YL-195B Electrical and Motor Control Training Equipment
YL-195B Electrical and Motor Control Training Equipment
YL-195B Electrical and Motor Control Training Equipment
YL-195B Electrical and Motor Control Training Equipment

YL-195B Electrical and Motor Control Training Equipment

Reference: YL-195B - Manufacturer: Yalong Intelligent

The YL-195B Electrical and Motor Control Training Equipment adopts a modular structure and is designed according to current advanced manufacturing technology, common motors, and electrical circuit requirements.

It is equipped with advanced multifunctional and visual measuring equipment for speed, torque, and power.

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YL-195B Electrical and Motor Control Training Equipment

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Mobile frame: The hanging plate (YALONG standard hanging plate module) can be hung on the frame, extending it to complete various experiments. It also comes with a mobile cabinet, which facilitates the storage of necessary tools and experimental connection cables.

The 380V three-phase power supply is isolated by an isolation transformer, and the power is supplied via three-phase power supply. It is equipped with an air switch with leakage protection and a fuse to ensure safety.

It provides a basic platform for the comprehensive experiment with various AC/DC power supplies and basic instruments.

The specified low-voltage motor is used, the DC motor is a DC servo motor. The pedestal adopts a precision guide connection method, providing flexible and precise coordination.

The instrument used to measure rotational speed, torque, and mechanical power, displayed by three sets of compact 3.5-inch digital display tubes, is a YALONG patented product. Main power supply part: Includes 1 three-phase main power switch (with protection against electric leakage and short circuit), 3 fuses, 1 green pushbutton switch (with light), 3 V-headed pointer-type AC voltmeters, and 6 sheath bases. Module material: high-strength iron-sprayed plastics, the panel pattern and letter symbol are screen-printed with imported printing ink.

Three-phase AC/DC adjustable power supply part: 1 DC 0-300V pointer-type voltmeter, 3 AC 0-300V digital voltmeters, 4 fuses, 1 red and green pushbutton switch, 1 sawsaw switch, and 8 sheath bases. Module material: high-strength iron-sprayed plastics, the panel pattern and letter symbol are screen-printed with imported printing ink.

AC Adjustable Power and Single-Pole Switch: 1 DC 0-300V pointer-type voltmeter, 1 fuse, 1 red and green pushbutton switch each, 4 air switches, 1 rocker switch, 1 capacitance switch, 1 inductance switch, 16 base covers. Module material: high-strength iron-sprayed plastics, the panel pattern and letter symbol are screen-printed with imported printing ink;

DC Power Part: 1 DC 0-30V pointer-type voltmeter, 1 DC 0-2A pointer-type ammeter, 2 LED indicator lights, 10 fuses, 2 potentiometers, 11 base covers. Module material: high-strength iron-sprayed plastics, the panel pattern and letter symbol are screen-printed with imported printing ink;

Operating power: Three-phase, five-wire AC 380V ± 10%, 50Hz;

Temperature: ≤ 10-40°C; Ambient humidity: ≤ 90% (25°C);

Dimensions: (L*W*H) = 1600*850*1800mm;

Total power consumption: ≤ 1.5KW;

Safety protection: Grounding, lead protection, and insulated safety plugs, which comply with relevant GB standards. The material meets environmental standards.

Physical Measurement of a DC Generator;

Physical Measurement of a Separately Excited DC Motor;

Investigating the Speed ​​Regulation Characteristics of a Separately Excited DC Motor;

Measuring the Mechanical Characteristics of a Series-Excited and Compound-Excited DC Motor;

Physical Investigation of the Operational Characteristics of a Single-Phase Transformer;

Parallel Operation of a Single-Phase Transformer;

Recognizing and Wiring the Three-Phase Transformer's Link Group;

Investigating the Working Performance of a Three-Phase Squirrel-Cage Induction Motor;

Measuring the Mechanical Characteristics of a Three-Phase Squirrel-Cage Induction Motor;

Investigating the Operating Characteristics of a Three-Phase Wound-Rotor Induction Motor;

Investigating the Operating Characteristics of a Single-Phase Split-Phase Capacitor Induction Motor; 12. Investigating the Operating Characteristics of a Three-Phase Synchronous Motor;

Positive and Negative Rotation Control Circuit of a Three-Phase Induction Motor;

Automatic workstation round-trip control circuit;

Sequential control circuit for a three-phase synchronous motor;

Y-to-Delta control circuit for a three-phase synchronous motor;

Dynamic braking circuit for a three-phase synchronous motor;

Control and starting circuit for a three-phase wound-rotor synchronous motor;

Electrical control circuit for a C620 lathe;

Electrical control circuit for a M7130 surface grinder;

Function
Teaching and Training

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