Portable Reference Source – 350 to 1150 °C/650 to 2000 °F
R1200P – portable furnace – 350 to 1150 °C/650 to 2000 °F
LANDCAL R1200P is a high stability portable, blackbody reference standard source. R1200P can be used for both on-site or laboratory calibration of a range of short wavelength thermometers, such as System 4 and Fibroptic radiation thermometers.
The LANDCAL R1200P is a high stability, blackbody, reference source designed for calibration of infrared radiation thermometers at temperatures up to 1200°C/2200°F.
It is completely portable and self-contained, with built-in 3-term controller and separate digital temperature indicator, giving ±1°C/2°F resolution.
The R1200P can be used for both on-site or in-laboratory calibration of LAND fixed system and Fibroptic short wavelength radiation thermometers. A calibration certificate can also be supplied as an optional extra where traceability is required.
An angle bracket is mounted on the front of the furnace to aid alignment of the thermometers into the cavity.
A robust carrying case is also available as an optional extra.
Temperatures | |||
---|---|---|---|
Low Temperature (C): | 350 | High Temperature (C): | 1200 |
Low Temperature (F): | 662 | High Temperature (F): | 2192 |
Technical Details
Maximum temperature: | 1200 °C/2200 °F |
Recommended temp.: | 350 to 1150 °C/650 to 2100 °F |
Heating rate: | 25 min to 1150 °C/2100 °F |
Radiation cavity Type: Dimensions: | Heat resisting steel (Kanthal APM), 120 ° cone 55mm/2.2in dia. x 110mm/4.3in |
External aperture: | 30mm/1.2in dia |
Emissivity: | >0.98 at short wavelengths |
Controller: | Eurotherm with RS232C serial interface |
Indicator: | Eurotherm |
Power requirement: | Dual voltage 115V or 230V a.c., 50 to 60Hz selectable |
Power consumption: | 1.1kVA |
Oveall dimensions: | 200 x 300 x 340mm/7.9 x 11.8 x 13.4in (L x W x H) |
Weight: | 8.8kg/19.5lb |
Uncertainty (400 to 1100 °C): | ±3K/6°F (with traceable certificate) |
Application
- Fully portable for on-site calibration
Resource & Download
Extensive product details, explanations and photos | Download File (753 KB) |
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