Brands |
N/A Dytran |
Height |
N/A 0.28 in |
Type |
N/A Low Bias, High Temperature Low Impedance Voltage Mode (LIVM) |
Mounting Provision |
N/A Adhesive Mount |
Weight (Not Including Pigtail) |
N/A 2.5 g |
Hex |
N/A 0.31 in |
Electrical Connection |
N/A Integral Pigtail 30 AWG30 in |
Case Material |
N/A Titanium Alloy |
Cap Material |
N/A Titanium Alloy |
Temperature Range |
N/A -40 to 175 ºC |
Thermal Coefficient of Sensitivity |
N/A 0.03 %/°C |
Environmental Seal |
N/A Epoxy/Welded |
Maximum Peak Shock (±) |
N/A 5,000 g |
Base Strain Sensitivity at 250 Micro Epsilon (µe) |
N/A 0.001 g/µε |
Maximum Vibration (±) |
N/A 600 g |
Sensitivity |
N/A 2.0 mV/g0 mV/m/s² |
Note for Sensitivity |
N/A Measured at 100 Hz, 1 GRMS, at 4 mA supply current, per ISA RP 37.2 (with back-to-back standard traceable to NIST). A one-point calibration certificate traceable to NIST is supplied with each instrument. |
Maximum Transverse Sensitivity |
N/A 5 % |
Full Scale (F.S.) Range for ± 1 Volts (V) Voltage Output (±) |
N/A 500 g |
Frequency Response at ±3 Decibel (dB) Bandwidth |
N/A 0.64 to 5,000 Hz |
Root-Mean-Square (RMS) Equivalent Electrical Noise (Resolution) |
N/A 0.02 g |
Note for ±3 Decibel (dB) Frequency Response |
N/A Adhesive used in installation may affect upper frequency response. |
Nominal Mounted Resonant Frequency |
N/A 30 kHz |
Maximum Full Scale (F.S.) Amplitude Linearity |
N/A 1.0 % |
Note for Maximum Full Scale (F.S.) Amplitude Linearity |
N/A Best fit zero based straight line method. |
Discharge Time Constant |
N/A 0.25 to 0.80 sec |
Nominal Output Impedance |
N/A 100 O |
Output Signal Polarity for Acceleration Toward Top |
N/A Positive Going |
Grounding |
N/A None (Case is Connected to Signal Return) |
Nominal Excitation Current |
N/A 4.0 mA |
Nominal Direct Current (DC) Operating Bias Voltage |
N/A 1.7 to 3.4 V |
Nominal Direct Current (DC) Excitation (Compliance) Voltage Range |
N/A +4.5 VUnit must be powered with Dytran LIVM power unit or other compatible current source power unit for proper operation. Do not connect unit to a source of DC power without current limiting (such as a battery or other DC voltage source. To do so will immediately destroy the integral IC amplifier. |