DPG-Series Inclinometer – Position Sensor

  DPG-Series Inclinometer – Position Sensor Description: The DPG Series dual axis conductive inclinometer in aluminium housing offers the user modern microprocessor technology, with an integrated active linearization and temperature compensation. This inclinometer is full calibrated, easy to mount and absolute plug and play compatible. Features: Robust IP67/68 housing High […]

 

DPG-Series Inclinometer – Position Sensor

Description: The DPG Series dual axis conductive inclinometer in aluminium housing offers the user modern microprocessor technology, with an integrated active linearization and temperature compensation. This inclinometer is full calibrated, easy to mount and absolute plug and play compatible.

Features:

  • Robust IP67/68 housing
  • High accuracy
  • High resolution
  • Temperature compensated
  • High output data transfer
  • Cable integrated
  • Programmable digital filtering to minimize influences from shock and vibration

 

Conditions Min               Type             Max Unit
Measurement range

-5/-10/ -15/ -30 5/ 10/ 15/ 30

°
Resolution

  0.001

°
Accuracy 1 (absolute) Ta = 0°…50°C 0.06/ 0.09/ 0.2/ 0.5 °
Accuracy 2 (absolute) Ta = -40°C … 85°C

0.12/ 0.15/ 0.25/ 0.8

°
Offset temperature drift error Ta = -25°C… 75°C 0.05 °
Ta = -40°C… 85°C 0.1 °
Noise RMS 0.003 °
Output rate, programmable RS 232 0.5                10                25 Hz
Baud rate, programmable RS 232 9.6 kB
Output voltage signal analogue 0.3                                    4.7 V
Current consumption 20 mA
Power supply 7                                        30 VDC
Operation temperature range -40                                     85 °C
Storage temperature range -40                                     85 °C
Weight 280 g
Cable, pigtail 1000 mm
Dimensions W x D x H 84 x 70 x 31 mm

 

Dimensions W x D x H

84 x 70 x 31

mm
Accuracy 1 (absolute) Ta = 0°…50°C 0.06/ 0.09/ 0.2/ 0.5 °
Accuracy 2 (absolute) Ta = -40°C … 85°C

0.12/ 0.15/ 0.25/ 0.8

°
Offset temperature drift error Ta = -25°C… 75°C 0.05 °
Ta = -40°C… 85°C 0.1 °