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Acceleration Sensor Product List and Ranking from 42 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 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:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

  1. 三協インタナショナル Tokyo//Trading company/Wholesale
  2. 富士セラミックス Shizuoka//Electronic Components and Semiconductors
  3. 昭和測器 本社 Tokyo//Industrial Electrical Equipment
  4. 4 ONOSOKKI Kanagawa//Testing, Analysis and Measurement
  5. 4 シスコム（SysCom） Tokyo//Trading company/Wholesale
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Acceleration Sensor Product ranking

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

  1. Built-in preamp accelerometer 'NP-3000 Series' ONOSOKKI
  2. Ultra-small accelerometer 富士セラミックス
  3. 3-axis accelerometer 8766A Kistler Japan G.K. Head office
  4. Safran MEMS accelerometer 緑屋電気
  5. 4 Calibration Portable Vibration Generator Model-8100 昭和測器 本社

Acceleration Sensor Product List

91～120 item / All 137 items

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MEMS accelerometer "CAS290 series"

MEMS accelerometer "CAS290 series"

It is possible to measure from 0.85G to 96G in dynamic range! A vertical type MEMS accelerometer for the implementation board.

The "CAS" is a compact, high-precision 2-axis accelerometer that can measure a dynamic range from 0.85G to 96G, making it suitable for high-precision markets such as aerospace applications. The "CAS290 series" is designed to be mounted vertically on the circuit board. Please feel free to contact us if you have any inquiries. 【Features】 ■ Vertical mounting on the circuit board ■ Measurement range from 0.85G to 96G ■ Suitable for high-precision markets such as aerospace applications *For more details, please refer to the related link page or feel free to contact us.

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  • Acceleration Sensor

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Introduction to Indoor Positioning: Indoor positioning using smartphone sensors.

Introduction to Indoor Positioning: Indoor positioning using smartphone sensors.

Introducing the technology called "PDR" for indoor positioning technology on the blog!

At ERI, we have been involved in the development of embedded devices equipped with various sensors. Additionally, we are continuously working on deepening our technology to capture the movements of people and objects using the information obtained from these sensors. In this article, we will introduce a technology called "PDR," which can detect movement through human walking and determine relative position. [Content Overview (Partial)] ■ Positioning technologies for indoor environments - Beacon positioning - UWB positioning - Geomagnetic positioning - Image recognition using cameras *For more detailed information, please refer to the related links. *For more details, please check the PDF materials or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Acceleration Sensor

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IoT remote monitoring system

IoT remote monitoring system

Wireless-compatible sensors, expanding lineup.

The demand for remote monitoring of temperature, humidity, water levels, and other factors from distant locations via networks is increasing, and there are more examples of systems using various wireless platforms. This time, we would like to introduce one of our cases: a remote monitoring system using a 4-channel thermocouple logger. By utilizing PicoCERA, which supports mesh communication, we will establish a remote monitoring system over Wi-Fi networks in medical, agricultural, building, power plant, and factory settings. The environment supports both cloud-based and LAN (on-premises) configurations, catering to various needs. If you are interested, please feel free to contact us.

  • Other weight measuring instruments
  • Communications
  • Acceleration Sensor

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[Data] Structural Analysis of MEMS Components

[Data] Structural Analysis of MEMS Components

Comprehensive analysis of the structure of MEMS components using a combination of non-destructive and destructive methods!

This document introduces the structural analysis of MEMS components. It includes "non-destructive observation of accelerometers" using X-ray imaging to observe the internal structure of the package, as well as "optical microscope and SEM observation after mechanical polishing of accelerometers" and "cross-sectional observation of microphones (CROSS BEAM FIB/SEM)." Please feel free to download and take a look. [Contents] ■ Non-destructive observation of accelerometers ■ Optical microscope and SEM observation after mechanical polishing of accelerometers ■ Cross-sectional observation of microphones (CROSS BEAM FIB/SEM) *For more details, please refer to the PDF document or feel free to contact us.

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  • Contract Analysis
  • Acceleration Sensor

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Catch Sensor

Catch Sensor

Power is almost unnecessary! A sensor that utilizes the force of gravity to achieve energy efficiency and miniaturization.

The "Catch Sensor" operates by the movement of a conductive ball within a case, enabling ON/OFF actions through electrical output. It detects slight external stresses and sensitive movements by utilizing the spherical shape of the conductive ball, triggering operation. The sensor requires very little power, allowing for miniaturization and implementation on printed circuit boards, eliminating the need for harnesses. This is the operational and environmental performance of the Catch Sensor, which is used for tilt and vibration sensing. 【Features】 ■ Conductive ball contact method ■ Suitable for board mounting ■ Automatic return to horizontal position ■ Freely designed tilt angle ■ Use of environmentally friendly materials throughout For more details, please refer to the catalog or feel free to contact us.

  • Sensors
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[Case Study] IoT System Development (Hardware, Application, Server)

[Case Study] IoT System Development (Hardware, Application, Server)

A case that resolved the issue of wanting to check the maintenance schedule for the pump system!

We would like to introduce a case where our company solved a problem using IoT devices. In the client company, inspectors were checking each of the dozens of installed pump units one by one. Our company determined that the maintenance timing of the pump units is influenced by vibration output, so we installed accelerometers on each pump unit to visualize the vibration output. As a result, this led to improved efficiency for the inspectors. 【Case Overview】 ■ Issues - Need to confirm the maintenance timing of the pump units - Inspectors checking each of the dozens of installed pump units one by one ■ Results - Installed accelerometers on each pump unit to visualize vibration output - Improved efficiency for the inspectors *For more details, please feel free to contact us.

  • Other contract services
  • Acceleration Sensor

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Rotating Machinery Monitoring System 'TR-COM'

Rotating Machinery Monitoring System 'TR-COM'

Early detection of machine abnormalities by capturing changes in frequency rather than the magnitude of vibrations! The timing for greasing and replacing bearings is easy to understand and well-received.

"TR-COM" is a rotating machinery monitoring system that utilizes IoT to support the operation and maintenance of equipment such as pumps and air conditioning units. By installing compact sensors with built-in batteries and wireless capabilities on rotating machinery, it is possible to collect data on vibrations and temperatures, allowing for an understanding of the machine's condition. Additionally, based on the collected data, early detection of machine anomalies can be achieved, preventing troubles and losses caused by machine failures. Data management is conducted on the cloud, enabling monitoring via a web interface anytime and anywhere. 【Features】 ■ One-stop provision of sensors, applications, web interface, and maintenance ■ Automatic sending of inspection reports and anomaly detections ■ Smart log function allows for recording notes and photos during inspections ■ Awarded the 2020 TPM Excellent Product Award *For more details, please refer to the materials. Feel free to contact us as well.

  • Software (middle, driver, security, etc.)
  • Acceleration Sensor

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Built-in preamp accelerometer 'NP-3000 Series'

Built-in preamp accelerometer 'NP-3000 Series'

Wide dynamic range, capable of measuring from minute accelerations! Built-in preamplifier.

At Ono Instruments, we offer the accelerometer, 'NP-3000 Series', which extracts mechanical vibration amounts as electrical signals proportional to vibration acceleration. We have 17 types available, ranging from ultra-compact models to 3-axis types that can capture vibrations in the XYZ directions simultaneously, as well as waterproof and high-sensitivity types. You can choose the appropriate detector based on your intended use, conditions, and application. Additionally, since the detector itself has a built-in preamplifier, it allows for relatively inexpensive construction of the sensor signal input section and can be directly connected to our FFT analyzers and other analysis equipment. (Note that it may not be possible to connect directly to older FFT analyzers and similar equipment.) 【Features】 ■ As a size-modulated vibration detector, no reference point is required for measurement. ■ Compact and lightweight, making it easy to attach to measurement targets and simple to handle. ■ Wide dynamic range, capable of measuring from very small accelerations. * A vibration meter consisting of mass (M), spring constant (K), and viscous resistance (C). * For more details, please refer to the PDF materials or feel free to contact us.

  • Company：ONOSOKKI
  • Price：10,000 yen-100,000 yen
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  • Vibration Inspection
  • Sensors
  • Vibration Testing
  • Acceleration Sensor

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ASC 43 Series Capacitive Acceleration Sensor (1 Axis)

ASC 43 Series Capacitive Acceleration Sensor (1 Axis)

ASC 43 Series Capacitive Accelerometer (1-axis) Main markets: Automotive, Agriculture, Aerospace, Wind Energy, Civil Engineering, Railways

The ASC 4311LN and 4315LN accelerometers feature the lowest spectral and broadband noise among the 43 series accelerometers. ASC's LN (Low-Noise) accelerometers have an excellent signal-to-noise ratio, which is crucial for performing demanding low-frequency, low-amplitude measurements. The ASC 4321MF and 4325MF accelerometers have a wide frequency response of 0 Hz to 7 kHz (±3dB typ.), making them ideal for low to mid-frequency measurements. ASC's MF (Mid-Frequency) accelerometers exhibit excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC.

  • Sensors
  • Acceleration Sensor

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ASC 35 Series Capacitive Acceleration Sensor (1 Axis)

ASC 35 Series Capacitive Acceleration Sensor (1 Axis)

ASC 35 series accelerometers Main markets: civil engineering, railways, automotive, agriculture, aerospace

The ASC 3511LN accelerometer features the lowest spectral and broadband noise among the 35 series accelerometers. The ASC LN (Low-Noise) accelerometer has an excellent signal-to-noise ratio, which is crucial for performing demanding low-frequency, low-amplitude measurements. The ASC 3532MF accelerometer has a wide frequency response from 0 Hz to 7 kHz (typ. ±3dB), making it ideal for low to mid-frequency measurements. The ASC MF (Mid-Frequency) accelerometer sensor has excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC. The housings of the 3511LN and 3521MF have PG threads at the cable exit.

  • Sensors
  • Acceleration Sensor

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ASC 42 Series Capacitive Acceleration Sensor (1 Axis)

ASC 42 Series Capacitive Acceleration Sensor (1 Axis)

Main markets: civil engineering, railways, automotive, agriculture, aerospace

The ASC 4211LN accelerometer features the lowest spectral and broadband noise among the 42 series accelerometers. The ASC LN (Low-Noise) accelerometer has an excellent signal-to-noise ratio, which is crucial for performing stringent low-frequency, low-amplitude measurements. The ASC 4221MF accelerometer has a wide frequency response from 0 Hz to 7 kHz (typ. ±3dB), making it ideal for low to mid-frequency measurements. The ASC MF (Mid-Frequency) accelerometer sensor has excellent resistance to high repetitive shocks of 6000g and can operate at +80°C even at a low voltage of +5VDC.

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  • Acceleration Sensor

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ASC 44 Series Capacitive Acceleration Sensor (1 Axis)

ASC 44 Series Capacitive Acceleration Sensor (1 Axis)

ASC 44 Series Capacitive Acceleration Sensor (1 Axis) Main Markets: Automotive, Agriculture, Aerospace, Wind Energy, Civil Engineering, Railways

The ASC 4411LN and 4415LN accelerometers feature the lowest spectral and broadband noise among the 44 series accelerometers. ASC's LN (Low-Noise) accelerometers have an excellent signal-to-noise ratio, which is crucial for performing stringent low-frequency, low-amplitude measurements. The ASC 4421MF and 4425MF accelerometers have a wide frequency response of 0 Hz to 7 kHz (±3dB typ.), making them ideal for mid to low-frequency measurements. ASC's MF (Medium Frequency) ACE-LER meters exhibit excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC.

  • Sensors
  • Acceleration Sensor

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ASC OS Series Capacitive Acceleration Sensor (1 Axis)

ASC OS Series Capacitive Acceleration Sensor (1 Axis)

Main markets: wind energy, marine, civil engineering, railways, automotive, agriculture.

The ASC OS-115LN and OS-115LN-PG accelerometers feature the lowest spectral and broadband noise among the OS series accelerometers. The ASC LN (Low-Noise) accelerometers have an excellent signal-to-noise ratio, which is crucial for performing stringent low-frequency, low-amplitude measurements. The ASC OS-125MF and OS-125MF-PG accelerometers have a wide frequency response from 0Hz to 7kHz (typ. ±3dB), making them ideal for low to mid-frequency measurements. The ASC MF (Medium-Frequency) accelerometers exhibit excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC. The ASC OS-115LN and OS-125MF come with detachable cables. The ASC OS-115LN-PG and OS-125MF-PG have integrated cables.

  • Sensors
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ASC OS Series Capacitive Accelerometers (2-axis and 3-axis)

ASC OS Series Capacitive Accelerometers (2-axis and 3-axis)

Main markets: wind energy, marine, civil engineering, railways, automotive

The ASC OS-215LN two-axis and OS-315LN three-axis accelerometers feature the lowest spectral and broadband noise. ASC's LN (Low-Noise) accelerometers provide an excellent signal-to-noise ratio, which is crucial for performing stringent low-frequency, low-amplitude measurements. The ASC OS-225MF and OS-325MF accelerometers are ideal for mid-low frequency measurements at 0Hz to 7kHz (±3dB typ.). ASC's MF (Medium-Frequency) accelerometers have excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC. The ASC OS series of two-axis and three-axis accelerometers come with built-in cables.

  • Sensors
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ASC P Series Piezoelectric Accelerometer (1-axis)

ASC P Series Piezoelectric Accelerometer (1-axis)

Main markets: automotive, railway, industrial, civil engineering, automation, wind energy, aerospace.

ASC's piezoelectric (IEPE) accelerometers are made of PZT ceramics. This sensor has a built-in voltage converter and is equipped with a preamplifier that outputs a low-impedance voltage signal. ASC's uniaxial IEPE accelerometers require a constant current excitation to operate. ASC offers uniaxial IEPE sensors for test & measurement and industrial applications. High-frequency IEPE sensors are robust, highly shock-resistant, hermetically sealed, and operate over a wide temperature range.

  • Sensors
  • Other electronic parts
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Piezoelectric Accelerometer Technical Handbook <Free Offer>

Piezoelectric Accelerometer Technical Handbook <Free Offer>

An explanation of piezoelectric accelerometer pickups from various angles, including sensitivity, frequency characteristics, phase characteristics, and sensitivity calibration. Appropriate usage is also introduced.

This document explains the "piezoelectric accelerometer (acceleration pickup)" used in vibration measurement for product development and quality control. It includes a wide range of fundamental information that is essential for use. This is a book structured to be easy to understand for beginners. A list summarizing the meanings of the symbols that appear in the document is also included. 【Contents of the Explanation】 ■ Piezoelectric Acceleration Pickup ■ Sensitivity ■ Frequency Characteristics ■ Phase Characteristics ■ Dynamic Range and Linearity ■ Transient Response ■ Environmental Conditions ■ Sensitivity Calibration ■ Proper Use of Acceleration Pickup You can view it immediately from the "PDF Download" below. Please feel free to contact us with any inquiries.

  • Sensors
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Ultra-small accelerometer

Ultra-small accelerometer

Four models in the lineup! Achieving more accurate measurements by reducing the impact of sensor weight.

At Fuji Ceramics, we offer a lineup of four models of ultra-lightweight and ultra-compact accelerometers. Starting with the amplifier-integrated single-axis accelerometer "SAR11SCG," we also provide the preamplifier-integrated three-axis accelerometer "SA11ZSCA" and the charge output single-axis accelerometer "S04SG2." By reducing the influence of the sensor's own weight, we achieve more accurate measurements. 【Product Lineup】 ■ Amplifier-integrated single-axis accelerometer "SAR11SCG" ■ Preamplifier-integrated three-axis accelerometer "SA11ZSCA" ■ Charge output single-axis accelerometer "S04SG2" ■ Charge output three-axis accelerometer "S04ZSG" *For more details, please refer to the PDF document or feel free to contact us.

  • Amplifier
  • Other measurement, recording and measuring instruments
  • Vibration Inspection
  • Acceleration Sensor

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Accelerometer

Accelerometer

The applications of accelerometers are expanding across various fields.

The applications of accelerometers extend across various fields, including vehicles such as cars and trains, electrical products like computers and audio equipment, the electronic components used in them, industrial machinery, various plants, ground and buildings, and even the movements of humans themselves. There are methods for measuring vibration, including acceleration, velocity, and displacement. However, piezoelectric accelerometers are the most commonly used sensors in the fields of vibration and shock measurement. 【Features】 ◆ High sensitivity and compact size ◆ Wide bandwidth ◆ Broad measurement range ◆ High mechanical strength ◆ Good shock resistance ◆ No power supply required (except for built-in preamplifier types) *For more details, please feel free to contact us.

  • Sensors
  • Acceleration Sensor

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Piezoelectric evaluation system

Piezoelectric evaluation system

We are advancing the proposal of various piezoelectric evaluation methods that meet needs and the development of various measuring instruments!

Piezoelectric materials are functional materials that expand and contract when a voltage is applied, and they are widely used in actuators and various sensors. In recent years, these piezoelectric devices have expanded from traditional ceramics to applications using resin films and thin-film substrates due to the miniaturization and increased sensitivity of the equipment they are mounted on. Our company is advancing the proposal of various piezoelectric evaluation methods tailored to customer needs and the development of various measurement instruments based on the evaluation technology cultivated with traditional ceramics, in response to the diversification of these materials and devices. [Features] ■ We are advancing the proposal of various piezoelectric evaluation methods and the development of various measurement instruments tailored to customer needs in response to the diversification of materials and devices. *For more details, please refer to the PDF document or feel free to contact us.

  • Piezoelectric Devices
  • Other electronic measuring instruments
  • others
  • Acceleration Sensor

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D33 meter pressure display gauge "Load Tester"

D33 meter pressure display gauge "Load Tester"

Compared to ceramics, it is softer and undergoes elastic deformation, affecting the d33 value!

The "Load Tester" is a pressure display device for d33 meters with a measurement range of 0.01 to 9.99N (resolution: 0.01N). Compared to ceramics, it is softer and undergoes elastic deformation, which affects the d33 value. Therefore, to ensure a constant load is applied, the piezoelectric materials (such as resin and thin film substrates) can monitor and adjust the applied load based on the load applied. By attaching this device to the d33 meter body, it monitors the pressure directly applied to the specimen. 【Features】 ■ Softer and undergoes elastic deformation compared to ceramics, affecting the d33 value ■ Attaches to the d33 meter body to monitor the pressure directly applied to the specimen *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Acceleration Sensor

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[Information] SENSE PAL Series "Motion Sensor PAL"

[Information] SENSE PAL Series "Motion Sensor PAL"

This is the data sheet for the "Motion Sensor PAL," including an "Overview," "Main Features," and "Supported Versions"!

This document is the data sheet for the SENSE PAL series "Motion Sensor PAL." It includes the "Overview," "Main Features," "Supported Versions," "Used Sensors," and "Connection with BLUE PAL/RED PAL." The "Motion Sensor PAL" is equipped with an accelerometer, allowing you to detect the movement of objects when combined with BLUE PAL or RED PAL. [Contents] ■ Overview ■ Main Features ■ Supported Versions ■ Used Sensors ■ Connection with BLUE PAL/RED PAL *For more details, please refer to the PDF document or feel free to contact us.

  • Wireless LAN
  • Other machine elements
  • Other network tools
  • Acceleration Sensor

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[Case Study] Demonstration Experiment of Earthquake Monitoring Targeting the Nagoya Bridge

[Case Study] Demonstration Experiment of Earthquake Monitoring Targeting the Nagoya Bridge

It was trial-introduced to understand the complex behavior during large-scale earthquakes and to refine response analysis techniques.

This is an introduction to a case where 'sonas x01' was adopted for a demonstration experiment aimed at elucidating the damage mechanisms of infrastructure structures, such as bridges, by measuring their vibrations during an earthquake, and translating that into reinforcement and design methods. In constructing this monitoring system, there was not a single location where a fixed power source could be utilized. Therefore, it was required that all nodes, including the master unit and nodes for internet connectivity, be battery-operated, and that they have a data upload function to confirm acceleration data during an earthquake without having to go to the site. Such requirements, which are considered difficult with general sensor network technology, were achieved with this product without the need for additional special implementations or settings. 【Case Study】 ■ Installation Site: Yokohama National University ■ Challenges Before Installation - Earthquake monitoring was necessary to elucidate the damage mechanisms of structures. ■ Reason for Selection - The power-saving capability that enables continuous monitoring outdoors without a power source was a key factor. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Acceleration Sensor

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[Use Case] FFT Vibration Measurement of Ball Screws [Fault Prediction Detection and Predictive Maintenance]

[Use Case] FFT Vibration Measurement of Ball Screws [Fault Prediction Detection and Predictive Maintenance]

Alert before defective products occur! Introducing examples of reduced production equipment failures.

We would like to introduce a case where the 3-axis accelerometer of "ParaRecolectar" was used to predict failures through vibration measurement of ball screws. In the scroll processing of the workpiece, there was a challenge in not knowing the degree of deterioration of the ball screw, which led to bearing failures and a decline in product quality. As a result of the implementation, the replacement costs were reduced by 85% annually, line downtime improved from 128 hours to 0, and defective products decreased from 4,000 units to 0. [Case Summary (Partial)] ■ Challenges - Eliminate product quality defects - Implement planned maintenance ■ Implementation Method - Installed accelerometers near the bearings of the shaft *For more details, please download the PDF or feel free to contact us.

  • Time-frequency measurements
  • Acceleration Sensor

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[Use Case] Early Detection of Bearing Abnormalities [Failure Prediction Detection and Predictive Maintenance]

[Use Case] Early Detection of Bearing Abnormalities [Failure Prediction Detection and Predictive Maintenance]

From sudden failures to planned maintenance! Introducing cases of early detection using FFT.

We would like to introduce a case where bearing abnormalities were detected early using a 3-axis accelerometer from "ParaRecolectar" through FFT. In the process of molding powdered raw materials, equipment stoppage due to bearing failure was a significant issue. As a result of the implementation, we were able to monitor the vibrations of the bearings and detect signs of failure (abnormal sounds caused by damage to the bearing case). 【Case Overview (Partial)】 ■Issues - Equipment stoppage occurred due to bearing failure in the process of molding powdered raw materials. - Replacing the bearing after failure incurs significant losses. *For more details, please download the PDF or feel free to contact us.

  • Time-frequency measurements
  • Acceleration Sensor

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High-precision industrial inclinometer and accelerometer "LPMS-INC1"

High-precision industrial inclinometer and accelerometer "LPMS-INC1"

Ultra-high resolution of 0.01°. With an IP67 waterproof and shock-resistant housing, it accurately monitors fine inclinations of construction machinery and structures.

**Industrial Inclinometer for Precise Measurement of Static and Dynamic Inclinations in Harsh Environments** The LPMS-INC1 is a high-precision inclinometer (clinometer) specialized for monitoring industrial machinery and civil structures. Based on a 3-axis accelerometer and combined with proprietary filtering technology, it outputs stable angle data with minimal noise. - **High-Precision Measurement Capturing Fine Changes in 0.01° Increments** Utilizing high-resolution sensor elements, it can detect inclination angles in 0.01° increments when stationary. It is highly effective for monitoring minute displacements aimed at posture control of heavy machinery and extending the lifespan of bridges and buildings. - **Excellent Environmental Resistance and Industrial Interface** In addition to its IP67-rated complete waterproof and dustproof design, it features an aluminum housing with shock and vibration resistance. It operates maintenance-free for long periods even in harsh outdoor environments. Communication supports CAN bus and RS232, making integration with PLCs and onboard systems easy. - **Advanced System Integration with ROS/ROS2 Support** In addition to Linux/Windows environments, official drivers for ROS/ROS2 are provided. It strongly supports tilt correction for autonomous robots and automation of construction machinery in ICT construction.

  • Sensors
  • Acceleration Sensor

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Accelerometer for Rotating Machinery SE120

Accelerometer for Rotating Machinery SE120

It is a piezo-resistive 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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Aerospace Semiconductor Acceleration Sensor 1201/1201F

Aerospace Semiconductor Acceleration Sensor 1201/1201F

MEMS-type collision acceleration sensor measurable from DC. Ideal for black boxes.

In the aerospace industry, it is crucial to accurately record shocks and accelerations in black boxes. This information is essential for investigating the causes of accidents and analyzing flight data. Reliable accelerometers must withstand harsh environments and provide precise data. Our semiconductor accelerometers 1201/1201F support a wide range of ±50 to ±2000 G and meet the recording requirements of black boxes with NIST-traceable accuracy. 【Application Scenarios】 - Aircraft black boxes - Shock recording for rockets and missiles - Shock measurement for spacecraft 【Benefits of Implementation】 - Contributes to the investigation of causes in the event of an accident - Accurate recording of flight data - High reliability and durability

  • Vibration Testing
  • Acceleration Sensor

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【物流向け】衝突用加速度センサ 1201/1201F

【物流向け】衝突用加速度センサ 1201/1201F

貨物輸送中の衝撃を検知し、記録。輸送品質を守ります。

物流業界では、輸送中の貨物への衝撃を正確に把握し、品質を維持することが重要です。衝撃による破損は、顧客からのクレームや企業の信頼失墜につながる可能性があります。当社の半導体加速度センサ 1201/1201Fは、貨物輸送中の衝撃を検知し、記録することで、輸送品質の向上に貢献します。 【活用シーン】 ・トラック輸送中の貨物 ・航空輸送中の貨物 ・鉄道輸送中の貨物 ・倉庫内での貨物移動 【導入の効果】 ・輸送中の衝撃を可視化し、原因を特定 ・衝撃発生時の状況を記録し、証拠として活用 ・輸送ルートや梱包方法の見直しに役立て、輸送品質を向上 ・顧客からのクレーム対応を迅速化 ・企業の信頼性向上

  • Vibration Testing
  • Acceleration Sensor

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Semiconductor Accelerometer for Medical Devices 1201/1201F

Semiconductor Accelerometer for Medical Devices 1201/1201F

For patient monitoring. MEMS accelerometer capable of measurement from DC.

In the field of medical devices, accurately capturing the subtle movements and conditions of patients is crucial for patient monitoring. In particular, high-precision accelerometers are essential for detecting patient body movements and vibrations to aid in the early detection of abnormalities. This product is capable of measurements from DC and can capture the subtle movements of patients. 【Usage Scenarios】 - Monitoring patient body movements - Detecting vibrations in medical devices 【Benefits of Implementation】 - Accurate understanding of patient conditions - Contribution to early detection of abnormalities

  • Vibration Testing
  • Acceleration Sensor

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