Lucas Nülle - EEM 11.1-3 Energy efficient drive design 300W

EEM 11.1-3 Energy efficient drive design 300W

EEM 11.1-3 Energy efficient drive design 300W

Energy saving begin with the correct design of the motor. A well matched motor and drive unit increases the efficiency of the system. The correct drive design brings the biggest energy savings.

Training objectives:

Detect losses in the drive system
Motor parameters investigated through the basis of the characteristic curves
Motor operation at full and partial loads
Motor operation with various types of loads
Comparison of different motor and drive designs

Weboffer

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Real Experience Learning

Interactive learning environment

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Equipment
Specifications

Tender specifications

Basic equipment set, consisting of:
1		Three-phase asynchronous motor, 0.3 kW n=1400 (230V/400V)		SE2683-1H
1		Cut-out switch, 4 poles		CO3212-1W

Media:
1		Interactive Lab Assistant: Energy efficient drives 0.3 kW		SO2805-1J

Additionally required, dynamic servo machine test stand:
1	Dynamic servo machine test system for 0.3kW machines incl. software ActiveServo	CO3636-6X
1	Rubber coupling sleeve for 300W machines	SE2662-2A
1	Coupling guard with LED lighting for 300W machines	SE2662-7C

Power supply:
1		Three-phase power supply with motor protection switch		CO3212-5V

Measuring instruments:
1		Power-Multimeter		CO5127-2A

Accessories:
1	Set of safety measurement cables, 4mm, 31 pcs	SO5148-1L
20	Safety connecting plug 4mm with tap (2x), black, 1000V/32A CAT II	SO5126-3R
2	Safety connecting plug 4mm with tap (2x), blue, 1000V/32A CAT II	SO5126-3V
2	Safety connecting plug 4mm with tap (2x), gr/ye, 1000V/32A CAT II	SO5126-3W
1	SybaPro experiment trolley, 3-level, 6 sockets, 1250x1970x800mm	ST7200-7A
1	Protected power distribution for working stations	ST8008-8N