This website uses cookies, which are necessary for the technical operation of the site and which are always set. In order to further improve our offer and our website, we would like to set additional cookies in order to collect anonymized data for statistics and analyzes. However, these are only set with your consent. Further information on cookies can be found in our privacy policy.

Privacy policy Acceptdone
Can be used universally

Universal use

 

The acceleration sensors presented here are versatile and cover a variety of applications. Due to the shear design, these sensors are characterized by good long-term stability. The integrated ICP® amplifier guarantees a clean transmission of the measurement signal, even with long test leads.

 

Showing 13-22 of 22 item(s)
Sort by:
Best sellers Relevance Name, A to Z Name, Z to A
Showing 13-22 of 22 item(s)

Active filters

PCB-356A32
0

PCB-356A32

  • Triaxial ICP® miniature vibration sensor,
  • Measurement range 50 g,
  • Sensitivity 100 mV/g,
  • Frequency range 1 … 4.000 Hz,
  • Mass 5 grams,
  • 4-pin mini connector side,
  • Including connection cable, length 3 m,
    ending to three BNC
      • PCB-356A02
      0

      PCB-356A02

      • Triaxial ICP® vibration sensor,
      • Measuring range 500 g
      • Sensitivity 10 mV / g,.
      • Frequency range 1... 5,000 Hz,
      • 4-pin female connector on the side
        PCB-356A03/NC
        1

        PCB-356A03/NC

        • Triaxial ICP® miniature vibration sensor,
        • Mass 1 gram,.
        • Measuring range 500 g
        • Sensitivity 10 mV / g,.
        • Frequency range 2... 8,000 Hz,
        • Integrated cable, length 1.5 m,
          ending on 4-pin female connector.
        • Without extension cable
          PCB-356A15
          0

          PCB-356A15

          • Triaxial ICP® vibration sensor,
          • Measurement range 50 g,
          • Sensitivity 100 mV/g,
          • Frequency range 2... 5,000 Hz,
          • 4-pin female connector on the side
            PCB-356A17
            0

            PCB-356A17

          • Triaxial ICP®-modal vibration sensor,
          • Measuring range 10 g,
          • Sensitivity500 mV / g,
          • Frequency range 0.5 … 3,000 Hz,
          • 4-pin female connector on the side
              • PCB-356A24/NC
              0

              PCB-356A24/NC

            • Triaxial ICP® miniature vibration sensor,
            • Measuring range 500 g
            • Sensitivity 10 mV / g,
            • Frequency range 1 … 9,000 Hz (up to 12,000 Hz ±10%),
            • mass 3.1 grams,
            • 4-pin mini connector side,
            • without connection cable
                • PCB-356A25
                2

                PCB-356A25

              • Triaxial ICP® vibration sensor,
              • Measuring range 200 g
              • Sensitivity 25 mV / g,
              • Frequency range 1 … 5,000 Hz,
              • 4-pin female connector on the side
                  • PCB-356A26
                  1

                  PCB-356A26

                • Triaxial ICP® vibration sensor,
                • Measuring range 100 g,
                • Sensitivity 50 mV / g,
                • Frequency range 1 … 5,000 Hz,
                • 4-pin female connector on the side
                    • PCB-356A32/NC
                    0

                    PCB-356A32/NC

                    • Triaxial ICP® miniature vibration sensor,
                    • Measurement range 50 g,
                    • Sensitivity 100 mV/g,
                    • Frequency range 1... 4,000 Hz,
                    • Dimensions 5 grams.
                    • 4-pin mini connector on the side.
                    • Without cable
                      PCB-356A33
                      0

                      PCB-356A33

                      • Triaxial ICP® miniature vibration sensor,
                      • Measuring range 500 g
                      • Sensitivity 10 mV / g,.
                      • Frequency range 2... 7,000 Hz,
                      • 4-pin female connector on the side
                        Back to top