YE3シリーズ高効率ACモーター超効率三相非同期モーター

The YE3 series high-efficiency standard three-phase induction motors are enclosed fan-cooled squirrel cage motors manufactured with new materials and technology. It is a new generation motor and can save energy. YE3 series motors center heightHB0-H355, Output 0.55kw.pole :2、4、6Degree of protection:IP55,cooling method:IC411,Mounting dimensions conform to IECstandard, Rated voltage:400V,Rated frequency:50HZ.Ambient temperature:40° ℃ max Altitude:1000m,Duty:continuous(S1).YE3 series ultra-efficient three-phase asynchronous motors have notable advantages, such as high efficiency. That was a good starting performance. low noise, improved structure, and improved cooling capabilities; this series of motors are three-phase induction motors used for general motors and can be used to drive all kinds of general-purpose machines such as compressors and ventilators. pumps, etc. Other uses include petrol chemical, medical, chemical industries, and mining. For special requirements, please get in touch with our sales department.YE3 series motors are equal to Y2 series three-phase induction motors in dimensions.

THERE ARE FIVE BASIC CONSTRUCTIONAL MOUNTING ARRANGEMENTS FOR SERIES Y2 MOTORS
B3: FRAME WITH FEET. END BRACKET WITHOUT FLANGE
B5: FRAME WITHOUT FEET, END BRACKET WITH FLANGE ( WITH HOLES )
B35: FRAME WITH FEET, END BRACKET WITH FLANGE ( TTH HOLES )
B34 : FRAME WITH FEET, END BRACKET WITH FLANGE ( WITH SCREW HOLES )
B14: FRAME WITHOUT FEET, END BRACKET WITH FLANGE ( WITH SCREW HOLES )

一般的に使用される取り付け方法とそれに対応するフレーム番号を表2に示します。

ベアリング

振動

技術データ

取り付け方法および全体寸法

IM B3 H80-355

IM B35 H80-355

IM B5 H80-280

IM B34 H80-112

IM B14 H80-112

IMV1 H180-355

How to select a three-phase asynchronous motor?

Selecting the suitable three-phase asynchronous motor involves considering several key factors to ensure it meets the requirements of your specific application. Here are the steps involved in choosing a three-phase asynchronous motor:

1. **Determine the Application Requirements:**
- Understand the specific application where the motor will be used. Consider factors such as the type of machinery or equipment, load characteristics, operating conditions (e.g., ambient temperature, humidity), and required torque and speed.

2. **Determine Power Requirements:**
- Calculate or determine the required power output of the motor in terms of horsepower (HP) or kilowatts (kW). This can be based on the mechanical load requirements, such as the torque and speed needed to drive the machinery.

3. **Identify Electrical Specifications:**
- Determine the electrical specifications for the motor, including the voltage and frequency of the power supply available at the installation location. Ensure that the motor's electrical requirements match the public power supply.

4. **Consider Motor Speed and Efficiency:**
- Evaluate the required speed range for the motor. Depending on the application, you may need an engine with fixed or variable speed capabilities.
- Consider the efficiency of the motor. Higher-efficiency motors can help reduce energy consumption and operating costs over the long term.

5. **Select Motor Size and Frame:**
- Determine the motor's physical size and frame based on your application's available space and mounting requirements.
- Consider the motor's weight and any limitations or constraints related to the installation location.

6. **Consider Environmental Factors:**
- Evaluate the environmental conditions in which the motor will operate. Consider factors such as temperature extremes, humidity, dust, and vibration. Choose a motor with suitable protection ratings (e.g., IP rating) to ensure reliable operation in the given environment.

7. **Evaluate Motor Efficiency and Reliability:**
- Consider the motor's efficiency rating, which indicates how effectively it converts electrical energy into mechanical energy. Look for motors with higher efficiency ratings for improved energy savings.
- Research the reputation and reliability of motor manufacturers. Choose trusted brands or manufacturers with a proven track record of producing reliable and durable motors.

8. **Consult Motor Selection Guides and Experts:**
- Consult motor selection guides or catalogs provided by motor manufacturers. These resources often provide detailed information on motor specifications, performance curves, and application guidelines.
- If needed, seek guidance from motor experts or consult with motor suppliers to ensure you select the most suitable motor for your specific application.

By carefully considering these steps and gathering relevant information, you can make an informed decision when selecting a three-phase asynchronous motor that meets the requirements of your application in terms of power, speed, efficiency, reliability, and environmental conditions.

私たちの工場

Every power company can produce over 1500 AC and DC motor product specifications in 18 series; We have 156 sets of main production equipment, including 6 workshops for stamping, laminating, metalworking, winding, embedding, and final assembly. The main components include organic seats, main and pole-changing iron cores, main and pole changing coils, armatures, end covers, brush holders, and external components. The entire manufacturing process of the motor is mainly completed through key functions such as welding, dynamic balancing, painting, and performance testing. Through the quality inspection of motor products by the Jiangsu Provincial Quality and Technical Supervision Department, it meets the national technical performance indicators, has excellent product quality, and the factory pass rate of the product reaches 100%. There are no major quality problem complaints, and customers deeply trust it. At the same time, a sound and comprehensive after-sales service management system has been established, with sales service outlets in major and medium-sized cities in China, continuously increasing market coverage and customer satisfaction.