Pressure sensors are well stocked

Piezoelectric acceleration sensor
monopodium
352A60
352C03
352C04
352C33
353B03
357B03
355B02
355B03 
357A05
355B34
355B33
353B02

353B31
357B22
353B33
7201-100-R
triaxial
356A02
356A25
356A26
356A14
356A15
354B04
354B05
356A16
356A17
354C02
354C03
356B18
340A50
357A67
356A70 
356A71 
EX356A73
Miniature Piezoelectric Acceleration Sensor
characteristic
■ No moving parts, improved durability
■ Rigid parts give high frequency range
■ Lightweight construction reduces added mass
■ Multiple configuration options
■ Multiple mounting: screws, studs, and adhesive mounting
■ Two sensing elements: quartz (good thermal stability) or ceramic
(High measurement resolution)
use
■ Drop test and packaging test
■ Small part qualification test
■ Low amplitude vibration test
■ High frequency applications
■ Installation of space-constrained equipment
Ceramic Shear ICP@ Accelerometers use piezoelectric ceramics with high sensitivity
inductive element with good signal to noise ratio and high measurement resolution
Ideal for low amplitude vibration measurements. Due to its inherent high sensitivity
Degree characteristics, ceramic ICP8 acceleration sensor compared with similar quartz cells
The assembly mass is smaller, so that the sensor has light mass, high frequency response and low noise.
Low noise advantage.
In order to further reduce the mass of the sensor, all ceramic shear acceleration
Gauges are mounted in high strength, lightweight, laser welded sealed titanium or aluminum housings
Inside. Due to the reduction of sensor mass, the influence of additional mass is reduced,
Improve the accuracy of test data.
Charge output micro acceleration sensor can operate at +500° F(+260° C)
It can work in high temperature environment and can work with charge amplification system in extreme working environment.
The measurement is carried out together.
Three-axis acceleration sensors have a variety of different sensitivities and can be adapted to one
Special application requirements. When high frequency noise, small additional mass and empty installation are required
When the time is limited, a miniature acceleration sensor can be selected. Low profile design
Sensors are ideal for road or wind tunnel testing of vehicles. Tongkong 'an
Installation design simplifies control of DUT surface cable path output connectors and installation
The direction of the axis. Filter output unit can avoid noise and vibration in engine
High frequency overload phenomena encountered during drivetrain testing.
357A08
352C23
352A59
352A73
352A74
352A25
352C22
357C10
352A71
352A91
352A92
Miniature uniaxial acceleration
sensor
use
■ Circuit board
■ Components
Small assemblies
352B01
352B10
352A24 
352A26
357A07 
352A56
 TL D352A57
Miniature uniaxial acceleration
sensor
In sports, a small advantage can make the difference. biology
Engineering research can help understand the full potential of biology and adjust it to the best
Body function can also determine the progress and effectiveness of healing after injury.
PCB acceleration sensors have been used to meet a variety of test requirements,
This includes product testing, design verification, structural analysis and even animal applications.
Behavioral research.
Miniature single-axis accelerometer
353B16
352C66
353B17
352C67
Miniature uniaxial acceleration
sensor.
characteristic
■ Small size.
■ High frequency range
■ Light weight
■ Use high strength titanium or lightweight aluminum housing
353B18 
352C68
357B14
353B15
352C65
357B11
Miniature uniaxial acceleration
sensor
To optimize product design, reduce product defects and improve customer recognition
Sympathy and satisfaction, product testing is a must in today's competitive marketplace
A little. Shock and vibration testing is used to test products in various possible rings
Reliability and durability under environmental factors to avoid customers in the use process
The problem of sudden product failure is encountered in. PCB@ Acceleration Sensor Wide
Applied to programmed vibration input response monitoring and control during testing
vibration data.
Miniature single-axis acceleration sensor
352C41
352C42
357B45
355B12
357B06
Miniature three-axis acceleration sensor
Does the cable attachment in the triaxial acceleration sensor
Need customers to buy separately?
PCB@ is currently available in four different configurations:
■3 independent coaxial jacks-this configuration is used for charge output acceleration
Integrated Cable-Integrated cable is typically 5 feet in length. Also with 5.
Degree sensor. The sensor does not contain cable assemblies because coaxial cables
Foot extension cable, terminal configured with 3 BNC connectors.
Very common.
, 8-36 4-pin jack-sensors of this connector are available in 10-foot lengths
In the Accessories * section of each acceleration sensor list“
Cable, terminated with 3 BNC connectors.
Find a list of accessories provided by each specific sensor. You can also go out.
■/4 -28 4 pin jack-this connector sensor is not supplied with assembly cable set
and www.pcb.com.
This is because this connection is very common.
356A19
356A24
354C10
356B20
356B21
356B11
micro triaxial acceleration
sensor
characteristic
■ Lightweight titanium
■ Laser welded seals
e Screw, bolt or adhesive mounting
i Model
356A33
356A31
356A32
356M41
356A43
356A44
356A45
Miniature 3-axis acceleration sensor.
characteristic
■ Lightweight titanium
■ Laser welded seals
■ Screw, bolt or adhesive mounting
Model 356A01 356A03 356A04 356A05 356A06 356A09
High Temperature ICP@ Acceleration Sensor
( +325。F/+163 °C)
use
■ Quality assurance (HALT, HASS, ESS)
■ High temperature
■ Thermal stress screening
■ Environmental testing
■ Comprehensive environmental test chamber
PCB@ offers specially designed and tested ICP@ acceleration sensing
For shock and vibration testing in harsh environmental conditions. these sensing
The device combines quartz, ceramic shear technology and specially designed built-in microelectronics
Signal conditioning circuitry enables sensors to withstand extreme temperature environments and
Reliable operation under repeated temperature cycling conditions. Laser welded seals as well as light
Titanium or stainless steel housing provides better external environmental protection.
Before shipment, each sensor must undergo a complete set of inspections to ensure
Ensure durability during use. This test includes high temperature immersion, warm
High acceleration screening tests for degree cycling and hydraulic drive excitation.
High temperature ICP acceleration sensor
Model 320C1 5320C18 320C03 320 C33 320C53 320C20
model
300A12
339A30
TLD339A34
TLD339A36
TLD339A37
339C31
339B32
Cryogenic ICP@ accelerometer
PCBs are specially designed to withstand harsh conditions.
ICP accelerometer for vibration measurement. Laser welding, gas
A tight housing package better protects the sensor.
The 351 Series Accelerometers are suitable for applications down to-320° F(-196° C)
Application environment. Before delivering to customers, in addition to doing general calibration
These sensors also require a series of temperature cycles.
Factory test.
use
■ Cryopump
Rocket engines
■ Refrigerant
product model
351A1 5
351B03
351B04
351B11
351B41
351B42
High temperature acceleration sensor (.+) 500°F/+260°C)
use
■ High temperature vibration test
■ Engine compartment studies
■ Exhaust component vibration test
■ Steam turbine test
■
Engine Vibration Analysis
PCB@ Charge Output Acceleration Sensor Using Piezoelectric Ceramic Sensing
The element directly outputs a charge signal proportional to the measured acceleration value.
No.
Charge output acceleration sensors do not include built-in signal conditioning electronics
Road. Therefore, external signal conditioning is required to transmit the resulting measurement signal.
For reading or recording instruments. The charge output signal of the sensor can be transmitted through a real
Adjustable charge amplifier for laboratory conditioning, optional
More economical on-line stationary charge converters.
Since the charge-output acceleration sensor does not have a built-in circuit,
and capable of operating at high temperatures (some models can withstand up to
+1200 F/+649 C). In addition, charge-output acceleration transfer
Sensors are often used in thermal cycling tests, or in conjunction with existing charge amplification conditioning devices.
prepared for use.
Important notes: Measurement of charge-output acceleration sensor systems
Resolution and low frequency response are determined by conditioning module and background of acquisition equipment
Noise and discharge time constant characteristics.
High temperature single axis acceleration sensor
model
357A63
357B69
357B61
7 703A-100-R
EX357C71
357C72
EX600B13
EX357E90
EX357E92
EX357A94
357A64
EX611A00
EX619A11
High sensitivity ICP@ acceleration sensor
use
■ Building vibration monitoring
■ Earthquake warning
■
Bridge Structural Testing
■
ground vibration monitoring
■ Geological structure research
■ Foundation vibration monitoring
High sensitivity ICP acceleration sensors are built for monitoring large
Ultra-low and low-frequency vibrations of buildings, foundations and earthquakes
specially designed. These sensors produce high-intensity output signals
No. and low background noise provide high accuracy for large structural tests
The output signal.
Seismic acceleration sensors are designed using ceramics and quartz
sensing element. Model 393C uses quartz sensor, same as
Series sensors provide the best low frequency response. ceramic
Sensing elements combined with built-in low-noise signal conditioning circuits provide
* Best measurement resolution.
All components sealed with laser welding in titanium or stainless steel housing
Inside. 2-Pin-type output connectors provide superior electrical performance
Enclosure isolation effectively avoids powerful RF and EMI interference
Disturbing.
High sensitivity ICP@ acceleration
sensor.
Vibration monitoring is essential for public buildings and historic sites
It can protect the safety of residents and building structures in the event of disasters.
All. The study found that when the crowd in the stadium stands or theater stands
Simultaneous movement of the same movement will cause the stand structure to withstand
Forces and harmonious motion. Earthquakes, people, trucks and trains
Vibration can lead to sway, translation and even cracks or cracks in building structures
collapse occurred. Monitoring with highly sensitive acceleration sensors helps
Perform motion trend analysis and identify structural vibration exceeding safety design limits
An alert is issued when necessary to carry out corrective or preventive actions.
model
306M133
355B04
352B
393B04
393B05
High sensitivity ICP@ acceleration
sensor.
In recent years, the deterioration of infrastructure, especially bridges, has repeatedly become a problem.
Focus. Continuous vibration monitoring, modal analysis and structural integrity
Investigating these vibration monitoring techniques can determine the safety of public building structures
and service life. High-sensitivity acceleration sensor can be used for various external stings
Excitations such as human flow, wind, and rigid shocks produce corresponding signal responses. analyze this
These signals can determine the state and safety of the building structure. through such
The investigation analysis can remedy the structure of the building or provide further supervision.
Testing provides evidence.
model
393A03
393B12
393B31 
393B32
393C
Structural Test ICP@ Acceleration
sensor
characteristic
■ High output piezoelectric ceramic sensing element, providing strong signal output
■ Lightweight shell material reduces the impact of additional mass
■ Multiple packaging, mounting and cable options available
model
333B
333B30
333B40
333B50
MEMS acceleration sensors are used to analyze low-frequency motion or constant acceleration
Time is essential. Unlike piezoelectric acceleration sensors, these sensors
The response of the sensor can reach 0Hz, so it is usually considered to be a DC response.
Sensory organs.
PCB@ Series 3741DC Response Acceleration Sensor Available in Various Ranges
(e.g. from +2 to +200g). This product features silicon MEMS sensors
Uniformity and repeatability of parts. Gas damping, mechanical overload protection, size
Small, hard aluminum oxide shells, etc. all improve the durability of the component. electric square
This product also provides differential output signals to reject common-mode noise.
PCB8 Series 3711 (single axis) and 3713(three axis) DC Response Acceleration
Sensors are designed to monitor low frequency vibration and motion and provide information from
+2 to +200g full range to meet various needs. These products use gas
Damping, as well as silicon MEMS sensing elements, and laser welded, sealed
In titanium metal housing, it can provide effective protection for testing in harsh environments.
Protection. These products do not inherently respond to base strain and lateral acceleration
Sensitive and provides high frequency overload protection. Electrically, each product provides one
Single-ended output signals with power and ground wires for each channel.
model
3741F
3711F
3713F
3743F
MEMS sensor
signal conditioner
model
478A01
478B05
478A16
482C27
483C28
Impact ICP@ Acceleration Sensor
use
■ Pile driver monitoring
■ Simulated blasting
■ recoil and penetration
■ Press monitoring
■ Explosive research
■ Vibration table shock monitoring
Impact ICP@ Acceleration
sensor
use
Body armor.
■ Impact testing
■ Metal collision
■ Helmet testing
model
350B01
350B11
350D02
350C23 
350C24
Impact ICP@ acceleration.
sensor
characteristic
■ Built-in mechanical and electronic filters
■ Lightweight integrated cable or 10-32 coaxial jack
■ Monitoring range from 5000g to 100,000 g
350C03
350C04
350A14
350B41
350B42
350B43
350B44
350B50
3501 and 3503 series
MEMS high G shock accelerometer
use
■
Cryopump Consumer Electronics Testing
■ Pile driver
■ Downhole oil exploration
■ Firearms firing count
■ Rock hammer manufacturer
■ Golf club head measurement
■ No ITAR control
Surface Mount Type 3501A2020KG Single Shaft
Package Type 3501B1220KG Single Axis
Package type 3503A1120KG three-axis
Endevco Automotive Safety Test Sensors
use
■ Dummy Equipment (ATD)
■
Pedestrian Safety Study
■ Front, rear and side impact
■ Vehicle rollover test
■ Global regulatory compliance testing
■ Vehicle crush zone city and trolley collision
characteristic
■ Compliant with SAE J211, J2570 and
ISO 6487
■ Standard configuration on all dummies
■
Excellent frequency response
■ Small and lightweight
■ Impact resistance up to 10,000 g
■ Multi-mode damping
car crash
model
701AH/FH 
757AH/FH 
758
7268C
7268D
7264H
Test Dummy (ATD)
Model 7231C 7264B 7264C 726CH
Airbag/ABS Study 8530BM37
Side Impact 8510B
Angular velocity 7310A

1g portable handheld calibrator
394C06 Handheld Vibration Calibrator Yes
A small, battery powered calibrator.
It's specifically designed to calibrate acceleration sensors and vibrations
Performance of the system. It can be calibrated.
Up to 210 g * sensor and produces 1 g
Mechanical excitation. Suitable for on-site sensors
Sensitivity detection, channels for multipoint data acquisition
Identify and perform back-to-back system failure maintenance
and confirm the system gain setting.
* Total weight includes weight of installed hardware and cables
weight
characteristic
■ Mechanical excitation provided is 1g rms
or 1g pk
■ Mechanical stop protection under overload conditions
■ Fixed frequency of 159.2 Hz
■ Optional AC power adapter
(Model 073A16)
■ Power is supplied by four“ AA" alkaline batteries
■ Metric alternative model (M394C06)
Provide 10 m/sec2 excitation
■ Automatic shut-off of continuous operation

Portable Shaker Table 9100D
9100D Industrial portable shaker Yes
An Ideal Field Calibration Accelerometer
With. It can be used in a wide range of frequencies and amplitudes
Inside, field calibration acceleration sensor, speed
Sensors and eddy current vibration sensors. the set of
The piece is a small portable with a completely independent
Vertical vibration reference source, through measurement, monitoring
and recording system, which can be easily used to verify
The entire sensor channel. Pelican° Storm Box
The package is lightweight and has two push-pull latches and a hanger
Lock ring, 9100D for direct shipping to
Test location. With an integrated precision stone
English reference accelerometer, vibration table with powerful
Carbon fiber composite armature curved brace built. with
Closed compared to other portable field calibrators
Loop level control enables the 9100D to operate at 7Hz-
High quality in the frequency range of 10kHz
Vibration calibration effect.
Model 9100D
■ Perform variable frequency and variable amplitude calibrations
Equipped with optional adapter assembly for calibration
■ Eddy current probe
■ Portable, external or battery powered

Portable Vibration Calibrator 9110D 
The 9110D Portable Vibration Calibrator is The
Modal Shop 9100 Series * New
The goods. Similar in appearance and operation to the 9100D,
But the 9110D has more new features that allow
Users further refine portable calibration work.
The 9110D can display the meter on the screen in real time
sensitivity after calculation. It also has built-in
ICP input for commonly used piezoelectric sensors
Electricity. In addition, users can directly store * many.
500 calibration results to 9110D memory
Medium. These results can be copied via USB and
Teleport, and at the same time use the report generator to generate
Customised calibration to ISO17025
Certificate.
Low frequency portable vibration calibrator available
9200D/9210D, frequency range 0.7-2k
Hz。C9110D charge-type acceleration
Sensor portable calibrator optional.

SoundTrack LxT Sound Level Meter
SoundExpert 821 Sound Level Meter
SoundAdvisor 831C Sound Level Meter

adhesive mounting base
model
080A14
M080A14
080A15
M080A15
080A04
M080A04
080A25
M080A25
080A178
080A
M080A
080A145
080A12
M080A12
080A13
080A19*
080A68
M080A68
080A147
080A170
080A190
080M227

Array Acceleration Sensor Mounting Gaskets
Model Cable Length
080B40  10 ft (3 m)
080B37  25 ft (7.6 m)
080B38  50 ft (15.2 m)
080A140
Install washer (10-32 output connector for installation of model 333B31)
080A115
Mounting spacer (incl. 3 m integrated cable and
BNC output connector for installation of model 333B31)
Easy mounting clip
080A172
080A173
080A160
adhesives
080A90 Quick Adhesive
080A24  080A109  080A47  paraffin
magnetic seat
model
080A30
M080A30
080A27
080A179
080A54
080A130
080A131
080A132
instrument
Removal tools help avoid damage to the sensor and assist in removing the adhesive
Water drop type acceleration sensor with fixed mode. Apply shear force to move quickly
Remove adhesive and epoxy bonds.
The probe pin is mounted to the sensor as if using a handheld vibration sensor.
device. This installation method is very limited in installation space or often vibrates
It is useful when deciding where to install.
instrument
model
039A27
039A26
039A28
039A29
039A07
039A31
039A32
039A08
039A09
039A10
039A12
039A33
PCB force urging
impact hammers
use
Structural health testing
■ Resonance measurement
Modal analysis
model
086E80
086C01 
086C02
086C03
086C04
Tip 1
in practical application
What factors influence the choice of hammer?
There is a general rule of thumb that larger structures require larger ones to follow.
Impact hammer. Here are some guidelines:
086E80-Printed circuit boards and hard disk drives
086C01-Small damping plates and frames
086C02, C03, C04-Medium frame structure, e.g. frame, launch
Machined and machined parts
086D05-Heavy components such as pumps and compressors
086D20-Heavy structures such as bases and tanks
086D50- -Buildings, bridges, ships and other large structures
Model 086D05  086D20  086D50
Microphone and preamplifier
use
Noise, vibration and roughness (NVH) testing
■ Environmental noise analysis
■ Sound power test
■ Transmission path analysis
■ Sound pressure imaging
■ Conventional acoustic noise reduction
Prepolarization (0V)
6.5
 Model 378A04 (450 mV/Pa)
80
15
Model 377A07 (50 mV/Pa)
145
oneself
by
15
Model 377B02 (50 mV/Pa)
146
field
20
Model 377A06 (12.6 mV/Pa)
160
35
Model 377C01 (2 mV/Pa)
164 )
11.5
150
Model 377A15(50 mV/Pa)
15
Model377B11 (50 mV/Pa) 143
press
force
( 20
Model 377C13 (12.6 mV/Pa)
155 '
field
65
Model 377A12 (0.25 mV/Pa)
178
( 35
Model 377C10, rear vented (1 mV/Pa)
1741
Model 377A14, side vented (1 mV/Pa)
174
Prepolarization (0V)
condenser microphone
characteristic
■ New design
■ICP@ Sensor Power Supply
■ Low cost per channel
■ IEC“ Type 1” compliant
■ Use BNC or 10-32 connector coaxial cable
■ Interchangeable power supply with ICP@ accelerometer or pressure sensor
model
377C01
377C10
377A12
377A14
Pre-polarized (0V) precision microphone
model
377A06
377A07
377A21
377B02
377B11
377C13
377C20
377A15
Externally polarized (200V) precision microphone
model
2520
2530
2540
2559
377C41
 2541 
2560
2570
2575
the preamplifier
model
426B03
426E01
 HT426E01
426A10 
426A11
 426A30
426B31
array microphone
characteristic
■ Modern pre-polarized (0V) design
■ICP@ Sensor Power Supply
■ Low cost per channel
■ Use BNC, SMB or 10-32 connector coaxial cable
■ Interchangeable with ICP ® accelerometer and pressure sensor
use
■ Acoustic holography
Beamforming
■ Acoustic testing within the normal range of hearing
■ Sound pressure imaging
Preventive maintenance
■ Mechanical monitoring
ICP@ Microphone array and integrated preamplifier
model

130A24
130F20 I
130F21
130F22 
acoustic attachment
adapter
079A02 Adapter for 1/4 inch microphone and 1/2 inch preamplifier
079B03 Adapter for 1/2 inch microphone and 1/4 inch preamplifier
079B25 Adapter for connecting 1-inch microphone to 1/2-inch preamplifier
079A24 5/8 "bolt to 1/4" bolt tripod adapter for fixing microphone
079A29 Swivel adapter for connecting bracket
079A41 1/4 inch microphone right angle adapter
079A42 1/2 inch microphone right angle adapter
079A52 Rugged Grating Cap for 12" (12mm) High Sensitivity Microphones
Cable (other lengths available)
EXA010 10-foot cable, 7-pin connector
003C10 10-foot coaxial cable with 10-32 plug connector on one end and BNC plug connector on the other end
003D10 10-foot coaxial cable with BNC plug connectors at both ends
003U10 10-foot coaxial cable with SMB plug connectors at both ends
003V10 10-foot coaxial cable with SMB plug connector on one end and BNC plug connector on the other
acoustic attachment
correcting device
CAL200 1kHz,94 and 114dB, Calibrator
ADP109 Adapter for CAL 200 and 1/4 inch microphone
CAL250 250Hz, 114dB Calibrator
ADP021 Adapter for CAL 250 and 1/4 inch microphone
079A31 8 Channel Coupler for CAL250 Calibrator
079A30 Piston Sounder 1-inch Microphone Calibration Adapter
environmental protection
079A07 3-1/2 inch windshield for 1/4 inch microphone
079A06 3-1/2 inch windshield for 1/2 inch microphone
079C20 1/4 inch microphone nose cone
079B21 1/2 inch microphone nose cone
EPS2116 outdoor protection, 3/4 inch mounting, 1/4 inch side outlet mounting
microphone bracket
079B10 1/4-inch sound transmitter stand
079A11 1/2 inch microphone stand
079C23 1/4 inch and 1/2 inch microphone racks
079A32 1/4 inch microphone holder
Tripods and mounts
079A15 Tripod with telescopic rod
079B16 Mini tripod with adjustable legs
079A17 camera tripod
079A18 Adjustable clamp