エフ・アイ・ティー・パシフィック List of Products and Services

The Model 40A is a small piezo-resistive type accelerometer (acceleration pickup, accelerometer) designed to comply with the latest SAE J211/J2570 (AUG 2009) standards. Features of this model include a mechanical stop structure, internal temperature compensation, an anodized aluminum alloy body, and a flexible cable. The sensing element of this sensor is damped by liquid, which extends the operating frequency range and suppresses the effects of high frequencies due to resonance.

The Model EGCS-D0/D1S accelerometer is an oil-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. Additionally, it achieves an optimal damping coefficient in a compact and lightweight body, offering an extremely wide specification range from ±5g to ±10000g. Furthermore, it features an internal stopper structure that enables shock resistance (up to 20000g) and a flat amplitude and phase response up to a maximum of 5kHz.

The Model EGCS-S425 accelerometer is a liquid-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing excellent dynamic range and stability. Despite being compact and lightweight due to its liquid damping design, it allows for optimal damping coefficients even for high g-range products up to ±2000g. Additionally, it features a special internal stopper structure, offering shock resistance performance of up to 10000g. The Model EGCS-S425 complies with the sensor standards SAE J211 and ISO6487 for human dummy testing.

The Model 4807A accelerometer is a gas-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. It features specifications that minimize noise to the extreme, with measurement ranges selectable from ±2g to ±200g. It is also suitable for measuring small accelerations in the microg range, where the signal-to-noise ratio is significant. Additionally, it achieves an optimal damping coefficient for low g specifications. It includes a patented remote auto-zero function and offers a voltage mode output with high sensitivity of up to 1000mV/g.

The Model 4623 accelerometer uses advanced semiconductor piezoresistive MEMS sensor elements that provide an excellent dynamic range and stability. The measurement range can be selected from ±2g to ±500g, and for the low range products, an optimal damping coefficient of 0.7 is achieved. In the ±2g range, it has a sensitivity of 1000mV/g, making it extremely sensitive and ideal for measuring small accelerations in the microg range. Additionally, it features a voltage mode output with a high output of up to 2000mV.

The Model EGAXT3 accelerometer is an oil-damped acceleration sensor that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. The oil damping achieves an optimal damping coefficient of 0.7 even in a compact and lightweight design, suitable for high g-range applications. Additionally, it features an internal stopper structure that enables shock resistance (up to 10,000 g) and a flat amplitude and phase response up to a maximum of 3 kHz.

Model 140 is an inline amplifier that converts the output of gauge-type sensors (strain gauge converters) that typically require a strain amplifier into a voltage output that can be monitored on an oscilloscope and other devices. This amplifier features five gain settings with an accuracy of ±0.5% and has a wide bandwidth of up to 100 kHz. The Model 140 allows for remote zero-point correction (patent pending). This function enables the correction of the converter's offset voltage from a distance, and it can also be done by pressing the "ZERO" button located on the main unit.

We are offering a free gift of the "Comprehensive Catalog of Accelerometers" from our company, which specializes in the sale of accelerometers and calibration systems! We have a wide range of products available, including high-temperature accelerometer pickups that can be used up to 260°C, built-in amplifier types, and DC response semiconductor MEMS. We also provide accelerometer calibration services. Please feel free to consult with us. 【Featured Products (excerpt)】 ■ Piezoelectric (Charge) Accelerometers ■ Built-in Amplifier Piezoelectric Accelerometers ■ DC Response Semiconductor Silicon MEMS Accelerometers ■ Accelerometer Calibration Systems, Vibration Generators (Frequency Type / Shock Type), etc. *For more details, please download the catalog or contact us.

**Feature 1: Low Price** By using the same semiconductor components as conventional models for the internal elements and reducing the packaging costs such as the housing, we have achieved a low price while maintaining the output and accuracy. The price is 1/3 to 1/5 compared to our conventional products with equivalent specifications, although the shape is different! This helps to keep the initial costs down when measuring in many locations. **Feature 2: Measurement Range** The measurement ranges are ±2G and ±6G. Even small vibrations below 1G are not missed with a high output of full scale 2000mV. **Feature 3: Selectable Measurement Axes** You can choose between a 2-axis type and a 3-axis type, both of which are the same size. Unlike many sensors that only offer 1-axis or 3-axis models, which can complicate size and mounting position, you can measure only the necessary axes at the required locations.

The Model 633 Six-Degree of Freedom Sensor is a compact and lightweight sensor that integrates a 3-axis accelerometer and a 3-axis gyroscope. It offers six customizable options for acceleration ranges from ±50 to ±500 [g] and six options for angular velocity ranges from ±500 to ±24000 [deg/sec]. It features a mechanical stopper structure internally, providing high shock resistance of up to 5000g, making it suitable for collision and impact testing. The operating temperature range is from -40°C to +105°C. The housing is sealed with epoxy resin, meeting the IP65 standard for dust and water protection. We listen to your testing environment and requirements to recommend the most suitable sensor that meets your conditions. If you have any concerns about selecting a sensor, please feel free to contact us.

The Model EGAXT accelerometer is an oil-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. It offers a range selection from ±5g to ±2500g, achieving optimal damping coefficients for compact and high g-range applications. You can choose from options suitable for various testing environments. Additionally, it features an internal stopper structure, enabling shock resistance (up to 10,000g) and a flat amplitude and phase response up to 3kHz.

The Model 3801A accelerometer is a gas-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. Compared to metal gauges, it has less degradation of the gauge mounting adhesive surface, allowing for long-term use without aging or deterioration. Additionally, it features an internal stopper structure that enables shock resistance (up to 10,000g) and a flat amplitude and phase response up to a maximum of 5kHz.

The accelerometer Model 52M30 is based on advanced piezoresistive MEMS sensor elements that provide an excellent dynamic range and stability. This accelerometer (acceleration meter, acceleration pickup) features a full bridge output structure with a temperature range of -40 to 121º C. A small amount of gas damping offers outstanding shock survivability and a flat amplitude/phase response of up to 7 kHz.

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.

TE Connectivity Sensor Solutions (formerly Measurement Specialties) is a global company that designs and manufactures a variety of sensors, including pressure, force, position, vibration, acceleration, speed, temperature, humidity, and fluid characteristics. Their products are chosen in many fields, such as space where high durability is required, automotive crash safety testing where absolute reliability is essential, and household electrical appliances where high cost performance is demanded. They also offer a range of extremely low-cost products, such as accelerometers using MEMS technology. If you have any concerns regarding sensors, please feel free to contact us. 【Featured Sensors】 - Pressure Sensors - Force Sensors - Position Sensors - Vibration Sensors - Fluid Characteristic Sensors - Temperature Sensors - Humidity Sensors ◇◆◆◇◆━━━━━━━━━━━━━━━━━━━━━━━━━ For detailed specifications and functions of each sensor, please download the catalog or feel free to contact us. ━━━━━━━━━━━━━━━━━━━━━━━━━◇◆◆◇◆

The Model 64B accelerometer is a gas-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. Compared to metal gauges, it has less degradation of the gauge mounting adhesive surface, resulting in minimal aging and deterioration, allowing for long-term use. Additionally, it features an internal stopper structure that enables shock resistance (up to 10,000g) and a flat amplitude and phase response of up to 7kHz. The Model 64B complies with the sensor standard SAE J211 for human dummy sensors used in shock testing.

The Model 52F accelerometer is a gas-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. Compared to metal gauges, it has less degradation of the gauge mounting adhesive surface, resulting in minimal aging and deterioration, allowing for long-term use. Additionally, it features an internal stopper structure, enabling shock resistance (5000g) and a flat amplitude and phase response up to a maximum of 6kHz.

The Model 52 accelerometer is a gas-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. The element is the same as that used in other sensors from the same company, making it a cost-effective version with reduced cable costs, while maintaining high performance. Additionally, it features an internal stopper structure that enables shock resistance (5000g) and a flat amplitude and phase response up to a maximum of 7KHz.

The Model 58 accelerometer is a gas-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. Compared to metal gauges, it has less degradation of the gauge mounting adhesive surface, resulting in minimal aging and deterioration, allowing for long-term use. Additionally, it features an internal stopper structure that enables shock resistance (5000g) and a flat amplitude and phase response up to a maximum of 4KHz.

The Model 1201 accelerometer is a gas-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. Compared to metal gauges, it has less degradation at the gauge mounting adhesive surface, resulting in minimal aging and deterioration, allowing for long-term use. Additionally, it features an internal stopper structure that enables shock resistance (up to 5000g) and a flat amplitude and phase response of up to 3kHz.

The Model 1201F accelerometer is a gas-damped accelerometer that uses advanced semiconductor piezoresistive MEMS sensor elements, providing an excellent dynamic range and stability. Compared to metal gauges, it has less deterioration of the gauge mounting adhesive surface, minimizing aging and degradation, allowing for long-term use. Additionally, it features an internal stopper structure, enabling shock resistance (up to 5000g) and a flat amplitude and phase response up to 3kHz. This product is designed to allow for screw mounting with a flange attached to the Model 1201.

The portable vibration generator CV-01 is a new product from SPEKTRA, a company based in Germany. It is scheduled for release in December, and orders are currently being accepted. With a lightweight body weighing only 950 grams, it can vibrate accelerometers weighing up to 150 grams, making it compatible with most sensors. Additionally, its lightweight and compact design allows for easy transport of the main unit, battery, charger, tools, and fixtures in the included dedicated case. The power source is battery-operated, making it ideal for portable use. This allows it to be effective in locations where securing a power supply is difficult, such as outdoors. Furthermore, the battery is an environmentally friendly rechargeable type.

The "AS (Automotive Safety) Division" of F.I.T. Pacific conducts business related to vehicle collision testing and imports and sells heat-resistant and abrasion-resistant hoses. We handle products such as TE's "accelerometers and various sensors," Boxboro Systems' optical chest displacement measurement system "Rib Eye," and NORRES' heat-resistant hoses "CP series." Additionally, our Tsukuba Technical Center, which is an ISO/IEC 17025:2005 accredited testing laboratory for the calibration of load cells, accelerometers, displacement sensors, and human dummies, provides calibration services that comply with international standards. 【Products/Services Offered by the AS Division (Partial List)】 ■ Accelerometers and various sensors ■ Dynamic Thread Test System ■ Optical Chest Displacement Measurement System "Rib Eye" ■ Chest Displacement Measuring Device "S-Track" ■ Abdominal Pressure Sensor "APTS" for Q Dummies *For more details, please refer to the PDF document or feel free to contact us.

F.I.T. Pacific is engaged in businesses related to vehicle collision testing, planning, manufacturing, and sales of nursing care welfare equipment, as well as providing ICT (information and communication technology) related products and services. The AS division provides solutions that contribute to improving automotive safety, the CS division solves issues through "monozukuri + kotzukuri" open innovation, and the CFM division achieves efficient operational management through integrated wiring management of networks, all responding to customer needs. We aim to create products that, even if they are inconspicuous or plain, are indispensable and always provide us with safety and peace of mind in unseen ways. 【Business Activities (Excerpt)】 ■ Maintenance services for human dummies and load cells for vehicle collision testing ■ Import and sales of accelerometers for vehicle collision testing, along with maintenance services ■ Sales of CAD-based integrated wiring management database software, data entry, and maintenance services ■ Import and sales of heat-resistant and wear-resistant hoses ■ Planning and sales of bone conduction, repellents, and other products *For more details, please refer to the PDF document or feel free to contact us.