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PCB Piezotronics, Inc. manufactures accelerometers, force sensors, load cells, microphones, pressure transducers and transmitters, strain sensors, torque sensors, signal conditioners, cables, and accessories. This instrumentation is used for test, measurement, monitoring, and feedback control requirements in automotive, aerospace, industrial, R&D, military, educational, commercial, and OEM applications.




Force, Load, and Strain – sensors for testing, monitoring, and process control:

PCB® offers a vast selection of quartz piezoelectric and strain gage sensors for dynamic force, dynamic strain, and static load measurement requirements. The variety of available configurations supports a multitude of installation options. Whether it’s a mechanical component durability test, assembly force control requirement, or an end-of-line quality check, we can help with sensors that are off-the-shelf or custom designed for the specific application.

Features and benefits of piezoelectric and strain gage force sensors.

Piezoelectric force sensors are well suited for measuring dynamic and quasi-static force. They feature high stiffness, fast response, and repeatable performance, permitting them to capture high frequencies and follow fast transient events such as impacts. The high stiffness allows them to survive repetitive cycles without fatigue. Quasi-static applications may include slow acting press or mechanical linkage forces acting in a cyclic manner during a production process. Strain gage force sensors, or load cells, are well suited for measuring slowly changing or static force. They possess DC response and are appropriate for static applications. Fatigue rated versions are constructed of high-grade steel for surviving many repetitive cycles encountered during product durability testing. Strain gage load cells are not suitable for capturing frequencies in excess of several hundred Hz. They are also typically larger than similarly ranged piezoelectric force sensors.



Dynamic Force Sensors

  • Piezoelectric quartz sensing elements
  • Solid-state construction with stainless steel durability
  • High stiffness for fast transient response & high frequency response
  • Survive repetitive cycles without fatigue
  • Hermetically sealed for use in harsh environments
  • Much smaller than comparably ranged strain gage load cells
  • Offered in both ICP & charge output designs

    General Purpose Configurations
    - Compression, tension & impact
    - Ranges from 10 to 5000 lb (45 to 22k N)
    - Resolution to 0.0001 lb (0.00045 N)
    Ring Configurations
    - Install beneath a base or platform between plates, or in line with linkages & actuators
    - Compression ranges from 10 to 100k lb (45 to 450k N)
    - Resolution to 0.0002 lb (0.00045 N)
    - Variety of sizes to fit most installations
    Impact Configurations
    - Compression ranges from 10 to 50k lb (45 to 220k N)
    - Resolution to 0.0002 lb (0.00045 N)
    Link Configurations
    - Install in linkages or actuators
    - Tension and compression ranges from 10 to 50k lb (45 to 220k N)
    - Resolution to 0.0002 lb (0.00045 N)
    - Variety of sizes to fit most installations


    Dynamic ICP® Strain Sensors

    M240 ICP® Strain Sensors are ideal for industrial applications that require the measurement of repetitive strain curves such as monitoring forces experienced during manufacturing, assembly, on-line processes, quality assurance, or end-of-line product testing.
  • Measure longitudinal strain on machinery structures
  • Offers indirect measurement of clamping & press forces
  • Automates machinery processes for improved end product quality
  • Detects tool wear
  • High stiffness for repeatability
  • Robust construction
  • Easy to install

    Series M240
    - Ranges from 50 to 300
    - 0.004 Hz low frequency response
    - Resolution to 0.0001
    - ICP or charge output
    Model 740B02 ICPR Dynamic Strain Sensor
    - 50 mV/
    - 0.5 to 100k Hz
    - 0.5 gm
    - Integral cable
    - Ideal for dynamic fatigue & structural health studies



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