Product descriptionThis multicomponent dynamometer measures the three orthogonal force components (Fx, Fy, Fz). Its very low threshold and high sensitivity enable precise measurement of extremely small forces, making it suitable for laboratory testing and industrial process development.
Main features- Piezoelectric multicomponent dynamometer with measuring ranges Fx, Fy, Fz ±4 kN
- Cover plate: 39x80 mm (90x90 mm also referenced on the product page; variants available)
- Natural frequencies: fn (x) 6 kHz; fn (y) 6.4 kHz; fn (z) 6.3 kHz
- Fischer 9‑pin flange connector (Fischer 104 9‑pole)
Technical data summary- Measuring ranges: Minimum -4 kN; Maximum 4 kN
- Product type / Measurement system: Multicomponent dynamometer / Sensor
- Preloaded sensor: Yes
- Crosstalk (maximum): Fx→Fy -2 … 2 %; Fx→Fz -2 … 2 %; Fy→Fx -2 … 2 %; Fy→Fz -2 … 2 %; Fz→Fx -2 … 2 %; Fz→Fy -2 … 2 %
- Metrological threshold: <0.002 N
- Output signal type: Charge (Piezoelectric, PE)
- Sensitivity: Fx: -26 pC/N; Fy: -13 pC/N; Fz: -26 pC/N
- Degree of protection (EN 60529): IP67
- Operating temperature range: -20 … 70 °C
- Applications: NVH testing; cutting processes and machining development; 3C electronics manufacturing
- Cable included: No
- Connector type: Fischer 104 9‑pole (neg.)
- Weight: 0.93 kg
- Availability: Upon request
- List price: On request
Characteristics / technical specifications- Model / Denomination: MiniDyn
- Product code / ID: 18017664
- Model designation on page: 9119AA1
- Maximum force (Fx, Fy, Fz): ±4 kN
- Cover plate dimensions: 39x80 mm (90x90 mm also mentioned on the page)
- Natural frequencies: x = 6 kHz; y = 6.4 kHz; z = 6.3 kHz
- Output signal: Charge (Piezoelectric, PE)
- Sensitivities: Fx = -26 pC/N; Fy = -13 pC/N; Fz = -26 pC/N
- Threshold: <0.002 N
- Crosstalk (max): -2 … 2 % (between axis combinations)
- Degree of protection: IP67 (EN 60529)
- Operating temperature: -20 … 70 °C
- Connector: Fischer 104 9‑pole (neg.)
- Cable: not included
- Weight: 0.93 kg
- Typical applications: NVH testing; cutting and machining development; 3C electronics manufacturing