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HMSRPM5 Series
HUIMA
HMSPRM-315M-3000
Power: 132kW
Energy efficiency level: Level 1 energy efficiency (IE5)
Voltage level: AC380V-AC660V Vibration level: R
Insulation level: F Protection level: IP55
Cooling method: IC411 self-fan cooling Installation method: B3, B35, B5 or other
Speed sensor: Sensor-less, incremental encoder or other
Output shaft method: optical axis, single key-way or other
Speed: 1000rpm, 1500rpm, 3000rpm Frame size: 315M
Use environment: Altitude: below 1000 meters
Temperature: -15℃ - 40℃
Humidity: below 80%RH
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A motor is an electromagnetic device that uses a magnetic field as a medium to convert mechanical energy and electrical energy. It generates rotational torque through the interaction of the stator magnetic field and the rotor magnetic field. Induction motor (asynchronous motor): The rotor magnetic field is formed by the rotor speed and the synchronous speed of the stator magnetic field, creating a speed difference that induces rotor squirrel cage current. The rotor magnetic field of a permanent magnet motor is generated by a pre-magnetized permanent magnet. In general, the permanent magnet of a permanent magnet synchronous motor is made of neodymium iron boron rare earth. The permanent magnet of IE5 Synchronous Reluctance Motor is made of ferrite.
① IE5 synchronous reluctance motor uses rare earth-free permanent magnets:
It is a three-phase permanent magnet-assisted synchronous reluctance motor that uses ferrite permanent magnets to generate permanent magnet auxiliary torque and uses reluctance torque as the main driving torque.
②Super reliable and minimizes temperature rise. The IE5 synchronous reluctance motor has a very low winding temperature, which can greatly extend the life of the synchronous reluctance motor. At the same time, it can also increase the output power of the same base. Compared with ordinary IE2, the maximum power of the same power can be Reducing the frame size by two, the most important thing is that the extremely low temperature of the rotor can reduce the temperature of the bearings and reduce the temperature rise.
③Independently developed a synchronous reluctance driver based on the Internet of Things, designed using a high-performance vector control algorithm and integrating a variety of control methods to achieve high-performance and high-precision motor speed control, supporting photoelectric, absolute value, and magnetic encoding It meets control requirements such as encoder and encoderless control, and has automatic harmonic detection and suppression algorithms, which effectively reduces the 5th and 7th harmonics and improves motor vibration and noise problems.
④Independently design an intelligent management system to conduct real-time monitoring of the operating status of the motor, fault alarms and early warnings, historical data trend changes and statistical analysis, maintenance management and reminder suggestions, etc., to improve the operating efficiency of the motor and shorten the response time of operation management. 80%. The ultra-wide speed range is suitable for high-speed applications, and it can achieve high power density and wide efficiency range.
| AC Voltage | 220/380/400/440/660V (customized) | Power | 0.75-315kW |
| Frequency | 0-100Hz | Frame | 80-355 |
| Efficiency | IE5 | Mounting | B3/B5/B35/B14 |
| Standard | IEC60034 | Protection Class | IP55 |
| Phase | AC Three phase | Cooling Method | IC411/IC416 |
| Certificate | CE | Insulation class | F |
Catalog of Synchronous reluctance motor-HUIMA 2023.10.pdf
In constant torque applications, the synchronous reluctance motor demonstrates a stable output force regardless of load variations. This makes it highly effective in applications that require a consistently stable torque output, such as some systems needing to maintain a certain speed or motion control systems. Common constant torque applications include conveyor systems, fan drives, and certain constant-speed motion control systems.
The synchronous reluctance motor can also be applied in scenarios requiring square-wave torque output. Square-wave torque refers to periodic torque variations within a working cycle, typically in a square wave pattern. This characteristic makes the synchronous reluctance motor well-suited for applications that require periodic changes in torque, such as some pump drive systems, vibration equipment, and mechanical systems requiring periodic motion.
In variable torque applications, the synchronous reluctance motor can provide an adjustable torque output based on load requirements. This flexibility makes it excel in applications that need dynamic adjustments to the torque output under varying working conditions. Typical examples of variable torque applications include automatic control systems that require adjustments based on load changes, variable-speed drive systems, and mechanical.equipment that needs to adapt flexibly to different working conditions.
Focus on the design of synchronous reluctance motors and independent research and development of drive control algorithms. Currently, Huima Technology’s drive control algorithm is handled by the Italia R&D Center; the Changzhou factory has a modern intelligent workshop for motor manufacturing. Over the years, Huima Technology has continuously absorbed advanced research results from China and abroad, established R&D cooperation with a number of scientific research institutions, universities, etc., guided by technology, continued to innovate, and obtained a number of invention patents. In recent years, Huima Technology's IE5 synchronous reluctance motor has been included in the high-efficiency and energy-saving promotion catalog by the National Development and Reform Commission and the Ministry of Industry and Information Technology. Its technical level is in a leading position in the Chinese market, and Huima Technology's products have a relatively large advantage in price.
Energy-saving certification
Overview the factory of IE5 Synchronous Reluctance Motor
Factory of Huima Technology
IQC uses the drawing specifications and dimensions corresponding to the material code as the standard, uses corresponding measuring fixtures, and controls the quality of the incoming materials according to the requirements of the sampling method.
Process quality: According to QCP requirements, the daily assembly process is inspected at three levels before product assembly, during the process, and after inspection, and corresponding records are formed.
Shipping inspection personnel will inspect the finished product according to the customer's requirements (color, specifications, parameters, installation methods, etc.) and accessories of the complete machine (flat keys, instructions, energy efficiency labels, factory test reports, etc.) and the status of the finished product. Confirmation before warehousing. )
Assembly
High speed stamping
Flange producing
Testing
Cooperation model 1: Distributor of IE5 synchronous reluctance motor (batch type)
Cooperation mode 2: The new IE5 synchronous reluctance motor is matched and installed in the overall equipment (batch type)
Cooperation model 3: Use IE5 synchronous reluctance motors to transform old low-efficiency motors in the form of projects (customization)
Chinaplas
IE5 Synchronous reluctance motor to be applied in extruder of plastic machinery.
IMFE
IE5 Synchronous reluctance motor to be applied in fan and pump
IAS
IE5 Synchronous reluctance motor for industrial automation applicationA: The PMA-SynRM combines SynRM and IPMSM characteristics, offering high power density, a wide speed range, compact size, and lightweight design, setting it apart from conventional motors.
A: The PMA-SynRM achieves energy conservation through its high efficiency, wide economic operation range, and optimization of both reluctance and permanent magnet torque.
A: Yes, the PMA-SynRM finds applications in diverse sectors such as fans, water pumps, compressors, rubber, and cables, showcasing its versatility.
A：Regularly, we have in stock. For customized voltage and frequency, the production time is around 30 days.
A: No, latest design is Pma-SynRm, which is a better choice for market.
A motor is an electromagnetic device that uses a magnetic field as a medium to convert mechanical energy and electrical energy. It generates rotational torque through the interaction of the stator magnetic field and the rotor magnetic field. Induction motor (asynchronous motor): The rotor magnetic field is formed by the rotor speed and the synchronous speed of the stator magnetic field, creating a speed difference that induces rotor squirrel cage current. The rotor magnetic field of a permanent magnet motor is generated by a pre-magnetized permanent magnet. In general, the permanent magnet of a permanent magnet synchronous motor is made of neodymium iron boron rare earth. The permanent magnet of IE5 Synchronous Reluctance Motor is made of ferrite.
① IE5 synchronous reluctance motor uses rare earth-free permanent magnets:
It is a three-phase permanent magnet-assisted synchronous reluctance motor that uses ferrite permanent magnets to generate permanent magnet auxiliary torque and uses reluctance torque as the main driving torque.
②Super reliable and minimizes temperature rise. The IE5 synchronous reluctance motor has a very low winding temperature, which can greatly extend the life of the synchronous reluctance motor. At the same time, it can also increase the output power of the same base. Compared with ordinary IE2, the maximum power of the same power can be Reducing the frame size by two, the most important thing is that the extremely low temperature of the rotor can reduce the temperature of the bearings and reduce the temperature rise.
③Independently developed a synchronous reluctance driver based on the Internet of Things, designed using a high-performance vector control algorithm and integrating a variety of control methods to achieve high-performance and high-precision motor speed control, supporting photoelectric, absolute value, and magnetic encoding It meets control requirements such as encoder and encoderless control, and has automatic harmonic detection and suppression algorithms, which effectively reduces the 5th and 7th harmonics and improves motor vibration and noise problems.
④Independently design an intelligent management system to conduct real-time monitoring of the operating status of the motor, fault alarms and early warnings, historical data trend changes and statistical analysis, maintenance management and reminder suggestions, etc., to improve the operating efficiency of the motor and shorten the response time of operation management. 80%. The ultra-wide speed range is suitable for high-speed applications, and it can achieve high power density and wide efficiency range.
| AC Voltage | 220/380/400/440/660V (customized) | Power | 0.75-315kW |
| Frequency | 0-100Hz | Frame | 80-355 |
| Efficiency | IE5 | Mounting | B3/B5/B35/B14 |
| Standard | IEC60034 | Protection Class | IP55 |
| Phase | AC Three phase | Cooling Method | IC411/IC416 |
| Certificate | CE | Insulation class | F |
Catalog of Synchronous reluctance motor-HUIMA 2023.10.pdf
In constant torque applications, the synchronous reluctance motor demonstrates a stable output force regardless of load variations. This makes it highly effective in applications that require a consistently stable torque output, such as some systems needing to maintain a certain speed or motion control systems. Common constant torque applications include conveyor systems, fan drives, and certain constant-speed motion control systems.
The synchronous reluctance motor can also be applied in scenarios requiring square-wave torque output. Square-wave torque refers to periodic torque variations within a working cycle, typically in a square wave pattern. This characteristic makes the synchronous reluctance motor well-suited for applications that require periodic changes in torque, such as some pump drive systems, vibration equipment, and mechanical systems requiring periodic motion.
In variable torque applications, the synchronous reluctance motor can provide an adjustable torque output based on load requirements. This flexibility makes it excel in applications that need dynamic adjustments to the torque output under varying working conditions. Typical examples of variable torque applications include automatic control systems that require adjustments based on load changes, variable-speed drive systems, and mechanical.equipment that needs to adapt flexibly to different working conditions.
Focus on the design of synchronous reluctance motors and independent research and development of drive control algorithms. Currently, Huima Technology’s drive control algorithm is handled by the Italia R&D Center; the Changzhou factory has a modern intelligent workshop for motor manufacturing. Over the years, Huima Technology has continuously absorbed advanced research results from China and abroad, established R&D cooperation with a number of scientific research institutions, universities, etc., guided by technology, continued to innovate, and obtained a number of invention patents. In recent years, Huima Technology's IE5 synchronous reluctance motor has been included in the high-efficiency and energy-saving promotion catalog by the National Development and Reform Commission and the Ministry of Industry and Information Technology. Its technical level is in a leading position in the Chinese market, and Huima Technology's products have a relatively large advantage in price.
Energy-saving certification
Overview the factory of IE5 Synchronous Reluctance Motor
Factory of Huima Technology
IQC uses the drawing specifications and dimensions corresponding to the material code as the standard, uses corresponding measuring fixtures, and controls the quality of the incoming materials according to the requirements of the sampling method.
Process quality: According to QCP requirements, the daily assembly process is inspected at three levels before product assembly, during the process, and after inspection, and corresponding records are formed.
Shipping inspection personnel will inspect the finished product according to the customer's requirements (color, specifications, parameters, installation methods, etc.) and accessories of the complete machine (flat keys, instructions, energy efficiency labels, factory test reports, etc.) and the status of the finished product. Confirmation before warehousing. )
Assembly
High speed stamping
Flange producing
Testing
Cooperation model 1: Distributor of IE5 synchronous reluctance motor (batch type)
Cooperation mode 2: The new IE5 synchronous reluctance motor is matched and installed in the overall equipment (batch type)
Cooperation model 3: Use IE5 synchronous reluctance motors to transform old low-efficiency motors in the form of projects (customization)
Chinaplas
IE5 Synchronous reluctance motor to be applied in extruder of plastic machinery. IMFE
IE5 Synchronous reluctance motor to be applied in fan and pump IAS
IE5 Synchronous reluctance motor for industrial automation applicationA: The PMA-SynRM combines SynRM and IPMSM characteristics, offering high power density, a wide speed range, compact size, and lightweight design, setting it apart from conventional motors.
A: The PMA-SynRM achieves energy conservation through its high efficiency, wide economic operation range, and optimization of both reluctance and permanent magnet torque.
A: Yes, the PMA-SynRM finds applications in diverse sectors such as fans, water pumps, compressors, rubber, and cables, showcasing its versatility.
A：Regularly, we have in stock. For customized voltage and frequency, the production time is around 30 days.
A: No, latest design is Pma-SynRm, which is a better choice for market.
