Dynamic channel allocation
The sixteen dynamic channels are configured independently, so each vibration input can be assigned its own measurement and processing settings.
Welcome to Moore Automation Limited
Copy and share this link on social network or send it to your friends
Copy| Product Name | Vibro-Meter XMV16 600-053 VM600Mk2 XMV16 extended condition monitoring module |
| Item NO. | 2918976 |
| Weight | 0.1 kg = 0.2205 lb = 3.5274 oz |
| Category | VIBRO METER |
| Brand | OTHER PRODUCTS |
| Creation Time | 2026-10-13 |
The Vibro-Meter XMV16 600-053 is a VM600Mk2 extended condition monitoring module for vibration. It is the processing member of the XMV16 and XIO16T pair, acquiring vibration and speed signals for condition-monitoring functions in the VM600Mk2 system.
Across the Vibro-Meter XMV16 600-053 channel set, sixteen dynamic inputs and four tachometer inputs are independently configurable. The dynamic channels carry vibration measurements, while the tachometer channels provide speed references when a synchronous order-tracked measurement is configured.
For Vibro-Meter XMV16 600-053, acquisition can run simultaneously with asynchronous fixed-frequency sampling or synchronous order-tracked sampling, and the processed data path is presented to VibroSight through the VM600Mk2 monitoring system. The module therefore links channel configuration, signal processing and monitoring data rather than acting as a stand-alone field sensor.
| Technical Item | XMV16 600-053 |
|---|---|
| Brand | Vibro-Meter |
| Product Type | VM600Mk2 extended condition monitoring module for vibration |
| System | VM600Mk2 XMV16 + XIO16T |
| Dynamic Channels | 16 |
| Tachometer Channels | 4 |
| Channel Configuration | Independently configurable |
| Dynamic ADC | 24 bit |
| Dynamic Bandwidth | 0–38 kHz |
| Dynamic SNR | 105 dB |
| Data Acquisition | Simultaneous continuous acquisition |
| Sampling Modes | Asynchronous fixed-frequency or synchronous order-tracked |
| Data Update Rate | 100 ms guaranteed |
| Processed Outputs | Up to 20 per dynamic channel |
| Spectrum Resolution | Up to 6400 lines |
| System Software | VibroSight |
| Rack Compatibility | VM600Mk2 ABE04x |
| Paired Module | XIO16T |
XMV16 600-053 combines dynamic vibration acquisition with tachometer-referenced monitoring in the VM600Mk2 processing path.
The sixteen dynamic channels are configured independently, so each vibration input can be assigned its own measurement and processing settings.
The four tachometer channels provide speed references for measurements that need a rotational order rather than only a fixed frequency.
When a tachometer reference is available, synchronous order-tracked sampling can be selected instead of asynchronous fixed-frequency sampling.
XMV16 600-053 sends the configured monitoring results through the VM600Mk2 system to VibroSight.
The processed channel data is made available to the VibroSight monitoring software through the VM600Mk2 communication path.
The 100 ms guaranteed data update rate defines the expected refresh boundary for the configured monitoring data.
The XMV16 channel plan is completed with the paired XIO16T module; the two cards must be recorded as one VM600Mk2 configuration.
How should the sixteen dynamic and four tachometer channels on Vibro-Meter XMV16 600-053 be allocated for a new monitor?
The XMV16 600-053 record shows that plan the sixteen dynamic channels for vibration inputs and reserve the four tachometer channels for speed references required by the measurement plan. A tachometer input is not an additional dynamic channel, so the two channel groups must be checked separately before configuration.
When should synchronous order-tracked sampling be selected on Vibro-Meter XMV16 600-053 instead of fixed-frequency sampling?
With XMV16 600-053, use synchronous order-tracked sampling when the measurement needs a rotational speed reference from one of the tachometer channels. Use asynchronous fixed-frequency sampling when the configured measurement does not require that speed reference; do not change the mode merely to increase the channel count.
Can Vibro-Meter XMV16 600-053 be commissioned without the paired XIO16T module?
No. XMV16 600-053 is the monitoring/processing member of the XMV16 and XIO16T pair, while XIO16T provides the corresponding extended I/O path. Confirm the pair and the VM600Mk2 ABE04x rack before assigning field channels.
What should be checked when a high-frequency vibration channel on Vibro-Meter XMV16 600-053 is not reaching the expected response?
On XMV16 600-053, check that the sensor, field wiring and configured input path can carry the selected part of the 0–38 kHz dynamic bandwidth. The 24-bit converter and channel count do not correct a sensor or termination that is outside the intended signal band.
What should be investigated if Vibro-Meter XMV16 600-053 data is not updating at the expected interval in VibroSight?
For the ordered XMV16 600-053, trace the configured XMV16/XIO16T pair, the VM600Mk2 communication path and the VibroSight channel configuration in that order. The 100 ms guaranteed update rate applies to the configured data path; it does not mean an unconfigured or disconnected channel will produce a refresh.
Which checks are required before replacing Vibro-Meter XMV16 600-053 with another monitoring card?
Match the complete XMV16 600-053 reference, the VM600Mk2 rack, the paired XIO16T module and the VibroSight configuration before removal. A card with a similar channel count is not an equivalent replacement unless the system pair and software configuration are also compatible.
Moore Automation keeps the requested manufacturer and complete model together in the enquiry record before packing. This keeps the exact variant visible through the order handoff.
Send the complete model and requested quantity with your enquiry.
Moore Automation Sales Team
Copyright © 2004–2026 www.mvme.cn. All rights reserved.
Disclaimer: Moore Automation Limited is an independent reseller and is not an authorized distributor or representative of the manufacturers featured on this website. Product names and trademarks belong to their respective owners.
No related record found