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We found 102 matches....

Model: 023A10

Hardline, mineral insulated, coaxial cable, 10-ft, 10-32 plug (900°F/482°C) to 10-32 jack (550°F/288°C)

Product Manual

Product Datasheet

Model: 024

Industrial, 2-conductor, 20 awg (19/32), twisted, shielded, 22 awg drain, polyurethane cable (price per foot)

Cable Style: Multi Conductor - Shielded
Number of Conductors: 2
Cable Jacket Material: Polyurethane
Temperature Range: -58 to +250 °F(-50 to +121 °C)

Product Datasheet

Model: 024R10

Industrial, twisted/shielded pair, polyurethane cable, 10-ft, military 2-pin conn. to BNC plug

Product Datasheet

Model: 024R20

Industrial, twisted/shielded pair, polyurethane cable, 20-ft, military 2-pin conn. to BNC plug

Product Datasheet

Model: 027025-04021

Hand Torque Wrench, 20 in-lb (2.3 Nm), Screwdriver Handle, 1/4-inch Hex Drive, Integral Cable with pigtail leads

Measurement Range: (Full Scale Capacity) 20 in-lb(2.26 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027125-04012

Hand Torque Wrench, 100 in-lb (11.4 Nm), 8-inch Handle, 1/4-inch Square Drive, 4-Pin PT Receptacle

Measurement Range: (Full Scale Capacity) 100 in-lb(11.4 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027125-04051

Hand Torque Wrench, 50 in-lb (5.6 Nm), 8-inch Handle, 1/4-inch Square Drive, 4-Pin PT Receptacle

Measurement Range: (Full Scale Capacity) 50 in-lb(5.60 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027125-07012

Hand Torque Angle Wrench, w/Angle Encoder & Auto-ID, 100 in-lb (11.4 Nm), 8-inch Handle, 1/4-inch Square Drive, 10-pin PT Receptacle

Measurement Range: (Full Scale Capacity) 100 in-lb(11.4 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027137-04051

Hand Torque Wrench, 50 ft-lb (5.6 Nm), 12-inch Handle, 3/8-inch Square Drive, 4-Pin PT Receptacle

Measurement Range: (Full Scale Capacity) 50 lbf-ft(68 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027137-07022

Hand Torque Angle Wrench, w/Angle Encoder & Auto-ID, 200 in-lb (22.7 Nm), 12-inch Handle, 3/8-inch Square Drive, 10-pin PT Receptacle

Measurement Range: (Full Scale Capacity) 200 in-lb(22.7 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027137-07051

Hand Torque Angle Wrench, w/Angle Encoder & Auto-ID, 50 ft-lb (68 Nm), 12-inch Handle, 3/8-inch Square Drive, 10-pin PT Receptacle

Measurement Range: (Full Scale Capacity) 50 lbf-ft(68 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027250-04201

Hand Torque Wrench, 200 ft-lb (271 Nm), 21-inch Handle, 1/2-inch Square Drive, 4-Pin PT Receptacle

Measurement Range: (Full Scale Capacity) 200 lbf-ft(271.2 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027250-04301

Hand Torque Wrench, 300 ft-lb (407 Nm), 34-inch Handle, 1/2-inch Square Drive, 4-Pin PT Receptacle

Measurement Range: (Full Scale Capacity) 300 lbf-ft(407 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027250-07101

Hand Torque Angle Wrench, w/Angle Encoder & Auto-ID, 100 ft-lb (136 Nm), 21-inch Handle, 1/2-inch Square Drive, 10-pin PT Receptacle

Measurement Range: (Full Scale Capacity) 100 lbf-ft(136 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027250-07201

Hand Torque Angle Wrench, w/Angle Encoder & Auto-ID, 200 ft-lb (271 Nm), 21-inch Handle, 1/2-inch Square Drive, 10-pin PT Receptacle

Measurement Range: (Full Scale Capacity) 200 lbf-ft(271.2 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027250-07301

Hand Torque Angle Wrench, w/Angle Encoder & Auto-ID, 300 ft-lb (407 Nm), 34-inch Handle, 1/2-inch Square Drive, 10-pin PT Receptacle

Measurement Range: (Full Scale Capacity) 300 lbf-ft(407 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027375-04501

Hand Torque Wrench, 500 ft-lb (678 Nm), 43-inch Handle, 3/4-inch Square Drive, 4-Pin PT Receptacle

Measurement Range: (Full Scale Capacity) 500 lbf-ft(678 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027375-04601

Hand Torque Wrench, 600 ft-lb (814 Nm), 43-inch Handle, 3/4-inch Square Drive, 4-Pin PT Receptacle

Measurement Range: (Full Scale Capacity) 600 lbf-ft(813.6 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 027375-07501

Hand Torque Angle Wrench, w/Angle Encoder & Auto-ID, 500 ft-lb (678 Nm), 43-inch Handle, 3/4-inch Square Drive, 10-pin PT Receptacle

Measurement Range: (Full Scale Capacity) 500 lb-ft(678 Nm)
Sensitivity: (0.25%FS)(output at rated capacity) 2 mV/V

Product Manual

Product Datasheet

Model: 029

Hardline, coaxial, 20 awg, silicon dioxide dielectric cable, 304 SS jacket, 27 pF/ft (+1500 F/816 C) (price per foot) **Not field installable**

Cable Style: Coaxial
Number of Conductors: 1
Cable Jacket Material: Stainless Steel
Temperature Range: -67 to +1500 °F(-55 to +816 °C)

Product Datasheet

Model: 023

Hardline, coax, 30 awg, mineral insulated cable (-300 to +1200 F) (price per foot) **Not field installable**

Cable Style: Coaxial
Number of Conductors: 1
Cable Jacket Material: Stainless Steel
Temperature Range: -300 to +1200 °F(-184 to +650 °C)

Product Manual

Product Datasheet

Model: 023B10

Hardline, mineral insulated, coaxial cable, 10-ft, 10-32 plug (1000°F/538°C) to 10-32 jack (550°F/288°C)

Product Manual

Product Datasheet

Model: 023FZ010FZ

Hardline, mineral insulated, coaxial cable (-300 F to +1200 F), 10-ft, 10-32 plug to 10-32 plug

Product Datasheet

Model: 024R50

Industrial, twisted/shielded pair, polyurethane cable, 50-ft, military 2-pin conn. to BNC plug

Product Datasheet

halifax-nc-a2la-certificate-and-scope-1862-02-exp-2-26.pdf

( A 2L A C e r t . N o. 1862. 02) 03/ 11 / 2024 P ag e 1 of 4

pcb-ac-preamps_lowres 052215.pdf

,"(+'&#&",- " %)& ' )#*,(.&*) %A40F 786

edv-ds-7264b-022421.pdf

K e y f ea t u r e s þÿ Q M e c h a n i c al o v e r t r a v e

edv-ds-2680m1-m7_lowres.pdf

GAIN ADJUST .154 (3.91) DIA 2 PL .755 (19.18) .745 (18.92) 1.000 (25.40) .060 (1.52) COUNT

imi-vib-699b0x_lowres.pdf

en-US p c b . c o m / i m i - s e n s o r s | 1 8 0 0 9 5 9 4 4 6 4 en-US

Industrial Portable Vibration Calibrator

Calibrate accelerometers, velocity sensors, and eddy current sensors for end-to-end functionality and alarm trip point confirmation

PCB AS9100 Certificate

PCB AS9100 certificate for both Depew, NY and Halifax, NC.

International Distributors | PCB Piezotronics

Find a distributor or sales office.

wpl_41_pcb_app_note_probemic.pdf

en-US W r i t t en B y en en-US D r . A nd r e w R . B a r n a r d , I N

Using Probe Microphones For Nearfield Acoustic Holography Measurements of a Carbon Nanotube Speaker

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tn-23_pyroshock_explained.pdf

en-US W r i t t en B y en-US en-US P a tr i ck L . W a l t e r , Ph . D .

tn-23_pyroshock_explained.pdf

en-US W r i t t en B y en-US en-US P a tr i ck L . W a l t e r , Ph . D .

tn-22_0206_air_blast_5v2.pdf

en-US I n t r o d u c t i o n t o A i r B l a s t en-US M e a s u r e m

tn-22_0206_air_blast_5v2.pdf

en-US I n t r o d u c t i o n t o A i r B l a s t en-US M e a s u r e m

Introduction to Air Blast Measurements - Part V: Alternate Technologies?

modal-hammer-chart.pdf

en-US T Y PI CA L A PPL I CA T I O N S en-US C i r c u i t B o a r d s

edv-ds-758h_lowres.pdf

en-US K e y f ea t u r e s en-US þÿ en-US n en-US 2 , 0 0 0 g r a n g

Modal Hammer Chart

6C 02 en-US I n cl u de d A c c e s s o r i e s en-US & D O L E U D W L R Q& H U W L F D W H en-US & D O L E U D W L R Q& H U W L F D W H en-US & D O L E

What's wrong with my Piezoelectric Accelerometer?

INTRODUCTION: A frequently asked question about measurements made with piezoelectric (PE) vibration sensors is related to the measurement parameters. After completing a test and evaluating data, test engineers may observe obvious signs of problems within the data that was collected. Many factors can affect the data from a PE accelerometer including measurement range, the measurand input amplitude, the measurand input frequency content, and the data acquisition sample rate. For example, input am

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edv-ds-7360a_lowres.pdf

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edv-ds-7360a_lowres.pdf

en-US K e y f ea t u r e s en-US þÿ en-US n en-US T h r e e a x e s o

wpl_61_causes_zero_offset_acceleration_data_acquired_while_measuring_severe_shock.pdf

en-US W r i t t en B y en en-US A n t h o n y A g n e l lo , P C B Pi e

Causes of Zero Offset in Acceleration Data Acquired While Measuring Severe Shock

0. 02% o f t he P e ak - P e ak r e s pons e . F or t he ME M S d e v i c e s , t h i s v a l ue c or r e s ponde d to 20 m i cr o vo l t s . E ve n t he s e ti n y e rr o rs cau

tn-32_howimpedanceinfluencesmeasurement.pdf

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depew-ny-a2la-certificate.pdf

( A 2L A C e r t . N o. 1862. 01 ) 03/ 18 / 2023 P ag e 1 of

tm-ac-377b26_lowres.pdf

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tn-32_howimpedanceinfluencesmeasurement.pdf

en-US H o w I mp eda n c e en-US en-US 5 H O D W L R QV K L

wpl_97_small_mic_nvh.pdf

en-US W r i t t en B y en en-US J e f f D os c h , P C B Pi e z o tr o n

tm-ac-377b26_lowres.pdf

en-US p c b . c o m | 1 8 0 0 8 2 8 8 8 4 0 en-US U S E O F MO D E L 3 7 7

High Temperature Probe Microphone and Preamplifier

Recommended for testing sound pressure measurements in high temperature environments and confined areas.

How Impedance Relationships Influence Measurement Results

Impedance is the measure of the total opposition to current flow in an AC circuit and it plays an important role in most electronic systems. Measurement chains that include an ICP® signal conditioner are no exception. The relationship between the output impedance of an ICP® signal conditioner and the input impedance of a readout device is a critical point in the measurement chain. These impedance values can influence both frequency and amplitude measurement results.

Small Microphone Has Big Impact on NVH Testing

8 B 02. W it h it s lo w po w e r , 2 - w ir e I C P ^® o pe r a t io n, e x c e ll e nt e nv i r o nm e nt a l s t a bilit y , lo w n o i s e f l o o r , a n d h i gh s en s i t i v i t y

wpl_62_vibmon.pdf

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3p03218condensedreport.pdf

R EP O RT is s u e d b y a S w e d is h N a tio n a l L a b o ra

imi-vib-chargemode_lowres.pdf

en-US C H A R GE M O DE en-US A C CE L ER O M E T ER S en-US p c b . c

Charge Mode Accelerometers

Side-by-Side Microphone Test Results

3rd Party Competitive Test Results

tm-frc-impact-hammers_lowres.pdf

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imi-ele-chargeamplifiers_lowres.pdf

en-US C H A RG E en-US A MP L I F IE RS en-US p c b . c o m / i m i -

tm-frc-impact-hammers_lowres.pdf

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Charge Amplifiers

SoundAdvisor Noise Monitoring Systems

Model Impact Hammers

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tn-25_pcb_how_high_frequency.pdf

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tn-25_pcb_how_high_frequency.pdf

en-US W r i t t en B y en-US en-US P a tr i ck L . W a l t e r , Ph . D .

How High in Frequency Are Accelerometer Measurements Meaningful

wpl_60_pyroshock.pdf

en-US W r i t t en B y en en-US A n t h o n y A g n e l lo & R o b e r

EVALUATION OF ACCELEROMETERS FOR PYROSHOCK PERFORMANCE IN A HARSH FIELD ENVIRONMENT

tn-14_bfd_682a05_white_paper.pdf

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tm-ipc_lowres.pdf

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The Model 682A05 Bearing Fault Detector

b - 02 12: 4 3 : 59 ( P kV u e - H P 10 00 H z ) RM S = 12 . 8 7 LO AD = 1 00. 0 RP M = 89 3. ( 14. 89 H z ) P K (+ ) = 51. 09 C R EST F = 3 . 9 2 DCof f = - 9 .7 6 0 3 6 9

wpl_68_howsensormountingaffectsmeasurements.pdf

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wpl_65_protectioncoolingtowers.pdf

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wpl_68_howsensormountingaffectsmeasurements.pdf

en-US W r i t t en B y en en-US D av i d A . C o r e lli en-US H o w S

How Sensor Mounting Affects Measurements

State of the Art Technologies For Protection of Industrial Cooling Towers

tn-27-nr.pdf

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tn-27-nr.pdf

en-US Mea s u r i ng S t a t i c en-US en-US O v er pr e s s u r e s

Measuring Static Overpressures in Air Blast Environments

qa1087_pcb_manufacturing_guidelines.pdf

U s er G uide: M anuf ac t u ring Guidelin es N OTE

wpl_85_memsshockimpedance.pdf

en-US W r i t t en B y en en-US P a tr i ck L . W a l t e r , P C B Pi e

MEMS Shock Accelerometers

wpl_79_pdm.pdf

en-US W r i t t en B y en en-US D a v i d A . C o r e l l i , C a t e g

Managing Machinery Assets Using Predictive Maintenance

A Manager’s Overview

imicat_lowres.pdf

& 7 0 4 / # $ # / 4 # ' & & 0 ' / 0 9 # 4 !

Industrial Vibration Sensors Switches Instrumentation

testandmeasurementcatalog.pdf

en-US T E S T & ME A S U R E ME N T en-US S E N S ORS A N D en-US

Test & Measurement Sensors & Instrumentation

Acceleration & Vibration, Acoustics, Pressure, Force, Load, Strain, Shock, & Torque

About PCB^®

PCB^® manufactures sensors used by design engineers and predictive maintenance professionals to test and measure vibration, pressure, force, acoustics, load, and shock in research and development as well as industrial applications.

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Contact

3425 Walden Avenue
Depew, NY 14043

Sensorline^SM
+1 716-684-0001

info@pcb.com

+1 800-828-8840

3425 Walden Avenue
Depew, NY 14043

Sensorline^SM
716.684.0001

info@pcb.com

+1 800-828-8840

Careers

3425 Walden Avenue
Depew, NY 14043

Sensorline^SM
716.684.0001

info@pcb.com

+1 800-828-8840

Privacy Policy | Terms and Conditions | California Transparency in Supply Chains Act/UK Modern Slavery Act | Copyright Notice

^© In the interest of constant product improvement, specifications are subject to change without notice. PCB®, ICP®, Swiveler®, Modally Tuned®, and IMI® with associated logo are registered trademarks of PCB Piezotronics, Inc. in the United States. ICP® is a registered trademark of PCB Piezotronics Europe GmbH in Germany and other countries. SensorLineSM is a service mark of PCB Piezotronics, Inc.

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