Cryogenic ICP® accelerometers from IMI Sensors are designed for exceptional performance in harsh, low-temperature environments down to -320 °F.
Low Cost ICP® Accelerometers
Prepolarized power supplies and ICP signal conditioners for microphones.
Piezoelectric ICP® accelerometers' inherent ruggedness enables them to be severely over ranged without damage
IMI Sensors is the industry leader in high temperature ICP® accelerometers used by predictive maintenance departments
High Temperature ICP® Accelerometers
Survive in higher temperature environments than competitors' IEPE Sensors
PCB quartz ICP® force rings measure dynamic compression.
Fast shipping + warranty available on PCB industrial precision ICP® accelerometers for route-based condition monitoring and predictive maintenance.
Cryogenic ICP® accelerometers operate at temperatures below the temperature limit of most voltage mode sensors.
Learn more about our miniature teardrop ICP® accelerometers with flexible, integral cable (PCB Models 352A71, 352A72, 352A73 and 352A74)
In-line ICP® charge converters serve to convert high impedance charge mode piezoelectric sensor signals to low impedance voltage signals.
ICP® pressure sensors detect and monitor dynamic pressure spikes, pulsations and surges in order to prevent cavitation and equipment damage/failure.
High Sensitivity ICP® Triaxial Accelerometers
PCB® single and triaxial ICP® accelerometers designed with a low temperature coefficient and wide operating temperature range.
The Model 485B39 Digital ICP®-USB Signal Conditioner is a compact, dual-channel device providing ICP sensors with digital USB output.
PCB quartz ICP® force link sensors measure dynamic compression and tension.
Where space is limited, use sub-miniature ICP® pressure sensors.
High Temperature ICP® Accelerometers that allow for measurements in environments up to +356ºF/+180ºC.
Fast shipping + warranty available on PCB high sensitivity ICP® accelerometers enabling the detection of ultra-low-level, low-frequency vibrations.
Battery powered signal conditioners provide a portable, convenient method for powering ICP® sensors and charge converters.
Micro ICP® Pressure Sensor
For sensing shock waves and high speed dynamic pressure
September 13, 2017, Depew, NY – PCB’s new micro ICP® Pressure Sensor, Model 132B38, is suited for wind tunnel applications that require very small test sensors and very high frequency response. This imp
PCB Models 356A43, 356A44 and 356A45 are miniature and lightweight triaxial ICP® accelerometers that are TEDS enabled.
Strain sensors for process monitoring and quality control.
This is a high-resolution dynamic alternative to bond foil strain gauges.
High sensitivity PCB accelerometers to detect very low level vibrations
IMI Sensors Launches Model 639A91 High Frequency ICP® Triaxial Accelerometer
Market's Smallest, Truly-Industrial Triaxial ICP® Accelerometer with High Frequency Response
PCB miniature triaxial ICP® & Charge accelerometers satisfy complex measurement needs when space is limited.
ature ICP® Triaxial Accelerometer
PCB’s smallest cube accelerometers with an integral cable
October, 2019, Depew, NY – PCB Piezotronics, Inc. has released their smallest ICP® triaxial shock accelerometers — Models 356A04 and 356A05. Developed for electronic drop testing at accelerations up
ature ICP® Shock Accelerometers
Small size with flexible, integral cable
December 10, 2017 Depew, NY – PCB® has released two new miniature piezoelectric accelerometers. They are small, single axis ICP® voltage output with measurement ranges of +/- 5,000 g (model 352A91) and +/- 20,000
Bleed ICP® Pressure Sensor
Save time and money with screw-in replacement water cooling tubes
September 7, 2017, Depew, NY –PCB’s new Helium Bleed, water-cooled ICP® Pressure Sensor was developed for rocket motor combustion instability measurements. Helium flow increases frequency response
lt-in ICP® microelectronics provide a low noise, low impedance output signal capable of signal transmission over cable lengths of hundreds of feet. Any ICP® signal conditioner or data acquisition system that incorporates an ICP® constant current power supply can be used to power the a
rdrop ICP® Accelerometer
Ideal for Small Component Vibration and Package Testing
March 10, 2017, Depew, New York - A new miniature teardrop ICP® accelerometer is released by
PCB Piezotronics, Inc. Model 352A74 has a sensitivity of 100 mV/g and a measurement range of
±50 g peak. The se
ensor ICP® Blast Pencil Probe
An innovative design for more accurate blast and shock wave measurements
May 25, 2017, Depew, NY – PCB’s new quartz, free-field, ICP® blast pressure pencil probe is a two-sensor pencil blast probe that provides time of arrival and the pressure time wave form f
ature ICP Pressure Sensors
Dynamic pressure measurement for the smallest spaces
December 18, 2018, DEPEW, NY – PCB Piezotronics, Inc., a wholly owned subsidiary of MTS Systems Corporation (NASDAQ: MTSC), has released its smallest ICP piezoelectric, pressure sensor with integral lead wires. The Mode
ature ICP Teardrop Accelerometer
Designed for vibration testing of small structures
December 4, 2018, DEPEW, NY – PCB Piezotronics, Inc., a wholly owned subsidiary of MTS Systems Corporation (NASDAQ: MTSC), has released its smallest ICP teardrop accelerometer with a Transducer Electronic Data Sh
enic
ICP® Accelerometers
Designed for Low-Temperature Applications such as Cryogenic Centrifugal & Reciprocating Pumps
January 18, 2019, DEPEW, NY – PCB Piezotronics, Inc., a wholly owned subsidiary of MTS Systems Corporation (NASDAQ: MTSC), announces the release of two industrial, case
Series 137B pencil probes are designed to measure shock waves caused from explosions in air
eries ICP® Force Rings, RHM240 Series ICP Strain Sensors, and 352 Series ICP® Accelerometers. For additional information about the new Model 410C01 signal conditioner, please contact Ken Watkins at kwatkins@pcb.com.
About PCB Piezotronics, Inc.
PCB Piezotronics, Inc. is a designer and
roves ICP® Compatibility
August 21, 2012, Depew, NY - PCB Piezotronics, Inc., a global leader in vibration, acoustic, pressure, force, and torque sensors, announced that it received a United States Patent for "Bridge Sensor with Collocated Electronics and Two-Wire Interface" (8,179,12
axial ICP Accelerometers with TEDS
J models designed to reduce electrical noise and ground loops
April 9, 2019, Depew, NY – PCB Piezotronics, Inc., a wholly owned subsidiary of MTS Systems Corporation (NASDAQ: MTSC) has released its smallest, 0.47 inch (11.8 mm), ground isolated, miniature triaxia
ature ICP® Triaxial Accelerometer with TEDS
Introducing PCB TLD356A01 & TLD356A03
June 27, 2023 DEPEW, NY - PCB Piezotronics (PCB®) is introducing our new TLD356A01 and TLD356A03 Miniature ICP® Triaxial Accelerometer with TEDS. These new models are upgrades to
dable ICP® Accelerometers for Integration into Wireless Products & Systems April 2, 2024, Depew, NY - IMI Sensors, manufacturer of industrial vibration monitoring instrumentation, is proud to announce the addition of new micro-power models 66203RPZ1 and 66213RPZ1 to its line of embedd
axial ICP® Accelerometer Family
Ideal for Modal and Structural Analysis, Automotive NVH,
& Package Testing
August 17, 2016, Depew, New York - A new family of miniature triaxial ICP® accelerometers, Models 356A43, 356A44 and 356A45, are introduced by PCB Piezotronics, Inc. They are s
-line ICP® Charge Converters
March 31, 2014, Depew, N.Y. - PCB Piezotronics, a leader in vibration, pressure, force, load, torque, and acoustic sensors, is pleased to announce the availability of a new series of ±5.0 Volt output in-line ICP® charge converters. These units are well
nnel ICP® Signal Conditioner
Model 482C24 provides added application flexibility
PCB® 4 channel signal conditioner (Model 382C24)
March 2, 2016, Depew, New York - PCB Piezotronics Inc. expands the 482C signal conditioner series with the introduction of Model 482C24. This 4-channel cond
f New ICP® Blast Pressure Sensors
Enhanced Pencil Probe Design Survives Severe Shock and Provides a More Reliable Signal
October 30, 2013, Depew, NY -PCB Piezotronics, Inc. (PCB®) announces the release of the new Series 137B quartz, free-field, ICP® blast pressure pencil probe that pr
ewest ICP® and Charge Output Triaxial Force Link Sensors Provide Improved Stiffness Specifications and Electrical Isolation
Introducing PCB's Series 261B
May 16, 2023 - Depew, NY - PCB Piezotronics (PCB®) is introducing our new Series 261B 3-component ICP® and charg
ature ICP® Accelerometer
Ideal for rugged, acidic, and high temperature environments
October 30, 2012 - DEPEW, NY - IMI-Sensors, a division of PCB Piezotronics, Inc.,announced the immediate availability of its low-cost high temperature ICP® accelerometer model HT602D01.
This sensor
axial ICP® Accelerometer
Reduces electrical noise when testing in tight spaces
August 15, 2017, Depew, NY – PCB’s new accelerometer, Model HTJ356B01 is suited for applications that demand ground isolation to reduce electrical noise and ground loops on test articles in higher temperature environ
-Cost ICP® Accelerometers with Resistance Temperature Detectors
Ideal for Industrial Vibration Monitoring
June 10, 2023 DEPEW, NY - IMI Sensors, manufacturer of industrial vibration monitoring instrumentation, announced the release of two new low-cost ICP® accelerometers
ssing ICP® Triaxial Accelerometer with TEDS February 9, 2023 - Depew, NY - PCB Piezotronics (PCB®) is introducing our new Model 356A19, a Low-Outgassing ICP® triaxial accelerometer designed to make accurate high frequency measurements to 13 kHz (±5%) It is the latest addition to
iali ICP® a cassa isolata con gamma di frequenza ampliata fino a 10.000 HZ Modelli abilitati TEDS 354B04 e 354B05 19 aprile 2022, Depew, NY - PCB Piezotronics ha annunciato oggi il lancio di due accelerometri triassiali ICP® aggiornati con una gamma di frequenza maggiore che estende i l
Armored cables for precision icp
ICP® Accelerometers for low power applications.
Integral cables for your precision icp accelerometers
M12 connects for your low cost icp needs
ICP® Accelerometers for structural testing applications.
General purpose coaxial cables are used with single axis ICP® sensors.
Hazardous Area Approved Industrial Pressure Sensors
Sensing elements with integral microelectronic ICP® amplifier
4-conductor cables are used with ICP® triaxial sensors and single axis MEMS sensors
PCB manufactures a wide variety of ICP® and charge mode accelerometers for general testing and measurements.
4-socket MIL connectors mate with most industrial ICP accelerometers
3-socket MIL connectors mate with most industrial ICP accelerometers
Fast shipping + warranty available on PCB’s wide variety of signal conditioners to power ICP®, PE (Charge Mode), MEMS, strain gage and other types of sensors.
Integral Armored Cables for your low cost icp needs
2 pin mil connects with precision icp for your industrial sensors
For over 40 years, PCB® has developed both charge and ICP® voltage mode ballistics pressure sensors .
Series 102B ICP® Pressure Sensors help prevent ground loop problems
Low cost icp 2 pin mil connector
2-socket MIL connectors mate with most industrial ICP accelerometers
PCB® manufactures accurate and reliable single and triaxial, ICP® accelerometers for motorsport testing applications
BNC connectors are ideal to terminate cables used with single-axis ICP accelerometers and vibration transmitters
PCB® Accelerometers; Dynamic Force Sensors’ Modally Tuned®, ICP®, Impact Hammers’ Electrodynamic Modal Shakers; and Accessories for Modal Analysis
Fast shipping + warranty available on PCB Modally Tuned®, ICP® instrumented impact hammer featuring a rugged, force sensor in the striking surface.
PCB® Quartz ICP® force rings are used to measure compression and tension.
Dual-mode charge amplifiers are multi-function signal conditioners for piezoelectric charge mode and ICP® sensors.
Download PCB's White Paper "Signal Processing Impacts of ICP® Accelerometer Limit Violations" by Dr. Stephen Hambric.
PCB and Gantner Instruments offer XE BC Bus Couplers for signal conversion of ICP® sensor or charge modules from analog to EtherCAT.
Fast shipping + warranty available on PCB miniature Ceramic Shear ICP® Accelerometers with excellent signal-to-noise ratio and high measurement resolution.
PCB offers Airborne Amplifiers, Charge Converters, and ICP Signal Conditioner that can be powered by DC voltage available on the aircraft.
PCB Piezotronics Europe's DAkkS accredited laboratory offers vibration calibration services for ICP and charge accelerometers and impact hammers.
PCB's ICP® seismic sensors detect ultra-low-level, low-frequency vibrations in large buildings and civil structures.
Simplify the connection between an ICP® accelerometer to a third-party data collector with an industrial data collector cable.
PCB manufactures a wide variety of general purpose ICP® and charge mode accelerometers with one axis of movement.
PCB offers Modally Tuned®, ICP® instrumented impact hammers for structure health testing, resonance determination, and modal analysis.
PCB manufactures a wide variety of general purpose ICP® and charge mode piezoelectric accelerometers with measurement in three orthogonal directions.
The model 683A panel meter can be used with either ICP sensors or 4-20 mA vibration transmitters depending on the options selected.
Cables classified as high-temp can be used with high-temp ICP accelerometers and charge mode sensors in applications above 250 deg F (121 deg C).
ry in ICP® accelerometers. Powering ICP® Accelerometers All PCB® ICP® accelerometers require power from a constant current DC voltage source. PCB® offers different types of ICP® signal conditioners that provide 2 to 20 mA of current at a DC voltage level
Fast shipping + warranty available on PCB triaxial accelerometers providing simultaneous measurements in three orthogonal directions.
Fast shipping + warranty available on PCB charge mode output accelerometers operating at extremely high temperatures from 500° F (260° C) to 1200° F (649° C).
Download PCB's Quick Reference Guide: Vibration Fundamentals
IMI’s embeddable accelerometers for OEM product integration feature piezoelectric sensing elements for extreme durability and broadband performance.
ding: ICP® Accelerometers, 4-20 mA Vibration Transmitters, Pressure Sensors, Vibration Switches, and Liquid Level Transmitters.
PCB high temperature accelerometers allow for measurements up to 1200ºF
Platinum VC MEMS triaxial accelerometers with lifetime warranty and guaranteed quick shipment.
The 482C series of signal conditioners are 4 channel bench top units. The 483C series of signal conditioners are 8 channel rack mounted units.
PCB Piezotronics delivers world-class accelerometers, microphones, and accessories for noise, vibration and harshness (NVH) applications in automotive testing
Frequently asked questions about PCB’s Quartz Force Sensors.
Frequently asked questions about PCB’s Quartz Force Sensors.
ield, ICP® blast pressure pencil probe
October 24, 2012, Depew, NY - PCB Piezotronics, Inc., a global leader in the design and manufacture of microphones, vibration, force, torque, load, strain and pressure sensors, as well as the pioneer of ICP® technology, is pleased to announce the rele
Download PCB's Quick Reference Guide: Force & Strain Fundamentals
Download PCB's Quick Reference Guide: Pressure Fundamentals
Three-component quartz force ring & link sensors are capable of simultaneously measuring dynamic force in three orthogonal directions.
Improve the efficiency of your route-based PdM program
Reduce time at each collection point using sensors ideal for walk-around vibration monitoring
r new ICP® piezoelectric blast pressure probe: Model 137B29B
November 30, 2022 - Depew, NY - PCB is introducing our new Model 137B29B, an ICP®, piezoelectric blast pressure probe designed to make accurate measurements in applications where microsecond rise time is essential.
Th
Fast shipping + warranty available on PCB piezoelectric accelerometers versatile for shock and vibration measurements and withstand adverse environments.
Fast shipping + warranty available on Platinum VC MEMS single axis accelerometers with improved spectral noise and resolution
Fast shipping + warranty available on PCB quartz, piezoelectric force, and strain sensors - durable for dynamic and quasi-static force measurements.
Platinum Stock Pressure Sensors
When every second counts, accurate analysis of each component of your motorsport vehicle is essential. Make PCB test sensors a part of your winning team!
Power supplies and signal conditioners
PCB piezoelectric force and strain sensors deliver highly accurate and repeatable measurements for fast pace and high stakes manufacturing environments.
PCB signal conditioner w/ dual-mode charge amplifier captures peak output from PZT ballistic pressure sensors, as required by SAAMI and C.I.P. standards.
omid”
ICP Mechanically Isolated, Electrically Filtered Triaxial Shock Accelerometers
June 2019, Depew, NY – PCB Piezotronics, Inc., a wholly owned subsidiary of MTS Systems Corporation (NASDAQ: MTSC), today announced a new triaxial shock accelerometer that can be severely over-ranged wit
xiale ICP versnellingsmeter met een top-exit M12 connector. Het product is ontwikkeld voor installaties met beperkte ruimte die een ICP versnellingsmeter met een verticale kabel nodig hebben, maar geen ruimte hebben voor een 90˚ draai van een rechte connector.De productkenmerken: Mogelijkheid om dri
Use PCB strain sensors for accurate measurements in R&D or control applications.
IMI offers a complete line of dynamic pressure sensors for industrial applications.
Fast shipping + warranty available on PCB miniature triaxial accelerometers that are small and lightweight, available in a variety of sensitivities.
er of ICP® technology is pleased to announce the availability of new and improved miniature low noise cabling. The PCB® 030 Series of cables are designed for use with both miniature charge and ICP® piezoelectric accelerometers.
The new 030 Series low noise cabling features improved
PCB Piezotronics' service codes for accelerometers, pressure sensors, force sensors, microphones, sound level meters, and electronics.
lt-in ICP® microelectronics provide a low noise, low impedance output signal capable of being transmitted over cable lengths of hundreds of feet. Any ICP® signal conditioner or data acquisition system that incorporates an ICP® constant current excitation can be used to power the accel
s, or ICP® sensors, employ miniature amplifiers to convert the high impedance charge signal into a low impedance voltage signal. These amplifiers are internal to the sensor and therefore do not require low noise cables or external amplifiers. These amplifiers have set gain so that output sensit
TC in ICP Force Sensors
The DTC is fixed by the components in the ICP sensors internal amplifier. Specifications for the ICP force sensors shown in this catalog list the DTC for each force sensor.
When testing with ICP sensors, there are two time constants that must be considered for l
ICP® Sensors
ICP® is a term that uniquely identifies PCB's piezoelectric sensors with built-in microelectronic amplifiers. (ICP® is a registered trademark of PCB Group, Inc.) Powered by constant current signal conditioners, the result is an easy-t
4-20 mA Output Vibration Transmitter
stant ICP® Microphone
Phantom Powered Preamplifier for Test Microphones
Teardrop ICP® Accelerometers with Flexible, Integral Cable
Training Videos
Decibel Addition in Acoustic Testing
Transmission Loss in Acoustic Testing
Noise Floor Calculations in Acoustic Testing
Directiv
View PCB Piezotronics' video library.
PCB miniature accelerometers satisfy complex measurement needs in a small size.
d for ICP® accelerometers, thereby minimizing set-up time. IEC 61094 compliant prepolarized condenser microphones are built around the ICP® sensor technology that PCB® invented. PCB® also offers the traditional externally polarized microphones that run off of a 200V power suppl
d for ICP® accelerometers, thereby minimizing set-up time. IEC 61094 compliant prepolarized condenser microphones are built around the ICP® sensor technology that PCB® invented. PCB® also offers the traditional externally polarized microphones that run off of a 200V power suppl
genic ICP® Accelerometer Can Withstand Temperatures Down to -420°F (-251°C)
Introducing PCB's Model 351A15
August 29, 2023 - DEPEW, NY - PCB Piezotronics (PCB®) is introducing our newest model 351A15 miniature cryogenic quartz shear ICP® acceleromete
PCB manufactures accelerometers and vibration sensors for testing and research applications.
PROOF ICP® ACCELEROMETER FOR SUBMERSIBLE APPLICATIONS
Are you confident that the sensors selected for underwater applications are truly impervious to water ingress? You can be when you use the Swiveler®.
The Swiveler® features an overmolded housing and integral cable, creating a wat
PCB’s line of rugged sensors for RLDA provide a high level of confidence in data acquired during even the most aggressive road events.
Discover IMI Sensors’ advanced electronics, featuring versatile signal conditioners and high-quality charge amplifiers for charge mode sensors.
Endevco newest family of signal conditioners for charge output accelerometers
4-20 mA signal conditioners and displays.
Endevco cryogenic charge output piezoelectric accelerometers are built specifically to measure vibration under conditions down to -452° F (-269° C).
PCB accelerometers for special purposes multiple uses
Discover PCB Piezotronics' range of prepolarized 1/4 inch preamplifier for precise acoustics measurement.
d are ICP® compliant, allowing power supplies to be shared with other ICP® compliant products such as accelerometers, pressure and force sensors. This interchangeability can result in a significant per-channel cost savings as well as reduce test set-up time. PCB products are backed by our
d are ICP® compliant, allowing power supplies to be shared with other ICP® compliant products such as accelerometers. This interchangeability can result in a significant per-channel cost savings as well as reduce test set-up time. The 378A07 microphone is A2LA and ILAC accredited. Like all
d are ICP® compatible, allowing power supplies to be shared with other ICP® compatible products such as accelerometers. This compatibility provides a significant per-channel cost savings as well as reduces test set-up time. The 377C20 Random Incidence Microphone is A2LA and ILAC accredite
ctric ICP® shock accelerometer family, introduces a new mechanically isolated, electrically filtered nearfield or farfield pyroshock sensor that is capable of measuring up to 100,000 g. Model 350B01 is an ideal sensor to measure High-G shock and harsh pyroshock events such as found but not limi
er of ICP® technology is pleased to announced an agreement to supply The Discovery Channel's popular science series MYTHBUSTERS with test sensors for various episodes. The show hosts, special effects experts Adam Savage and Jamie Hyneman, use elements of the scientific method to test the v
er of ICP technology used by design engineers and predictive maintenance professionals worldwide for test, measurement, monitoring, and control requirements in automotive, aerospace, industrial, R&D, military, educational, commercial, OEM applications, and more. With a worldwide customer support
mV/g ICP accelerometer. The products were developed for use in process monitoring and PLC/DCS/ SCADA monitoring applications.
The product features:
Fixed output range (0 to 1.0 ips pk for Model 682A14 and 0 to 1.0 ips RMS for Model 682A15) and frequency range (3.5 to 10,000 Hz for both model
Download technical information on PCB's products
Learn about the characteristics and design of charge mode accelerometers.