SPM Airius II LTE-M vibration sensor

SPM Airius II LTE-M vibration sensor

The SPM Airius II LTE-M vibration sensor is a wireless, battery-powered device for remote monitoring of production equipment. It measures triaxial vibration and temperature, offers early warning on vibration-related problems, and is a reliable and cost-effective solution. Available in different versions with varied pricing and performance objectives for various applications.

The SPM Airius II LTE-M comes in two various versions, one with battery power and the other with external power.

Airius II LTE-M with battery power is available in two different versions – AIR14-01 and AIR14-10. While AIR14-01 has a sensor range of 10-1000 Hz, the AIR14-10 version has a wider range of 2-5000 Hz. Both versions are powered by a non-rechargeable 3.0 VDC Lithium battery.

On the other hand, Airius II LTE-M with external power supply is also available in two different versions – AIR15-01 and AIR15-10. Both versions have the same sensor range as the battery-powered versions. However, AIR15-01 is powered by 224 V DC ±10 %, 400 mA with a 4-pin M12 male power connector.

Features

• The SPM Airius II LTE-M sensor is a MEMS-type sensor with digital output, measuring triaxial vibration and temperature.
• The sensor comes in two versions, one in the 10-1000 Hz frequency range and the other in the 2-1000/10-5000 Hz frequency range.
• The sensor is wireless and battery-powered, making it easy to install and configure without incurring high costs for cabling or gateways.
• The sensor is rated IP69 and can measure in ambient temperatures from −20 to +85 °C.
• The Airius II LTE-M sensor supports several different vibration measurement assignments per sensor, with a user-defined number of time-based daily measurements.

Benefits

• The SPM Airius II LTE-M sensor is a cost-effective solution for remote condition monitoring of standard production equipment, offering optimal vibration monitoring efficiency with low environmental impact.
• The wireless and battery-powered design of the sensor makes it easy to install and configure without incurring high costs for cabling or gateways.
• The sensor warns of vibration-related problems and gear and bearing faults, allowing for timely maintenance and repair.
• The Airius II LTE-M sensor is rated IP69 and can measure in ambient temperatures from −20 to +85 °C, making it suitable for use in harsh environments.
• The sensor supports several different vibration measurement assignments per sensor, with a user-defined number of time-based daily measurements, allowing for flexible and customizable monitoring.

Applications

• The Airius II LTE-M sensor is ideal for remote condition monitoring of standard production equipment, such as fans and pumps.
• The sensor is suitable for use in harsh environments, making it ideal for monitoring equipment in locations not covered by the plant’s local area network or Wi-Fi, such as rooftop fans, pumps, and motors in water treatment facilities, pumping stations, or hydropower sites.
• The Airius II LTE-M sensor is compatible with Condmaster.NET, a cloud-based application that gives easy access to measurement data using a user-friendly interface, making it suitable for use in various industries.

SPM Airius II LTE-M vibration sensor Specifications:

• Weight: approx. 300 g
• Material: housing; stainless steel 316L, cover; polyamide
• Readings: RMS, peak, peak-to-peak, crest, kurt, skew, temperature
• Measurement range, temperature: −20° to +85 °C (−4° to +185 °F)
• Spectrum lines: 400, 800, 1600, 3200 lines
• Condition evaluation: ISO10816 Part 2,3,4 > 600 rpm
• Protection class: IP69
• Support for:
  • WPA2 Enterprise Encryption
  • Conditions
  • RPM via global values
  • Filtering of results
  • Symptoms
• Power supply: 24 V DC (23 to 25 V)
• Power connector: 4-pin M12 male connector
• frequency range: 10-1000 Hz OR 2-5000 Hz
• Operating temperature: –20° to +85 °C (–4° to +185 °F)
• Storage temperature: –40° to +120 °C (–40° to +248 °F)
• Protection class: IP69
• Relative humidity: 0 to 100% (non-condensing)