Mô tả sản phẩm: Documenting Portable Ir Thermometers AOIP IRtec P series
The seris of IRtec P infrared thermometers are specifically designed for maintenance and verification of high temperature processes where the target is located in an area difficult to reach or where the contact between the target material and the measuring instrument might result in damages onto each other.
| IRtec P500+ | IRtec P1000+ | IRtec P1300+ | IRtec P1600+ | IRtec P2000+ | |
|
Temperature range |
-30 to 1000°C |
-30 to 1200°C |
200 to 1300°C |
600 to 1600°C |
500 to 2000°C |
|
Spectral response |
8-14 µm |
8-14 µm |
1.6 µm |
0.9 µm |
0.9 µm |
| Emissivity | Adjustable from 0.10 to 1.00 | ||||
| Accuracy | 0.75 % RDG or 0.75°C | 0.25 % RDG | |||
| Stability | 0.01 % FS/°C outside 18 / 28°C | ||||
| Repeatability | 0.5 % RDG or 0.5°C | 0.1% RDG | |||
|
Diameter @ distance |
SF 10 mm @ 1 m |
SF 7.2 mm @ 1 m |
SF 6 mm @ 1 m |
SF 5 mm @ 1 m |
SF 5 mm @ 1 m |
|
TF 10 mm @ 600 mm |
LD 72 mm @ 10 m |
LD 60 mm @ 10 m |
|
LD 50 mm @ 10 m |
|
|
D:S (Optics) |
SF 95:1 TF 60:1 |
140:1 |
170:1 |
200:1 |
200:1 |
| TTS dual spot laser - True Target Size |
| Every model of IRtec P series is equipped in standard with a TTS dual spot laser, True Target Size. This dual laser pointer system shows the true size of the target being measured at different distances, which prevents from measuring temperature outside of the target.. |
| This unique and innovative system goes beyond the limits of the former crossed laser pointer based system. TTS dual laser guarantes the correct area diameter is being measured all along the optical path. |
| How to shoot a target correctly |
| The infrared thermometer is well positioned to measure Target 1 temperature because the two laser points are on the target, i.e. make a smaller diameter than the target. For Target 2, placed at 3000 mm, the thermometer has a measurement spot of 82 mm. One laser point reaches Target 2 but the second one does not. It means the thermometer measures not only Target 2 temperature but also its surroundings which totally affects the measurement. |
