XMV16 620-003-001-116 Extended vibration monitoring card pair
Description
| Manufacture | Others |
| Model | XMV16 |
| Ordering information | 620-003-001-116 |
| Catalog | Vibration Monitoring |
| Description | XMV16 620-003-001-116 Extended vibration monitoring card pair |
| Origin | Switzerland |
| HS Code | 85389091 |
| Dimension | 16cm*16cm*12cm |
| Weight | 0.8kg |
Details
16 dynamic vibration channels and 4 tachometer channels, all individually configurable Simultaneous data acquisition on all channels Up to 20 configurable processed outputs per channel High resolution FFT up to 3200 lines every 1 s Configurable asynchronous and synchronous sampling 24-bit data acquisition and high SNR data processing, with data quality checks 5 configurable severities per processed output and 8 detection levels with hysteresis and time delay Supports signal sharing in VM600 racks EMI protection on all inputs Live insertion and removal of cards (hot-swappable) Direct gigabit Ethernet communication Hardware is fully software configurable
The XMV16 card is installed in the front of the rack and the XIO16T card is installed in the rear. Either a
VM600 standard rack (ABE 04x) or slimline rack (ABE 056) can be used and each card connects
directly to the rack’s backplane using two connectors.
The XMV16 / XIO16T card pair is fully software configurable and can be programmed to capture data
based on time (for example, continuously at scheduled intervals), events, machine operating
conditions (MOCs) or other system variables.
Individual measurement channel parameters including frequency bandwidth, spectral resolution,
windowing function and averaging can also be configured to meet the needs of specific applications.
Extended vibration monitoring card 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 principal (main) acquisition 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)
