# LNS Dynamics

> Accelerating Innovation with Precision Sensors: Vibration, Pressure, and Force Solutions


## Posts

- [SENSOR MODEL NUMBERING GUIDE](https://lnsdynamics.com/lns-sensor-part-numbering-guide/): Our part numbering system provides a clear, standardized way to identify key sensor characteristics at a glance. Each character in the six-digit code conveys specific performance and mechanical information. Use the breakdown below to quickly understand any LNS sensor model. 1. First Digit – Sensor Type Indicates the sensing technology or function. Code Sensor Type 2 TEDS-Enabled Sensor A MEMS Accelerometer B IEPE Accelerometer C Charge-Type Accelerometer D Dynamic Force Sensor F Pressure Sensor 2. Second & Third Digits – Sensitivity Rating Defines the nominal sensitivity of the sensor. Code Sensitivity 01 5 mV/g 02 10 mV/g 03 20 mV/g […]
- [Best Adhesives for Mounting Accelerometers: A Practical Guide](https://lnsdynamics.com/best-adhesives-for-mounting-accelerometers-a-practical-guide/): ACCELEROMETER MOUNTING When installing accelerometers for vibration and shock measurements, mounting method is just as critical as the sensor itself. While threaded studs or mounting bases are ideal for long-term installations, many test setups require adhesive mounting. Choosing the right adhesive ensures accurate data, prevents resonance issues, and protects both the sensor and test surface. In this post, we’ll cover the most commonly used adhesive options for accelerometer mounting, along with their pros and cons. 1. Cyanoacrylate Adhesives (“Super Glue”) Examples: Loctite 454/401, Permabond 910 2. Two-Part Epoxy Adhesives Examples: Loctite EA E-60NC, 3M Scotch-Weld 2216 3. Wax Adhesives Examples: […]
- [B06BG2: Base-Isolated IEPE Accelerometer from LNS®](https://lnsdynamics.com/b06bg2-base-isolated-iepe-accelerometer-from-lns/): B06BG2 Base-Isolated IEPE Accelerometer To meet the demands of precision testing environments — especially where signal quality is threatened by electromagnetic interference or ground loops — LNS® introduces the B06BG2, a compact voltage-type accelerometer featuring base isolation. This sensor is ideal for applications in power monitoring, rotating machinery diagnostics, and structural vibration analysis. Designed with a shear-mode piezoelectric element and M5 or 10-32 side connector, the B06BG2 delivers accurate measurements with a rugged, space-saving design. View B06BG2 Product Page ✨ Key Features 📐 Technical Specifications Parameter Value Sensitivity (±10%) 100 mV/g Measurement Range ±50 g Frequency Response (±5%) 1 Hz […]
- [B06YG5 - IEPE Triaxial Dual-Shielded Accelerometer](https://lnsdynamics.com/b06yg6-iepe-triaxial-dual-shielded-accelerometer/): LNS® | IEPE Triaxial Dual-Shielded Accelerometer – B06YG5 With the widespread use of IEPE accelerometers in various testing environments, more stringent demands have been placed on mechanical structure, internal circuitry, mounting methods, and miniaturization. To meet the requirements for complex electromagnetic, humid, and corrosive environments, and to enable simultaneous measurement of vibration along three axes, LNS developed the B06YG5 IEPE Triaxial Dual-Shielded Accelerometer. B06YG5 Product Page Design Highlights 📐 Mechanical Specifications Parameter Unit Value Sensing Element — Piezoelectric Ceramic Housing Material — Titanium Alloy Sealing Method — Laser Welded, IP68 Output Connector — 1/4-28 Four-Pin Mounting Method — 10-32 Bolt […]
- [B02B04 - IEPE Calibration Reference Accelerometer](https://lnsdynamics.com/b02b04-iepe-calibration-reference-accelerometer/): B02B04 – IEPE Calibration Reference Accelerometer Any type of sensor must undergo a comprehensive and rigorous performance evaluation according to design specifications after assembly. After a period of use or repair, a calibration test must also be conducted for the main technical parameters to ensure that all performance indicators meet the required standards. To further enable comparative calibration with other accelerometers, LNS has introduced a B02B04 IEPE reference standard accelerometer. Product Features Main Parameters Characteristics Unit B02B04 Sensitivity mV/g 10 Measurement Range g ±500 Frequency Response ±2% Hz 1-8k Frequency Response ±5% Hz 0.5-10k Amplitude Linearity % ≤1 Transverse Sensitivity […]
- [B01Y36 - Miniature Triaxial IEPE Sensor](https://lnsdynamics.com/b01y36-miniature-triaxial-iepe-sensor/): To further reduce the load effect of sensors in small equipment testing, LNS has introduced the B01Y36 Miniature Triaxial IEPE Sensor. Product Overview The B01Y36 is designed for vibration testing of small components where low additional mass and limited installation space are required. This sensor can be customized based on customer needs, with selectable sensitivities of 5 mV/g or 10 mV/g. Product Features Main Parameters Characteristics Unit B01Y36 Sensitivity mV/g 5 Measurement Range g ±1000 Frequency Response ±5% Hz 1-10k Frequency Response ±10% Hz 1-11k Amplitude Linearity % ≤1 Transverse Sensitivity % ≤5 Resonant Frequency kHz ≥50 Time Constant s […]
- [B12A53 - Ultra-Low Frequency & High Sensitivity Vibration Monitoring Sensor by LNS®](https://lnsdynamics.com/b12a53-ultra-low-frequency-high-sensitivity-vibration-monitoring-sensor-by-lns/): For monitoring ultra-low and low-frequency vibrations in large structures such as buildings, bridges, and foundations, LNS® introduces the B12A53 high-sensitivity voltage-type accelerometer. This advanced sensor, designed with a specialized core structure and customized ultra-low noise conditioning circuitry, ensures stability and minimal background noise. Its dual-shielding structure, paired with a military-grade 2-pin output connector, delivers superior interference shielding and a reliable connection. Product Highlights: Key Specifications: Electrical Characteristics: Construction Details: Applications: Ideal for building vibration monitoring, foundation vibration detection, ground vibration analysis, bridge structure testing, and seismic early warning. Low-Noise Testing Data: The B12A53 provides exceptionally low noise across a wide […]
- [B01CM5 - Miniature Single-Axis IEPE Sensor (0.35 grams)](https://lnsdynamics.com/b01cm5-miniature-single-axis-iepe-sensor-0-35-grams/): To further meet the testing needs of small-scale equipment and enhance the accuracy of test data, LNS has introduced a miniature single-axis IEPE sensor—B01CM5. Product Overview The B01CM5 is designed for vibration testing of small components where low additional mass and limited installation space are required. Product Features Main Parameters Characteristics Unit B01CM5 Sensitivity mV/g 4 Measurement Range g ±1250 Frequency Response ±5% Hz 3-10k Frequency Response ±10% Hz 2-12k Amplitude Linearity % ≤1 Transverse Sensitivity % ≤5 Resonant Frequency kHz ≥50 Time Constant s ≤1 Resolution grms 0.0025 Environmental Performance Characteristics Unit Value Base Strain Sensitivity g/ε 0.005 Shock […]
- [Ultra-High Temperature Sensors](https://lnsdynamics.com/ultra-high-temperature-sensors/): Exciting Breakthrough 🎉🎉🎉 After persistent efforts from the LNS team, we are thrilled to announce the successful production of our latest high-quality piezoelectric monocrystalline material artificially grown in the LNS research lab. This achievement paves the way for the development of ultra-high temperature sensors, capable of withstanding up to 800°C and 1000°C. LNS is now poised to deliver cutting-edge solutions that meet the global demand for high-performance, reliable sensors in the most extreme environments. Stay tuned as LNS brings these advanced technologies to market and redefines possibilities in industries worldwide! 🌍
- [B05H01 - LNS® IEPE Embedded Accelerometer](https://lnsdynamics.com/b05h01-iepe-embedded-accelerometer/): To meet the demand for shock and vibration measurements in high-volume and OEM applications, LNS® has developed the IEPE embedded accelerometer B05H01. This sensor features a compact design that enhances value-added monitoring and protection. It has an internal compression-type core and an external stainless steel casing, laser-welded for durability and broad bandwidth performance, ensuring stability and reliability during use. Product Features: Main Specifications: Electrical Parameters Structure Application Scenarios:
- [IEPE vs CHARGE ACCELEROMETERS](https://lnsdynamics.com/iepe-vs-charge-type-accelerometers/): IEPE Accelerometers Pros: Cons: Charge-Type Accelerometers Pros: Cons: OVERVIEW Feature IEPE Accelerometers Charge Accelerometers Ease of Use Easy, built-in electronics simplify setup More complex, requires external amplifiers Signal Conditioning Built-in electronics for low-impedance output Requires external charge amplifiers Cable Length Long cable runs possible Limited cable length, sensitive to noise Temperature Range Limited (up to ~150°C) High-temperature capability (up to 250°C+) Frequency Response Adequate for most applications Superior, wider frequency range Noise Immunity Good due to low-impedance output More susceptible to noise and EMI Applications General-purpose, industrial, vibration High-precision, high-temp, laboratory System Cost Lower (no extra amplifier needed) Higher (requires […]
- [B00H04 - LNS® High-temperature IEPE single axial accelerometer](https://lnsdynamics.com/lns-high-temperature-iepe-single-axial-acceleration-sensor-b00h04/): To meet the needs of vibration test and measurement, LNS® has developed a high-temperature IEPE type single-axis acceleration sensor – B00H04. This product uses a stainless steel shell, laser welding and sealing and has strong reliability; the internal shear structure, special ceramic materials, and high-temperature micro-circuit improve the product’s anti-interference ability and temperature resistance and ensure the stability and accuracy of the signal output; in addition, this type of product has the characteristics of small size and lightweight, and the output form of the top integrated cable can further meet the signal acquisition requirements. Unit B00H04 Sensitivity mV/g 0.25 Measuring […]
- [Pros and Cons of Accelerometer Mounting Methods](https://lnsdynamics.com/pros-and-cons-of-accelerometer-mounting-methods/): Mounting an accelerometer correctly is crucial to obtaining accurate measurements. There are several methods to mount an accelerometer, each with its advantages and disadvantages depending on the application. Here are the common methods: Selecting the appropriate mounting method depends on the specific requirements of your measurement application, including the environment, the duration of measurement, and the frequency range of interest.
- [Best Practices for Accelerometer Mounting](https://lnsdynamics.com/best-practices-for-accelerometer-mounting/): Mounting an accelerometer correctly is crucial for obtaining accurate and reliable measurements. Here are some best practices to follow: By following these best practices, you can ensure accurate and reliable measurements with your accelerometer.

## Pages

- [Terms and Conditions](https://lnsdynamics.com/terms-and-conditions/): Last updated: Jan 6, 2026 Applicable to: 1. Acceptance of Orders All sales by LNS entities are governed by these Terms and Conditions. By placing an order, the buyer agrees to these terms. No other terms (e.g., buyer’s purchase order language) shall apply unless agreed to in writing by LNS. 2. Quotations and Pricing Quotations are valid for 30 days unless otherwise stated. Prices are exclusive of VAT, import/export duties, tariffs, freight, and insurance unless stated otherwise. Prices may vary based on exchange rate, volume, and shipping method. 3. Shipping and Delivery Unless otherwise agreed, delivery terms are FCA (Incoterms […]
- [Rentals](https://lnsdynamics.com/rental-equipment/): RENTALS Sensor Rental Services LNS offers a full range of piezoelectric and MEMS sensors, cables, and accessories available for short- or long-term rental. Whether you’re conducting vibration, pressure, or force measurements, our rental program helps you access high-performance equipment quickly—without long lead times or capital investment. . BENEFITS Why Rent from LNS? Prompt Availability:Access our most popular accelerometers, signal conditioners, and accessories when you need them—without waiting for production or purchase approvals.Low Upfront Cost:Perfect for one-time projects, pilot testing, or proof-of-concept work. Renting saves you from capital expenditure and long procurement cycles.Fully Calibrated Equipment:Every sensor ships with a traceable calibration […]
- [Cable Types & Connectors](https://lnsdynamics.com/cable-types-connectors/)
- [Mounting Screws & Adapters](https://lnsdynamics.com/mounting-screws-adapters/)
- [Mounting Accessories](https://lnsdynamics.com/mounting-accessories/)
- [About](https://lnsdynamics.com/about/): About LNS quality focused innovation LNS boasts state-of-the-art sensor technology and a highly skilled team of R&D engineers. Our facility covers an area of 10,000 square meters, featuring a 100,000-class clean assembly room, and world-class environmental laboratory. 30 innovative PATENTS 200+ GLOBAL EMPLOYEES background ENGINEERED in Shandong.BUILT FOR THE WORLD. Founded by four industry veterans with decades of experience in sensor manufacturing, piezoelectric material research, and automation, LNS brings a new standard of vertical integration, innovation, and reliability. We specialize in premium testing products, advanced measurement solutions, and expert technical services. Every component is designed, engineered, and manufactured in-house, ensuring […]
- [Privacy Policy](https://lnsdynamics.com/privacy-policy/): Last updated: Oct 19, 2024 At LNS Dynamics (“we,” “us,” or “our”), we are committed to protecting your privacy. This Privacy Policy explains how we collect, use, disclose, and safeguard your information when you visit our website https://lnsdynamics.com, as well as your rights to control and manage that information. By using our website, you consent to the practices outlined in this policy. 1. Information We Collect We may collect the following types of information when you visit or interact with our website: a. Personal Information We collect personal information when you voluntarily provide it to us. This may include: b. […]
- [Cable Builder](https://lnsdynamics.com/cable-builder/): CABLES CABLE BUILDER At LNS, we offer custom cable solutions tailored to your specifications. Use our custom cable builder tool to generate a part number. Make Your Selections Sensor Connector 1/4-28 4pin Jack (06)1/4-28 4pin Plug (05)10-32 (14)10-32 Jack (113)10-32 High Temp (61)5-44 (26)5/16-32 9pin (76)5015 2pin (12)7/16-27 2pin (93)7/16-27 2pin Jack (75)8-36 4pin (67)BNC (02)BNC Jack (03)BNCx2 Uniaxial (41)BNCx3 (07)BNCx3 (07)BNCx4 Triaxial (37)BNCx4 Triaxial (81)Lemo 2pin Jack (73)Lemo 2pin Plug (92)M3 (55)M3 Jack (78)M4.5 4pin (65)M5 (01)M5 Jack (119)M5x3 (19)SMA Plug (08)SMB Jack (09)TNC (04) Cable Type AAABACADAEAFAHAKALANAPARAWBBBCBDBHBJBKBM Device Connector 1/4-28 4pin Jack (06)1/4-28 4pin Plug (05)10-32 (14)10-32 Jack […]
- [Request Catalog](https://lnsdynamics.com/request-catalog/): CATALOG product CATALOG Choosing the right product for your application is essential for accurate results and long-term performance. The right sensor ensures efficiency, precision, and durability, tailored to your unique environment. At LNS, we guide you in selecting the best solution to maximize your system’s potential and value. Request your catalog today The product catalog features our complete product line, showcasing the latest products and updated specifications.
- [Support](https://lnsdynamics.com/support/): SUPPORT empowering your success At LNS, we are committed to providing exceptional support to ensure your experience with our sensors is seamless. Whether you need technical help, product information, or expert guidance, our team is here to assist you every step of the way.
- [Request a Quote](https://lnsdynamics.com/request-a-quote/): [addify-quote-request-page]
- [Catalog](https://lnsdynamics.com/catalog/)
- [Checkout](https://lnsdynamics.com/checkout/)
- [Products](https://lnsdynamics.com/products/): GET TO KNOW OUR PRODUCTS PRODUCTS Discover our advanced range of vibration, pressure, and force sensors, engineered for precision and reliability in your most demanding applications. At LNS, we utilize cutting-edge piezoelectric technology to deliver accurate, durable, and high-performance sensor solutions. SENSORS ACCELEROMETERS General PurposeIEPEChargeTriaxialTEDSWaterproof SENSORS IMPACT HAMMERS General Purpose IEPE ELECTRONICS AmpliFIers & Electronics Amplifiers CABLES CABLES & CONNECTORS CablesCable BuilderMounting AccessoriesMounting Screws & Adaptors SeNSORS PRESSURE AND FORCE Compression & Tension ForceHigh-SensitivityShock & ExplosionUnderwater INNOVATION AT EVERY STEP We design our products using the latest technology and advanced tools to drive innovation and performance. By leveraging cutting-edge software […]
- [Blog](https://lnsdynamics.com/blog/)
- [Custom Sensors](https://lnsdynamics.com/custom-sensors/): CUSTOMization custom solutions With our in-house design, engineering, and manufacturing capabilities, we provide fully customized sensor solutions tailored to your unique application requirements. Our expert team collaborates with you at every stage to ensure precision, performance, and reliability, delivering solutions that perfectly fit your needs. custom sensors design services to fit any application We specialize in custom sensor design tailored to meet your specific application needs. From unique performance requirements to specialized environments, our team works closely with you to develop sensors that deliver precise, reliable results. Whether you need modifications to existing designs or completely new solutions, we provide […]
- [Contact](https://lnsdynamics.com/contact/): Contact HAVE A QUESTION? Whether you have questions, need assistance, or want to provide feedback, our dedicated global support team is here to help you every step of the way. INTERNATIONAL global offices and partners LNS partners with trusted distributors worldwide to provide prompt support and localized expertise for your application needs. Contact us today to connect with an authorized representative in your region.
- [Home](https://lnsdynamics.com/): accelerate yourinnovation Sensors for precise measurement of vibration, pressure, force, acoustics, load, and shock in R&D and industrial applications ABOUT LNS WE ARE PASSIONATE ABOUT SENSORS LNS brings together a skilled team of R&D, operations, and engineering professionals to deliver high-performance sensing solutions. Every product and component is designed, manufactured, and tested entirely in-house—ensuring consistent quality, faster lead times, and reliable results across demanding applications. reliability QUALITY at our heart All of our products are designed and tested to the highest levels of quality and reliability. APPLICATIONS

## Products

- [B02A14](https://lnsdynamics.com/b02a14/): Miniature IEPE Accelerometer, Uniaxial, Sensitivity: 10mV/g, Range: ±500g, Frequency (5%): 1-10kHz, Temp Range: -40~120°C, Connector: Top, Mount: 10-32/M5 Female
- [B02B14](https://lnsdynamics.com/b02b14/): Miniature IEPE Accelerometer, Uniaxial, Sensitivity: 10mV/g, Range: ±500g, Frequency (5%): 1-10kHz, Temp Range: -40~120°C, Connector: Side, Mount: 10-32/M5 Female
- [B06B04](https://lnsdynamics.com/b06b04/): Calibration Reference IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 0.5-11kHz, Temp Range: -50~120°C, Connector: Side, Mount: M6 Female
- [B11A51](https://lnsdynamics.com/b11a51/): High-Sensitivity IEPE Accelerometer, Uniaxial, Sensitivity: 5000mV/g, Range: ±1.0g, Frequency (5%): 0.1-400Hz, Temp Range: -40~85°C, Connector: Top (MIL-C-5015), Mount: 1/4-28 Female
- [B11A53](https://lnsdynamics.com/b11a53/): High-Sensitivity Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 5000mV/g, Range: ±1.0g, Frequency (5%): 0.15-1k Hz, Temp Range: -40~85°C, Connector: Top, Mount: 1/4-28 Female
- [B02BM9](https://lnsdynamics.com/b02bm9/): Miniature IEPE Accelerometer, Uniaxial, Sensitivity: 10mV/g, Range: ±500g, Frequency (5%): 1-10kHz, Temp Range: -40~120°C, Connector: Side (5-44), Mount: 5-40 Male
- [B12A51](https://lnsdynamics.com/b12a51/): High-Sensitivity IEPE Accelerometer, Uniaxial, Sensitivity: 10000mV/g, Range: ±0.5g, Frequency (5%): 0.1-400Hz, Temp Range: -40~85°C, Connector: Top (MIL-C-5015), Mount: 1/4-28 Female
- [B02BM6](https://lnsdynamics.com/b02bm6/): Miniature IEPE Accelerometer, Uniaxial, Sensitivity: 10mV/g, Range: ±500g, Frequency (5%): 1-10kHz, Temp Range: -50~120°C, Connector: Side, Mount: Adhesive
- [B03BM6](https://lnsdynamics.com/b03bm6/): Miniature IEPE Accelerometer, Uniaxial, Sensitivity: 20mV/g, Range: ±250g, Frequency (5%): 1-10kHz, Temp Range: -50~120°C, Connector: Side, Mount: Adhesive
- [B06BG3](https://lnsdynamics.com/b06bg3/): Thru-Hole Mounting Isolated IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 1-7k Hz, Temp Range: -50~120°C, Connector: Side, Mount: Thru-Hole
- [B10BG3](https://lnsdynamics.com/b10bg3/): Thru-Hole Mounting Isolated IEPE Accelerometer, Uniaxial, Sensitivity: 1000mV/g, Range: ±5g, Frequency (5%): 1-8k Hz, Temp Range: -50~80°C, Connector: Side, Mount: Thru-Hole
- [G06A02](https://lnsdynamics.com/g06a02/): Handheld Portable Sensor Calibrator
- [C06A02](https://lnsdynamics.com/c06a02/): Environmental Test Type Charge Accelerometer, Uniaxial , Sensitivity: 1pC/g , Range: ±200g , Frequency (5%): 0.5-4.5k Hz , Temp Range: -70~160°C , Connector: Top , Mount: 10-32/M5 Female
- [G01B02](https://lnsdynamics.com/g01b02/): IEPE Constant Current Source (4ch)
- [G01A02](https://lnsdynamics.com/g01a02/): IEPE Constant Current Source (1ch)
- [B03BM1](https://lnsdynamics.com/b03bm1/): Teardrop IEPE Accelerometer, Uniaxial, Sensitivity: 20mV/g, Range: ±250g, Frequency (5%): 1-10kHz, Temp Range: -50~120°C, Connector: Side (M3), Mount: Adhesive
- [B02BM1](https://lnsdynamics.com/b02bm1/): Teardrop IEPE Accelerometer, Uniaxial, Sensitivity: 10mV/g, Range: ±500g, Frequency (5%): 1-10kHz, Temp Range: -50~120°C, Connector: Side (M3), Mount: Adhesive
- [B06YG1](https://lnsdynamics.com/b06yg1/): Case Isolated Triaxial IEPE Accelerometer, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 1-8kHz, Temp Range: -40~120°C, Connector: 1/4-28 4pin, Mount: 10-32/M5 Female
- [B03YG1](https://lnsdynamics.com/b03yg1/): Case Isolated Triaxial IEPE Accelerometer, Sensitivity: 20mV/g, Range: ±250g, Frequency (5%): 1-8kHz, Temp Range: -40~120°C, Connector: 1/4-28 4pin, Mount: 10-32/M5 Female
- [B02YG1](https://lnsdynamics.com/b02yg1/): Case Isolated Triaxial IEPE Accelerometer, Sensitivity: 10mV/g, Range: ±500g, Frequency (5%): 1-8kHz, Temp Range: -40~120°C, Connector: 1/4-28 4pin, Mount: 10-32/M5 Female
- [B01BG2](https://lnsdynamics.com/b01bg2/): Base-Isolated IEPE Accelerometer, Uniaxial, Sensitivity: 5mV/g, Range: ±1000g, Frequency (5%): 1-9k Hz, Temp Range: -50~120°C, Connector: Side, Mount: 10-32/M5 Female
- [B02BG2](https://lnsdynamics.com/b02bg2/): Base-Isolated IEPE Accelerometer, Uniaxial, Sensitivity: 10mV/g, Range: ±500g, Frequency (5%): 1-8k Hz, Temp Range: -50~120°C, Connector: Side, Mount: 10-32/M5 Female
- [B03BG2](https://lnsdynamics.com/b03bg2/): Base-Isolated IEPE Accelerometer, Uniaxial, Sensitivity: 20mV/g, Range: ±250g, Frequency (5%): 1-8k Hz, Temp Range: -50~120°C, Connector: Side, Mount: 10-32/M5 Female
- [B05BG2](https://lnsdynamics.com/b05bg2/): Base-Isolated IEPE Accelerometer, Uniaxial, Sensitivity: 50mV/g, Range: ±100g, Frequency (5%): 1-7k Hz, Temp Range: -50~120°C, Connector: Side, Mount: 10-32/M5 Female
- [B06BG2](https://lnsdynamics.com/b06bg2/): Base-Isolated IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 1-7k Hz, Temp Range: -50~120°C, Connector: Side, Mount: 10-32/M5 Female
- [B12A53](https://lnsdynamics.com/b12a53/): High-Sensitivity Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 10000mV/g, Range: ±0.5g, Frequency (5%): 0.15-1k Hz, Temp Range: -40~85°C, Connector: Top, Mount: 1/4-28 Female
- [B10A03](https://lnsdynamics.com/b10a03/): High-Sensitivity IEPE Accelerometer, Uniaxial, Sensitivity: 1000mV/g, Range: ±5g, Frequency (5%): 0.1-1k Hz, Temp Range: -40~85°C, Connector: Top, Mount: 10-32 Female
- [B12A03](https://lnsdynamics.com/b12a03/): High-Sensitivity IEPE Accelerometer, Uniaxial, Sensitivity: 10000mV/g, Range: ±0.5g, Frequency (5%): 0.7-700Hz, Temp Range: -40~85°C, Connector: Top, Mount: 10-32 Female
- [B06YG5](https://lnsdynamics.com/b06yg5/): Double-Shielded Triaxial Thru-Hole IEPE Accelerometer, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 1-10kHz, Temp Range: -40~85°C, Connector: 1/4-28 4pin, Mount: Thru-Hole
- [N02B00](https://lnsdynamics.com/n02b00/): General Purpose IEPE Impact Hammer, Sensitivity: 11.1mV/lbf, Range: 450 lbf pk, Temp Range: -55~120°C, Connector: BNC
- [N03B00](https://lnsdynamics.com/n03b00/): General Purpose IEPE Impact Hammer, Sensitivity: 44.5mV/lbf, Range: 112 lbf pk, Temp Range: -55~120°C, Connector: BNC
- [N01B00](https://lnsdynamics.com/n01b00/): General Purpose IEPE Impact Hammer, Sensitivity: 4.5mV/lbf, Range: 1111 lbf pk, Temp Range: -55~120°C, Connector: BNC
- [B02B90](https://lnsdynamics.com/b02b90/): High-Temperature IEPE Accelerometer, Uniaxial, Sensitivity: 10mV/g, Range: ±500g, Frequency (5%): 1-10kHz, Temp Range: -50~160°C, Connector: Side, Mount: 10-32/M5 Female
- [B03B90](https://lnsdynamics.com/b03b90/): High-Temperature IEPE Accelerometer, Uniaxial, Sensitivity: 20mV/g, Range: ±250g, Frequency (5%): 1-10kHz, Temp Range: -50~160°C, Connector: Side, Mount: 10-32/M5 Female
- [B05B90](https://lnsdynamics.com/b05b90/): High-Temperature IEPE Accelerometer, Uniaxial, Sensitivity: 50mV/g, Range: ±100g, Frequency (5%): 1-10kHz, Temp Range: -50~160°C, Connector: Side, Mount: 10-32/M5 Female
- [B06B90](https://lnsdynamics.com/b06b90/): High-Temperature IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 1-9kHz, Temp Range: -50~160°C, Connector: Side, Mount: 10-32/M5 Female
- [K06BB72](https://lnsdynamics.com/k06bb72/): Cable - 1/4-28 4pin (female) to BNC*3, 2mm High-Temperature Four-core Low Noise Shielded Cable, -60~250℃, Colors: Black, Orange
- [B06BM9](https://lnsdynamics.com/b06bm9/): Miniature IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 1-9kHz, Temp Range: -40~120°C, Connector: Side (5-44), Mount: 5-40 Male
- [K26AB02](https://lnsdynamics.com/k26ab02/): Cable - 5-44 to BNC, 1.9mm High-Temperature Low Noise Cable, -70~250℃, Colors: Black, Orange, Blue
- [B06B05](https://lnsdynamics.com/b06b05/): Calibration Reference IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 0.5-10kHz, Temp Range: -50~120°C, Connector: Side, Mount: 10-32/M5 Female
- [B06B06](https://lnsdynamics.com/b06b06/): Low-Frequency IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 0.1-6kHz, Temp Range: -40~120°C, Connector: Side, Mount: 10-32/M5 Female
- [C01B05](https://lnsdynamics.com/c01b05/): Calibration Reference Charge Accelerometer, Uniaxial, Sensitivity: 2.5pC/g, Range: ±5000g, Frequency (5%): 0.5-10kHz, Temp Range: -50~250°C, Connector: Side, Mount: M6
- [B10Y54T](https://lnsdynamics.com/b10y54t/): Integrated Temperature and Vibration IEPE Accelerometer, Triaxial, Sensitivity: 1000mV/g, Range: ±10g, Frequency (5%): 0.3-2kHz, Temp Range: -40~120°C, Connector: M12×1 5pin, Mount: 2×M5
- [B09Y54T](https://lnsdynamics.com/b09y54t/): Integrated Temperature and Vibration IEPE Accelerometer, Triaxial, Sensitivity: 500mV/g, Range: ±10g, Frequency (5%): 0.3-2kHz, Temp Range: -40~120°C, Connector: M12×1 5pin, Mount: 2×M5
- [B09A54T](https://lnsdynamics.com/b09a54t/): Integrated Temperature and Vibration IEPE Accelerometer, Uniaxial, Sensitivity: 500mV/g, Range: ±10g, Frequency (5%): 0.5-4kHz, Temp Range: -40~120°C, Connector: MIL-C-5015 3pin, Mount: M6
- [B06A54T](https://lnsdynamics.com/b06a54t/): Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 1-8kHz, Temp Range: -40~120°C, Connector: MIL-C-5015, Mount: 10-32/M5 Female
- [B06C51](https://lnsdynamics.com/b06c51/): Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 2-8kHz, Temp Range: -40~120°C, Connector: Side (M3), Mount: M8 Bolt
- [B05C51](https://lnsdynamics.com/b05c51/): Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 50mV/g, Range: ±100g, Frequency (5%): 2-8kHz, Temp Range: -40~120°C, Connector: Side (M3), Mount: M8 Bolt
- [B06Y51](https://lnsdynamics.com/b06y51/): Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 0.5-6kHz, Temp Range: -40~120°C, Connector: MIL-C-5015, Mount: 1/4-28 Bolt
- [B06B53](https://lnsdynamics.com/b06b53/): Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 1-10kHz, Temp Range: -40~120°C, Connector: MIL-C-5015, Mount: 1/4-28 Bolt
- [B10A57](https://lnsdynamics.com/b10a57/): Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 1000mV/g, Range: ±5g, Frequency (5%): 0.5-4kHz, Temp Range: -40~120°C, Connector: MIL-C-5015, Mount: 10-35
- [B09A57](https://lnsdynamics.com/b09a57/): Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 500mV/g, Range: ±10g, Frequency (5%): 0.5-5kHz, Temp Range: -40~120°C, Connector: MIL-C-5015, Mount: 10-34
- [B07A57](https://lnsdynamics.com/b07a57/): Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 250mV/g, Range: ±20g, Frequency (5%): 2-8kHz, Temp Range: -40~120°C, Connector: MIL-C-5015, Mount: 10-33
- [B06A57](https://lnsdynamics.com/b06a57/): Industrial IEPE Accelerometer, Uniaxial, Sensitivity: 100mV/g, Range: ±50g, Frequency (5%): 1-8kHz, Temp Range: -40~120°C, Connector: MIL-C-5015, Mount: 10-32/M5 Female
- [K14AB14](https://lnsdynamics.com/k14ab14/): Cable - 10-32 to 10-32, 1.9mm High-Temperature Low Noise Cable, -70~250℃, Colors: Black, Orange, Blue
- [K55AK02](https://lnsdynamics.com/k55ak02/): Cable - M3 to BNC, 1.6mm High-Temperature Low Noise Cable, -60~250℃, Color: Black
- [K14AB02](https://lnsdynamics.com/k14ab02/): Cable - 10-32 to BNC, 1.9mm High-Temperature Low Noise Cable, -70~250℃, Colors: Black, Orange, Blue
- [K01AB02](https://lnsdynamics.com/k01ab02/): Cable - M5 to BNC, 1.9mm High-Temperature Low Noise Cable, -70~250℃, Colors: Black, Orange, Blue
- [C06AG4](https://lnsdynamics.com/c06ag4/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 100pC/g, Range: ±500g, Frequency (5%): 1-5kHz, Temp Range: -55~288°C, Connector: Top, Mount: 10-32/M5 Female
- [C05AG4](https://lnsdynamics.com/c05ag4/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 50pC/g, Range: ±800g, Frequency (5%): 1-6kHz, Temp Range: -55~288°C, Connector: Top, Mount: 10-32/M5 Female
- [C05BT4](https://lnsdynamics.com/c05bt4/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 50pC/g, Range: ±500g, Frequency (5%): 1-6kHz, Temp Range: -50~260°C, Connector: 7/16-27 2pin, Mount: M4×3 Thru-Hole
- [C03BT4](https://lnsdynamics.com/c03bt4/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 20pC/g, Range: ±1000g, Frequency (5%): 1-9kHz, Temp Range: -50~260°C, Connector: 7/16-27 2pin, Mount: M4×3 Thru-Hole
- [C02BT4](https://lnsdynamics.com/c02bt4/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±1500g, Frequency (5%): 1-10kHz, Temp Range: -50~260°C, Connector: 7/16-27 2pin, Mount: M4×3 Thru-Hole
- [C05CT3](https://lnsdynamics.com/c05ct3/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 50pC/g, Range: ±300g, Frequency (5%): 6-2.5kHz, Temp Range: -50~500°C, Connector: Lemo 2pin (High-Temp), Mount: M4×3 Thru-Hole
- [C02CT3](https://lnsdynamics.com/c02ct3/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±600g, Frequency (5%): 1-5kHz, Temp Range: -50~500°C, Connector: Lemo 2pin (High-Temp), Mount: M4×3 Thru-Hole
- [C05BT3](https://lnsdynamics.com/c05bt3/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 50pC/g, Range: ±300g, Frequency (5%): 1-2.5kHz, Temp Range: -50~500°C, Connector: 7/16-27 2pin, Mount: M4×3 Thru-Hole
- [C02BT3](https://lnsdynamics.com/c02bt3/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±600g, Frequency (5%): 1-5kHz, Temp Range: -50~500°C, Connector: 7/16-27 2pin, Mount: M4×3 Thru-Hole
- [C02BT2](https://lnsdynamics.com/c02bt2/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±800g, Frequency (5%): 1-5kHz, Temp Range: -50~500°C, Connector: Side, Mount: 10-32/M5 Female
- [C01BT2](https://lnsdynamics.com/c01bt2/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 5pC/g, Range: ±1000g, Frequency (5%): 1-4kHz, Temp Range: -50~500°C, Connector: Side, Mount: 10-32/M5 Female
- [C02AT2](https://lnsdynamics.com/c02at2/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±800g, Frequency (5%): 1-5kHz, Temp Range: -50~500°C, Connector: Top, Mount: 10-32/M5 Female
- [C01AT2](https://lnsdynamics.com/c01at2/): High-Temperature Charge Accelerometer, Uniaxial, Sensitivity: 5pC/g, Range: ±1000g, Frequency (5%): 1-4kHz, Temp Range: -50~500°C, Connector: Top, Mount: 10-32/M5 Female
- [C04B01](https://lnsdynamics.com/c04b01/): Vibration Control Charge Accelerometer, Uniaxial, Sensitivity: 30pC/g, Range: ±1000g, Temp Range: -40~160°C, Connector: Side, Mount: 10-32/M5 Female
- [C02B01](https://lnsdynamics.com/c02b01/): Vibration Control Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±1500g, Temp Range: -40~160°C, Connector: Top, Mount: 10-32/M5 Female
- [C04A01](https://lnsdynamics.com/c04a01/): Vibration Control Charge Accelerometer, Uniaxial, Sensitivity: 30pC/g, Range: ±1000g, Temp Range: -40~160°C, Connector: Top, Mount: 10-32/M5 Female
- [C02A01](https://lnsdynamics.com/c02a01/): Vibration Control Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±1500g, Temp Range: -40~160°C, Connector: Top, Mount: 10-32/M5 Female
- [C04B05](https://lnsdynamics.com/c04b05/): Environmental Test Type Charge Accelerometer, Uniaxial, Sensitivity: 30pC/g, Range: ±150g, Frequency (5%): 0.5-7kHz, Temp Range: -70~160°C, Connector: Side, Mount: 10-32/M5 Female
- [C02B02](https://lnsdynamics.com/c02b02/): Environmental Test Type Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±500g, Frequency (5%): 0.5-10kHz, Temp Range: -70~160°C, Connector: Side, Mount: 10-32/M5 Female
- [C04B60](https://lnsdynamics.com/c04b60/): Environmental Test Type Charge Accelerometer, Uniaxial, Sensitivity: 30pC/g, Range: ±1500g, Frequency (5%): 0.5-7kHz, Temp Range: -70~250°C, Connector: Side, Mount: 10-32/M5 Female
- [C02B60](https://lnsdynamics.com/c02b60/): Environmental Test Type Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±5000g, Frequency (5%): 0.5-10kHz, Temp Range: -70~250°C, Connector: Side, Mount: 10-32/M5 Female
- [C01B60](https://lnsdynamics.com/c01b60/): Environmental Test Type Charge Accelerometer, Uniaxial, Sensitivity: 5pC/g, Range: ±6000g, Frequency (5%): 0.5-15kHz, Temp Range: -70~250°C, Connector: Side, Mount: 10-32/M5 Female
- [C04A05](https://lnsdynamics.com/c04a05/): Environmental Test Type Charge Accelerometer, Uniaxial , Sensitivity: 30pC/g , Range: ±150g , Frequency (5%): 0.5-7kHz , Temp Range: -70~160°C , Connector: Top , Mount: 10-32/M5 Female
- [C02A02](https://lnsdynamics.com/c02a02/): Environmental Test Type Charge Accelerometer, Uniaxial , Sensitivity: 10pC/g , Range: ±500g , Frequency (5%): 0.5-10kHz , Temp Range: -70~160°C , Connector: Top , Mount: 10-32/M5 Female
- [C04A60](https://lnsdynamics.com/c04a60/): Environmental Test Type Charge Accelerometer, Uniaxial, Sensitivity: 30pC/g, Range: ±1500g, Frequency (5%): 0.5-7kHz, Temp Range: -70~250°C, Connector: Top, Mount: 10-32/M5 Female
- [C02A60](https://lnsdynamics.com/c02a60/): Environmental Test Type Charge Accelerometer, Uniaxial, Sensitivity: 10pC/g, Range: ±5000g, Frequency (5%): 0.5-10kHz, Temp Range: -70~250°C, Connector: Top, Mount: 10-32/M5 Female
- [C01A60](https://lnsdynamics.com/c01a60/): Environmental Test Type Charge Accelerometer, Uniaxial, Sensitivity: 5pC/g, Range: ±6000g, Frequency (5%): 0.5-15kHz, Temp Range: -70~250°C, Connector: Top, Mount: 10-32/M5 Female
- [C00Y42](https://lnsdynamics.com/c00y42/): Shock Charge Accelerometer, Triaxial, Sensitivity: 1pC/g, Range: ±5000g, Temp Range: -50~230°C, Connector: M5×3, Mount: Thru-Hole
- [C00Y41](https://lnsdynamics.com/c00y41/): Shock Charge Accelerometer, Triaxial, Sensitivity: 0.5pC/g, Range: ±10000g, Temp Range: -50~230°C, Connector: M5×3, Mount: Thru-Hole
- [C00Y40](https://lnsdynamics.com/c00y40/): Shock Charge Accelerometer, Triaxial, Sensitivity: 0.3pC/g, Range: ±20000g, Temp Range: -50~230°C, Connector: M5×3, Mount: Thru-Hole
- [C00CG7](https://lnsdynamics.com/c00cg7/): Shock Charge Accelerometer, Uniaxial, Sensitivity: 0.05pC/g, Range: ±100000g, Temp Range: -40~150°C, Connector: Top Connected Cable, Mount: M5/M6 Male
- [C00CG3](https://lnsdynamics.com/c00cg3/): Shock Charge Accelerometer, Uniaxial, Sensitivity: 0.3pC/g, Range: ±80000g, Temp Range: -50~230°C, Connector: Top Connected Cable, Mount: M5/M6 Male
- [C00CG2](https://lnsdynamics.com/c00cg2/): Shock Charge Accelerometer, Uniaxial, Sensitivity: 0.5pC/g, Range: ±50000g, Temp Range: -50~230°C, Connector: Top Connected Cable, Mount: M5/M6 Male
- [C00CG1](https://lnsdynamics.com/c00cg1/): Shock Charge Accelerometer, Uniaxial, Sensitivity: 1pC/g, Range: ±25000g, Temp Range: -50~230°C, Connector: Top Connected Cable, Mount: M5/M6 Male
- [C00AG1](https://lnsdynamics.com/c00ag1/): Shock Charge Accelerometer, Uniaxial, Sensitivity: 1pC/g, Range: ±25000g, Temp Range: -50~230°C, Connector: Top, Mount: M5/M6 Male
- [C01BM1](https://lnsdynamics.com/c01bm1/): Miniature Charge Accelerometer, Uniaxial, Sensitivity: 4pC/g, Range: ±2500g, Frequency (5%): 1-6.5kHz, Temp Range: -50~250°C, Connector: Side (M3), Mount: Adhesive
- [C00BM1](https://lnsdynamics.com/c00bm1/): Miniature Charge Accelerometer, Uniaxial, Sensitivity: 1pC/g, Range: ±5000g, Frequency (5%): 3-10kHz, Temp Range: -50~250°C, Connector: Side (M3), Mount: Adhesive
- [C01AM2](https://lnsdynamics.com/c01am2/): Miniature Charge Accelerometer, Uniaxial, Sensitivity: 4pC/g, Range: ±2000g, Frequency (5%): 0.5-5kHz, Temp Range: -50~160°C, Connector: Top, Mount: Adhesive
- [C08Y40](https://lnsdynamics.com/c08y40/): General Purpose Charge Accelerometer, Triaxial, Sensitivity: 300pC/g, Range: ±200g, Frequency (5%): 0.5-1kHz, Temp Range: -50~250°C, Connector: M5×3, Mount: Thru-Hole
- [C05Y42](https://lnsdynamics.com/c05y42/): General Purpose Charge Accelerometer, Triaxial, Sensitivity: 50pC/g, Range: ±800g, Frequency (5%): 0.5-4kHz, Temp Range: -50~250°C, Connector: M5×3, Mount: Thru-Hole
- [C04Y42](https://lnsdynamics.com/c04y42/): General Purpose Charge Accelerometer, Triaxial, Sensitivity: 30pC/g, Range: ±1000g, Frequency (5%): 0.5-5kHz, Temp Range: -50~250°C, Connector: M5×3, Mount: Thru-Hole
- [C02Y41](https://lnsdynamics.com/c02y41/): General Purpose Charge Accelerometer, Triaxial, Sensitivity: 10pC/g, Range: ±1500g, Frequency (5%): 0.5-7kHz, Temp Range: -50~250°C, Connector: M5×3, Mount: Thru-Hole


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