XMV16 620-001-001-116 Extended Vibration Monitoring Card In Stock
Product Details:
| Brand Name | Others |
| Model | XMV16 |
| Ordering information | 620-001-001-116 |
| Condition | New |
| Gross Weight/Shipping Weight | 2.2 lbs / 35.2 oz / 1kg |
| Packing Size | 6.4" x 6.4" x 4.8" (16cm x 16 cm x 12 cm) |
| Country of Origin/Original Country | China |
| Lead Time | In Stock |
| Shipping Port | Xiamen |
| Payment | T/T |
| Sales Price | Inquiry |
| Color | Depends on material |
| Warranty | 12 months |
| Lead time | 5-8 work days |
| Courier partners | DHL, UPS, TNT, FedEx and EMS |
Description:
The XMV16 card performs the analogue to digital conversion and all of the digital signal processing functions, including the processing for each processed output (waveform or spectrum).
The XMV16 card acquires and processes data in high-resolution (24-bit A DC) to generate the desired waveforms and spectra. The main data acquisition mode (principal mode) performs continuous data acquisition that is suitable for normal operation, increasing vibration levels and transient operations.
The 20 available processed outputs per channel can provide any configurable band based on the asynchronously or synchronously acquired waveforms and spectra. A range of rectifier functions are available, including RMS, peak, peak-to-peak, true peak, true peak-to-peak and DC (Gap). Outputs are available for display to any standard (metric or imperial).
Various methods of averaging can be performed at the processing block level and at the output (extracted data) level. The multi-channel processing functions supported include absolute shaft vibration, full spectrum, orbit and filtered orbit, shaft centerline and Smax.
Events are generated when values exceed one of five user configurable severities or exceed rate-of-change alarms. The amount of pre-event and post-event data buffered in the on-board memory is configurable.
Machine states, such as full load (onload), overspeed and transient are detected from checks of the reference speed against trigger levels. These states can be used by the software’s machine operating conditions to control system behaviour. Typically, higher density logging is available depending on machine operating conditions, configurable speed and time intervals, or any other process parameter.
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