Energy-Saving Induction Motor with High Efficiency Ie5 for Industries Cowshed

1, Product Description

Presenting the TYJX Series Frequency Conversion Drive High-Efficiency Rare Earth Permanent Magnet Synchronous Motor, an engineering marvel by Taizhou Taicheng Electrical Equipment Co., Ltd., designed specifically for the fan industry. Crafted with precision, this motor epitomizes innovative technology. It's fully enclosed, air-cooled, and achieves exceptional energy efficiency, surpassing the rigorous GB30253-2013 standards, and even exceeding Class 1 efficiency benchmarks. Utilizing rare earth permanent magnet materials, the motor establishes a sustained magnetic field post-magnetization, eliminating the necessity of additional energy inputs and doing away with traditional electric excitation. This translates to an exceptionally efficient motor with an elegant design, ensuring dependable operation through its compact and lightweight build. Engineered for swift responsiveness, it can be tailored to meet varied operational needs. The incorporation of advanced electronic and microcomputer control technologies elevates system performance to unparalleled heights, ushering in a new era of intelligent motor solutions. This versatile motor finds its place in an array of fan systems, promising superior performance and unmatched energy efficiency.

The Permanent Magnet Synchronous Motor offers a suite of outstanding benefits: an innovative design, compact architecture, outstanding efficiency, and a high power factor. It boasts excellent starting torque, exceptional energy-saving potential, minimal noise, and diminished vibrations, all while ensuring safe and reliable operation. Its remarkable efficiency and energy-saving prowess make it a prime choice for diverse applications.

2, Features

High Efficiency:This motor's rated efficiency not only meets but also surpasses the most stringent national energy efficiency standards, achieving the esteemed national IE5 energy efficiency level.

High Power Factor:Eliminating the need for induction current excitation within the rotor, the stator winding performs as a resistive load, resulting in a power factor exceeding 0.95, thereby negating the necessity for reactive power compensation.

High Return on Electricity Saving:With specific load conditions in mind, substituting traditional asynchronous motors with this advanced motor can yield substantial power savings from 15% up to an impressive 30%.

Small Current:In comparison to 3-phase asynchronous motors, this motor cuts current demand by over 20%, eliminating the requirement for reactive power compensation. This increased efficiency can greatly reduce infrastructure costs related to cables and transformers during planning stages.

Low Temperature Rise:Owing to the absence of copper loss in rotor windings and reactive current in stator windings, the temperature rise is reduced by more than 20k compared to asynchronous motors, ensuring cooler, more efficient operation.

Good Control Performance:The permanent magnet synchronous motor excels in controlling capabilities, offering no speed slip and remarkable dynamic response, precise speed regulation, making it ideal for high-speed application scenarios.

Principle of Energy Saving

1). Through the use of high-performance rare earth permanent magnet materials, the rotor establishes a stable magnetic field (originating from both permanent magnets and current). The stator's rotating magnetic field drives the rotor's magnetic field to synchronize the rotor's speed with the synchronous speed, without needing excitation currents or windings, thus achieving unparalleled energy efficiency.

2). In contrast, asynchronous motors rely on the induced current generated in the rotor by the stator's rotating magnetic field to produce electromagnetic torque. This indirect generation causes the rotor to operate at speeds below the synchronous speed.

3). Permanent magnet motors demonstrate a power density approximately 30% higher than that of asynchronous motors with equivalent power, leading to motors that are 1-2 frame sizes smaller for the same power output, thereby reducing iron and mechanical losses.

4). Delve into the remarkable benefits of our state-of-the-art permanent magnet synchronous motor, celebrated for its significantly higher efficiency than an equivalently powered asynchronous motor. This innovative motor not only operates with unmatched efficiency but also excels with an exceptionally broad high-efficiency zone. Within an adaptable speed range of 25%-100% of its rated speed, the motor consistently achieves peak performance within this high-efficiency spectrum. In striking contrast, an asynchronous motor experiences a significant decline in efficiency when operating below 70% of its rated speed.

5. Conditions of Use

1). Altitude: Expertly designed to operate flawlessly at elevations up to 1000m, ensuring optimal performance across diverse geographical landscapes.

2). Ambient Temperature: Ingeniously adaptable to environmental temperature variations from -15°C to 40°C, ensuring reliable performance throughout the year.

3). Working Mode: Meticulously engineered for strong and lasting performance within a continuous working system (S1), ensuring unwavering reliability.

4). Rated Voltage: Available in 200V/380V, 50Hz/60Hz, with a permissible deviation of ±10%, skillfully accommodating a wide range of voltage requirements.

5). With a protection grade of IP55, the motor is masterfully crafted for durability and resilience, efficiently guarding against external influences.

6). Designed with a sophisticated IC410 cooling method to guarantee superior thermal management and extended performance.