PCB-357C71
basic data | |||
sensitivity (±5%) | 10 pC/g | 1.02 pC/(m/s²) | |
range | ± 1.000 g pk | ±9. 810 m/s² pk | |
frequency range (±5%) | 4,000 Hz | [2] | |
Resonance frequency | ≥ 25,000 Hz | ||
Linearity | ≤ 1% | [4] | |
transverse acceleration sensitivity | ≤ 5% | [3] | |
Conditions of use | |||
Overload limit (shock) | ±2. 000 g pk | ±19. 620 m/s² pk | |
Temperature range | -65 … 900 ° F | -54 … 482 ° C | |
strain sensitivity (footprint) | 0.033 g/µε | 0.32 (m/s²)/µε | [1] |
maximum radiation exposure (integrated neutron flux) | 10.000.000.000 N / cm 2 | ||
maximum Radiation effect(integrated gamma River) | 100,000,000 wheel | ||
Technical | |||
capacity (from pin to pin) | 525 pF | [1] | |
capacity (of pin housing) | 26 pF | [1] | |
capacity (asymmetry between the pins) | ≤ 2 pF | ||
insulation resistance (from pin to pin at 21 ° C) | > 1000 M Ω | ||
Insulation resistance (from pin on housing at 21 ° C) | ≥ 100 MΩ | [1] | |
insulation resistance (from pin to pin at 482 ° C) | > 100 k Ω | ||
output polarity | differential | ||
physical properties | |||
sensor element | ceramic | ||
Sealing | hermetically sealed | ||
size - height | 1.0 in | 25.4 mm | |
size -. Diameter | 0.75 in | 19 mm | |
size | 2.6 oz | 75 g | [1] |
wiring | 7/16-27 2-pin | ||
connection position | side | ||
mounting | 3 holes | ||
notes | |||
[1] | typically | ||
[2] | the lower cut-off frequency depends on the used signal conditioning electronics. | ||
[3] | transverse acceleration sensitivity typically ≤ 3% | ||
[4] | zero-based balancing line, determined with the method of least squares | ||
[5] | details: see PCBs Declaration of conformance PS081 | ||
Accessories | |||
081A99 | screw | -3 | |
ACS-1 | frequency response, traceable to NIST (10 Hz up to the top 5 percentage point) | -1 | |
(EX) with ATEX approval | |||
approval for use in potentially explosive atmospheres | ex ia IIC T4,-54 ° C ≤ Ta ≤ 135 ° C, II 1 G | ||
Approval for hazardousAtmospheres | ex ia IIC T1,-54 ° C ≤ Ta ≤ 450 ° C, II 1 G | ||
approval for use in potentially explosive atmospheres | ex nL IIC T4,-54 ° C ≤ Ta ≤ 135 ° C, II 3 G | ||
Approval for use in potentially explosive atmospheres | ex nL IIC T1,-54 ° C ≤ Ta ≤ 450 ° C, II 3 G |