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VIBROWEB is the automated
solution to an existing route-based CbM Program. The Black Box Technology
replaces pre-installed switch boxes, connected to permanently mounted
transducers. This dynamic system can be configured and changed in
the field to accept a wide variety of sensor technologies. A “Plug-N
Play” card configures each sensor for up to 32 channels. Eight
additional inputs are available for speed measurements. All sensors
are powered simultaneously to greatly reduce data collection cycle
time!
Remote monitoring of production machinery can be accomplished from
the comfort of your office. Alarm notifications and tele-diagnosis
is accomplished through any Internet browser.
Request further information
Typical applications:
- Standard machines (motor, pump, fan,...)
- Machines with variable speed/ load (gear, extruder)
- Sleeve bearings
Key features
- Compatible to almost any sensor type (ICP, PT100, strain gage,...)
- 32 analog inputs (16x2 synchronous)
- 8 Tacho/ Pulse inputs
- 4 digital inputs / 4 digital outputs
- Measures and stores:
Time waveform, spectrum, integration of the spectrum, envelope,
orbit, shock pulse, acceleration (RMS), vibration velocity (peak,
RMS)
- Plug-in cards for signal conditioning
- Short meas. cycles (typical 2 minutes)
- Programmed via OMNITREND
PC software
- Networked (Ethernet / Internet)
- Stand-alone - no PC required
- Sophisticated alarming
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VIBROWEB doesn’t let
your critical machines
out of sight for a moment
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React quickly with VIBROWEB
VIBROWEB continuously supplies and samples the measurement locations.
That’s why VIBROWEB is faster than other online monitors and can
immediately react to any changes on the machine. VIBROWEB is particularly
suitable for process critical systems that run with variable speed
and load and for heavily loaded machines with a rapid damage development.
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Conventional continuous
monitors sample the measurement locations sequentially
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In the case of many other online monitors, the measurement locations
are processed sequentially, i.e. one after the other. For most machines,
this is sufficient.
However, in the case of process critical systems it is possible that
rapidly developing damage is not detected and reported in time.
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