off)
Image Adjustment Hue, Saturation, Brightness, Contrast
Sharpness Level 0~5
Automatic Gain Control Level 1~120
Shutter Speed Auto, Manual (1/30~1/24000)
Sense-up Level 0~5
Flip Vertical (On, Off), Horizontal (On, Off)
PTZ -
Interface
Video Out 1 analog out
Audio In/Out 2 way (1 in, 1 out)
Audio Compression G.711, AAC
Alarm In/Out 1 DI, 1 DO
Serial Port RS-232C, RS-485
Peripherals 1 USB 2.0
Memory Slot 1 Micro SD/SDHC
Hardware
System 32bit Embedded Linux, 256Mbyte SDRAM,
128Mbyte NAND Flash
Approvals KC/FCC/CE, RoHS
Working Condition <350°C

At a Glance

Operating Environment

High-temperature, hazardous, dusty or continuous-process environments requiring remote visual monitoring.

Key Benefits

Improve process visibility, reduce personnel exposure and relay anomaly information to the monitoring center.

Integration Options

Networks, alarms, thermal imaging, AI vision and centralized monitoring can be configured to suit project requirements.

Engineering Requirements

Requirement Information to Provide
Operating Temperature Normal and maximum temperatures, and measurement locations
Installation Location Inside the furnace, at the furnace wall, outside equipment, on piping or elsewhere
Imaging Requirements Visible-light color, thermal, fixed, pan-tilt, 360° or mobile imaging
Communications Ethernet, 4G / Wi-Fi or integration with an existing monitoring system
Certification Requirements Explosion protection, ingress protection or other site-specific requirements

Next Steps

Describe Your Site ConditionsNo model selection required
Initial Engineering ReviewConfirm the appropriate system architecture
Solution & QuotationRecommendations based on specifications
Project ImplementationInstallation, testing and integration

Need Help Selecting a Solution?

Share the operating temperature, viewing distance, site photos, equipment application and requirements for an initial assessment.

Request an Engineering Assessment