TEMPSENS · SRU FO
SRU FO
Temperature range: 350°C to 2000°C
Price on request
Details
TEMPSENS · 450 G2
450 G2 IR Pyrometer
Temperature range: 600°C to 1800°C
Category: Industrial sensors · Infrared pyrometers
Specifications by model
| Characteristic | Value |
|---|---|
| Plage de température | 600°C to 1800°C |
| Domaine spectral | 1.0 µm |
| Type de photodétecteur | Si |
| Rapport distance / diamètre de visée | 100:1 (Min Spot Size 11mm) |
| Émissivité | 0.05…..1.0 adjustable via DIP switch |
| Temps de réponse | 250 msec adjustable upto 10 sec |
| Tolérance | ± 0.3% of measured value or ± 3°C whichever is greater |
| Répétabilité | ± 0.2% of reading in °C + 1°C |
| Sortie analogique | 4 - 20mA |
| Sortie numérique | USB 2.0 |
| Température de fonctionnement | Pyrometer 0°C….70°C Optical head and Fibre Optic max 250°C |
| Alimentation | 24 V DC |
| Poids | 500g 112.5mmx82.5mmx33mm(L x W x H) |
Full description
450 G-2 is specially designed highly accurate digital IR Fibre Optic pyrometer which provides high performance and low maintenance of non contact temperature measurement of molten glass in Glass industries for melting tank, Fore hearth, Feeder and Working end.The rugged fiber optic cable is designed to withstand high ambient temperature in glass industry without water cooling. Emissivity, Subrange, Response time can be preset ex-works or adjusted through software. This enables the instruments to be adapted to various measuring tasks. 450-G2 IR Pyrometer has solid stainless steel housing which provides high operational safety in rough industrial environments. The particular IR Pyrometer model has small optical head which makes it easier to reach harshest of locations
• Two Wire Designed IR Pyrometer with fibre Optics
• Temperature measurement from 600°C...1800°C
• Spectral range 1.0 μm
• Analog Output 4-20mA
• USB 2.0 Digital output
• Highly accurate 0.3% of measured value
• Fast response time of 250 msec
• Fibre optic withstand ambient temperature up to 250°C
• Very good stability
• User friendly PC software
