MS700 · Machinery Diagnostics — Base Unit

Base unit for the machinery diagnostic training system

Experiments

Introduction to vibration measurement methods on rotating machinery systems
Fundamentals of shaft and bearing vibration measurement — variables, sensors, signal types
Influence of speed, shaft layout and sensor positioning on the measured vibration signal
Field balancing of rigid rotors in one and two planes
Study of misalignment between motor and coupling
Interpretation of frequency spectra of rotating machinery
Use of a computerised vibration analyser for time- and frequency-domain analysis

Description

The MS700 is the modular base bench of the Sangari machinery diagnostic training system. Its rigid aluminium plate with slots allows quick, precise assembly of experimental setups — from a simple motor-and-shaft system for balancing exercises up to belt drives, gears, couplings and pumps when combined with the MS710–MS719 expansion experiments.

Overview

Specifications

Base plate 1100 × 800 mm aluminium with M8 slots, 50 mm spacing

Drive motor asynchronous, 0.37 kW, 2800 min⁻¹ nominal

Speed range 100…6000 min⁻¹ via frequency converter

Shafts 2 × Ø 20 mm; lengths 300 and 500 mm

Flywheels 2 × Ø 150 mm, 1675 g, with interchangeable balance bolts

Bearings 2 bearing blocks, roller bearings 6004, interchangeable

Coupling flexible claw + Controlflex™, nominal torque 15 Nm

Motor alignment adjustable obliquely and transversally via carriage

Safety transparent protective cover; motor cuts off automatically when cover is opened

Control unit digital displays for power output and speed

Power supply 230 V, 50 Hz, single-phase

Dimensions base + cover 1100 × 800 × 500 mm; control unit 475 × 420 × 200 mm

Weight approx. 95 kg

Part of package

Machinery Diagnostics Lab

A modular training system for vibration measurement and condition monitoring of rotating machinery. Built around the MS700 base bench, it covers rotor dynamics, coupling and bearing faults, belt drives, gears, cavitation, fan and motor vibration through interchangeable experiments.

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