MTSS-1033A-ND is a 3-component digital accelerometer made by R-sensors.
The MTSS-1033A-ND accelerometer is designed to measure strong motion, to monitor and analyze industrial vibrations both as an accelerometer in seismic alarm systems and as a standalone instrument.
Three identical compact sensitive elements with an electrodynamic force-balance feedback allow for a precision and high stability. This model is designed for input signals of up to ±3g and has a self-noise level of 130 ng/√Hz at 10 Hz.
Application notes on using MTSS-1033A-ND to construct real-time monitoring systems for a bridge as an example.Click here for available downloads to operate MTSS-1033A-ND. If the FTP-connection fails, right-click to copy the link and open it with Windows Explorer.
Characteristics Delivery and warranty
|Frequency range||0.1 Hz - 120 Hz|
|Sensitivity||0.48 V (m/sec2)|
|Self noise at 1 Hz||130 ng/√Hz at 10 Hz|
|Dynamic range||130 dB|
|Nonlinearity||0.1% at 1 Hz|
|Sensitivity axes||3 orthogonal|
|Supply voltage||5V from USB (4.5-5.5 V permissible)
12 V (9-36 V permissible)
|Power consumption||1 W average; 2,5 W peak|
|Temperature range||-40°C - +55°C|
|ADC sampling rate||1, 10, 50, 100, 125, 250, 500, 1000 Hz|
|Maximum installation tilt||any|
|Case connectors||10-pin RS-10 Russian type multifunctional connector; SMA-M connector for GPS antenna; SMA-M connector for Wi-Fi antenna; standard USB-B connector for data reading|
|Dimensions||150 х 150 х 110 mm|
|ADC resolution||24 bit|
|ADC noise performance||22 bits noise-free resolution at 100 sps|
|Gain coefficients||1, 2, 4, 8, 12|
|Data recording mode||continuous, schedule|
|Data recording format||internal binary; miniSeed, SEG converters provided|
|Data storage||microSD 32 GB|
|Data transfer||USB 2.0, Wi-Fi|
|Cross-axes sensitivity||-60 dB|
|Inbuilt sensors for device health monitoring||temperature, main supply voltage|
|Cold-start time||15-30 min|
|Leveling, mass locking||none required|
|Delivery set||GPS antenna, Wi-Fi antenna, cables|
|GNSS receiver||GPS / GLONASS|
|GNSS timing accuracy||< 1µs|