Manufacture
Vibration
Model
XMV16
PN No.
620-001-001-116
Catalog
NIL
Description
condition monitoring module
Origin
Switzerland
HS CODE
85389091
Dimension
38*28*5 (CM)
Weight
0.4 kg
DESCEIPTION:
From the Vibro-Meter® product line
» Designed for operation with the VibroSight® software total monitoring solution
» 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 6400 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
Condition monitoring and vibration analysis, such as the general analysis of rotating machinery and rotor dynamics
The XMV16 / XIO16T extended vibration monitoring card pair consists of an XMV16 extended vibration monitoring card and an XIO16T extended input/output card. This card pair provides all of the interfacing and signal processing functions required of an intelligent data acquisition system and is a central element in the VM600 series Total Monitoring Solution, from Meggitt Sensing Systems’ VibroMeter® product line. The cards are designed for operation with the VibroSight® software – to acquire and analyse your vibration data before communicating the results directly to a host computer using the on-board Ethernet controller.
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 (ABE04x) or slimline rack (ABE056) 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 or other system variables. Individual measurement channel parameters including frequency bandwidth, spectral resolution, windowing function and averaging can also be configur
