Accelerometer
AC001

The AC001 is a piezoelectric accelerometer intended for general purpose. It is designed with a piezoelectric crystal in shear mode. Because it is an active transducer, the AC001 requires a constant current source to power the internal circuitry that gives it low internal impedance.
The resistant coating of its case and double sealed design makes the AC001 accelerometer in the suitable transducer for different applications and environments: industrial, building, extreme environments conditions, etc.

Product Full Description

The AC001 is a piezoelectric accelerometer intended for general purpose. It is designed with a piezoelectric crystal in shear mode. Because it is an active transducer, the AC001 requires a constant current source to power the internal circuitry that gives it low internal impedance.

The resistant coating of its case and double sealed design makes the AC001 accelerometer in the suitable transducer for different applications and environments: industrial, building, extreme environments conditions, etc.

It is very easy to mount, both for short duration measurements, (it has several accessories available for magnetic or contact fixing) and in permanent installations (removable mounting stud). The AC001 is supplied with a BNC connector ended ca-ble to connect it to instruments with ICP© devices input.

Characteristics

Sensitivity
100 ±5% mV/g
Fequency response
±10%: 0.3-14,000 Hz
±3 dB: 0.13-22,000 Hz
Mounted resonance
> 23 kHz
Noise (typical)
At 10 Hz: 3 µg/√ Hz
At 100 Hz: 1 µg/√ Hz
Output Impedence
< 130 Ω>
Output Bias Voltage
12 to 14 V
Power Requirements
2-20 mA cc
Amplitude Range
±55 g
Shock Limit
4000 g

Environmental Data

Working temperature range
-20 to 120 ºC

Physical Data

Dimensions
4.5 x ∅1.9 cm
Weight without cable
65.5 g
Case material
Stainless steal
Mounting stud (removable)
M8

Full Data Sheet

For access to the full data sheet, go to Cesva - AC001
Information on technical characteristics is based on the latest information available at the time of publication.