漢斯福特代理的美國Dytran1022V微型IEPE力傳感器，是Dytran公司最小最輕的力傳感器，精準測量動態(tài)力

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更新時間：2024-06-26

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漢斯福特代理的美國Dytran 1022V微型IEPE力傳感器，是Dytran公司最小最輕的力傳感器，精準測量動態(tài)力。量程50 Lb，靈敏度100mV/Lb，頻率50kHz。作為一個IEPE傳感器，內置電路，不需要外置放大器和轉換器。

The Dytran 1022V is a miniature lightweight IEPE force sensor designed to offer low mass dynamic measurement capabilities within Dytran's smallest and most lightweight package. Measuring just 0.49 inches (12.4 millimeters) tall and weighing just 4.5 grams (less cable), the Dytran model 1022V offers precision force measurement capabilities of up to 50 lbf, with a 100 mV/lbf sensitivity and an unloaded 50 kHz natural frequency. As an IEPE sensor, the model 1022V features built-in electronics, eliminating the need for an external charge amplifier and converter.

特性

1. 100 mV/lbf sensitivity

2. 50 lbf compression range

3. 50 lbf tension range

4. 100 lbf maximum compression

5. 75 lbf maximum tension

6. 5-foot integral cable

7. 10-32 tapped holes top and bottom

8. 4.5 grams

9. Titanium

10. Miniature

11. IEPE

應用

1. Modal and structural analysis

2. Process control

3. General purpose dynamic force measurements where mass loading is a concern or where vertical space requirements may be limited

Design of the model 1022V features a quartz sensing element, operating in compression mode and packaged in a lightweight titanium housing with an integral 5-foot coaxial cable terminating to a 10-32 coaxial connector. A series of 10-32 tapped holes, located at both the top and bottom of the sensor housing, are designed to facilitate mounting of the sensor in threaded holes on the driving rods and test specimen.

Weight (less cable) 0.16 oz 4.50 grams Supplied Accessories:

Size Height X Diameter 0.49 x 0.40 Inches 12.44 x 10.16 mm

Material Ti 6AI-4V Ti 6AI-4V 3) 6742 Removal tool

Housing Material Ti 6AI-4V Ti 6AI-4V N

Sensing Element Material Quartz Quartz

Mode Compression Compression

Sensitivity, ± 10 % 100 mV/LbF 22.5 mV/N

Range, Full Scale ± 50 LbF ± 222 N

Stiffness 26 Lb/μin 2039 kN/μm

Linearity [3] ± 1 % Full Scale ± 1 % Full Scale

Max Shock, Unloaded 5000 g's 5000 g's

Max Vibration, Unloaded ± 2500 g's ± 2500 g's