Single Axis Accelerometers
One-axis Piezoelectric IEPE Acceleration Sensors are made of PZT ceramic and have a built-in charge-voltage converter and a pre-amplifier.
ASC 3521MF Capacitive Accelerometer
Uniaxial analog voltage output acceleration sensor with an anodized aluminium housing (IP65)
Measurement range
±2g to ±200g
Non-Linearity
1 %
Output
0.3 - 3 V
Technology
Capacitive with amplifier
ASC 4211LN Capacitive Accelerometer
Uniaxail MEMS acceleration sensor for measuring relatively small accelerations, e.g. in the aerospace or automotive sector
Measurement range
±2g to ±400g
Non-Linearity
1 %
Zero Acceleration Output
150 /80 ±mV
Technology
Capacitive with amplifier
ASC 4221MF Capacitive Accelerometer
Uniaxial analog voltage output acceleration sensor with a small and lightweight aluminium housing (IP67)
Measurement range
±2g to ±200g
Non-Linearity
1 %
Output
0.3 - 3 V
Technology
Capacitive with amplifier
ASC 4311LN / ASC 4315LN Capacitive Accelerometer
Uniaxail MEMS acceleration sensor for measuring relatively small accelerations, e.g. in the aerospace or automotive sector
Measurement range
±2g to ±400g
Non-Linearity
1 %
Zero Acceleration Output
150 /80 ±mV
Technology
Capacitive with amplifier
ASC 4321MF Capacitive Accelerometer
Uniaxial analog voltage output acceleration sensor with a lightweight aluminium housing (Epoxy sealed)
Measurement range
±2g to ±200g
Non-Linearity
1 %
Output
0.3 - 3 V
Technology
Capacitive with amplifier
ASC 4325MF Capacitive Accelerometer
Uniaxial analog voltage output acceleration sensor with a rugged, corrosion proof stainless steel housing (Epoxy sealed)
Measurement range
±2g to ±200g
Non-Linearity
1 %
Output
0.3 - 3 V
Technology
Capacitive with amplifier
ASC 4411LN / ASC 4415LN Capacitive Accelerometer
Uniaxail MEMS acceleration sensor for measuring relatively small accelerations, e.g. in the aerospace or automotive sector
Measurement range
±2g to ±400g
Non-Linearity
1 %
Zero Acceleration Output
150 /80 ±mV
Technology
Capacitive with amplifier
ASC 4421MF Capacitive Accelerometer
Uniaxial analog voltage output acceleration sensor with a lightweight aluminium housing (IP67)
Measurement range
±2g to ±200g
Non-Linearity
1 %
Output
0.3 - 3 V
Technology
Capacitive with amplifier
ASC 4425MF Capacitive Accelerometer
Uniaxial analog voltage output acceleration sensor with a rugged, corrosion proof stainless steel housing (IP67)
Measurement range
±2g to ±200g
Non-Linearity
1 %
Output
0.3 - 3 V
Technology
Capacitive with amplifier
ASC OS-125MF MEMS Capacitive Accelerometer
Analog voltage output acceleration sensor for the demanding requirements of offshore applications
Measurement Range
±2 to ±200 g
Non-Linearity
<0.5 %
Zero Acceleration Output
40 /80 ±mV
Technology
capacitive with amplifier
ASC OS-125MF-PG MEMS Capacitive Accelerometer
Analog voltage output acceleration sensor for the demanding requirements of offshore applications.
Measurement Range
±2 to ±200 g
Non-Linearity
<0.3 %
Zero Acceleration Output
40 /80 ±mV
Technology
capacitive with amplifier
ASC OS-115LN-PG MEMS Capacitive Accelerometer
Analog voltage output acceleration sensor for the demanding requirements of offshore applications
Measurement Range
±2 to ±400 g
Non-Linearity
<0.5 %
Zero Acceleration Output
40 /80 ±mV
Technology
capacitive with amplifier
ASC OS-115LN MEMS Capacitive Accelerometer
Analog voltage output acceleration sensor and for the demanding requirements of offshore applications
Measurement Range
±2 to ±400 g
Non-Linearity
<0.5 %
Zero Acceleration Output
40 /80 ±mV
Technology
capacitive with amplifier
ASC 3511LN Capacitive Accelerometer
Uniaxail MEMS acceleration sensor in cube-form for automotive, industrial and military applications
Measurement range
±2g to ±400g
Non-Linearity
1 %
Zero Acceleration Output
150 /80 ±mV
Technology
Capacitive with amplifier
ASC CS-1711LN Current Output Accelerometer
Uniaxial MEMS based acceleration sensor with a built-in voltage to current converter
Measurement range
±2g to ±50g
Non-Linearity
1 %
Output
4 - 20 mA
Technology
Capacitive with amplifier
ASC CS-1511LN Current Output Accelerometer
Biaxial MEMS based acceleration sensor with a built-in voltage to current converter
Measurement range
±2g to ±50g
Non-Linearity
1 %
Output
4 - 20 mA
Technology
Capacitive with amplifier
ASC CS-1611LN Current Output Accelerometer
Triaxial MEMS based acceleration sensor with a built-in voltage to current converter
Measurement range
±2g to ±50g
Non-Linearity
1 %
Output
4 - 20 mA
Technology
Capacitive with amplifier
ASC 4111LN Capacitive Accelerometer
Uniaxail MEMS acceleration sensor for measuring relatively small accelerations, e.g. in the aerospace or automotive sector
Measurement range
±2g to ±400g
Non-Linearity
1 %
Zero Acceleration Output
150 /80 ±mV
Technology
Capacitive with amplifier
AMA MEMS Acceleration Sensors
Analog MEMS acceleration sensor available in single, dual and triaxial configuration
Measurement range
±2 to ±40 g
Linearity
0.1 - 0.6 %
Output
0 - 5 V
4 - 20 mA
4 - 20 mA
Technology
Capacitive with amplifier
DMA MEMS Acceleration Sensors
Digital MEMS acceleration sensor available in single, dual and triaxial configuration
Measurement range
±2 to ±40 g
Linearity
0.1 - 0.6 %
Output
RS232
RS485
UART TTL
RS485
UART TTL
Technology
Capacitive with amplifier
EGAS Mini Critically Damped Accelerometer
Well-suited for on-site testing as well as laboratory use
Measurement range
±5 to ±2500 g
Non-Linearity
1 %
Output
±0.1 V
Technology
Capacitive with amplifier
EGAXT Mini Critically Damped Accelerometer
Miniature acceleration sensor with an overload limit of 10000g
Measurement range
±5 to ±2500 g
Non-Linearity
1 %
Output
±0.1 V
Technology
Piezoresistive without amplifier
EGCS-A2 | EGCS-B2 Critically Damped Accelerometer
Ideal for low frequency measurements
Measurement range
±5 to ±5000 g
Non-Linearity
1 %
Output
A2: ±5 V, B2: ±2.5 V
Technology
Capacitive with amplifier
EGCS-D0 | EGCS-D1S Critically Damped Accelerometer
Ideal for applications which experience rough handling
Measurement range
±5 to ±10000 g
Non-Linearity
1 %
Output
±0.2 V
Technology
Piezoresistive without amplifier
JMA 100 | 200 | 300 MEMS Accelerometers
Analog MEMS acceleration sensor available in single, dual and triaxial configuration
Measurement range
±0.5 to ±10 g
Non-Linearity
0.05 %
0.08 %
0.08 %
Output
±5 V
0 - 5 V
4 - 20 mA
0 - 5 V
4 - 20 mA
Technology
Capacitive with amplifier
JMA 165 MEMS Accelerometers
Low-cost MEMS technology with heater, CENELEC/AREMA certified
Measurement range
±0.5 g
±1 g
±1 g
Non-Linearity
0.1 %
0.2 %
0.2 %
Output
±5 V
Technology
Capacitive with amplifier
4000A Amplified DC Accelerometer
Silicon MEMS signal conditioned acceleration sensor designed for transportation, vibration sensing, test & instrumentation, machine control, motion analysis, tilt
Measurement range
±2 to ±200 g
Non-Linearity
0.5 %
Output
±2 V
Technology
Capacitive with amplifier
4801A Amplified DC Accelerometer
MEMS DC signal conditioned acceleration sensor designed for vehicle testing, structural testing, test & instrumentation, transportation measurements, environmental testing
Measurement range
±2 to ±200 g
Non-Linearity
1 %
Output
±2 V
Technology
Capacitive with amplifier
4312M3 Amplified DC Accelerometer
Designed for transportation measurements, structural monitoring, bridge-, tunnel- & dam-monitoring, low frequency applications, submersible measurements, shipboard installation
Measurement range
±2 to ±20 g
Non-Linearity
0.5 %
Output
4 - 20 mA
Technology
Capacitive with amplifier
AAA640 Servo Accelerometer
Acceleration sensor with 2 signal outputs in MEMS technology
Measurement range
±1 to ±20 g
Non-Linearity
0.5 %
Output
±5 V
Technology
Capacitive with amplifier
QFM-180 Miniature Quartz Flexure Accelerometer
The Miniature Accelerometers are state of the art quartz flexure technology that provides high accuracy, repeatability and stability even in the harshest of environments
Measurement range
±20 g
Bias Stability (1 month composite)
less than 220 ug
Output Impedance (Ω)
External Load Resistor Dependent
Technology
Quartz
QFA-180-30G-LC Low Input Current Quartz Flexure Accelerometer
The QFA-180-30G-LC series accelerometers are state-of-the-art Artificial quartz bending technology that offers high accuracy, Repeatability and stability even in the square flange - Outline drawing of harshest environments.
Measurement range
±30 g
Bias Stability (1 month composite)
less than 250 ug
Output Impedance (Ω)
External Load Resistor Dependent
Technology
Quartz