TYP2 Series Ultra High Efficiency Inverter Permanent Magnet Synchronous Motor Price For Sale

The TYP2 series ultra-efficient three-phase variable frequency permanent magnet synchronous motor must be used with a vector frequency converter. The rotor of this series of engines adopts a built-in permanent magnet structure, which has a specific convex torque. The frequency converter equipped with the maximum torque current ratio control method ensures that this series of motors has a high power factor, low no-load current, working current, and low copper consumption throughout the entire speed range. After embedding a permanent magnet in the rotor, the rotor and stator magnetic field operate synchronously during regular operation. The rotor winding has no induced current and no rotor resistance or hysteresis loss, which improves the motor's efficiency. When the engine operates at a load of 35% -120%, the efficiency and power factor are both high, and the energy-saving effect is noticeable. The TYP2 series ultra-efficient three-phase variable frequency permanent magnet synchronous motor is widely used in places such as fans, water pumps, injection molding machines, wire drawing machines, extruders, air compressors, piping equipment, pharmaceutical equipment, etc. The TYP series ultra-efficient three-phase variable frequency permanent magnet synchronous motors produced by our company can be divided into modified models (equivalent to the installation size of YE2 three-phase asynchronous motors) and high power density (capable of reducing 1-3 frame numbers) according to installation dimensions. It can meet the needs of energy-saving renovation projects and new development projects for three-phase asynchronous motors in the stock market under the background of carbon peaking and carbon neutrality.

Installation form
5 basic structural types
B3: A structural type with a base and no flange on the end cover.
B5: The landline does not have a base and has a flange (with a through hole) on the end cover.
B35: The base is equipped with a foot, and the end cover is fitted with a flange (with a through hole).
B34: The base is equipped with a foot, and the end cover is provided with a flange (with screw holes).

B14: The machine base has no foot, and the end cover has a flange (with screw holes) structure.
The installation method of the motor complies with the provisions of IEC60034-7, and its structural type is shown in the following figure

Bearing selection

Outlet screw hole

Performance Data

注：1）DH尺寸只有出口电机要求，国内用户应按订货要求进行配制。

2）D尺寸公差：φ19-28为j6；φ38-48为K6；φ55-80为m6；φ95为m6。

注：1) R是法兰安装面至辅肩的距离。

2) DH尺寸只有出口电机要求，国内用户应按订货要求进行配制。

3) D尺寸公差：φ19-28为j6；φ38-48为K6；φ55-80为m6；φ95为m6。

4) N尺寸公差为j6。

注：1) R是法兰安装面至辅肩的距离。

2) DH尺寸只有出口电机要求，国内用户应按订货要求进行配制。

3) D尺寸公差：φ19-28为j6；φ38-48为K6；φ55-80为m6；φ95为m6。

注：1) R是法兰安装面至辅肩的距离。

2) DH尺寸只有出口电机要求，国内用户应按订货要求进行配制。

3) D尺寸公差：φ19-28为j6；φ38-48为K6；φ55-80为m6；φ95为m6。

How to install Permanent Magnet Synchronous Motor?

Installing a Permanent Magnet Synchronous Motor (PMSM) requires careful attention to ensure proper installation and safe operation. Here are the general steps to guide you through the installation process:

1. **Preparation and Safety Measures:**
- Before installing the PMSM, ensure that you have read and understood the manufacturer's installation instructions and safety guidelines.
- Ensure that the power supply is disconnected and locked out to prevent accidental energization during the installation process.
- Use personal protective equipment (PPE) such as gloves and safety glasses to protect yourself during the installation.

2. **Mounting the Motor:**
- Select a suitable location for the motor installation, considering factors such as ventilation, accessibility for maintenance, and the motor's weight.
- Follow the manufacturer's recommendations for mounting the motor, which may involve using mounting brackets or a motor base.
- Ensure that the motor is securely fastened to the mounting surface, using appropriate bolts or screws.

3. **Electrical Connections:**
- Follow the electrical wiring diagram provided by the manufacturer to make the necessary connections.
- Connect the motor's power cables to the appropriate terminals, ensuring proper polarity and tight connections.
- If required, connect the motor to a motor controller or variable frequency drive (VFD) according to the manufacturer's instructions.
- Provide proper grounding for the motor, following applicable electrical codes and regulations.

4. **Cooling and Ventilation:**
- PMSMs generate heat during operation, so ensure adequate cooling and ventilation for the motor.
- Follow the manufacturer's guidelines regarding minimum clearance distances around the motor and the use of cooling fans or other cooling systems, if required.

5. **Commissioning and Testing:**
- After installing the motor, perform thorough checks to ensure proper installation and functionality.
- Verify that all electrical connections are secure and properly insulated.
- Gradually apply power to the motor while monitoring its operation for any unusual noises or vibrations.
- Test the motor under various load conditions to ensure it performs as expected.
- If applicable, configure and calibrate the motor controller or VFD to optimize the motor's performance.

6. **Maintenance and Safety Checks:**
- Regularly inspect the motor for wear, damage, or loose connections.
- Follow the manufacturer's recommended maintenance schedule for lubrication, cleaning, and other maintenance tasks.
- Implement safety measures such as lockout/tagout procedures when performing maintenance on the motor.

Please note that these steps provide a general overview of the installation process. It is crucial to consult the specific installation and safety guidelines provided by the Permanent Magnet Synchronous Motor manufacturer you are installing.

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 constituents. 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.

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