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Motor Drive Technology Experimental Device with 0-300V DC Output Voltage Range 10 Training Modules and Aluminum Alloy Portable Case

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Motor Drive Technology Experimental Device with 0-300V DC Output Voltage Range 10 Training Modules and Aluminum Alloy Portable Case

Name: Motor Drive Technology Experimental Device with 0300V DC Output Voltage Range 10 Training Modules and Aluminum Alloy Portable Case
Brand: RUIMU
Price: 1 USD

Model Number : RM-F008

Operating Power Supply : +5V/2A, ±12V/0.7A, adjustable 1.5-9V

Certification : ISO9001/ISO14001/ISO45001

Training modules included : 10

Place of Origin : CHINA

Operating Temperature : -10°C ~ +40°C

Power rating : 500W

Input Power : Three-phase, four-wire (or three-phase, five-wire) ~380V ±10%, 50Hz

Brand Name : RUIMU

Output voltage range : 0-300V DC

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Electrical Training Equipment Designed to Upgrade Electrical Technology Laboratories in Colleges, Universities and Research Institutes

Product Introduction

The Motor Drive Technology Experimental Device integrates the experimental syllabi of current college courses including "Electrical Machinery," "Motors and Drive," "Micromotor Control," "Motor Control," "Relay Contact Control," "Programmable Controller Technology," and "Factory Electrical Control." This comprehensive system is ideal for upgrading existing motor and electrical technology laboratory equipment in colleges and universities, providing excellent experimental conditions for faculty and graduate students to develop new experiments or conduct scientific research.

Technical Specifications

Input Power: Three-phase, four-wire (or three-phase, five-wire) ~380V ±10%, 50Hz
Operating Environment: Temperature -10°C to +40°C, Relative Humidity <85% (at 25°C), Altitude <4000m
Device Capacity: <1.5KVA
Weight: Approximately 160kg
Dimensions: 1700*700*1600mm

Experimental Items

DC Motor Experiments
- Introduction Experiment
- DC Generator
- DC Shunt Motor
- DC Series Motor
Transformer Experiments
- Single-Phase Transformer
- Three-Phase Transformer
- Connection Group and Asymmetrical Short Circuit of Three-Phase Transformers
- Three-Phase, Three-Winding Transformer
- Parallel Operation of Single-Phase Transformers
- Parallel Operation of Three-Phase Transformers
Asynchronous Motor Experiments
- Operating Characteristics of Three-Phase Squirrel Cage Asynchronous Motor
- Starting and Speed Control of Three-Phase Asynchronous Motors
- Single-Phase Capacitor-Start Asynchronous Motors
- Single-Phase Capacitor-Run Asynchronous Motors
- Dual-Speed Asynchronous Motors
- Three-Phase Asynchronous Generators
Synchronous Motor Experiments
- Operating Characteristics of Three-Phase Synchronous Generators
- Grid-Connected Operation of Three-Phase Synchronous Generators
- Three-Phase Synchronous Motors
- Determination of Three-Phase Synchronous Motor Parameters
Determination of Motor Mechanical Characteristics
- Mechanical Characteristics of a DC Separately Excited Motor Under Various Operating Conditions
- Mechanical Characteristics of a Three-Phase Asynchronous Motor Under Various Operating Conditions
- Plotting the M-S Curve of a Three-Phase Asynchronous Motor
Relay Contact Control and Electric Drive (Electrical Control) Experiments
- Inching and Self-Lock Control Circuits for Three-Phase Asynchronous Motors
- Forward and Reverse Control Circuits for Three-Phase Asynchronous Motors
- Y-Δ Step-Down Starting Control Circuits for Three-Phase Asynchronous Motors
- Energy-Dissipating Braking Control for Three-Phase Asynchronous Motors
- Starting Sequence Control of Two Three-Phase Asynchronous Motors
- Starting Control Circuit for a Three-Phase Wire-Wound Asynchronous Motor
- Control Circuit for a Two-Speed Asynchronous Motor
- Automatic Reciprocating Worktable Control Circuit
- Two-Location Control Circuit
- Electrical Control Circuit for a C620 Lathe
- Experimental Test of the Electrical Control Circuit for an Electric Hoist
- Debugging and Analysis of the Analog Control Circuit for an X62W Milling Machine
- Electrical Control Circuit for an M7130 Surface Grinder

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Motor Drive Technology Experimental Device with 0-300V DC Output Voltage Range 10 Training Modules and Aluminum Alloy Portable Case

Motor Drive Technology Experimental Device with 0-300V DC Output Voltage Range 10 Training Modules and Aluminum Alloy Portable Case

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