The MR660 Accelerometer system employs a highly sensitive MEMS membrane to provide a robust system capable of producing an output signal of 100mV/g pk-pk.
The MR660 Accelerometer is designed for a variety of customer applications such as Wind Turbine Blade, Electric Train Pantograph, and Generators & Transformers.
Micronor delivers custom tailored sensors to suit a specific application. Contact Micronor for configurations other than the standard sensors available.
Sensor is EX classified “inherently safe, simple mechanical device”
Sensor can be operated in any hazardous or explosive environment – gas, dust or mines
Immune to EMI, RFI, high voltage, and magnetic fields
Low Noise Density
DIN Rail or OEM controller available
Aluminum and Ceramic Models Available
Frequency Response (±5%)
0.5 Hz – 1,000 Hz
Maximum Measuring Range
Maximum Shock Survival
Survives up to 2,000 g
100/140 micron Step-Index Polyimide buffered fiber terminated with Micronor’s MIC-IP Connector; Length 4.77 m
IL = 7.0dB typical
-25°C to +100°C (-13°F to +212°F)
0-95% RH, Non-Condensing
Inherently Safe, Simple Mechanical Device
The Micronor MR660 Fiber Optic Accelerometer, Isolater or Feed-Through, and Extension Cable are simple mechanical devices as per IEC 60079-28 (Inherently Safe Optical Radiation)
Unit Weight (Aluminum, Round Sensor)
20 g (0.0441 lbs)
Aluminum or Ceramic
For more information or a quote on the Fiber Optic Accelerometer please call or use the IndustrySearch email for a direct reply.
Quality in Control | Control & Process Technology
Quality In Control is an Australian supplier of leading quality control and process technology pre-dominantly for the following industries:
- Plastic & Rubber extrusion
- Automotive & Metal forming