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Relatively Fast Response
■ Impact hammer, 22.7 MV/N, cable attached Use the acceleration pickup (or laser speed transducer) to measure the structure response. In contrast to the use of a dynamic power type, the impact hammer offers a very portable solution for excitation without adding additional mass load to the test object. ■ Usage examples ・ Measurement of small and medium -sized structures ・ Measurement of frequency response function using impact transfer method ・ Used as part of a dynamic structural test system for modal analysis and structural response prediction
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DC output bias voltage (v)
Effective Size Mick Mass (Gram (Oz.))
Full scale compression force range
Full scale output voltage (v)
Handle material
Linear error in full scale
Maximum power compression (N (LBF))
Operating temperature range (° C (° f))
Output impedance (ω)
Power supply (MA)
Sensor part case material
Total length (mm (in.))
Voltage range (v DC)
Voltage sensitivity (representative value)
connector
Part Number
8206Handling Company
Hottinger Brüel & KjærCategories
| Image | Price (excluding tax) | DC output bias voltage (v) | Effective Size Mick Mass (Gram (Oz.)) | Full scale compression force range | Full scale output voltage (v) | Handle material | Linear error in full scale | Maximum power compression (N (LBF)) | Operating temperature range (° C (° f)) | Output impedance (ω) | Power supply (MA) | Sensor part case material | Total length (mm (in.)) | Voltage range (v DC) | Voltage sensitivity (representative value) | connector |
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Available upon quote | 10 ± 1 | 100 (3.53) | 220 (50) n (LBF) | 5 | Fiberglass | <± 1 % FULL SCALE | 4,448 (1,000) | -55 to +125 (-67 to +257) | <100 | 2 to 20 | Stainless steel (17-4 pH) | 221.5 (8.72) | +18 to +30 | 22.7 (100) MV/N (MV/LBF) | Bnc |
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