The term 'infrared' originates from 'infrared', which means beyond the red color and indicates the position of the thermal imager (3 images) in the electromagnetic radiation spectrum. The term 'infrared' originates from 'infrared', which means beyond the red color and indicates the position of the thermal imager (3 images) in the electromagnetic radiation spectrum.
This is an online high-temperature temperature measurement infrared thermal imager with a compact structure, fully sealed design, dust-proof and waterproof, anti electromagnetic interference, and real-time display of target working conditions. It is the preferred product for high-temperature online monitoring in the metallurgical and steel industry. Through the Z3C online high-temperature infrared thermal imaging system, equipment can be detected early, ensuring safe production operation, optimizing process flow, improving product quality, extending equipment service life, and reducing enterprise energy consumption.
Diagnose issues such as erosion and ablation of metallurgical furnace lining, damage to torpedo tank lining, and damage to ladle and ladle lining;
Can monitor the quality of blast furnace molten steel, iron, steel billets, steel plates, and other related issues;
Quality control can be carried out for processes such as slag discharge from the large bag water outlet to improve product output and quality;
Equipped with advanced infrared analysis software for real-time analysis of high-temperature targets and generation of reports.
| Z30G/Z60GOnline high-temperature infrared thermal imager | |
| detector | |
| detector type | Uncooled focal plane |
| wavelength range | 8~14μm |
| pixel count | 384×288/640×480 |
| pixel dimensions | 17μm |
| frame rate | 50Hz |
| Temperature measurement performance and image performance | |
| Temperature measurement range | 0℃-1500℃ |
| Temperature measurement accuracy | 2℃ or 2% |
| Thermal sensitivity (NETD) | <100 mK |
| field of view | 9.4°×7.1° |
| angular resolution | 0.43mard |
| Clear imaging range | 0.3m~∞ |
| Temperature measurement mode | Supports multiple temperature measurement modes such as global high and low temperature tracking, global average temperature, point, line, rectangle, circle, ellipse, polygon, etc., and can add up to 20 temperature measurement objects. All temperature measuring objects can independently set alarm threshold ranges, sampling periods, and draw historical temperature curve graphs |
| High and low temperature alarm | Control the sound and light alarm on the control end, record the logs, and automatically store temperature data and image snapshots when the alarm is triggered. Camera end alarm output level indication |
| Electronic focal length | 2X、 4X、 full screen |
| data storage | |
| Report Generation | WordFormat with content selection guide |
| Temperature data stream playback | Playback with timestamp, adjustable playback speed, freeze, loop playback, image processing during playback, and output of super-resolution images |
| operation log | Automatic recording, automatic saving |
| network connection | |
| data interface | 100MEthernet, supporting protocols such as TCP, UDP, IP, DHCP, ARP, ICMP, etc |
| IPallocate | Dynamic IP and static IP, integrated with DHCP Server on the control end |
| environmental parameters | |
| Operating Temperature | -30~60℃ |
| Storage temperature | -40~80℃ |
| Shell protection | IP54 |
| electrical interface | |
| serial port | RS232, can forward pan tilt control instructions |
| PTZ control | The gimbal can be controlled through the computer serial port or camera serial port, with built-in PELCO-D/P protocol verification |
| power supply | Power adapter input AC 100~240V, output DC 12V/1.25A, using self-locking aviation plug |
| power consumption | 2.0W |
| physical properties | |
| size | 150mm(L)×64mm(W)×62mm(H) |
| weight | 0.58kg(Excluding lens) |
| Installation interface | 1/4-20 Standard tripod interface |
