Brands |
N/A Dytran |
Frequency Response |
N/A Up to 5000 HzUp to 10,000 Hz |
Type |
N/A Charge Mode |
Number of Axis |
N/A 3 |
Diameter of Thru Hole Mounting Provision |
N/A 0.150 in3.7 mm |
Housing Material |
N/A Titanium |
Element Style Material |
N/A Ceramic |
Maximum Weight |
N/A 0.35 oz10.0 g |
Connector Type |
N/A 3 x 10-32 Coaxial |
Connector Material |
N/A Titanium |
Number of Thru Hole for Mounting Provision |
N/A 2 |
Element Style Type |
N/A Planar Shear |
Temperature Range |
N/A -94 to+500 ºF-70 to+260 ºC |
Maximum Peak Vibration (±) |
N/A 3000 g29430 m/s² |
Environmental Seal |
N/A Hermetic |
Maximum Peak Shock (±) |
N/A 5,000 g49,050 m/s² |
Sensitivity |
N/A 2.7 pC/g0.28 pC/m/s² |
Note for Sensitivity |
N/A Measured at 100 Hz, 1 Grms per ISA RP 37.2. |
Frequency Response Tolerance |
N/A ±10 %±5 % |
Resonant Frequency |
N/A >25 kHz |
Full Scale (F.S.) Linearity (±) |
N/A 1 % |
Note for Full Scale (F.S.) Linearity (±) |
N/A Measured using zero-based straight line method, % of F.S. or any lesser range. |
Maximum Transverse Sensitivity |
N/A 6 % |
Note for Measurement Range |
N/A This parameter depends on the gain settings of the charge amplifier used. |
Note for ±10 Percent (%) Frequency Response |
N/A Low frequency response and phase response is function of the discharge time constant of the charge amplifier used. See graph below for example. |
Insulation Resistance (Connector Pin to Case) at 70 and 21 Degree Fahrenheit Temperature |
N/A >1012 O |
Insulation Resistance (Connector Pin to Case) at 500 and 260 Degree Fahrenheit Temperature |
N/A >108 O |
Nominal Capacitance |
N/A 490 pF |
Radiation Exposure Limit (Integrated Neutron Flux) |
N/A 1.0E+10 N/cm² |
Radiation Exposure Limit (Integrated Gamma Flux) |
N/A 1.00E+08 rad |
