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1280*1024/640*512 Cooled Thermal Core with 50-1100mm Continuous Zoom |
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MH MW-50-1100 thermal imager (hereinafter referred to as "MW-5--100") is integrated in various types of photoelectric systems. It is mainly used to complete infrared detection, identification, recognition and reconnaissance, intelligence gathering, targeting, etc. of targets at night or under bad weather conditions.
1 Requirements for functions and main technical indicators
1.1 Features
1) Manual focusing, which can read the current focal length value and provide a focal length value.
2) Manual zoom, can read the zoom value, and can provide the zoom value.
3) Automatic focusing.
4) Black hot/white hot polarity conversion.
5) Manually and automatically adjust brightness and contrast.
6) Bad pixel replacement.
7) NUC.
8) Adjustment of integration time.
9) Digital zoom: 2x, 4x.
1.2 Requirements for main technical indicators
1) Detector
Table 1 Detector indicators
Item |
indicators |
Response band |
3μm~5μm(nominal value) |
Array specifications |
1280×1024 |
Pixel size |
15μm |
NETD |
NETD≤25mk(@25℃) |
F-number |
5.5 |
Bad pixel rate |
≤0.5% |
Focal plane operating temperature |
≤82K(design guarantee) |
2) Optical system indicators
a) Electric continuous zoom lens. Focal length: 50~ 1100mm.
b) F-number:5.5
c) The parallelism between the optical axis and the installation base shall not
exceed 0.5mrad.
d) Minimum focal distortion ≤ 3% (design guarantee).
3) Start time
The startup time of the entire machine is ≤ 9 minutes (full temperature range).
4) Continuous working hours
The continuous working time of the entire machine shall not be less than 10 hours.
2 Size and weight
1) Overall dimensions ≤500mm×235mm×290mm(L×W×H).(Please refer to the attachment for details)
2) Weight:≤11.0kg。
3 Electrical interfaces and protocols
1) Power supply voltage: DC stabilized power supply 24V ± 2V, working current not exceeding 1.5A.
2) Analog video output: 1 channel PAL analog video.
3) Digital video output: 1 CameraLink, digital progressive scanning, frame rate ≥ 25 frames/second.
4) Communication interface and protocol: see Annex 1 for details.
5) Electrical interface definition: see Annex 2 for details.
4 Environmental adaptability
1) Operate temperature:-40℃~+60℃;
2) Storage temperature:-45℃~+70℃;
3) Vibration and shock: shock waveform: half sine wave; The duration of 15G is 3 times in each direction of the vertical, vertical, and horizontal axes (11ms ± 2ms).
5 Packaging requirements
Safety protection transport box.
Annex 1
Appendix Table 1 Data Format Sent by Upper Computer to Thermal Imager
Communication protocol: RS422, full duplex. Communication format: 1 bit start bit, 8 bits data bit, 1 bit stop bit, no parity check Baud rate: 38400b/s |
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No |
Command |
Description |
1 |
Sync Header 1 |
0xEB |
2 |
Sync Header 2 |
0x90 |
3 |
Command |
See Appendix Table 2 for details |
4 |
Backup(0) |
Zoom lens position, 8 bit low |
5 |
Backup(1) |
Zoom lens position, 8bit high |
6 |
Backup(2) |
0x00 |
7 |
Backup(3) |
0x00 |
8 |
Checksum |
3-7 byte checksum |
Appendix Table 2 Operation Command
No |
Command |
Description |
Code |
1 |
IR Focus + |
Focal position adjustment |
0x83 |
2 |
IR Focus - |
Focal position adjustment |
0x84 |
3 |
Auto Focus |
Auto Focus |
0x61 |
4 |
IR Large FOV |
Increase field of view |
0x85 |
5 |
IR Small FOV |
Reduce field of view |
0x86 |
6 |
IR Positive/Negative Polarity Switch |
Backup[0]=0(Cyclic switching polarity) Backup[0]=1(White hot) Backup[0]=2(Black hot) |
0x87 |
7 |
IR Integral Time + |
Increase integration time |
0x88 |
8 |
IR Integral Time - |
Reduced integration time |
0x89 |
9 |
Correction |
Non-uniformity correction |
0x8A |
10 |
E-zoom 2x ,4x |
Backup [0]=0 (cyclic switching electronic zoom coefficient) Backup [0]=1 (1x electronic zoom) Backup [0]=2 (2x electronic zoom) Backup [0]=4 (4x electronic zoom) |
0x8B |
11 |
IR Brightness and Contrast Manual Adjust |
Manual adjustment of brightness and contrast |
0x8C |
12 |
IR Brightness and Contrast Auto Adjust |
Automatic adjustment of brightness and contrast |
0x8D |
13 |
IR Brightness + |
Brightness increase |
0x8E |
14 |
IR Brightness - |
Brightness reduction |
0x8F |
15 |
IR Contrast + |
Contrast increase |
0x90 |
16 |
IR Contrast - |
Contrast reduction |
0x91 |
17 |
IR Edge Sharpen + |
Edge enhancement increase |
0x63 |
18 |
IR Edge Sharpen - |
Edge enhancement reduction |
0x65 |
19 |
IR Output Self-check Image |
When the thermal imager receives 0x94, the device outputs a self inspection image; When the thermal imager receives other control commands, the device outputs a normal image. |
0x94 |
20 |
Blind Filling |
Blind Filling |
0x02 |
21 |
Manual Blind Filling |
Manual Blind Filling |
0x20 |
22 |
Saving Data |
Saving Data |
0x21(Send 2 times in 10S) |
23 |
Cross on/off |
Cross on/off |
0x22 |
24 |
Cross H+ |
Cross H+ |
0x23 |
25 |
Cross H- |
Cross H- |
0x24 |
26 |
Cross V+ |
Cross V+ |
0x25 |
27 |
Cross V- |
Cross V- |
0x26 |
28 |
Reset Cross |
Reset Cross |
0x27 |
29 |
Background Correction |
Background Correction |
0x28 |
30 |
Lens Setting |
Zoom position setting Backup[0](Low 8bit) Backup[1](High 8bit) |
0x29 |
31 |
Focus Setting |
Focus position setting Backup[0](Low 8bit) Backup[1](High 8bit) |
0x2A |
32 |
Image Flip |
Backup [0]=0 (loop switching) Backup [0]=1 (normal image) Backup [0]=2 (Image flipping) |
0x2B |
Appendix Table 3 Data Format for Sending Thermal Imager to Upper Computer
No |
Command |
Description |
1 |
Sync Header 1 |
0xEB |
2 |
Sync Header 2 |
0x90 |
3 |
IR Lens Value |
Zoom lens position ,8bit low |
4 |
IR Lens Value |
Zoom lens position ,8bit high |
5 |
Status Bit |
Status bit, See Appendix Table 4 for details |
6 |
IR Focus Value |
Focus lens position ,8bit low |
7 |
IR Focus Value |
Focus lens position ,8bit high |
8 |
Checksum |
3-7 byte checksum |
Appendix Table 4 Status Bit
Bit No. |
Description |
D7 |
IR Status =0 Normal;= 1 Fault |
D6 |
Image Status =0 Normal Image;= 1 Test Image |
D5 |
Cooler Fault =0 Normal;= 1 Fault |
D4 |
Imager Self-check Status =0 Normal;= 1 Fault |
D3 |
Communication Status of Serial Port that receive in-done master control =0 Normal = 1 Fault |
D2 |
Temp Alarm =0 Normal = 1 Fault |
D1 |
XX |
D0 |
XX |
Annex 2
Thermal imager external connector model: J30V2-25TJ-L1. One set of
corresponding connectors should be provided for the entire machine.
Appendix Table 5 Definition of External Connectors for Thermal Imagers
Pin No. |
Definition |
Requirement |
1 、2 、12 |
VIN24V |
Twisted-pair |
3 、4 、13 |
GND 24V |
|
5 |
GND 3.3V RS422 |
|
6 |
RX0+ |
Twisted-pair |
7 |
RX0- |
|
8 |
TX0+ |
Twisted-pair |
9 |
TX0- |
|
10 |
PAL_GND |
|
11 |
PAL |
|
14 |
GND CAM |
|
15 |
GND CAM |
|
16 |
CLK+ |
Twisted-pair |
17 |
CLK- |
|
18 |
X3+ |
Twisted-pair |
19 |
X3- |
|
20 |
X2+ |
Twisted-pair |
21 |
X2- |
|
22 |
X1+ |
Twisted-pair |
23 |
X1- |
|
24 |
X0+ |
Twisted-pair |
25 |
X0- |
Different lens available:
China Manufacturer and Supplier of Nght Vision & Thermal Imaging Devices
Address: Zhangba Street ONE high-tech, Xi'an City,Shaanxi Province, PRC.
WhatsApp: + 86-18792456795
📞 Phone: 0086-29-89589035