PCB-3501A1260KG
"
basic data | |||
sensitivity (at 10 V DC supply voltage) (±50%) | 0.003 mV / g | 0.0003 mV/(m/s²) | [2] |
sensitivity | 0.0003 mV / V / g | 0,00003 mV/V/(m/s²) | [7] |
Range | ±60. 000 g | ±588. 400 m/s² pk | |
frequency range (1 dB) | 0 … 20,000 Hz | ||
Resonance frequency | > 120,000 Hz | ||
damping rate | 2% crit chance | [1] | |
Linearity error | ≤1% | ||
transverse acceleration sensitivity | ≤3% | ||
conditions | |||
Ü berlastlimit (shock) | ±100. 000 g pk | ±980. 665 m/s² pk | [6] |
Ü berlastlimit (mechanical stop) | ≥80,000 g | ? 782.534 m/s² pk | |
temperature range (storage) | -65 … 250 ° F | -54 … 121 ° C | |
temperature range (operation) | -65 … 250 ° F | -54 … 121 ° C | |
Temperature coefficient of sensitivity | -0.11 %/°F | -0.20 %/°C | [1] |
Max thermal offset shift | ±10 mV | [3] | |
Strain sensitivity (base area) | 0,3 g/µε | 2.94 (m/s²)/µε | [1] |
specifications | |||
power supply voltage (max) | 15.0 V DC | ||
power | < 3 mA | ||
input resistance (±2 k Ω) | 6,000Ω | [2] | |
output impedance (kΩ ±2) | 6,000Ω | [2] | |
Spannungsoffset | 40 … 40 mV DC | [2] | |
settling time | 0.01 s | [4] | |
electrical insulation (housing) | ≥100 MΩ | [5] | |
PhysicalProperties | |||
sensor element | Piezoresistive MEMS element | ||
geometry of the sensor element | Active bridge circuit | ||
Housing material | titanium | ||
waterproofing | epoxy resin | ||
size - hex | 3/8 in | 9.5 mm | |
size - height | 0.50 in | 12.7 mm | |
dimensions (without cable) | 0.088 oz | 2.5 grams | [1] |
Electrical connection | integrated cable | ||
Connection position | side | ||
cord type | type 034, 4-wire shielded cable | ||
cable termination | Tinned ends | ||
cable length | 10 ft | 3 m | |
mounting | fixed external thread | ||
Mounting thread | 1/4 "-28 thread | ||
notes | |||
[1] | typically | ||
[2] | Pro sensor tested and documented on calibration certificate supplied with | ||
[3] | -54 … 121 ° C, reference 24 ° C | ||
[4] | settling time is zero on ±2 at the time, the maximum needed the sensor signal, after the supply voltage is applied to approximate % of the output span. The mounting surface must be located in the thermal balance. | ||
[5] | Pro sensor tested to ensure compliance with the specification | ||
[6] | a half-sine pulse ≤ 20 µs | ||
[7] | Temperature coefficient of sensitivity is proportional to the applied supply voltage and can use a different voltage than at the calibration (10 V DC) ) are calculated from the calibration data. The possible measurement error increases with minimal (around0.5%). | ||
Accessories | |||
ACS-62 | calibration of Piezoresistive shock sensors | -1 | |
(M) metric mounting | |||
mounting thread | M6 x 0.75 male |