HTDR-1001
HTDR-1001
The tool uses graduation beam with constant cross section, which is loaded by the pure bending scheme.
The beam deflection meter is positioned on the beam independently from the power unit of the tool. The tool provides reproducing of deformation from 0 to 3000 ppm of relative strain at temperatures up to 800°C or 1000°C, depending on the material of the graduation beam. Special positioning system of the beam deflection meter has a precise vertical guide.
Thanks to this guide, it ensures measurements reproducibility whilst the meter is lifted up between measurements to minimize thermal impact from the heated beam, and then installed back on the beam. The movable measuring system is balanced to minimize the force effect on the beam.
Heating of the beam is carried out by passing electrical current through it. Regulation of the set temperature is done by electronic PID regulator, based on the signal from the thermocouple, installed on the beam.
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Technical parameters
|
Parameter name |
Value |
|
Relative deformation measuring range, ppm |
From -3000 to -100 and from +100 to +3000 |
|
Limit of maximum deviation of relative deformation measurement, by subranges, ppm: -499 to -100 and +100 to +499 ppm |
[8+0.004ε+0.05·Т]* ±[8+0.004ε+0.007·Т] |
|
Temporal instability of deformation maintenance, ppm |
< 1 |
|
Nominal dimensions of graduation beam, LxWxH, mm |
600x12x6 |
|
Deflection meter base length, mm |
200 |
|
Nominal deflection of the beam at 200 mm base length, mm |
6.0 |
|
Operating temperature range of the beam, °C |
+15 to +1000 |
|
Overall dimensions of the device, LxWxH, mm |
330x600x560 |
|
Net weight, max., kg |
12.0 |
|
Power supply parameters: Nominal voltage, VAC Frequency, Hz Power consumption, max., kVA |
220 50 8.0 |
|
Operating conditions: Environment temperature, °C Relative humidity, % |
+15 to +35 50 to 80 |
