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AS-667-Series

B&K Vibro Low Frequency Accelerometer

  • Hermetically sealed
  • Rugged (IP66/ IP67) and corrosion resistant design 
  • Measures very low frequencies down to 0.5 Hz 
  • Industry proven M12 connector
AS-667-Series
From  313,55
B&K Vibro Low Frequency Accelerometer AS-667-Series AS-667-Series
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Product Overview
  • Additional Features 1 Piezoelectric Principle, Compression type
  • Applications Assembly Line, Casing Vibration, Compressor Control, Power Generation, Power Plants & Boilers, Pump Control, Shaft Vibrations
  • Connector Style Top
  • Electrical Output 27 V
  • Enclosure Material Stainless Steel
  • Enclosure Ratings IP66, IP67
  • Ground Isolated Case
  • Linearity Error < 1 %
  • Measuring Range ±60 g
  • Mounting M8 Tapped Hole
  • Mounting Note 3,5 Nm, width across flats: 22 mm
  • Mounting Torque 3.5 Nm
  • Natural frequency 30 kHz
  • Operating Temperature, Max 125 °C
  • Operating Temperature, Min -55 °C
  • Output Detail Voltage across entire temperature range: 12.4 Vdc to 13.4 Vdc
  • Output Resistance 100 Ω
  • Overload Capacity 5000 g peak
  • Sensitivity Note Cross Sensitivity: 5%
  • Sensor Type Compression Type
  • Storage Temperature, Max 70 °C
  • Storage Temperature, Min -20 °C
  • Supply Current 2 mA to 10 mA
  • Weight 120 g

The AS-667 is designed for industrial vibration measurements and particularly suitable for general measurements on rotating machinery. It covers a broad application range like monitoring of turbines compressors pumps generators etc. Its robust and high-quality design make this sensor the perfect match for demanding applications. This acceleration sensor operates according to the piezo-electric principle. A piezo-element and an internal sensor mass form a spring-mass system in the sensor. If this system is subjected to vibrations the mass produces an alternating force on the piezo element. As a result of the piezo effect an electrical charge is produced that is proportional to vibration acceleration. An integrated amplifier converts this charge signal into a usable voltage signal.

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