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MONNIT Wireless Advanced Vibration Meter 2 with 10 Foot Lead

MONNIT Wireless Advanced Vibration Meter 2 with 10 Foot Lead

SKU: MNS2-4-W2-AC-AV2-L10
A$644.00Price
Excluding Sales Tax
MONNIT Wireless Advanced Vibration Meter with 10 Foot Lead is a wireless advanced vibration meter designed to collect vibration data from equipment and machinery for remote monitoring. It uses Monnit's ALTA wireless technology, operates at 433 MHz and is supplied in an Enterprise-style AA battery enclosure with a 10-foot lead. It is suitable for applications where vibration trends can help identify changes in machine operating conditions and support planned maintenance activities.

The MONNIT Wireless Advanced Vibration Meter with 10 Foot Lead is part of Monnit's wireless Advanced Vibration Meter product range. It is designed to gather vibration information from equipment and transmit sensor data wirelessly for remote monitoring.

The part number identifies this version as a 433 MHz model, making it part of Monnit's ALTA wireless sensor range for the Asia-Pacific and Australian frequency option. It uses a W2 Enterprise enclosure powered by AA batteries and includes a 10-foot sensor lead according to Monnit's part number structure.

How it works

  • The Advanced Vibration Meter detects vibration from the monitored equipment.
  • The sensor collects vibration information for remote monitoring.
  • Sensor data is transmitted using Monnit's ALTA wireless technology.
  • The L10 configuration identifies a 10-foot lead between the sensor system and monitoring point.

Why choose this product

  • Suitable for applications requiring wireless vibration monitoring.
  • The 433 MHz version is intended for Monnit's corresponding regional frequency configuration.
  • The AA battery W2 enclosure provides a self-contained sensor format.
  • The 10-foot lead can provide greater flexibility when positioning the sensor and monitoring electronics.

Benefits

  • Supports remote observation of equipment vibration.
  • Can help maintenance teams monitor changes in operating conditions over time.
  • Reduces the need to manually collect readings directly at every monitoring location.
  • Provides a dedicated Advanced Vibration Meter 2 configuration rather than a general-purpose sensor.
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