Globe thermometer for measuring the radiant temperature
Wet temperature
Accurate temperature measurements (0.1°C) , 4-wires technologiy for long distance sensor cable
- TEL : +66 2779 8855
- E-MAIL : info@entechsi.com
Menu
Globe thermometer for measuring the radiant temperature
The standard globe thermometer consists of a black-painted copper sphere with a diameter of 150 mm and a thickness of 0.4 mm. It contains a thermometer with its bulb at the center of the sphere. This sensor is described in the ISO7726 standard. Main scope of the radiant temperature measurement in meteorological applications is the possibility of estimate the Mean Radiant Temperature (Tmrt) which is one of the most important meteorological parameters governing human energy balance and the thermal comfort of man in micrometeorological measurements.
• Accurate temperature measurement (0,1°C)
• Design made in compliance to ISO7726 standard High absorbtion paint on the copper globe (>0,98)
• P66 protection rate
• Availability of extrnal converters for 4-20 mA e Mod-bus-RTU outputs
• In-house ISO17025 calibration laboratory
| Order numb. | DMA131 | |
| Temperature | Sensitive element | Pt100 DIN-A (Class A EN60751) |
| Type | RTD 4 wires | |
| Range | -50÷70°C | |
| Accuracy | 0,15°C (@0°C) | |
| Output | Pt100 DIN-IEC 751 table (EN 60751) | |
| Response time | 20 min | |
| Operative temperature | -40÷80°C | |
| Material | Copper | |
| Cable | L=5 m | |
| Power consumption | None | |
| Design | ISO7726 | |
| Protection | IP66 | |
| Data logger compatibility | M-Log (ELO008) R-Log (ELR515) E-Log A-Log |
|
Accurate temperature measurements (0.1°C) , 4-wires technologiy for long distance sensor cable
LSI Lastem has a wide range of models to cover any need for meteorological … First Class pyranometers. Pyranometers with 5% total daily accuracy (ISO9060)
E-Log, equipped with specific inputs for a wide range of sensors and calculations of derived quantities, has been designed for environmental applications even in extreme conditions
These sensors are classified as ISO 9060 Secondary Standard. With a total daily uncertainty of only 2% within 0…180° field of view, fast response time,