Hottinger Bruel and Kjaer UK Ltd. Datasheets for Accelerometers
Accelerometers are instruments for measuring, displaying, and analyzing acceleration and vibration.
Accelerometers: Learn more
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| Product Name | Notes |
|---|---|
| A compact triaxial charge accelerometer for high-temperature testing housed in robust titanium with a single integrated Microtech compatible connector. Freq. range : 1 – 10000 Hz Temperature : -60 – | |
| A miniature charge accelerometer with side connector designed for high-level, high-frequency measurements in confined spaces and on delicate structures. The accelerometer is supplied with an integral cable. Freq. range :... | |
| A miniature piezoelectric CCLD accelerometer with isulated base, designed for measurements on lightweight structures where relatively high-level, high-frequency vibrations are encountered. Freq. range : 1 – 25000 Hz Temperature :... | |
| A piezoelectric, DeltaShear®, Unigain® accelerometer with top connector and cable, designed for general-purpose, low-frequency measurements over 0.1 Hz to 8400 kHz. Freq. range : 0.1 – 8400 Hz Temperature :... | |
| CCLD Accelerometer designed for continuous high-temperature operation with a stable bias voltage on for instance gas turbine auxiliary equipment. The unit features a top connector, 100 MV/g and 70 g... | |
| CCLD Accelerometer is specifically designed for flight-test applications, such as the helicopter gearbox, and delivers reliable measurement in harsh environments. Freq. range : 1 – 15000 Hz Temperature : -54... | |
| CCLD Accelerometer with TEDS, 1 mV/g and side connector, designed for modal analysis measurements. The unit is supplied without slot and cable. Freq. range : 0.3 – 6000 Hz Temperature... | |
| Designed for general purpose multi-axis vibration and shock measurements on low-mass structures and in confined spaces. Freq. range : 1 – 12000 Hz Temperature : -55 – 230 ℃ Weight... | |
| Designed for general purpose multi-axis vibration and shock measurements on low-mass structures and in confined spaces. Freq. range : 1 – 15000 Hz Temperature : -55 – 175 ℃ Weight... | |
| Designed for measurements in confined spaces and delicate structures. Freq. range : 1 – 10000 Hz Temperature : -51 – 177 ℃ Weight : 0.6 gram Sensitivity : 0.18 pC/ms^-2... | |
| Designed for measurements in confined spaces and delicate structures. Freq. range : 1 – 20000 Hz Temperature : -51 – 100 ℃ Weight : 1.5 gram Sensitivity : 10.2 mV/ms^-2... | |
| Designed for measurements in confined spaces and delicate structures. Freq. range : 1 – 20000 Hz Temperature : -51 – 100 ℃ Weight : 1.6 gram Sensitivity : 10.2 mV/ms^-2... | |
| Designed for measurements in confined spaces and delicate structures. Freq. range : 1 – 20000 Hz Temperature : -51 – 121 ℃ Weight : 1.45 gram Sensitivity : 1.02 mV/ms^-2... | |
| Designed for measurements in confined spaces and delicate structures. Freq. range : 1 – 20000 Hz Temperature : -51 – 121 ℃ Weight : 1.5 gram Sensitivity : 1.02 mV/ms^-2... | |
| Designed for measurements on delicate structures and small objects. Freq. range : 1 – 9000 Hz Temperature : -51 – 230 ℃ Weight : 2.7 gram Sensitivity : 1 pC/ms^-2... | |
| Designed for measurements on light structures. Freq. range : 2 – 7000 Hz Temperature : -51 – 121 ℃ Weight : 2.9 gram Sensitivity : 1.02 mV/ms^-2 Maximum Operational Level... | |
| Designed for measurements on light structures. Freq. range : 2 – 7000 Hz Temperature : -51 – 121 ℃ Weight : 4 gram Sensitivity : 1.02 mV/ms^-2 Maximum Operational Level... | |
| Designed for modal analysis measurements. Freq. range : 0.1 – 6000 Hz Temperature : -54 – 121 ℃ Weight : 4.8 gram Sensitivity : 1 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for modal analysis measurements. Freq. range : 0.1 – 8000 Hz Temperature : -54 – 121 ℃ Weight : 4.8 gram Sensitivity : 1 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for modal analysis measurements. Freq. range : 0.2 – 6000 Hz Temperature : -54 – 100 ℃ Weight : 46 gram Sensitivity : 50 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for modal analysis measurements. Freq. range : 0.2 – 8000 Hz Temperature : -54 – 100 ℃ Weight : 4.8 gram Sensitivity : 50 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for modal analysis measurements. Freq. range : 0.3 – 6000 Hz Temperature : -54 – 121 ℃ Weight : 4.6 gram Sensitivity : 10 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for modal analysis measurements. Freq. range : 0.3 – 6000 Hz Temperature : -54 – 121 ℃ Weight : 4.8 gram Sensitivity : 10 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for modal analysis measurements. Freq. range : 0.3 – 8000 Hz Temperature : -54 – 121 ℃ Weight : 4.9 gram Sensitivity : 10 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for modal analysis measurements. Freq. range : 0.4 – 6000 Hz Temperature : -54 – 100 ℃ Weight : 4.6 gram Sensitivity : 100 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for modal analysis measurements. Freq. range : 0.4 – 6000 Hz Temperature : -54 – 100 ℃ Weight : 4.8 gram Sensitivity : 100 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for modal analysis measurements. Freq. range : 0.4 – 8000 Hz Temperature : -54 – 100 ℃ Weight : 4.8 gram Sensitivity : 100 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for simultaneous high-level measurements in three mutually perpendicular directions. Freq. range : 1 – 8000 Hz Temperature : -55 – 230 ℃ Weight : 17 gram Sensitivity : 0.316... | |
| Designed for structural analysis measurements. Freq. range : 0.25 – 3000 Hz Temperature : -54 – 100 ℃ Weight : 4.4 gram Sensitivity : 10 mV/g Maximum Operational Level (peak)... | |
| Designed for structural analysis measurements. Freq. range : 0.25 – 3000 Hz Temperature : -54 – 100 ℃ Weight : 4.4 gram Sensitivity : 10 mV/ms^-2 Maximum Operational Level (peak)... | |
| Designed for use with continuous high-temperature operation and with a stable bias voltage on for instance gas turbine auxiliary equipment. Freq. range : 0.1 – 8000 Hz Temperature : -54... | |
| Designed to operate continuously at 165°C (329°F) in order to meet the toughest environmental requirements. Freq. range : 0.3 – 10000 Hz Temperature : -60 – 165 ℃ Weight :... | |
| Designed to provide low sensitivity to extraneous environmental effects. Freq. range : 1 – 12000 Hz Temperature : -55 – 230 ℃ Weight : 4.9 gram Sensitivity : 0.316 pC/ms^-2... | |
| Dytran Model 3316C2 is a special variation (X-AXIS Directional Output - Negative) within the 3316C Series of Ultra High Temperature Piezoelectric Accelerometers with a ruggedized connector to reliably operate in... | |
| Dytran Model 3316C3 is a special variation (X-AXIS Directional Output - Negative) within the 3316C Series of Ultra High Temperature Piezoelectric Accelerometers with a ruggedized connector to reliably operate in... | |
| Dytran Model 3316C4 is a special variation (Y-AXIS Directional Output - Negative) within the 3316C Series of Ultra High Temperature Piezoelectric Accelerometers with a ruggedized connector to reliably operate in... | |
| Dytran Model 3316C5 is a special variation (Z-AXIS Directional Output - Negative) within the 3316C Series of Ultra High Temperature Piezoelectric Accelerometers with a ruggedized connector to reliably operate in... | |
| Dytran Model 3316M1 is a special variation (Z-AXIS Directional Output - Postitive) within the 3316C Series of Ultra High Temperature Piezoelectric Accelerometers with a ruggedized connector to reliably operate in... | |
| Dytran series 7503 is a high precision triaxial variable capacitance (VC) accelerometer available in various g ranges for the X, Y and Z axes. The accelerometer combines an integrated VC... | |
| Dytran series 7509 is a high precision single axis variable capacitance (VC) accelerometer available in various g ranges. These high performance accelerometers combine an integrated VC accelerometer chip with high... | |
| Expressly designed for commercial and military aircraft vibration monitoring, the Dytran model 3168D2 is a ring style IEPE piezoelectric accelerometer incorporating the use of high stability quartz shear technology. Model... | |
| Expressly designed for commercial and military aircraft vibration monitoring, the Dytran model 3168F is a ring style IEPE piezoelectric accelerometer incorporating the use of high stability quartz shear technology. The... | |
| Expressly designed for use in Health and Usage Monitoring Systems (HUMS), the Dytran model 3078A is an IEPE piezoelectric accelerometer, featuring a sensitivity of 10 mV/g with a frequency response... | |
| Expressly designed for use in Health and Usage Monitoring Systems (HUMS), the Dytran model 3079A is an IEPE piezoelectric accelerometer, featuring a sensitivity of 10 mV/g with a frequency response... | |
| For use in Environmental Stress Screening (ESS),general purpose vibration measurements where space is at a premium,mechanical shock,PC board vibration measurements,product response testing,space related applications,thermal vacuum vibration testing. | |
| For use in Environmental Stress Screening (ESS),HALT/HASS,moda l and structural analysis,product response testing,as well as general purpose triaxial vibration measurements | |
| For use in Environmental Stress Screening (ESS),low profile applications where 360° cable orientation is critical,Vibration control,general purpose vibration monitoring | |
| For use in modal and structural analysis,Noise,Vibra tion and Harshness (NVH),squeak & rattle,vibration control,general purpose triaxial vibration measurements | |
| For use in space flight applications,modal and structural analysis,Noise,Vibra tion and Harshness (NVH),product response testing,squeak & rattle,general purpose triaxial vibration measurements | |
| For use in submersible applications,offshor e wind turbines,automotive road load,triaxial vibration measurements of machines and structures that are immersed in various fluids | |
| For use in submersible applications,offshor e wind turbines,automotive road load,triaxial vibration measurements of machines and structures that are immersed in water | |
| FS65ACC – Accelerometer Single Axis - Fiber Bragg Grating (FBG) based sensor built with newLight® technology. - For single axis acceleration measurements applicable by bolted connection. - Possible to use... | |
| FS65ACC – Accelerometer Single Axis - Fiber Bragg Grating (FBG) based sensor built with newLight® technology. - For single axis acceleration measurements applicable by bolted connection. - Possible to use... | |
| FS65HDA Heavy Duty Accelerometer - Fiber Bragg grating based sensor built with newLight® technology - For acceleration measurements in pantographs (according to EN50317 standards) - Uses two FBG in a... | |
| High performance embeddable IMU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Ideal for a wide range of applications including platform stabilization, mobile robots, antenna pointing, and usage... | |
| High performance embeddable IMU/VRU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Ideal for a wide range of applications including platform stabilization, mobile robots, antenna pointing, and usage... | |
| High performance IMU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Precision-machined aluminum housing to suit applications including stabilization, mobile robotics, antenna pointing, and usage monitoring. This product... | |
| High performance IMU/VRU with fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Precision-machined aluminum housing to suit applications including stabilization, mobile robotics, antenna pointing, and usage monitoring. This product... | |
| High temperature triaxial Accelerometer designed to operate continuously at 180°C (356°F) meeting the toughest environmental requirements. Type 4527 features a hermetic, M3 tapped hole. Freq. range : 0.3 – 10000... | |
| Miniature accelerometer designed for measurements in confined spaces and delicate structures. The transducer has an integral m3 stud, and is hermetically sealed to provide high resistance to harsh environments. Freq. | |
| Miniature accelerometer Type 4397 is designed for measurements on lightweight structures where relatively high-level, high-frequency vibrations are encountered. Delivered with cable included. Freq. range : 1 – 25000 Hz Temperature... | |
| Miniature CCLD accelerometer designed for measurements in small spaces and delicate structures. The accelerometer provides an integral cable and is mounted on the object with adhesives. Freq. range : 1... | |
| Miniature CCLD Accelerometer Type 4508-B is specifically designed for modal analysis measurements in automotive applications. Freq. range : 0.3 – 8000 Hz Temperature : -54 – 121 ℃ Weight :... | |
| Miniature triaxial accelerometer designed for simultaneous high-level measurements in three mutually perpendicular directions. Supplied without cable. Freq. range : 1 – 8000 Hz Temperature : -55 – 175 ℃ Weight... | |
| Model 3823A is a low-profile triaxial IEPE accelerometer that features internal case ground isolation. This model incorporates a quartz shear sensing element packaged in a lightweight titanium housing. Unique design... | |
| Piezoelectric Accelerometer Type 4523 is specifically designed for Health Usage Monitoring of gearboxes on helicopters. Freq. range : 1 – 15000 Hz Temperature : -54 – 150 ℃ Weight :... | |
| Piezoelectric charge accelerometer designed for high sensitivity and high frequency vibration measurements over 0.1 Hz to 12.6 kHz. Freq. range : 0.1 – 12600 Hz Temperature : -74 – 250... | |
| Piezoelectric Charge Accelerometer featuring top connector, designed for industrial measurements in harsh environments. Freq. range : 0.1 – 10000 Hz Temperature : -60 – 180 ℃ Weight : 16 gram... | |
| The 3191A1 piezoelectric sensor was designed for precise measurement of low amplitude vibrations. The high 10,000 mV/g sensitivity of this model makes it ideal for seismic monitoring or vibration studies... | |
| The 3DM-CV5-AHRS is the smallest and lightest industrial AHRS with an Adaptive Kalman Filter available. It features a fully calibrated and temperature compensated triaxial accelerometer, gyroscope, and magnetometer to achieve... | |
| The 3DM-CX5-AHRS is the smallest and high performance industrial AHRS with an Adaptive Kalman Filter available. It features a fully calibrated and temperature compensated triaxial accelerometer, gyroscope, and magnetometer to... | |
| The 3DM-CX5-GNSS/INS all-in-one navigation solution features a high performance integrated multi-constellation GNSS receiver utilizing the GPS, GLONASS, BeiDou, and Galileo satellite constellations. Sensor measurements are fully calibrated, temperature-compensa ted, and... | |
| The 3DM-GX5-AHRS is the industry's most proven high performance industrial AHRS. It features a fully calibrated and temperature compensated triaxial accelerometer, gyroscope, and magnetometer to achieve the optimum combination of... | |
| The 3DM-GX5-GNSS/INS all-in-one navigation solution features a high performance integrated multi-constellation GNSS receiver utilizing the GPS, GLONASS, BeiDou, and Galileo satellite constellations. Sensor measurements are fully calibrated, temperature-compensa ted, and... | |
| The Dytran 3055 series is a cost effective, single axis IEPE accelerometer offered in sensitivities from 1 to 500 mV/g . The series includes models with TEDS capabilities as well... | |
| The Dytran 3273 Series of miniature triaxial IEPE accelerometers features an extended low-frequency response capable of providing excellent phase matching at the low end of the measurement bandwidth. Models are... | |
| The Dytran 3313 Series of miniature triaxial IEPE accelerometers feature excellent linearity and are available in cryogenic and high-temperature variations. Series 3313 features an industry-standard 4-pin radial connector and a... | |
| The Dytran 3313 Series of miniature triaxial IEPE accelerometers feature excellent linearity and are available in cryogenic and high-temperature variations. Series 3313 features an industry-standard 4-pin radial connector, and a... | |
| The Dytran 5313 series is a triaxial IEPE seat pad accelerometer, designed to be installed between the ride and vehicle seat in transportation-relat ed applications. The 5313 series utilizes an... | |
| The Dytran model 3003B is a high performance triaxial IEPE accelerometer capable of operating at temperatures up to +347°F (+175°C) and was designed for down-hole drill head vibration monitoring. Sensors... | |
| The Dytran model 3006A is a moisture resistant, high sensitivity single axis IEPE accelerometer with an overall weight of 12 grams. Featuring a stainless steel construction, 100 mV/g sensitivity, 10-32... | |
| The Dytran model 3010M14 is a primary transfer standard accelerometer, and is designed to transfer standard vibration calibration data from standards organization such as NIST, to back-to-back calibration accelerometers such... | |
| The Dytran model 3038A is a back-to back calibration accelerometer designed to mount on a miniature dynamic shaker and is used to calibrate other (TEST) accelerometers which are attached to... | |
| The Dytran model 3055C is a single axis piezoelectric charge mode accelerometer with wide bandwidth, designed to provide cost effective general purpose vibration monitoring in temperatures up to +375°F (+190°C). | |
| The Dytran model 3056C is a single axis piezoelectric charge mode accelerometer with wide bandwidth, designed to provide cost effective general purpose vibration monitoring in temperatures up to +375°F (+190°C). | |
| The Dytran model 3059A is a low profile IEPE piezoelectric accelerometer featuring a thru hole 1/4-28 mount and radial 2-pin MIL-C-5015 connector. This unique configuration allows the sensor to be... | |
| The Dytran model 3077A is an IEPE piezoelectric accelerometer, designed expressly for Rotor, Track and Balance (RTB) and other high frequency aircraft vibration monitoring applications. Offered with a sensitivity of... | |
| The Dytran model 3092C is a piezoelectric charge mode accelerometer capable of operating at temperatures up to +900°F (+482°C). For reliable performance under harsh conditions, units are hermetically sealed and... | |
| The Dytran model 3115AH is a miniature, high temperature, IEPE accelerometer, with an overall weight of 2 grams. Offered with a 10 mV/g sensitivity and 500g shock limit, the model... | |
| The Dytran model 3120B is a double ended IEPE reference (comparison) accelerometer, offering a convenient means of determining the sensitivity and frequency response characteristics of unknown acceleration, velocity and displacement... | |
| The Dytran model 3123 is a double ended IEPE reference (comparison) accelerometer, offering a convenient means of determining the sensitivity and frequency response characteristics of unknown acceleration, velocity and displacement... | |
| The Dytran model 3184F is a highly rugged IEPE piezoelectric accelerometer with a built-in Faraday shield for electrostatic noise immunity, a sensitivity of 100 mV/g, and excellent low frequency response. | |
| The Dytran model 3190A6 is an ATEX certified, industrial accelerometer for use in condition monitoring of cryogenic equipment. The sensor features a hermetically sealed stainless steel housing for use in... | |
| The Dytran model 3217A is a low profile IEPE accelerometer with a 100 mV/g sensitivity. The sensor features a factory molded urethane boot and a variable length integral urethane cable,... | |
| The Dytran model 3224C is an ultra miniature teardrop, high temperature charge mode accelerometer, designed to adhesively mount in spaces inaccessible to other types of accelerometers and an overall weight... | |
| The Dytran model 3255C is a single axis piezoelectric charge mode accelerometer with wide bandwidth, designed to provide cost effective general purpose vibration monitoring in temperatures up to +375°F (+190°C)... | |
| The Dytran model 3293A is a lightweight IEPE triaxial accelerometer with a high sensitivity of 500 mV/g. Design of the model 3293A incorporates miniature ceramic shear mode sensing elements, mounted... | |
| The Dytran model 3310C is a low profile piezoelectric charge mode accelerometer with a sensitivity of 1.0 to 1.3 pC/g designed to reliably operate in temperatures up to +500°F (+260°C). | |
| The Dytran model 3335C takes high temperature vibration testing to a new level. The single axis charge mode accelerometer operates up to +1200°F (+649°C)--a breakthrough product in the sensor field. | |
| The Dytran model 3344C is a high temperature piezoelectric accelerometer, designed to reliably operate in temperatures up to +500°F (+260°C) with charge mode capabilities. Featuring a unique single crystal charge... | |
| The Dytran model 3433A1 is a low power, triaxial IEPE accelerometer with a 5 mV/g sensitivity and an overall weight of 14 grams. Featuring a bias voltage from +1.5 to... | |
| The Dytran model 3443C is a triaxial, charge mode vibration monitoring accelerometer, designed to reliably operate in temperatures up to +500°F (+260°C). Ideal for use in a variety of vibration... | |
| The Dytran model 3533A is a ground isolated triaxial IEPE accelerometer with a 5 mV/g sensitivity, vertical height of 0.68-inches (17.1-millimeters) and an overall weight of 28 grams. This model... | |
| The Dytran model 3543A is a case isolated triaxial IEPE accelerometer with a 100 mV/g sensitivity, vertical height of 0.60-inches (15.24-millimeters) and an overall weight of 15 grams. Featuring ceramic... | |
| The Dytran model 3683C takes high temperature vibration testing to a new level. The triaxial charge mode accelerometer operates up to +1000°F (+538°C)--a breakthrough product in the sensor field. The... | |
| The Dytran model 5335 is a high temperature hybrid vibration monitoring system, consisting of a paired differential charge mode accelerometer and in-line miniature differential charge amplifier, operating from a constant... | |
| The Dytran model 7508A2 is a high precision single axis variable capacitance (VC) accelerometer available with measurement ranges of 400g's. This high precision accelerometer combines an integrated VC accelerometer chip... | |
| The Dytran series 3008B is an IEPE piezoelectric accelerometer expressly designed to cover most wide band frequency vibration measurement points of Rotor, Track and Balance (RTB); airframe; helicopter; and fixed... | |
| The Dytran series 3023 is a miniature triaxial IEPE accelerometer available in TEDS and high temperature variations. Sensitivities include 1mV/g, 5mV/g and 10mV/g. Series 3023 features an industry standard 4-pin... | |
| The Dytran series 3023 is a miniature triaxial IEPE accelerometer available in TEDS and high temperature variations. Sensitivities include 1mV/g, 5mV/g and 10mV/g. Series 3023 features an industry standard 4-pin... | |
| The Dytran series 3027 is a double ended IEPE reference (comparison) accelerometer, offering a convenient means of determining the sensitivity and frequency response characteristics of unknown acceleration, velocity, and displacement... | |
| The Dytran series 3030 is a miniature IEPE piezoelectric accelerometer, weighing just 7.2 grams. Available with a 10 mV/g sensitivity and 500g sensing range, the series 3030 features a rugged... | |
| The Dytran series 3032 is a lightweight, miniature IEPE accelerometer, weighing just 1.5 grams and with an overall footprint height of just 0.28 inches (7.1 millimeters). Available with a sensitivities... | |
| The Dytran series 3035 is a miniature IEPE accelerometer, available in sensitivities of 5 to 100 mV/g sensitivity, an overall height of just 0.33 inches (8.3 millimeters) and a total... | |
| The Dytran series 3049 is a rugged general purpose miniature accelerometer available in charge mode and IEPE versions. Featuring a ceramic shear sensing element packaged in a light-weight titanium housing,... | |
| The Dytran series 3049D is a rugged general purpose miniature accelerometer available in charge mode and IEPE versions. Featuring a ceramic shear sensing element packaged in a light-weight titanium housing,... | |
| The Dytran series 3053 is a rugged, low profile miniature triaxial IEPE accelerometer that features internal case ground isolation. Offered in various sensitivities, this series incorporates quartz shear sensing elements,... | |
| The Dytran series 3056 is a cost effective, single axis IEPE accelerometer available with TEDS capabilities. Available sensitivities range from 1mV/g to 500mV/g. Design of the 3056 series features a... | |
| The Dytran series 3056 is a cost effective, single axis IEPE accelerometer offered in sensitivities from 10 to 500 mV/g . The series includes models with TEDS capabilities as well... | |
| The Dytran series 3062 is an IEPE piezoelectric accelerometer expressly designed to cover most wide band frequency vibration measurement points of Rotor, Track and Balance (RTB); airframe; helicopter; and fixed... | |
| The Dytran series 3086 is a highly rugged IEPE accelerometer with a very high natural frequency available in multiple frequency ranges. This miniature size accelerometer is designed to measure severe... | |
| The Dytran series 3093 is a case isolated triaxial IEPE accelerometer with a range of sensitivity from 1-100 mV/g sensitivity. The overall weight is 9.5-15 grams, and includes Transducer Electronic... | |
| The Dytran series 3097 is a lightweight miniature IEPE accelerometer, offered with a sensitivities ranging from 10-500 mV/g. The series includes models with TEDS capabilities. The accelerometer incorporates a ceramic... | |
| The Dytran series 3100 is an IEPE accelerometer with ultra high sensitivity available in 1,000 mV/g. Design of the series 3100 features a ceramic shear sensing element, packaged in a... | |
| The Dytran series 3133 is an ultra miniature hermetically sealed IEPE triaxial accelerometer, weighing just 0.8 grams, and was designed to mount in spaces inaccessible to other types of accelerometers. | |
| The Dytran series 3133 is an ultra-miniature hermetically sealed IEPE triaxial accelerometer, weighing just 0.8 grams, and was designed to mount in spaces inaccessible to other types of accelerometers. Available... | |
| The Dytran series 3133 is an ultra-miniature hermetically sealed IEPE triaxial accelerometer, weighing just 0.8 grams, and was designed to mount in spaces inaccessible to other types of accelerometers. TEDS... | |
| The Dytran series 3143 is a miniature IEPE triaxial accelerometer is available with sensitivity ranges from 1-100 mV/g. The Dytran series 3143 features three ceramic shear mode sensing elements packaged... | |
| The Dytran series 3145 is a miniature, low mass IEPE accelerometer weighing just 2.1 to 2.3 grams. Available with a sensitivity range from 5-100 mV/g, the accelerometer incorporates a ceramic... | |
| The Dytran series 3166 is a low noise IEPE piezoelectric accelerometer, featuring a 1/4-28 thru hole mount and radial 2-pin MIL-C-5015 connector. This configuration allows the sensor to be turned... | |
| The Dytran series 3176 is a rugged, cost effective IEPE piezoelectric accelerometer offered in sensitivities of 10 mV/g and 100 mV/g with an excellent low frequency response of 0.3 Hz. | |
| The Dytran series 3200 is a highly rugged IEPE accelerometer with a natural frequency greater than 90 kHz, designed to measure severe shocks and other extreme short duration events. High... | |
| The Dytran series 3202 is a high sensitivity, ring style IEPE piezoelectric accelerometer with internal Faraday shield for electrostatic noise immunity, featuring a radial 2-pin MIL-C-5015 connector and 1/4-28 thru... | |
| The Dytran series 3205 is a high performance IEPE accelerometer capable of operating at temperatures up to +347°F (+175°C) and was designed for down-hole drill head vibration monitoring and other... | |
| The Dytran series 3211 a low profile IEPE accelerometer with a 10-100 mV/g sensitivity range, weighing just 10 grams. The series includes submersible models which feature a factory molded urethane... | |
| The Dytran series 3211 a low profile IEPE accelerometer with a 10-100 mV/g sensitivity range. The series includes submersible models which feature a factory molded urethane boot and multiple integral... | |
| The Dytran series 3214 is a cost effective single axis IEPE accelerometer available in TEDS and high temperature variations. Units feature a wide bandwidth, 10-32 radial connector and 10-32 stud... | |
| The Dytran series 3214 is a cost effective single axis IEPE accelerometer available in TEDS variations. Units feature a wide bandwidth, 10-32 radial connector and 10-32 stud mounting capabilities. The... | |
| The Dytran series 3215 is a low profile, lightweight, IEPE accelerometer with a 5-50mV/g sensitivity range. Models features a base isolated design to prevent noise and ground loops. The series... | |
| The Dytran series 3220 is a low profile, high frequency ring shaped IEPE accelerometer offered with various sensitivities and an overall weight of just 2.7 grams. Featuring a quartz shear... | |
| The Dytran series 3220C is a low profile piezoelectric charge mode accelerometer with rugged titanium construction. The distinguishing feature of the series 3220C is its unique miniature thru hole mounting... | |
| The Dytran series 3224 is an ultra miniature teardrop IEPE accelerometer with integral electronics, designed to adhesively mount in spaces inaccessible to other types of accelerometers and an overall weight... | |
| The Dytran series 3225 is a miniature IEPE accelerometer with sensitivities ranging from 1-100 mV/g, designed to adhesively mount in spaces typically inaccessible to other types of accelerometers. The series... | |
| The Dytran series 3225 is a ultra miniature tear drop charge mode accelerometer with a sensitivity of 1.8 pC/g, designed to adhesively mount in spaces typically inaccessible to other types... | |
| The Dytran series 3225F is a miniature IEPE accelerometer with sensitivities ranging from 1-100 mV/g, designed to adhesively mount in spaces typically inaccessible to other types of accelerometers. The series... | |
| The Dytran series 3232 is a biaxial IEPE piezoelectric accelerometer, designed for use in Health and Usage Monitoring Systems (HUMS) as well as Active Vibration Control (AVC) applications typically found... | |
| The Dytran series 3233 is an IEPE triaxial accelerometer with a sensitivity range from 1- 1,000 mV/g. The series includes models with Transducer Electronic Data Sheet (TEDS; per ) capabilities. | |
| The Dytran series 3234 is a single axis IEPE accelerometer, with a unique cubic design and is available with 10- 500 mV/g sensitivity ranges. Series 3234 incorporates a ceramic shear... | |
| The Dytran series 3235C is a high temperature differential output accelerometer, offering extreme stability over a wide operating temperature range. Offered with a range of sensitivities from 50-200 pC/g series... | |
| The Dytran series 3263 is a low noise, miniature IEPE triaxial accelerometer featuring a single, transverse mounted, 4-pin electrical connection. This series is also available with built-in TEDS options (per... | |
| The Dytran series 3263 is a low noise, miniature IEPE triaxial accelerometer featuring a single, transverse mounted, 4-pin electrical connection. This series is also available with built-in TEDS options. The... | |
| The Dytran series 3274 is an ultra miniature high frequency IEPE accelerometer with TEDS capabilities. Units have an overall height of just 0.24-inches (6.1-millimeters), weigh just 2 grams, and are... | |
| The Dytran series 3305 is a lightweight miniature IEPE accelerometer offered with a sensitivity of 10 mV/g, 100 mV/g and 500 mV/g. The accelerometer incorporates a ceramic shear sensing element... | |
| The Dytran series 3316 is an ultra high temperature piezoelectric accelerometer, designed to reliably operate in temperatures up to +1100°F (+593°C) with charge mode capabilities. Featuring a unique single crystal... | |
| The Dytran series 3333 is a miniature IEPE triaxial accelerometer with a low end frequency response, for excellent phase response at low frequencies. Units are light weight, compact and offer... | |
| The Dytran Series 3334A is a miniature IEPE accelerometer with continuous operation down to-320°F (-196°C), offered with a 10 mV/g sensitivity. Sensors feature a lightweight titanium housing, a 5-44 radial... | |
| The Dytran series 3343 is a miniature triaxial IEPE accelerometer that weighs just 2.4 grams and has a vertical height of 0.29 inches (7.2 millimeters). The distinguishing characteristic of the... | |
| The Dytran series 3413 is a case isolated triaxial IEPE accelerometer with a sensitivity range from 5-50 mV/g sensitivity, vertical height of 0.59-inches (15.0-millimeters), an overall weight of 13 grams,... | |
| The Dytran series 3420 is a low profile, electrically isolated, high-frequency ring-shaped IEPE accelerometer offered in various cable lengths and an overall weight of 5 grams (less cable). Units feature... | |
| The Dytran series 3525A is amongst the world's first IEPE quartz accelerometers to operate at +392°F (+200°C) continuously. The accelerometer has a built-in impedance converting amplifier (IEPE), eliminating the need... | |
| The Dytran series 3603 is a case isolated, mechanically and electrically filtered triaxial IEPE accelerometer with a range of sensitivity from 1-10 mV/g sensitivity. This miniature sensor is packaged in... | |
| The Dytran series 3603 is a case isolated, mechanically and electrically filteredtriaxial IEPE accelerometer with a range of sensitivity from 1-10 mV/g sensitivity. This miniature sensor is packaged in a... | |
| The Dytran series 3603 is a case isolated, mechanicallyand electrically filtered triaxial IEPE accelerometer with a range of sensitivity from 1-10 mV/g sensitivity. This miniature sensor is packaged in a... | |
| The Dytran series 3623 is a unique, IEPE, case isolated, IP68 rated (submersed to 175 psi) triaxial accelerometer, weighing just 18 grams. This rugged accelerometer was designed for vibration monitoring... | |
| The Dytran series 3623 is a unique, IEPE, case isolated, IP68 rated (submersed to 175 psi) triaxial accelerometer, weighing just 18:g. This rugged accelerometer was designed for vibration monitoring in... | |
| The Dytran series 3623 is a unique, IEPE, case isolated, IP68 rated (submersed up to 175 psi) triaxial accelerometer, weighing just 18 grams. This rugged, low noise accelerometer was designed... | |
| The Dytran series 3713 is an IEPE triaxial accelerometer with a sensitivity range from 1- 10 mV/g. The series includes models with Transducer Electronic Data Sheet (TEDS; per ) capabilities. | |
| The Dytran series 7500 is a high precision single axis variable capacitance (VC) accelerometer available in various g ranges and in an airborne version. This high performance accelerometer combines an... | |
| The Dytran series 7506A is a high precision single axis variable capacitance (VC) accelerometer available with measurement ranges of 400g and 50g. This high precision accelerometer combines an integrated VC... | |
| The Dytran series 7531 is a single axis DC response accelerometer designed to offer a simple and cost effective solution for low level, low frequency vibration measurements. It is offered... | |
| The Dytran series 7533 is a triaxial DC response accelerometer designed to offer a simple and cost effective solution for low level, low frequency vibration measurements. It is offered with... | |
| Triaxial CCLD Accelerometer designed to simplify your testing by covering many of the needs of a modern test lab using a single device. Supplied without cable. Freq. range : 0.3... | |
| Triaxial CCLD Accelerometer is designed to simplify your testing by covering most of the different needs of a modern test lab with a single sensor. The device is engraved with... | |
| Type 4370 is a piezoelectric, DeltaShear®, Unigain® accelerometer with top connector and cable included for general purpose vibration measurements. Freq. range : 0.1 – 4800 Hz Temperature : -74 – | |
| Type 4381 piezoelectric charge accelerometer is designed with a side connector and supplied with cable included, for general purpose low-frequency measurements over 0.1 Hz to 4800 Hz. Freq. range :... | |
| Type 4383 is a piezoelectric accelerometer with side connector, designed specifically for general purpose, high sensitivity vibration measurements. Freq. range : 0.1 – 8400 Hz Temperature : -74 – 250... | |
| Type 4384 piezoelectric charge accelerometer is designed for general purpose vibration testing and analysis and general-purpose high-frequency measurements. Supplied with cable included. Freq. range : 0.1 – 12600 Hz Temperature... | |
| Type 4393 Piezoelectric Charge Accelerometer is designed for high-frequency low weight measurements. Delivered with cable. Freq. range : 0.1 – 16500 Hz Temperature : -74 – 250 ℃ Weight :... | |
| Type 4397-A is a miniature DeltaShear® Unigain accelerometer, excl. cable, designed for shock and vibration measurements. Freq. range : 1 – 25000 Hz Temperature : -50 – 125 ℃ Weight... | |
| Type 4506-B-003 Miniature Triaxial Piezoelectric CCLD Accelerometer (500mV/G) with TEDS, is designed for structural analysis within the automotive industry. Supplied excl. cable Freq. range : 0.3 – 2000 Hz Temperature... | |
| Type 4517-002 is a miniature accelerometer with a side connection, designed specifically for measurements in confined spaces and delicate structures. Freq. range : 1 – 20000 Hz Temperature : -55... | |
| Uniaxial accelerometer designed for measurements in confined spaces and delicate structures. Freq. range : 1 – 9000 Hz Temperature : -51 – 177 ℃ Weight : 0.85 gram Sensitivity :... | |
| Value-focused embeddable IMU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Ideal for a wide range of applications including platform stabilization, mobile robots, antenna pointing, and usage monitoring. | |
| Value-focused industrial grade embeddable IMU/VRU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Ideal for applications including platform stabilization, mobile robots, antenna pointing, and usage monitoring. This product... | |
| With a high dynamic range, this triaxial CCLD accelermeter covers a wide range of applications, including on‐road and modal testing. Freq. range : 0.3 – 12800 Hz Temperature : -60... | |
| With a high dynamic range, Type 4529-B-001 covers a wide range of applications, including on‐road and modal testing. Freq. range : 0.3 – 12800 Hz Temperature : -60 – 125... | |
| Freq. range: 0.2 – 12800 Hz Temperature: -55 – 125 ℃ ((–67 to +257 F) Weight: 8.6 gram Sensitivity : 50 mV/ms-2 (490 mV/g) Max. Operational Level (peak) :... | |
| Freq. range: 0.2 – 12800 Hz Temperature: -55 – 125 ℃ ((–67 to +257 F) Weight: 8.6 gram Sensitivity: 1 mV/ms-2 (9.8 mV/g) Max. Operational Level (peak): +/-714 g... | |
| Freq. range: 0.2 – 12800 Hz Temperature: -55 – 125 ℃ ((–67 to +257 F) Weight: 8.6 gram Sensitivity: 10 mV/ms-2 (98 mV/g) Max. Operational Level (peak): +/-71 g... | |
| Freq. range: 0.2 – 12800 Hz Temperature: -55 – 125 ℃ ((–67 to +257 F) Weight: 8.6 gram Sensitivity: 5 mV/ms-2 (49 mV/g) Max. Operational Level (peak): +/-143 g... | |
| Freq. range: 0.2 – 12800 Hz Temperature: -55 – 125 ℃ ((–67 to +257 F) Weight: 8.6 gram Sensitivity: 50 mV/ms-2 (490 mV/g) Max. Operational Level (peak): +/-14 g... |
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