Micronor - Fibre-Optic Accelerometer | MR660

Fibre-Optic Accelerometer | MR660

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.

Features

• 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

Sensor Specifications

Measurement Parameters
Frequency Response (±5%)	0.5 Hz – 1,000 Hz
Maximum Measuring Range	50 g
Noise Density	<100 µg/Hz
Mechanical Performance
Maximum Shock Survival	Survives up to 2,000 g
Optical Interface
Pigtail Configuration	100/140 micron Step-Index Polyimide buffered fiber terminated with Micronor’s MIC-IP Connector; Length 4.77 m
Insertion Loss	IL = 7.0dB typical
Environmental
Temperature	-25°C to +100°C (-13°F to +212°F)
Humidity	0-95% RH, Non-Condensing
Ingress Protection	IP68
Explosive Atmospheres	Inherently Safe, Simple Mechanical Device
EX Classification	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)
Physical Attributes
Housing Dimension	See Drawing
Unit Weight (Aluminum, Round Sensor)	20 g (0.0441 lbs)
Materials	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.

Read more...

To contact Quality in Control P/L about Micronor Fibre-Optic Accelerometer | MR660 use Get a quote.

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.

Features

• 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

Sensor Specifications

Measurement Parameters
Frequency Response (±5%)	0.5 Hz – 1,000 Hz
Maximum Measuring Range	50 g
Noise Density	<100 µg/Hz
Mechanical Performance
Maximum Shock Survival	Survives up to 2,000 g
Optical Interface
Pigtail Configuration	100/140 micron Step-Index Polyimide buffered fiber terminated with Micronor’s MIC-IP Connector; Length 4.77 m
Insertion Loss	IL = 7.0dB typical
Environmental
Temperature	-25°C to +100°C (-13°F to +212°F)
Humidity	0-95% RH, Non-Condensing
Ingress Protection	IP68
Explosive Atmospheres	Inherently Safe, Simple Mechanical Device
EX Classification	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)
Physical Attributes
Housing Dimension	See Drawing
Unit Weight (Aluminum, Round Sensor)	20 g (0.0441 lbs)
Materials	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.

Read less...

To contact Quality in Control P/L about Micronor Fibre-Optic Accelerometer | MR660 use Get a quote.