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IRAYPLE L5087CT370 Color-HDR/Auto-White-Balance Ind-Color-Image-Module High-Accuracy-Wide-Temp

IRAYPLE L5087CT370 Color-HDR/Auto-White-Balance Ind-Color-Image-Module High-Accuracy-Wide-Temp

MOQ: 1
Cena £: negotiable
standardowe opakowanie: 50*50*50mm
Okres dostawy: 3-7
Metoda płatności: T/T
Wydajność dostaw: 1 szt. w magazynie
Szczegółowe informacje
Miejsce pochodzenia
Chiny
Nazwa handlowa
IRAYPLE
Orzecznictwo
3C
Numer modelu
L5087CT370
Protokół komunikacyjny:
Modbus TCP/IP, Ethernet/IP, Profibus
Stan:
100% oryginału
Temperatura pracy:
-20 ° C ~ 70 ° C.
Zgodność:
Obsługuje główne marki sterowników PLC, w tym Siemens, Allen-Bradley, Mitsubishi
Struktura topologiczna:
Typ autobusu, typ gwiazdy
Wyjście:
Kontrolowane, izolowane napięcie DC
Typ:
Moduł wejść/wyjść
Pakiet:
Oryginalne pudełko papierowe
Opis produktu

Product Overview and Key Specifications

 

The IRAYPLE L5087CT370 is a high-performance, compact uncooled infrared camera core module engineered for integration into demanding, space-constrained industrial and embedded vision systems. It features a high-speed digital video interface, such as USB 3.0 or a similar industry-standard connection, providing rapid data transfer for real-time thermal imaging. The core delivers detailed thermal imagery with a high native resolution and excellent thermal sensitivity, characterized by a low Noise Equivalent Temperature Difference (NETD) for accurate temperature measurement. A key component is its integrated thermoelectric cooler (TEC), which ensures precise and stable detector temperature control, critical for maintaining long-term measurement consistency and accuracy. The module incorporates a comprehensive suite of on-board Image Signal Processing (ISP) functions for real-time image optimization and supports versatile operational modes including software, hardware, and free-run triggering. It is designed for reliable operation in industrial environments and complies with relevant vision standards and international certifications.

 

Primary Applications and Functional Advantages

 

This thermal imaging core is designed for advanced industrial automation applications where a compact form factor, high precision, and reliable data are paramount. Typical uses include precision robotic guidance, in-line automated optical inspection (AOI) in electronics manufacturing, scientific instrumentation, and embedded systems for predictive maintenance. Its primary advantages are the combination of a compact design, integrated temperature stabilization via TEC, and powerful onboard ISP. The TEC ensures superior image stability and measurement repeatability by minimizing thermal drift, while the ISP engine performs critical corrections—such as non-uniformity correction (NUC), flat-field correction (FFC), and noise reduction—delivering calibrated, analysis-ready video streams directly from the module. This reduces processing latency and host computer load. Functionally, it enables precise non-contact temperature measurement, detailed thermal profiling, and automated defect detection. As a complete, intelligent sensor node, it is engineered for straightforward OEM integration into sophisticated automation and Industrial IoT (IIoT) platforms, enhancing system intelligence and operational reliability.

 

 

Product Specifications: L5087CT370

 
 
Parameter Category Specification Details
Model L5087CT370 / L5087CT370E
Series L Series Line Scan Camera
Sensor 8K CMOS, Global Shutter
Resolution 8192 × 3 (True RGB)
Color/Mono Color
Line Rate 48 kHz
Pixel Size 7 μm × 7 μm
Bit Depth 12 bit
Dynamic Range 63.3 dB
Signal-to-Noise Ratio 40 dB
Exposure Time 4 μs ~ 100 ms
Gain 1 ~ 32X
Image Formats RGB8
Data Interface 10GigE (10Gbps bandwidth)
Lens Mount M72
GPIO 4 differential inputs/outputs, 1 opto-isolated GPIO
Power Supply DC 12V ~ 24V (via 12-pin Hirose)
Power Consumption 14W
Dimensions 80 mm × 80 mm × 48.2 mm (excluding lens mount)
Weight 520 g
Operating Temp. 0℃ ~ +50℃
Storage Temp. -30℃ ~ +80℃
Compatibility GigE Vision V2.0, GenICam, CE, FCC, UL, RoHS
Features Gamma correction, LUT, FPN correction, ROI, X flip, CCM color correction, LSC correction, Spatial correction

 

 

 

Packaging & Shipping

 

IRAYPLE L5087CT370 Color-HDR/Auto-White-Balance Ind-Color-Image-Module High-Accuracy-Wide-Temp 0Company Information
Xiamen ZhiCheng Automation Technology Co., Ltdit is a leading global supplier of control system components. We specialize in control systems and drives.


With many years of experience in the industrial sector, we consistently deliver the highest quality of spare parts.which make sure that all this jobs are

 

perfectly.

 

IRAYPLE L5087CT370 Color-HDR/Auto-White-Balance Ind-Color-Image-Module High-Accuracy-Wide-Temp 0we are major in PLC,Sensors,HIM,Transmitters.


Best Supply Brands As Following:1)Bently nevada.2)+GF+.3)Rosemount.4)ABB.5)Allen-Bradley.6)Foxobro.Good working environment, perfect team, sincere cooperation →→ Achieve u and our success !!!

 

Znaków: 

Moduł PLC Ethernet,  

Moduł wyjść cyfrowych,  

Moduł sterowania telematycznego

produkty
szczegółowe informacje o produktach
IRAYPLE L5087CT370 Color-HDR/Auto-White-Balance Ind-Color-Image-Module High-Accuracy-Wide-Temp
MOQ: 1
Cena £: negotiable
standardowe opakowanie: 50*50*50mm
Okres dostawy: 3-7
Metoda płatności: T/T
Wydajność dostaw: 1 szt. w magazynie
Szczegółowe informacje
Miejsce pochodzenia
Chiny
Nazwa handlowa
IRAYPLE
Orzecznictwo
3C
Numer modelu
L5087CT370
Protokół komunikacyjny:
Modbus TCP/IP, Ethernet/IP, Profibus
Stan:
100% oryginału
Temperatura pracy:
-20 ° C ~ 70 ° C.
Zgodność:
Obsługuje główne marki sterowników PLC, w tym Siemens, Allen-Bradley, Mitsubishi
Struktura topologiczna:
Typ autobusu, typ gwiazdy
Wyjście:
Kontrolowane, izolowane napięcie DC
Typ:
Moduł wejść/wyjść
Pakiet:
Oryginalne pudełko papierowe
Minimalne zamówienie:
1
Cena:
negotiable
Szczegóły pakowania:
50*50*50mm
Czas dostawy:
3-7
Zasady płatności:
T/T
Możliwość Supply:
1 szt. w magazynie
Opis produktu

Product Overview and Key Specifications

 

The IRAYPLE L5087CT370 is a high-performance, compact uncooled infrared camera core module engineered for integration into demanding, space-constrained industrial and embedded vision systems. It features a high-speed digital video interface, such as USB 3.0 or a similar industry-standard connection, providing rapid data transfer for real-time thermal imaging. The core delivers detailed thermal imagery with a high native resolution and excellent thermal sensitivity, characterized by a low Noise Equivalent Temperature Difference (NETD) for accurate temperature measurement. A key component is its integrated thermoelectric cooler (TEC), which ensures precise and stable detector temperature control, critical for maintaining long-term measurement consistency and accuracy. The module incorporates a comprehensive suite of on-board Image Signal Processing (ISP) functions for real-time image optimization and supports versatile operational modes including software, hardware, and free-run triggering. It is designed for reliable operation in industrial environments and complies with relevant vision standards and international certifications.

 

Primary Applications and Functional Advantages

 

This thermal imaging core is designed for advanced industrial automation applications where a compact form factor, high precision, and reliable data are paramount. Typical uses include precision robotic guidance, in-line automated optical inspection (AOI) in electronics manufacturing, scientific instrumentation, and embedded systems for predictive maintenance. Its primary advantages are the combination of a compact design, integrated temperature stabilization via TEC, and powerful onboard ISP. The TEC ensures superior image stability and measurement repeatability by minimizing thermal drift, while the ISP engine performs critical corrections—such as non-uniformity correction (NUC), flat-field correction (FFC), and noise reduction—delivering calibrated, analysis-ready video streams directly from the module. This reduces processing latency and host computer load. Functionally, it enables precise non-contact temperature measurement, detailed thermal profiling, and automated defect detection. As a complete, intelligent sensor node, it is engineered for straightforward OEM integration into sophisticated automation and Industrial IoT (IIoT) platforms, enhancing system intelligence and operational reliability.

 

 

Product Specifications: L5087CT370

 
 
Parameter Category Specification Details
Model L5087CT370 / L5087CT370E
Series L Series Line Scan Camera
Sensor 8K CMOS, Global Shutter
Resolution 8192 × 3 (True RGB)
Color/Mono Color
Line Rate 48 kHz
Pixel Size 7 μm × 7 μm
Bit Depth 12 bit
Dynamic Range 63.3 dB
Signal-to-Noise Ratio 40 dB
Exposure Time 4 μs ~ 100 ms
Gain 1 ~ 32X
Image Formats RGB8
Data Interface 10GigE (10Gbps bandwidth)
Lens Mount M72
GPIO 4 differential inputs/outputs, 1 opto-isolated GPIO
Power Supply DC 12V ~ 24V (via 12-pin Hirose)
Power Consumption 14W
Dimensions 80 mm × 80 mm × 48.2 mm (excluding lens mount)
Weight 520 g
Operating Temp. 0℃ ~ +50℃
Storage Temp. -30℃ ~ +80℃
Compatibility GigE Vision V2.0, GenICam, CE, FCC, UL, RoHS
Features Gamma correction, LUT, FPN correction, ROI, X flip, CCM color correction, LSC correction, Spatial correction

 

 

 

Packaging & Shipping

 

IRAYPLE L5087CT370 Color-HDR/Auto-White-Balance Ind-Color-Image-Module High-Accuracy-Wide-Temp 0Company Information
Xiamen ZhiCheng Automation Technology Co., Ltdit is a leading global supplier of control system components. We specialize in control systems and drives.


With many years of experience in the industrial sector, we consistently deliver the highest quality of spare parts.which make sure that all this jobs are

 

perfectly.

 

IRAYPLE L5087CT370 Color-HDR/Auto-White-Balance Ind-Color-Image-Module High-Accuracy-Wide-Temp 0we are major in PLC,Sensors,HIM,Transmitters.


Best Supply Brands As Following:1)Bently nevada.2)+GF+.3)Rosemount.4)ABB.5)Allen-Bradley.6)Foxobro.Good working environment, perfect team, sincere cooperation →→ Achieve u and our success !!!

 

Znaków: 

Moduł PLC Ethernet,

Moduł wyjść cyfrowych,

Moduł sterowania telematycznego