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Teaching suggested applications*

-          Real-time monitoring of a system / triggering of machine alarms

-          Kinematic study of the machine / Impact of the real speed of the system on the analysis

-          Spectral analysis method + demodulation for precise identification of the faulty element (bearing, motor/pump misalignment, imbalance, pinion, cavitation, etc.)

-          History Visualization, Predictive Maintenance

-          Registrations, data collection

-          Installation of the sensor on the system to be studied using the supplied magnetic holder or to be screwed directly onto the machine (including adapter washers)

Description

The MBP013 vibration analysis kit enables the precise identification of a defective rotating machine element.

The rugged design of this equipment makes it perfectly suited for use in a school setting.

The manufacture of this equipment complies with the European Machine Directive.

The sensor is installed on your machine using the magnetic bracket or screwed into dedicated M8 holes

Do not hesitate to consult us on our MBP011 or MTR100 machines specially developed for vibration analysis

-        An MBP013 vibration monitoring module is composed of:

• Vibration sensor(micromechanical accelerometer), stainless steel housing (IP68/IP69K), vertical fixing with M8 thread, connector connection, current analogue output, vibration detection up to ± 25 g.
• A magnetic holderfor convenient sensor placement without the need for an M8 tap
• A set of tapered washersfor mounting the sensor in an M8 hole without chamfering
• A power supply boxequipped with an aluminum frame for machine mounting if necessary, integrating an on/off switch & theelectronic vibration diagnostic modulewith the following features:

^ü    Online monitoring of up to 24 objects (e.g. rolling, imbalance, etc.)

^ü    The monitoring of diagnosed objects can be carried out taking into account 2 process sensors (load and rotational speed).

^ü   Compatible with machines running from 120 to 12000rpm-1

^ü   Starters:

-          Dynamic inputs: 4 x 0...10 mA

-          Static inputs: 2 x 0/4...20 mA or pulse

-          Pulses for rotational frequency information

-          system configuration from PC (PC not included / cable included), via the software

ü Outputs:

-          export of data and measurements to PC viaEthernet(PC not included / 2 meter RJ45 connection cable included)

-         PNP alarms, max. 100 mA, NF/NO selectable.

-        Software (including a PC connection cord), sample files and recordings that allow you to:

• Definition ofcontrol parameters (number of spectral lines to be monitored, frequency of these lines, types of bearings, reduction ratios, etc.)
• Loading these parametersto the electronic diagnostic module
•  Measurementexploitationandanalysis of thedemodulated spectrum, in-depth diagnosis (FFT mode)
• Trend Recording(Internal History Memory)

• Power supply: 240 Vac – 50 Hz
• Dimensions: (LxlxH mm): 250 x 200 x 120
• Weight (Kg): 2.5