VIBREX allows you to combine bearing and vibration monitoring on one or two channels according to your needs. The machine protection system is suitable for the vast majority of rotating machines such as pumps, motors, fans, stirrers, refiners and many more.


Should an alarm be triggered, VIBREX displays coloured LED signals indicating the change of condition of the machine. Alarms and warnings can also be transmitted to the control system via either the digital or the analog (4-20mA) output in order for the machine to be shut down if necessary.


VIBREX utilizes the Shock Pulse technique to evaluate anti-friction bearing conditions: high-frequency signals indicate bearing wear or damage long before failure. Vibration modules are available for standard severity rating according to DIN ISO 10816, or for special applications auch as gearboxes and low speed machines (down to 60 rpm).


VIBRREX brings investment costs down by using the patented dual-function Tandem-Piezo sensor to measure both machine vibration and bearing signals with fewer sensors and cables. You can use the same standard sensor for all applications and no signal amplifiers are required, even over large distances.


VIBREX is also availabe for intrinsically safe areas according to ATEX.

Interfaces

Slots: 1 or 2 modules

Inputs: 

2 x CLD accelerometer

Mains supply 115 / 230 VAC

DC source 24VDC

Outputs / module: 

1 alarm relay

1 OK relay for self monitoring / warning

1 analog level output (4 – 20 mA)

1 voltage output (mV) for signal analysis

Switching power: Maximum 3 A @ 250 V AC

Operating modes: 

Combined bearing condition / vibration monitoring (1 or 2 channels);

Bearing condition only or vibration monitoring only (1 or 2 channels)


Electrical

Power supply: 

AC: 115V/230V, 6VA switchable; 50/60 Hz, 10-15% (IEC 93)

DC: 24V, <300 mA, 10-15% (IEC 93)

Overload protection: Thermal fuse in transformer and resistance fuse (160 mA slow-acting)

Signal output (mV): Direct sensor signal (buffered, 100 Ohm)

Transmission: 

1.0 mVeff./ms-² (=10 mV/g) for sensors with a sensitivity of 1 µA/ms-²

5.35 mVeff./ms-² (=52 mV/g) for sensors with a sensitivity of 5.35 µA/ms-²

Frequency response: = Frequency response sensor


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