1. Althensensors
  2. Sensoren
  3. Acceleratiesensoren
  4. IEPE (piëzo-elektrische) accelerometers
  5. ASC P311K-A15 / ASC P311K-A25 Industrial IEPE Accelerometer

ASC P311K-A15 / ASC P311K-A25 Industrial IEPE Accelerometer

Industrial IEPE piezoelectric accelerometers with high operating temperature range from -55°C to +150°C.


Belangrijkste kenmerken

  • Uniaxial
  • IEPE (Integrated Electronics Piezo-Electric)
  • Measurement Range: ±16 to ±800 g
  • Frequency Range (±10 %): 1.5 Hz to 16 kHz
  • Scale Factor: 10 mV/g to 500 mV/g
  • Stainless-Steel Housing (IP68)

About the ASC P311K-A15 / ASC P311K-A25 Industrial IEPE Accelerometer

Industrial IEPE accelerometers are based on the piezoelectric effect, where an input acceleration causes a force on the seismic mass which leads to a proportional charge generation within the ceramic PZT material. The IEPE (integrated electronics piezo-electric) circuitry features the conversion of the charge to an analog voltageoutput signal. As opposed to capacitive accelerometers this signal has a high-pass characteristic, which enables highly dynamic measurements with a very high bandwidth of up to 16 kHz (±10 %) even without the detection of static DC components. Further advantage of piezoelectric accelerometers is a high operating temperature range from -55 °C up to +150 °C.

Piezoelectric accelerometers are based on PZT ceramic and feature a built-in preamplifier and a charge to voltage converter. The industrial accelerometers providing a very high fullscale output voltage of ±8 V and low broadband noise of <100 μg. The sensors operate on a constant-current supply and use a simple two-wire coaxial cable for power input and signal output.

The accelerometers feature a robust stainless-steel housing with protection class IP68, different mounting options and a detachable cable with configurable length and connectors.

The uniaxial piezoelectric accelerometers ASC P311K-A15 (side connector) and ASC P311K-A25 (top-connector) are ideal suited for industrial applications: condition monitoring of wind turbines and their components as well as predictive maintenance of machinery as part of the smart factory.

Key features ASC P311K-A15 / ASC P311K-A25

  • Shear Type
  • Side-Connector or Top-Connector Entry
  • AC Response
  • High Resonance Frequency
  • High Shock Resistance

Options

  • Detachable Connector Cables
  • Different Mounting Options
  • Enhanced Tolerance of the
    Scale Factor (±5 %)

Applications for ASC P311K-A15 / ASC P311K-A25

  • Condition Monitoring
  • Renewable Energy
  • Industrial Applications

Heeft u deze sensor nodig voor uw volgende project?

Vraag vandaag nog een offerte aan of laat uw gegevens achter voor meer informatie van een van onze experts.

Praat met een expert

Doe het op uw manier

Niet precies wat u zoekt? Wij bieden standaard sensoren, maar kunnen u ook helpen met voor u aangepaste sensoren of een volledig op maat gemaakte meetoplossing. Neem contact met ons op voor advies of prijzen.

Praat met een expert

Technische specificaties

Specificaties Waarde
Broadband noise (max) mg 0.1
Case material Stainless-Steel
Connector sensor housing 2-pin MS (standard) | 2-pin M12 (option)
Constant supply current ma 0.5 to 8
Frequency response range (±10 %) hz 1.5 to 16000
Frequency response range (±3 db) hz 0.8 to 19000
Frequency response range (±5 %) hz 2.0 to 14000
Insulation resistance (min at 500 v) mΩ 100
Measurement range g ±16 ±32 ±80 ±160 ±250 ±800
Mounting asc p311k-a15 Adhesive | Hexagonal Head Mounting Bolt (30 mm long)
Mounting thread options asc p311k-a15 ¼-28” UNF Male | M6 x 1 mm Male | M8 x 1.25 mm Male
Offset (bias) v 10 to 12
Operating temperature range °c -55 to +150
Output impedance (max) Ω 200
Power supply voltage v 18 to 30
Protection class IP68
Resonance frequency asc p311k-a15 khz 20, 22, 24, 26, 28, 30
Resonance frequency asc p311k-a25 khz 24, 26, 28, 30, 32, 34
Scale factor, sensitivity (±10 %), (±5 % on request, see ordering information) mv/g 500, 250, 100, 50, 30, 10
Shock limit g 5000
Storage temperature range °c -55 to +150
Transverse sensitivity % <5