Product Literature
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Sensors for Research & Development
Acceleration & Vibration, Acoustics, Pressure, Force, Load, Strain, Shock & Torque - Sensors for all your Test and Measurement needs.
Selection Guide of Sensors for Acceleration, Acoustics, Force, Load, Pressure, Shock, Strain, Torque & Vibration.
Available With Our Lifetime Warranty and Fast Shipping.
A one-stop location to view and learn about all our new products.
We have Accelerometers, Microphones, Force & Pressure Sensors and supporting Electronics / Cables for use in your Test Lab, all of which are backed by our
Total Customer Satisfaction guarantee.
Structural test ICP® Accelerometers
Low frequency, high output ICP® accelerometers. 0419
Model 354A04 and 354A05 are case isolated for mounting directly on test item.
Mechanically isolated, electronically filtered and hermetically sealed for harsh environments.
Models 356A43, 356A44 and 356A45 are miniature and lightweight triaxial ICP® accelerometers that are TEDS IEEE 1451.4 enabled.
Model 356A03 – 10 mV/g sensitivity in a miniature 1/4 inch cube.
New 3741, 3711 & 3713 "E" Series are for low-frequency vibration and motion measurements
3741, 3711 & 3713 "F" Series are for low-frequency vibration and motion measurements
MEMS Design & Fabrication - Series 3991.
MEMS Design & Fabrication - Series 3501 & 3503.
The EX378B02 is an INDUSTRY EXCLUSIVE prepolarized condenser microphone system.
Preamplifiers allow high impedance signals to be converted to low impedance signals.
PCB’s phantom powered preamplifier (426A14) has a unique convertible design that mates with any ½” or ¼” prepolarized IEC 61094-4 compliant microphone cartridge.
Model 378B11 is a 1/2 in (12 mm) prepolarized microphone and preamplifier high sensitivity system, with the capability of measuring very low amplitudes due to its low noise floor (16 dBA). This mated pair can measure sound pressure levels to 137 dB within a 3% distortion rating.
Model 378C13 is a 1/2 in (12 mm) prepolarized microphone andpreamplifier system featuring an enhanced upper dynamic range(150 dB) which minimizes overloading. This model also featuresan extended frequency range covering the 20 kHz audible range.Previously, these applications required a 1/4 in microphonesystem which is both higher in price and not as desirable forinherent noise.
A condensed Selection Guide of Sensors, containing specifications on Modern Prepolarized, Traditional Externally Polarized (200V) condenser microphones and value-oriented Array electret microphones. Inside you will find preamplifiers, power supplies and common accessories.
Brief description of all PCB prepolarized and externally polarized microphones, preamplifiers, systems and accessories.
The value oriented 130 Series is recommended for Consumer Goods Testing and Noise Source Location and R&D product testing.
Model 378A06 is free-field prepolarized microphone recommended for applications where a wide range of frequencies or higher amplitudes are required in a 1/2" package.
Model 378A21 is a prepolarized microphone for diffuse field applications to measure beyond the human hearing range and where a wide range of frequencies or higher amplitudes are required.
Model 130A24 is a free-field prepolarized array microphone and preamplifier system recommended for harsh applications and environments.
Model 378A07 is recommended for high accuracy applications where extreme low frequency (infrasound) measurements are required.
Model 378C20 is recommended to measure signals arriving simultaneously from multiple directions.
Model 377A15 is recommended for low frequency and low noise measurements.
Model 377B26 is recommended for testing sound pressure measurements in high temperature environments and confined areas.
Model 378B02 is recommended for extremely accurate applications where high frequencies and high amplitude measurements are required.
Model 378C01 is recommended for extreme accuracy applications where high frequencies or high acoustic amplitude
measurements are required.
Model 130B40 is recommended for measuring surface pressure and noise measurements in environments where wind is prevalent, or space is confined.
Model 378A14 is recommended for applications where high amplitude sound pressure levels or high frequency measurements are required. This ¼” model is designed to be used in a flush mounted application where large differences of static pressure exist.
Model 378C10 is recommended for extreme accuracy applications where high frequencies or high acoustic amplitude
measurements are required.
Model 378A12 is recommended for high accuracy applications where extremely high acoustic amplitude measurements are required.
Leading microphone brands are compared side-by-side by SP Technical Research Institute of Sweden. Extensive performance and environmental tests were performed on microphones from PCB, B&K, G.R.A.S and BSWA.
Series 260 - conduct dynamic force measurements simultaneously in three orthogonal directions.
Modally Tuned®, ICP® impact hammers provide a measured input excitation impulse during modal testing, for every type of structure.
Model 410C01 – for process monitoring, quality assurance, and product testing.
ICP® Strain Sensors and DIN Rail ICP® Sensor Signal Conditioners offer a simple technique for monitoring assembly weld forces to ensure zero defects.
Complete line of quartz force sensors for dynamic measurements such as impact, repetitive cycles, punch press, or crimping.
Series 740 For Dynamic Testing of Aircraft, Defense Vehicles and Components.
For measurement of short wavelength pressure pulses, 132B38 piezoelectric ICP® micro pressure sensor features 0.5 microsecond response.
For Achieving Highly Accurate Pressure Measurements in Thermodynamic Environments.
Designed to withstand application challenges of turbine monitoring.
Extremely fast, micro-second response with wide amplitude & frequency range. Popular applications include measuring blast and explosion pressure in free-field or closed bunker arenas to obtain peak pressure, total impulse, shock wave and time-of-arrival measurements often used to study blast effects on structures, vehicles, and surrounding objects.
PCB® Load & Torque offers a broad selection of competitively priced torque sensors to meet the most demanding test and measurement requirements.
Series 5300, For Powertrain Development
For Automotive, Aerospace & Defense, Wind Power Plant, Test Benches, & Other Industrial Testing.
Complete line of rotary and reaction style torque sensors including the short-coupled TORKDISC® with digital signal telemetry.
AT-4400 Series – for automotive, marine and industrial applications.
Fast & Dependable Measurement of Torque, Temperature, Voltage on Automotive Driveshafts.
For ICP®, Charge Output, and Bridge/Differential Sensors.
Series 440. Modules support ICP®, TEDS, charge output piezoelectric, and capacitive sensors and install into a variety of chassis sizes for versatility or customized requirements. Factory pre-configured models support popular requirements.
Series 481A-498A – in 8 and 16 channel configurations. Conditions ICP® and charge output piezoelectric sensors in a rack mount chassis with gain, filtering and computer control.
Torque Transducers, Hand Torque/Torque-Angle Wrenches, Portable Digital Transducer Instruments,
Joint Simulators, Data Acquisition Instrumentation, & Accessories.
Series PC9000, used in the fastener assembly market to verify the performance of hand and power torque tools.
Series HTA7000, for Post Assembly Torque Auditing, Torque-Angle Signature Analysis, and Bolted Joint Troubleshooting.
Series ST7000, For Use in Power and Hand Tool Audit, Calibration, & Certification.
Series FT4000, For Use in Threaded Fastener Torque-Angle-Tension Testing.
Model 910, For Use in Monitoring Dynamic or Static Torque Applied to Threaded Fasteners, and Monitoring Compression or Tension Force. 0914
For Torque-Angle-Tension Testing of Threaded Fastener Components.
Model 920, For Product Audits, Tool Setup and Calibration, In-process SPC, and Troubleshooting.
For Joint Analysis and Torque-Tension Testing.
Series JS2000, For Use in Calibration and Certification of Power Tools.
Data Acquisition, Torque Transducers, Load Cells, Drive Motors, Fixtures, and Accessories for Torque Tension Testing, Friction Coefficient Testing, and Other Mechanical Testing of Threaded Fasteners.
Model 3200, For Complete Torque-Angle-Tension Testing and Analysis of Threaded Fastener Components.
Series PC9000, used in the fastener assembly market to verify the performance of hand and power torque tools.
For Threaded Fastener Testing.
Series FT4000, For Use in Threaded Fastener Torque-Angle-Tension Testing.
For Use in Measuring and Analyzing Threaded Fastener Characteristics in Production Lot Testing and R&D Studies.
For Torque-Angle-Tension Testing of Threaded Fastener Components.
For measurement of short wavelength pressure pulses, 132B38 piezoelectric ICP® micro pressure sensor features 0.5 microsecond response.
Dynamic pressure sensors, force sensors and microphones
for Aerodynamic Engineers.
Featuring UHT-12™ Ultra High Temperature Sensing Element.
New Series 137B pencil probes with 10-32 or BNC jack connectors.
Piezoelectric MEMS Response Accelerometers, Shock Sensors, Force Sensors, Pressure Sensors, Acoustic Microphones & Torque Sensors.
Accelerometers, Pressure Sensors, Force & Strain Sensors, Cables/Connectors, and Signal Conditioning for Blast, Ballistics and Shock Measurement.
Miniature, Triaxial, and High-Temperature Accelerometers, DC Response Accelerometers, Acoustic Microphones, Pressure Sensors, Signal Conditioning, and Accessories.
Accelerometers, Dynamic Force Sensors, Modally Tuned® ICP® Impact Hammers, Modal Analysis Sensors, Electrodynamic Modal Shakers, Strain Gage Load Cells, Pressure Transducers
and Accessories.
Accelerometers for Health & Usage Monitoring Systems.
Save time and money with our predefined kits of the most commonly used automotive products and accessories.
Featuring UHT-12™ Ultra High Temperature Sensing Element.
Sensors for Machinery Health Monitoring
Vibration Sensors, Switches & Instrumentation
Predictive Maintenance, Process Monitoring & Protection, Energy & Power Generation
Our most popular products in stock and with our Lifetime Warranty.
Economical sensors with single point calibration
Sensors with tight sensitivity tolerance and full sweep calibration
Ideal for biaxial and triaxial measurements
Designed for use in industrial environments down to -320 °F
Survive in environments up to 325 F
Take vibration measurements
right from a PC, smartphone or tablet
Ideal for vibration monitoring in high-volume applications
Take measurements wirelessly with this simple, affordable system
Conveniently measures vibration levels of industrial machinery
Without electronics for high temperature applications
Vibration transmitters in a sensor-style housing
4-20 mA vibration transmitters in a DIN rail-style housing
Patented technology for monitoring of reciprocating compressors
Provides early warning of developing bearing faults
For use with ICP® accelerometers or vibration transmitters
Patented design provides better control over trip sensitivity
Field-programmable via USB connection
Designed to provide continuous machinery protection
Pressure transducers with internal electronics
Designed to withstand application challenges of turbine monitoring
Calibrate vibration sensors in the field
For use with charge accelerometers and pressure transducers.
Simplify route-based measurement data collection
It’s never been so easy to access those hard to reach places
Protect pumps, motors and fans in municipal facilities.
Detect mechanical & electrical faults with vibration sensors.
Sensors designed to remain installed during daily washdown cycle.
Hermetic sensors for pump cavitation, recirculation & resonance.
Sensors built to survive hot, wet and debris filled environments.
For demanding gas turbine monitoring requirements.
Reliable and cost-effective vibration monitoring solutions.
Sensors for underground mining and hazardous/corrosive areas.
Sensors built to survive in grease/grime & pickup gear mesh faults.
Sensors for testing of wind turbines and turbine components.
Sensors for natural gas supply & petrochemical industry.
Vibration sensors for high vibration applications.
Sensors for protecting & monitoring reciprocating machinery.
Use vibration trends to change tooling efficiently.
Sensors for harsh, high temperature environments of steel mills.
Radiation-hardened sensors for nuclear power environments.
Embeddable sensors for monitoring shock in shipping containers.
High frequency sensors for capturing rotor mesh & bearing faults.
Sensors for precision measurement requirements
Systems for Research & Development
Control and monitor data via any PC or mobile device with a standard web interface
Class 1 entry level, designed for professionals
Class 1 for general use, building acoustics & environmental noise
For occupational noise analysis
For community noise ordinance and nuisance complaint response1006
For measuring sound levels produced by firearms
Portable and Permanent Installations
Rapid deployment noise monitoring system with cellular internet
Certification and electro-acoustic test systems
Couplers and ear simulators
For worker safety & product testing
Wireless Worker Noise Measurements
Three Models, Four Doses. One Choice
For reverberation time, room acoustic and building acoustic measurement
Amplifier used with BAS001 or BAS003
Sound source for building acoustics measurement
Impact noise excitation for sound insulation measurement in buildings
Impulsive noise excitation for reverberation time Measurement
IEC 60942 Class 2 Sound Level Calibrator for 1/2" microphones at 1000 Hz
IEC 60942 Class 1 Sound Level Calibrator for 1/2" microphones at 1000 Hz
IEC 60942 Class 1 Sound Level Calibrator for 1" microphones at 251.2 Hz
Outdoor preamplifier with calibration check 1014
Single channel power supply for low noise and 200V microphones
For Precise Sound Measurements
For community, traffic and aircraft noise monitoring
Analysis, report generation and management of noise for industrial hygiene