Attribute | Specification |
---|---|
Thermal Module | Vanadium Oxide Uncooled Focal Plane Arrays |
Max. Resolution | 640×512 |
Pixel Pitch | 12μm |
Spectral Range | 8 ~ 14μm |
NETD | ≤40mk (@25°C, F#=1.0, 25Hz) |
Focal Length | 9.1mm/13mm/19mm/25mm |
Field of View | 48°×38° to 17°×14° |
Feature | Details |
---|---|
Image Sensor | 1/2.8” 5MP CMOS |
Resolution | 2560×1920 |
Low Illuminator | 0.005Lux |
IR Distance | Up to 40m |
Protection Level | IP67 |
IR cameras are manufactured using a precise process that involves the careful assembly of components to ensure optimal performance. According to authoritative sources, the process begins with the fabrication of the thermal sensor using vanadium oxide uncooled focal plane arrays, known for their sensitivity and precision. The optical elements are then calibrated, ensuring that the camera can effectively capture images across the specified spectral range. Quality control is stringent, with each camera undergoing rigorous testing to meet international standards. The entire process focuses on maximizing efficiency and enhancing the device's ability to function in various environmental conditions.
IR cameras have diverse applications in modern technology, as outlined in several studies. In security and surveillance, they are indispensable for night-time operations and areas with low visibility, providing reliable monitoring capabilities. In industrial settings, IR cameras are crucial for predictive maintenance; their ability to detect overheating components can prevent equipment failure and save resources. They are equally valuable in medical diagnostics, where non-invasive temperature measurement is vital for patient care. Environmental monitoring also benefits from IR technology, allowing for the safe observation of phenomena like wildfires or volcanic activity, minimizing risks to human life.
There is no picture description for this product
Target: Human size is 1.8m×0.5m (Critical size is 0.75m), Vehicle size is 1.4m×4.0m (Critical size is 2.3m).
The target detection, recognition and identification distances are calculated according to Johnson’s Criteria.
The recommended distances of Detection, Recognition and Identification are as follows:
Lens |
Detect |
Recognize |
Identify |
|||
Vehicle |
Human |
Vehicle |
Human |
Vehicle |
Human |
|
9.1mm |
1163m (3816ft) |
379m (1243ft) |
291m (955ft) |
95m (312ft) |
145m (476ft) |
47m (154ft) |
13mm |
1661m (5449ft) |
542m (1778ft) |
415m (1362ft) |
135m (443ft) |
208m (682ft) |
68m (223ft) |
19mm |
2428m (7966ft) |
792m (2598ft) |
607m (1991ft) |
198m (650ft) |
303m (994ft) |
99m (325ft) |
25mm |
3194m (10479ft) |
1042m (3419ft) |
799m (2621ft) |
260m (853ft) |
399m (1309ft) |
130m (427ft) |
SG-BC065-9(13,19,25)T is the most cost-effective EO IR thermal bullet IP camera.
The thermal core is the latest generation 12um VOx 640×512, which has much better performace video quality and video details. With image interpolation algorithm, the video stream can support 25/30fps @ SXGA(1280×1024), XVGA(1024×768). There are 4 types Lens for optional to fit different distance security, from 9mm with 1163m (3816ft) to 25mm with 3194m (10479ft) vehicle detection distance.
It can support Fire Detection and Temperature Measurement function by default, fire warning by thermal imaging can prevent greater losses after fire spreading.
The visible module is 1/2.8″ 5MP sensor, with 4mm, 6mm & 12mm Lens, to fit thermal camera’s different Lens angle. It supports. max 40m for IR distance, to get better performace for visible night picture.
EO&IR camera can display clearly in different weather conditions such as foggy weather, rainy weather and darkness, which ensures target detecting and helps the security system to monitor key targets in real time.
The camera’s DSP is using non-hisilicon brand, which can be used in all NDAA COMPLIANT projects.
SG-BC065-9(13,19,25)T can be widely using in most of thermal securty systems, such as intelligent tracffic, safe city, public security, energy manufacturing, oil/gas station, forest fire prevention.
Leave Your Message