Base Strain Sensitivity0.001 g per microstrain @ 25°/µσ
Connection Type10-32 male
Electrical Noise Broadband0.007 g (rms)
Output Impedance100 Ω
Resonance Frequency>40 kHz
Transverse Sensitivity5% of axial max
The ACC103 laboratory accelerometer is ideal for use in shake tests, vibration labs, and other general purpose vibration applications. The ACC103 weighs only 15 grams, ideal for applications where low accelerometer weight is critical. It has a 10 mv/g output which can measure vibrations up to 500 g's.
SPECIFICATIONS Frequency Response: 1 Hz to 10 kHz (up to ±10% rated output shift) Rated Output: 10 mV/g nominal @ 100 Hz Frequency Range: 2 Hz to 10 kHz (up to ±5% rated output shift) Amplitude Range: ±500 g peak Amplitude Linearity: ±2% up to 500 g peak Temperature Range: -50 to 120°C (-60 to 250°F) Temperature Sensitivity Effect: 0.06% FS/°F Discharge Time Constant: 0.5 s min Transverse Sensitivity: 5% of axial max Strain Sensitivity: 0.001 g per microstrain @ 25°/µσ Maximum g Without Clipping: ±1000 g Mounted Resonance Frequency: >40 kHz Output Impedance: 100 Ω Bias Voltage: 10V nominal Base Strain: 0.03 g/microstrain nominal Noise Floor (Wideband): 0.007 g (rms) Weight: 1.5 g (0.05 oz) nominal (without cable) Material: Stainless steel Dimensions: 7.11 H x 6.35 mm hex base (0.28 x 0.25') Connector: 10-32 male, cable not included (order model no. ACC-CB2-10)