Dry-block calibrators ATC-650 A/B - Europascal GmbH
Dry-block calibrators ATC-650 A/B - Europascal GmbH
Dry-block calibrators ATC-650 A/B - Europascal GmbH
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Pressure • Temperature • Flow<br />
europascal <strong>GmbH</strong> DKD – German Calibration Service *)<br />
Figure: Model B<br />
<strong>Dry</strong>-<strong>block</strong> <strong>calibrators</strong><br />
<strong>ATC</strong>-<strong>650</strong> A/B<br />
• Temperature range: 33 °C to <strong>650</strong> °C<br />
• Enhanced stability (MVI) and high accuracy<br />
• Improved temperature homogeneity: 0.05°<br />
• Unique dual-zone <strong>block</strong><br />
• Automatical control via PC (RS 232)<br />
• Easy to use<br />
Last update: 16.10.2009 *) pressure measures<br />
Kirchstraße 42 Phone: + 49 (0) 6182 / 78 3000 service@europascal.de<br />
63512 Hainburg Fax: + 49 (0) 6182 / 78 3005 http://www.europascal.de
Pressure • Temperature • Flow<br />
europascal <strong>GmbH</strong> DKD – German Calibration Service *)<br />
Specifications<br />
Temperature range: 33 °C to <strong>650</strong> °C<br />
Stability: ±0.03 °C<br />
Time to stability (approximate): 10 minutes<br />
Radial homogenity (difference between holes): 0.05 °C<br />
Accuracy (model B) with external sensor: ±0.11 °C<br />
Accuracy (model A+B) with internal sensor: ±0.39 °C<br />
Heating time: 50 to 320 °C 10 minutes<br />
50 to <strong>650</strong> °C 27 minutes<br />
Cooling time: <strong>650</strong> to 100 °C 43 minutes<br />
100 to 50 °C 25 minutes<br />
Immersion depth: 150 mm<br />
Resolution (user selectable): 1 °C or 0.1°C or 0.01°C<br />
Interface: RS232<br />
Instrument weight: 12.1 Kg<br />
Instrument dimensions (L x W x H): 352 x 156 x 360 mm<br />
MVI – Improved temperature stability MVI stands for „Mains power Variance Immunity”<br />
MVI – Improved temperature stability<br />
Dual-zone heating <strong>block</strong><br />
Unstable mains power supplies are a major<br />
contributor to on-site calibration inaccuracies.<br />
Traditional temperature <strong>calibrators</strong> often become<br />
unstable in production environments where large<br />
electrical motors, heating elements, and other<br />
devices are periodically cycled on or off. The<br />
cycling of supply power can cause the<br />
temperature regulator to perform inconsistently<br />
leading to both inaccurate readings and unstable<br />
temperatures.<br />
The specialized <strong>block</strong> design increases the<br />
temperature homogeneity in the critical<br />
calibration zone. It also minimizes the need to<br />
insulate the sensor-under-test and makes it<br />
possible to calibrate liquid-filled and other<br />
mechanical sensors.<br />
The main, or lower, zone ensures optimum heat<br />
dissipation throughout the entire <strong>block</strong>. The<br />
secondary, or upper, zone compensates for the<br />
heat loss from the top of the <strong>block</strong> and from the<br />
sensor-under-test<br />
Last update: 16.10.2009 This document is subject to change without notice *) pressure measures<br />
Kirchstraße 42 Phone: + 49 (0) 6182 / 78 3000 service@europascal.de<br />
63512 Hainburg Fax: + 49 (0) 6182 / 78 3005 http://www.europascal.de