All Products
-
JohnI am impressed with the camera and the pictures you took look very impressive.
-
MichaelI am impressed with the camera and the pictures you took look very impressive.
-
TomI am impressed with the camera and the pictures you took look very impressive.
Contact Person :
Wendy
Phone Number :
+86 27 81298607
Keywords [ infrared thermal detector ] match 176 products.
Uncooled LWIR Infrared Thermal Detector 384x288/17μm FM317 with Metal Package
Resolution: | 384×288/17μm |
---|---|
Working Temperature: | -40~+85℃ |
Sensitive Material: | Vanadium Oxide |
FW612 Uncooled Infrared Thermal Detector 640×512/12μm For Firefight & Rescue
Resolution: | 640×512/12μm |
---|---|
Working Temperature: | -40~+85℃ |
Sensitive Material: | Vanadium Oxide |
Infrared Thermal Imaging Detector FC1212
Resolution: | 1280×1024/12μm |
---|---|
Max. Frame Rate: | 50Hz |
Sensitive Material: | Vanadium Oxide |
Uncooled IR Thermal Detector 12μm 640x512 FM612 With Precision Thermal Image
Resolution: | 640×512/12μm |
---|---|
Package: | Metal Package |
Working Temperature: | -40~+85℃ |
Uncooled IR Thermal Detector 640x512/12μm FW612 For Firefight And Rescue
Resolution: | 640×512/12μm |
---|---|
Working Temperature: | -40~+85℃ |
Sensitive Material: | Vanadium Oxide |
P615Z-RC2 Cooled Infrared Thermal AD Module 640×512/15μm
Resolution: | 640×512/15μm |
---|---|
Spectral Response: | 3.7μm±0.2μm~4.8μm±0.2μm |
Frame Rate: | 1~120Hz |
P615Z-RC1 Cooled Infrared Thermal AD Module 640×512/15μm
Resolution: | 640×512/15μm |
---|---|
Spectral Response: | 3.7μm±0.2μm~4.8μm±0.2μm |
Frame Rate: | 1~50Hz |
MIN612 Infrared Thermal Camera Uncooled Core 640×512/12μm for Secondary Development
Resolution: | 640×512/12μm |
---|---|
Spectral Response: | 8~14μm |
Frame Rate: | 25/30Hz |
FLEXB612 Uncooled Infrared Thermal Camera Core
Resolution: | 640×512/12μm |
---|---|
Spectral Response: | 8~14μm |
Frame Rate: | 25/30Hz |
P330Z Cooled Infrared Thermal AD Module 330×256/30μm NETD ≤9mK
Frame Rate: | 1~200Hz |
---|---|
NETD: | ≤9mK |
Resolution: | 330×256/30μm |