Wide measuring range alongside the typical for industrial...

Wide measuring range

In addition to the sensors typically used for industrial applications with a measuring range of 50 g, PCB Piezotronics also offers alternatives with a larger measuring range, which are used to measure high acceleration amplitudes in industrial environments.

Showing 1-10 of 10 item(s)
Sort by:
Best sellers Relevance Name, A to Z Name, Z to A
Showing 1-10 of 10 item(s)

Active filters

PCB-(M)607A60
0

PCB-(M)607A60

  • Industrial ICP® vibration sensor,
  • Measuring range 500 g
  • Sensitivity 10 mV / g,
  • Frequency range 0.5 … 10,000 Hz,
  • One-point calibration at 100 Hz,
  • Free ausrichtbares integrated connecting cable with reinforcement, length 3 m,
    ending on cut end
      • PCB-(M)608A10
      0

      PCB-(M)608A10

    • Industrial ICP® vibration sensor,
    • Measuring range 500 g
    • Sensitivity 10 mV / g,
    • Frequency range 0.5 … 10,000 Hz,
    • One-point calibration at 100 Hz,
    • Integrated cable, length 3 m,
      ending on cut end
        • PCB-(M)623C00
        0

        PCB-(M)623C00

      • Industrial ICP® vibration sensor,
      • Measuring range 500 g
      • Sensitivity 10 mV / g,
      • Frequency range 0.8 … 15,000 Hz,
      • Frequency response calibration,
      • 2-pin female connector above
          • PCB-(M)623C10
          0

          PCB-(M)623C10

        • Industrial ICP® vibration sensor,
        • Measuring range 500 g
        • Sensitivity 10 mV / g,
        • Frequency range 0.8 … 15,000 Hz,
        • Frequency response calibration,
        • Integrated cable, length 3 m,
          ending on cut end
            • PCB-(M)623C60
            1

            PCB-(M)623C60

          • Industrial ICP® vibration sensor,
          • Measuring range 500 g
          • Sensitivity 10 mV / g,
          • Frequency range 0.8 … 15,000 Hz,
          • Frequency response calibration,
          • Integrated armored cable, length 3 m,
            ending on cut end
              • PCB-(M)625B00
              0

              PCB-(M)625B00

            • Industrial ICP® vibration sensor,
            • With through hole,
            • Measuring range 500 g
            • Sensitivity 10 mV / g,
            • Frequency range 0.2 … 10,500 Hz,
            • Frequency response calibration,
            • 2-pin female connector on the side
                • PCB-(M)625B10
                0

                PCB-(M)625B10

              • Industrial ICP® vibration sensor,
              • With through hole,
              • Measuring range 500 g
              • Sensitivity 10 mV / g,
              • Frequency range 0.2 … 10,500 Hz,
              • Frequency response calibration,
              • Integrated cable, length 3 m,
                ending on cut end
                  • PCB-(M)625B60
                  1

                  PCB-(M)625B60

                • Industrial ICP® vibration sensor,
                • With through hole,
                • Measuring range 500 g
                • Sensitivity 10 mV / g,
                • Frequency range 0.2 … 10,500 Hz,
                • Frequency response calibration,
                • Integrated armored cable, length 3 m,
                  ending on cut end
                    • PCB-(M)631A80
                    0

                    PCB-(M)631A80

                  • Industrial ICP® vibration sensor,
                  • With through hole,
                  • Measuring range 500 g
                  • Sensitivity 10 mV / g,
                  • Frequency range 0.53 … 16,000 Hz,
                  • Frequency response calibration,
                  • 2-pin female connector on the side
                      • PCB-(M)603C00
                      0

                      PCB-(M)603C00

                    • Industrial ICP® vibration sensor,
                    • Measuring range 500 g
                    • Sensitivity 10 mV / g,
                    • Frequency range 0.5 … 10,000 Hz,
                    • One-point calibration at 100 Hz,
                    • 2-pin female connector above
                        • Back to top