PCB-(M)635A01
basic data | |||
sensitivity (±5%) | 100 mV/g | 10.2 mV/(m/s²) | [4] |
measuring range | ±50 g | ±490 m / s² | |
Frequency range (± 10%) | 68 … 720,000 cpm | 1.13 … 12,000 Hz | |
frequency range (± 3 dB) | 32 … 900,000 cpm | 0.53 … 15,000 Hz | |
resonance frequency | 1,800 kcpm | 30,000 Hz | [1] |
wide band resolution | 240 µg | 2,354 µm / s ² | [1] |
Linearity | ≤1% | [3] | |
transverse acceleration sensitivity | ≤ 5% | ||
conditions of use | |||
Overload limit (shock) | 5,000 g pk | 49,050 m/s² pk | |
Temperature range | -65 … 250 ° F | -54 … 121 ° C | |
technical characteristics | |||
settling time (on bias voltage ± 1%) | ≤ 2 s | ||
Discharge charge time constant | ≥ 0.3 s | ||
power | 18 … 28 V DC | ||
Constant power supply | 2 … 20 mA | ||
output impedance | < 150 Ω | ||
Bias voltage | 8 … 12 V DC | ||
Spectral noise (10 Hz) | 8 µg / √ Hz | 78.5 (µm / s ²) / √ Hz | [1] |
spectral noise (100 Hz) | 2 µg /. √ Hz | 19.6 (µm / s ²) / √ Hz | [1] |
spectral noise (1,000 Hz) | 1 µg / √ Hz | 9.81 (µm / s ²) / √ Hz | [1] |
Electrical insulation | ≥ 100 MΩ | ||
Physical properties | |||
size - diameter | 1.13 in | 28.7 mm | |
size - height | 0.82 in | 20.8 mm | |
Size | 3 oz | 86 grams | |
mounting | hole | ||
Mounting thread | 1/4"-28 | no equivalent | [2] |
Assembly torque | 2 … 5 ft-lb | 2.7 … 6.8 Nm | |
" | |||
Sensor element | ceramic | ||
geometry of the sensor element | shear principle | ||
housing material | stainless steel | ||
Sealing | hermetically sealed welded | ||
electrical connection | 2-pin connector (MIL-C-5015) | ||
Connection position | side | ||
notes | |||
[1] | typically | ||
[2] | Assembly with Possible M6 screw | ||
[3] | zero-based balancing line, determined using the method of least squares | ||
[4] | Conversion factor 1 g = 9.81 m/s² | ||
[5] | details: see PCBs Declaration of conformance PS023 | ||
equipment | |||
081A97 | passage screw 1/4 "28 | "-1 | |
ICS-8 | frequency response for uniaxial sensors from 600 cpm (10 Hz) up to the upper 10% frequency. | -1 | |
(M) metric mounting | |||