MVS-500
It is a machine vibration simulator designed to generate characteristic vibrations caused by various artificial mechanical failures. It is very suitable for learning machine fault diagnosis by specific vibration pattern that occurs due to various faults of machine parts.
Detailed Description
The MVS-500 is designed to replace components with the normal parts and the defective parts very easy by simply sliding the parts in the stopped state. MVS-500 is designed to eliminate the phenomenon of system change due to disassembly and re-assembly, and to obtain only the difference of vibration signals according to defects.
In particular, it is possible to change the degree of misalignment defect in the operating state without stopping the simulator. Also it’s very easy to return to normal state. MVS-500 is the best educational simulator for study of machine vibration and condition monitoring.
- Vibration study due to unbalance
- Vibration study due to Misalignment
- Single or multi-stage balancing training
- Learning rotor(over-hung or between type) balancing
- Alignment Training
- Vibration study due to coupling
- Study of Bearing Defects and Load Effects
- Vibration study of cocked bearing
- Vibration of an eccentric rotor
- Mechanical friction study
- Study of signal processing technique
- Optimal sensor location discovery
- Vibration expert certification test
Motor : ¼ Hp 3-phase AC motor, Siemens
Drive method : Frequency change by inverter (rotation speed change)
Speed Control : 100 ~ 10,000rpm, Rotation knob to adjust the speed arbitrarily
Speed range : 0 to 10,000 rpm Variable
Display 1 : Instantaneous speed display up to 9999 rpm
Display 2 : Vibration rate value [m / s] display (optional)
Switch 1 : Run / Stop switch, when ON operates at the same speed as previously set
Switch 2 : Safety switch that stops operation when the cover is opened
Output terminal : 1 pulse/rotation TTL output, vibration acceleration signal output 100mV/g
Operating voltage : Single phase 220Vac, 60 / 50Hz
Operating environment : -10 to 50 ° C, 35 to 85 RH
Mechanical Specifications
Shaft Diameter : 20mm Steel
Rotor Disk : 154 Փ aluminum, two rows of hole(18 f140 and 18 f120) for balancing mass
Bearing : Sealed Ball Bearing (6204)
Bearing housing : normal and the defective bearing are assembled together and can be shifted left and right
Misalignment : can be adjusted using jack bolt during operation
Loader : 130 Փ rotor giving a load to bearing
Dial Gauge : an alignment indicator with 1/100mm accuracy, which can be used to return to the original position after misalignment operation
Base : precisely machined die-cast aluminum base with 6 rubber foot
Safety Cover : transparent shockproof safety cover with interlock sensor
Size : Width x Depth x Height = 750x320x390 mm
Weight : Approximately 30kg
Option
Defective bearing kit : Inner race defect, Outer race defect, bearing with electrical erosion
Alignment kit : Dial gauge 2 ea, bracket 2 ea, mounting rod, mirror, ruler