Catalogue acceleration and inclination sensors
www.dis-sensors.nl
print switch display
Page / 3
Dewit Industrial Sensors DIS - 2856, 208896, 2846
/ 3
See other catalogues for Dewit Industrial Sensors DIS
Text version of the page

QUADRO-G

®

Measurement of vibration, acceleration and inclination Measuring ranges from 0…0,5G to 0…12G Inclination ranges: -30 The Quadro-G is a capacitor based sensor for measurement of vibration, acceleration or inclination. It has a round sensing head and is mounted in a compact square polycarbonate housing with a well secured cable or connector. Thanks to its right-angled sides, it has a very high rigidity. The vulnerable electronics is mounted in a flexible filling compound. As a result, the sensor is highly resilient to shock and vibration. The Quadro-G sensor can be customized to your specific requirements. Options are: APPL ICATIONS
- Acceleration measurement - Inclination measurement - Motion measurement - Vibration measurement - Condition monitoring - Position control FEATURES
Broad range of application areas Simply adjustable to your needs Very compact, simple mounting to + 30
o and -90
o to + 90
o On the spot self test function Specific output configuration (analog, voltage/ current, digital)
Reverse polarity protection Resilient to shock and vibration Led indication
Direct connection to PLC’s Specific cable or connector
Secure cable entry Self-test function
IP68 Adjustable switch levels Technical data
Functional Measuring ranges Acceleration : from 0…0,5G to 0…12G FSD (positive and negative) Inclination : -30 o to + 30 o and -90 o to + 90 o Measuring plane Horizontal or vertical (arrow is sensitivity axis) Sensitivity error +/- 3% Frequency response Range 0..0,5G: 6 ± 4 Hz Range 0..1,0G: 50 ± 30 Hz Range 0..1,7G: 50 ± 30 Hz Range 0..2,7G 400 ±150 Hz Range 0..12 G 400 ±150 Hz Others on request
DirectIndustry's Virtual Technical Library: PDF Catalogue | Technical Documentation | Brochure | Manual | Industrial directory | Specifications | Characteristics
Search Go
page 1 p.1
page 2 p.2
page 3 p.3