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Acceleration Sensor Product List and Ranking from 43 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Apr 22, 2026～May 19, 2026
This ranking is based on the number of page views on our site.

Acceleration Sensor Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Apr 22, 2026～May 19, 2026
This ranking is based on the number of page views on our site.

  1. シスコム（SysCom） Tokyo//Trading company/Wholesale
  2. 三協インタナショナル Tokyo//Trading company/Wholesale
  3. エフ・アイ・ティー・パシフィック Tokyo//Resin/Plastic
  4. 4 理研電具製造 Tokyo//Electronic Components and Semiconductors
  5. 5 昭和測器 本社 Tokyo//Industrial Electrical Equipment
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Acceleration Sensor Product ranking

Last Updated： Aggregation Period:Apr 22, 2026～May 19, 2026
This ranking is based on the number of page views on our site.

  1. Small Vibrator (General Purpose Type) シスコム（SysCom）
  2. Built-in preamp accelerometer 'NP-3000 Series' ONOSOKKI
  3. Small piezo-resistive accelerometer 40A manufactured by TE (formerly MEAS). エフ・アイ・ティー・パシフィック
  4. 4 Calibration Portable Vibration Generator Model-8100 昭和測器 本社
  5. 4 ENDAVCO Corporation accelerometer, acceleration sensor 昭和測器 本社

Acceleration Sensor Product List

61～90 item / All 140 items

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[Case Study] Measurement using a Drone - Gyro Acceleration

[Case Study] Measurement using a Drone - Gyro Acceleration

With the evolution of drones, it has become possible to equip them with measuring instruments, and application examples are rapidly expanding.

*Measuring Instruments and Drones In recent years, we have often heard about application cases where large drones are desired to be equipped with measuring instruments. Large drones refer to those with a body weight of 1 kg or more, produced for industrial purposes, and their main applications include pesticide spraying, aerial photography, logistics delivery, disaster relief, equipment inspection, and entertainment. The most commonly equipped measuring instruments are temperature and humidity sensors/loggers, followed by gyro acceleration sensors/loggers. This time, I would like to introduce the applications of the gyro acceleration logger [x-IMU3] and the potential future uses that can be expected in various scenarios. ▽ ▽ ▽

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  • Vibration Testing
  • Acceleration Sensor

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"Small Vibrator" <Free Case Study Collection>

"Small Vibrator" <Free Case Study Collection>

Equipped with an amplifier and a sine wave generator, it allows vibration testing with just a power cable. Compatible with external signal input.

The Dynalabs "Small Vibrator" is a product that incorporates an amplifier and a sine wave generator, allowing you to conduct vibration tests immediately by simply connecting the power cable. There is no need to connect a function generator to input a sine wave, which reduces the preparation time for testing and minimizes the installation space required. Additionally, it is equipped with a BNC terminal for external input signals, making it compatible with program signals. It is lightweight, compact, easy to handle, and highly durable. It can also be utilized in development sites conducting NVH tests. 【Features】 ■ Built-in amplifier and sine wave generator (Applicable models: PM-20/100, MS-20/100) ■ Vibration tests can be started immediately with just the power cable ■ Lightweight and compact for easy portability ■ Supports external signal input via BNC terminal ■ Adjustable base allows for flexible positioning at various angles ★ Currently, we are offering a document featuring six case studies. *For more details about the product, please refer to the document. Feel free to contact us with any inquiries.

  • Vibration Testing
  • Acceleration Sensor

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AI-based bearing abnormal vibration detection demo

AI-based bearing abnormal vibration detection demo

Display the FFT results by inferring AI learning from the bearing acceleration data.

Data collected from the bearing's acceleration sensor is processed through AI learning inference using the Solist-AI TM simulator, which displays the degree of abnormality. The Solist-AI TM simulator is software that simulates the AI accelerator function of Solist-AI TMIC (ML63Q2557) on Windows. Demo Content: 1. Collect and input data from the acceleration sensor of a normal bearing, then perform FFT processing and AI learning using DT-EBML63Q2557. 2. Switch to the acceleration sensor of an abnormal bearing. 3. Collect and input data from the acceleration sensor of the abnormal bearing, then perform FFT processing and AI inference using DT-EBML63Q2557. 4. Display the inference results (degree of abnormality) on the LCD of DT-EBML63Q2557. 5. Display the FFT results of the vibration data for both normal and abnormal bearings on the PC showing the vibration data waveform.

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Daitron Corporation piezoelectric accelerometer

Daitron Corporation piezoelectric accelerometer

Compact and lightweight. A wide variety of options from 1-axis to 3-axis. Sensors with TEDS functionality are also available.

The "piezoelectric accelerometer" has a built-in amplifier and can be directly connected to measuring instruments such as FFT analyzers, data loggers, and oscilloscopes that have a constant current power supply function (2-20mA), without the need for a charge amplifier. Even devices that do not have a constant current power supply function can be used if connected through a power supply unit. Additionally, since the output is provided as low impedance voltage, it is less susceptible to the effects of noise, humidity, and dust, and extending the cable is also easy. Charge output type sensors and TEDS sensors are also available. For more details, please download the catalog or contact us.

  • Testing Equipment and Devices
  • Other measurement, recording and measuring instruments
  • Time-frequency measurements
  • Acceleration Sensor

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瞬時の衝撃も微小荷重も捕捉。高剛性な水晶圧電式力センサ技術資料

瞬時の衝撃も微小荷重も捕捉。高剛性な水晶圧電式力センサ技術資料

瞬時の衝撃から微小変化まで正確に可視化。量産設備の常時監視に貢献する、小型・堅牢で長寿命なセンサの技術資料進呈中

水晶の圧電効果を応用した力センサは、極めて高い固有振動数と広い測定レンジを兼ね備え、動的な現象を捉える分解能に優れているのが特長です。 【優れた動的測定性能】 最大の強みは、衝撃試験のような瞬間的なピーク荷重に対しても追従する高い応答性です。同時に感度も高く、半導体製造プロセスなどで求められる微小な荷重変化さえも確実に捉え、正確な可視化を実現します。 【小型・堅牢で長寿命】 本センサは剛性が高く変位が極小であるため、小型ながらも堅牢です。設備への組み込みが容易で耐久性にも優れており、長期間にわたり安定した測定価値を提供します。そのため、止められない量産設備の常時監視用途に最適です。 【用途に合わせたラインアップ】 製品は主に、現場での取り付け時に予圧（プリロード）を調整する「ロードワッシャ型」と、工場出荷時にあらかじめ予圧管理された「フォースリンク型」および「プレスフォースセンサ型」を展開しており、使用環境に合わせて最適な方式を選択可能です。 これらの技術的特長や導入メリットをまとめた詳細資料をご用意しました。ぜひダウンロードしてご活用ください。

  • Other processing machines
  • Other measurement, recording and measuring instruments
  • Sensors
  • Acceleration Sensor

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Technical Data: Overview of Piezoelectric Accelerometer

Technical Data: Overview of Piezoelectric Accelerometer

It has high mechanical strength and good environmental resistance! It is widely used in various fields of vibration and shock measurement!

This document is a technical material on "Piezoelectric Accelerometer." It includes "Feature of Piezoelectric Accelerometer," as well as "Application Field," "Standard Tightening Torque," "System Connection Example," and more. Please take a moment to read it. 【Contents】 ◆ Feature of Piezoelectric Accelerometer ◆ Principle of Piezoelectric Accelerometer ◆ Structure and Characteristic ◆ Application Field ◆ Installation Method ◆ Standard Tightening Torque ◆ Handling of Signal Cable ◆ System Connection Example *For more details, please refer to the PDF document or feel free to contact us through our website.

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Charge output type piezoelectric accelerometer

Charge output type piezoelectric accelerometer

We have a large number of Piezoelectric accelerometer available!

We would like to introduce the "Piezoelectric accelerometer" handled by True Soltec. 【Charge output type Lineup】 ◆TSBW21SG2 Features: Compact and waterproof ◆TSS04SG2 Features: Ultra-compact ◆TSS2SCB2 Features: Compact ring ◆TSS04ZSG Features: 3-axis *For more details, please refer to the PDF document or feel free to contact us through our website.

  • Sensors
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  • Acceleration Sensor

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Voltage output type piezoelectric accelerometer

Voltage output type piezoelectric accelerometer

We have a large number of Piezoelectric accelerometer available!

We would like to introduce the "Piezoelectric Accelerometer" handled by True Soltec. 【Voltage output type Lineup】 ◆TSSA11C 　Features: Compact ◆TSSA11SC 　Features: Ultra-compact ◆TSSAR11SCG 　Features: Compact *For more details, please refer to the PDF document or feel free to contact us through our website.

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Piezoelectric accelerometer (preamp type)

Piezoelectric accelerometer (preamp type)

For monitoring. Less susceptible to sensitivity degradation and noise interference. Preamp type.

The preamp type incorporates a preamplifier (impedance converter) into a charge-type vibration pickup, allowing for the output of a voltage signal. It can use inexpensive coaxial cables that can be laid out over long distances, making it less susceptible to sensitivity loss and noise interference. It is suitable for applications aimed at monitoring. However, its operating temperature range is lower than that of the charge type, and it is not suitable for measuring high frequencies and accelerations. For more details, please download the catalog or contact us.

  • Other measurement, recording and measuring instruments
  • Acceleration Sensor

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High-precision 3-axis wireless accelerometer _ 920MHz series

High-precision 3-axis wireless accelerometer _ 920MHz series

Since it is wireless, there is no need for troublesome wiring, making installation easy! It allows for extensive measurements and can simultaneously measure multiple sensors.

This is the series with the longest wireless range among our products. It is ideal for measuring the vibrations of bridges, structures, and buildings, and can also be used for earthquake measurement. Features: - By using the 920MHz band, it enables extensive measurements and simultaneous measurement with multiple sensors. - Equipped with the high-precision accelerometer M-A352 from Seiko Epson. - Being wireless makes installation and removal for measurement easy. - By continuously powering through a USB port, it can be used as an earthquake meter (with vibration trigger). - The wireless measurement system control application allows for real-time waveform display, FFT display, and waterfall display along with various settings. - The casing is waterproof and equivalent to IPX7.

  • Vibration Inspection
  • Acceleration Sensor

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3-axis accelerometer "VA-3D MEMS"

3-axis accelerometer "VA-3D MEMS"

Protection level IP66/IPx7! It features a compact design with an IEPE interface.

We would like to introduce our 3-axis accelerometer, the 'VA-3D MEMS'. It is capable of capturing acceleration signals and utilizes MEMS technology. It is used in the CTM and GENIOR MODULAR monitoring systems. It has a protection rating of IP66/IPx7 and is resistant to cutting fluid. Additionally, it features a compact design with an IEPE interface. 【Features】 ■ Captures acceleration signals ■ MEMS technology ■ Used in CTM and GENIOR MODULAR monitoring systems ■ Protection rating IP66/IPx7, resistant to cutting fluid ■ Compact design ■ IEPE interface *For more details, please refer to the PDF document or feel free to contact us.

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Charge Output 3 Axis Accelerometer 7530A

Charge Output 3 Axis Accelerometer 7530A

Compact and lightweight +200℃ temperature range high airtight 5.6pC/g charge output TE Connectivity Sensor Solutions

The Model 7530A is a piezoelectric charge-type triaxial accelerometer (acceleration pickup, acceleration sensor) designed to measure high-frequency vibrations and shocks. It is equipped with three independent shared quartz piezoelectric elements, improving the instability observed in long-term use with an epoxy resin structure. The shared quartz piezoelectric elements can provide stable thermal response up to +200°C and exhibit an optimal signal-to-noise ratio with a charge output of 5.6 pC/g.

  • Vibration Testing
  • Sensors
  • Testing Equipment and Devices
  • Acceleration Sensor

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DC response durable cable acceleration sensor 64C

DC response durable cable acceleration sensor 64C

DC response acceleration sensor, durable low-noise cable, compact, reliable performance.

The Model 64C accelerometer (acceleration pickup, accelerometer) is based on advanced piezoresistive MEMS sensor elements that provide an excellent dynamic range and stability. This sensor features a full bridge output structure and is characterized by compensation in the temperature range of 0 to +50º C. A small amount of gas damping provides outstanding shock survivability and a flat amplitude/phase response of up to 7 kHz. The Model 64C complies with the SAE J211 standard for sensors used in crash test dummies.

  • Vibration Testing
  • Impact Test
  • Other inspection equipment and devices
  • Acceleration Sensor

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Charge-type accelerometer 7514A, high sensitivity, manufactured by TESS.

Charge-type accelerometer 7514A, high sensitivity, manufactured by TESS.

High sensitivity 50 pC/g charge type acceleration pickup, usable at a maximum temperature of 260°C, manufactured by TE Connectivity.

The Model 7514A accelerometer is a charge-type accelerometer that boasts an excellent dynamic range and stability performance. This accelerometer has a temperature operating range of -73°C to +260°C, and it can withstand shock (10000g) with a response capability of up to 14000Hz (±2dB). The housing is made of stainless steel, and it features a shared piezoelectric ceramic crystal inside. Its lightweight and compact design, along with its ability to operate at high temperatures, make it suitable for measurement applications in various fields.

  • Vibration Testing
  • Strength Testing Equipment
  • Acceleration Sensor

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Accelerometer Technology Handbook No. 1: Types and Features of Accelerometers

Accelerometer Technology Handbook No. 1: Types and Features of Accelerometers

Technical documents on the usage examples of accelerometers categorized by application for development, design, and evaluation testing.

This document briefly summarizes the characteristics of each type of accelerometer used in tests, including piezoelectric, built-in amplifier, and MEMS bridge. Please refer to the specifications and usage examples below. [Technical Handbook Table of Contents] No.1 Types and Characteristics of Accelerometers No.2 Types and Characteristics of Accelerometers (Overview of Specifications) No.3 Characteristics and Usage Environment of MEMS Bridge Type No.4 Characteristics and Usage Environment of Piezoelectric Type No.5 Characteristics and Usage Environment of Built-in Amplifier Type No.6 Handling Precautions (In Preparation) No.7 Application Example 1 - Ride Comfort Vibration Test No.8 Application Example 2 - Engine No.9 Application Example 3 - Automotive Crash Test (Body)

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Accelerometer Technology Handbook No. 5: Features and Operating Environment of Amplifier-Integrated Types

Accelerometer Technology Handbook No. 5: Features and Operating Environment of Amplifier-Integrated Types

Technical documentation on examples of use for accelerometers categorized by application, such as in development, design, and evaluation testing.

This summarizes the features and usage environment of built-in amplifier piezoelectric type (IEPE type) accelerometers. For other specifications and usage examples, please refer to the following. [Technical Handbook Table of Contents] No.1 Types and Features of Accelerometers No.2 Types and Features of Accelerometers (Overview of Specifications) No.3 Features and Usage Environment of MEMS Bridge Type No.4 Features and Usage Environment of Piezoelectric Type No.5 Features and Usage Environment of Built-in Amplifier Type No.6 Handling Precautions (In Preparation) No.7 Example of Use 1 - Ride Comfort Vibration Testing No.8 Example of Use 2 - Engine No.9 Example of Use 3 - Automotive Crash Testing (Body)

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Accelerometer Technology Handbook No. 7 Application Example 1 Ride Comfort Vibration Test

Accelerometer Technology Handbook No. 7 Application Example 1 Ride Comfort Vibration Test

Technical documentation on examples of use for accelerometers categorized by application, such as in development, design, and evaluation testing.

This briefly introduces the measurement when assessing ride comfort, such as for seat cushions, as an example of usage. Please refer to the following for other specifications and usage examples. [Technical Handbook Table of Contents] No.1 Types and Characteristics of Accelerometers No.2 Types and Characteristics of Accelerometers (Overview of Specifications) No.3 Features and Usage Environment of MEMS Bridge Type No.4 Features and Usage Environment of Piezoelectric Type No.5 Features and Usage Environment of Built-in Amplifier Type No.6 Precautions for Handling (In Preparation) No.7 Example of Use 1 - Ride Comfort Vibration Testing No.8 Example of Use 2 - Engine No.9 Example of Use 3 - Automotive Crash Testing (Body)

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[Embedded / Permanent Installation / Device Connection] 3-Axis Accelerometer "MA3 Series"

[Embedded / Permanent Installation / Device Connection] 3-Axis Accelerometer "MA3 Series"

Supports high acceleration detection up to 1000G, including shock! Built-in amplifier makes it ideal for embedded applications!

Acceleration sensors (shock sensors) with a wide lineup covering a detection range from ±2 to ±1000 G and a frequency range from 0.8 Hz to 10 kHz. They can be used as external sensors for our motion recorder series! (Lead type) Implementation types are also available for sale from just one unit! Ideal for connecting to PLCs and for small-scale embedded production!

  • Other measurement, recording and measuring instruments
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Semiconductor accelerometer 4020 & 4030

Semiconductor accelerometer 4020 & 4030

This is a semiconductor accelerometer from TE Connectivity, offering 2-axis and 3-axis MEMS accelerometers (with built-in amplifier) at an affordable price.

Output: 2.5±2.0 VDC Range: ±2 G・±6 G Overrange: 2000 G Self-test function included, Applied voltage: 5～30 VDC/4 mA

  • Vibration Testing
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Semiconductor Acceleration Sensor EGAXT [Compact]

Semiconductor Acceleration Sensor EGAXT [Compact]

This is an accelerometer that represents small semiconductor sensors. It has a robust structure that can withstand shocks from three directions.

Response frequency DC to 3000 Hz Operating temperature range -40 to 120 ℃ Weight under 1 g, maximum overrange 10000 G

  • Vibration Testing
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Semiconductor Accelerometer 4602 [High Precision] [High Performance]

Semiconductor Accelerometer 4602 [High Precision] [High Performance]

It features a built-in amplifier and a high-precision MEMS accelerometer, excelling in linearity and shock resistance.

Linearity: ±0.1%, horizontal axis sensitivity error: 2% or less Applied voltage: 4-30 VDC, shock resistance: 6000 G Operating temperature compensation range: -55℃ to 125℃

  • Vibration Testing
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Semiconductor Acceleration Sensor EGCS A2/B2 [Compact]

Semiconductor Acceleration Sensor EGCS A2/B2 [Compact]

It is a compact accelerometer with a built-in amplifier. It can be used up to 120°C and has overrange protection.

Range: ±50 to 5000 G, DC measurement and dynamic measurement A2: ±15 VDC, B2: 24 to 32 VDC power supply selection Temperature compensation range: 20 to 80 ℃, linearity: ±1%

  • Vibration Testing
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Semiconductor Accelerometer 4630 TRIAXIAL [3-axis] [Rugged]

Semiconductor Accelerometer 4630 TRIAXIAL [3-axis] [Rugged]

It is a MEMS 3-axis accelerometer with a built-in amplifier. It has a wide temperature compensation range, high shock limit, and is robust.

Range: ±2 to ±100 G Response frequency: up to 1000 Hz Shock resistance: up to 5000 G Environmental resistance: IP65 Temperature compensation range: -40 to 100℃

  • Vibration Testing
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Semiconductor Acceleration Sensor 1201/1201F [for Collision]

Semiconductor Acceleration Sensor 1201/1201F [for Collision]

This is a MEMS-type collision acceleration sensor that can be measured from DC. Range: ±50 to ±2000 G, NIST traceable.

Overrange: Maximum 10,000 G applied voltage 2-10 VDC, linearity 1% FS IP65, low-noise cable

  • Vibration Testing
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Accelerometer for Rotating Machines CA280

Accelerometer for Rotating Machines CA280

This is a piezoelectric accelerometer that enables long-term vibration measurement in harsh environments such as gas turbines and gearbox compressors.

High sensitivity (100 pC/G) Wide response frequency (0.5 to 10,000 Hz) Explosion-proof certification

  • Vibration Testing
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Accelerometer for Rotating Machines CA901

Accelerometer for Rotating Machines CA901

This is a piezoelectric accelerometer that enables long-term vibration measurement in harsh environments such as gas turbines and nuclear applications.

High temperature resistance (-54 to 650 ℃) Radiation resistance: Gamma rays (10^11 erg/g), Neutrons (10^18 n/cm²) Explosion-proof certification

  • Vibration Testing
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Accelerometer for Rotating Machinery SE120

Accelerometer for Rotating Machinery SE120

This is a piezoresistive accelerometer that enables long-term vibration measurement in harsh environments such as hydraulic turbines and low-speed fans.

Response frequency (0.2 to 350 Hz) Current output (2 mA/G) Long-distance transmission possible (up to 1000 m)

  • Vibration Testing
  • Acceleration Sensor

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Accelerometer for Rotating Machinery CE620

Accelerometer for Rotating Machinery CE620

This is a general-purpose piezoelectric accelerometer designed for vibration measurement of BOP equipment such as compressors, gearboxes, motors, pumps, and fans.

Built-in amplifier type (IEPE type) Voltage output (100 mV/G or 500 mV/G) Protection rating IP67

  • Vibration Testing
  • Acceleration Sensor

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Accelerometer for Rotating Machines CE687

Accelerometer for Rotating Machines CE687

This is a general-purpose piezoelectric accelerometer designed for vibration measurement of BOP equipment such as compressors, gearboxes, motors, pumps, and fans.

4-20 mA current loop output (acceleration range selectable: 1, 2, 5, 10, 20 G) Protection rating IP67

  • Vibration Testing
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DC MEMS (Accelerometer) AM Series 1 Axis

DC MEMS (Accelerometer) AM Series 1 Axis

It is an acceleration sensor with analog output using MEMS technology!

MEMS AM sensors can measure from DC (0Hz). There are integrated and connector types of cables available, which can be selected according to the application. Options for 2-axis and 3-axis are also available.

  • Other electronic measuring instruments
  • Acceleration Sensor

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