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Cat.No. Description E 2.1.3.5 762 101 System: Electrical machines training system 1 762 102 MPS set: Electrical machines training system * 1 * The MPS set : "Electrical machines training system " (762 102) is not avaliable in all countries. Please contact your local dealer. The experiments are carried out using assembly kits for the…
The experiments are carried out with the industrial machine assembly kits. Objectives Protective measures and electrical safety Recording machine characteristics Set-up of various electrical machines Machines with interchangeable rotors consist of a stator and various replaceable rotors. An electrical machine in the 300 W power range only comes into existence when the stator and rotor…
The experiments use components from the electrical machine teaching models system and utilise safety extra-low voltage. All machines are mounted on a base unit which is set up vertically in a training panel frame. Objectives Recognising basic physical principles Recording machine characteristics Introduction to drive technology Use of simple tools (spanners, oil cans etc.) The…
The experiments use components from the electrical machine teaching models system and utilise safety extra-low voltage. All machines are mounted on a base unit which is set up vertically in a training panel frame. Objectives Recognising basic physical principles Recording machine characteristics Introduction to drive technology Use of simple tools (spanners, oil cans etc.) Thanks…
The experiments use components from the electrical machine teaching models system and utilise safety extra-low voltage. All machines are mounted on a base unit which is set up vertically in a training panel frame. Objectives Recognising basic physical principles Recording machine characteristics Introduction to drive technology Use of simple tools (spanners, oil cans etc.) This…
The experiments are carried out using the multimedia training system COM3LAB. Objectives Recognising basic physical principles Recording machine characteristics Introduction to drive technology The equipment set allows students to experiment themselves in a lab equipped with PCs using safety extra-low voltage, which presents no hazard. It is also suitable for demonstration experiments by teachers. Multimedia…
The experiments are carried out using the STE plug-in system Electricity/Electronics. Objectives Recognition of basic physical principles Implementation of electrical circuits according to circuit diagrams Self-assembly of electrical machines is particularly effective for building understanding of how motors and generators work. For example, the process of commutation and the forces involved in it can be…
The experiments are carried out using the STE plug-in system Electricity/Electronics. Objectives Recognition of basic physical principles Implementation of electrical circuits according to circuit diagrams Three-phase rectification using the electrical/electronic plug-in system prepares students for the many circuits of power electronics. The equipment set incorporates student experiments which can be carried out in a laboratory…
The experiments are carried out using the STE plug-in system Electricity/Electronics. Objectives Recognition of basic physical principles Implementation of electrical circuits according to circuit diagrams Understanding three-phase transformers is one of the key requirements for working with three-phase loads. Three-phase transformers are AC transformers enhanced to handle three-phase current. The primary and secondary windings are…
The experiments are carried out using the STE plug-in system Electricity/Electronics. Objectives Recognition of basic physical principles Implementation of electrical circuits according to circuit diagrams Practically all electrical machines generate torque and forces from the interaction between magnetic fields and electric current. The transformation of electricity by transformers also requires magnetic fields which change over…
