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Brand Name: | ZXY |
Model Number: | EI24 |
MOQ: | Negotiable |
Price: | Negotiable |
Packaging Details: | 2.5 x 2.5 x 1.5 inches |
Payment Terms: | T/T |
EI24 Nickel Steel Sheet Low Frequency Transformer,A transformer specially designed for low-frequency signal transmission and processing in audio equipment.
1.Core material: EI24 shape core is used, this shape core design helps to provide stable magnetic field and lower magnetic leakage, which improves the performance of the transformer.
2.Winding material: Usually high quality copper wire is used for winding to ensure signal transmission efficiency and stability.
3.Nickel Sheet Permalloy: This is an important part of the transformer. Nickel Sheet Permalloy has excellent magnetic properties and temperature stability, which ensures that the transformer maintains stable performance over a wide temperature range.
1. Lightweight:
High-aluminum alloy cores are relatively lightweight, about half the weight of conventional core materials. This feature allows it to be used in a wide range of applications that require lightweighting, such as vehicles and aerospace, effectively reducing the overall weight of equipment and improving transportation, installation and use efficiency.
2. Noise reduction performance:
Aluminum alloy cores have a more uniform flux distribution, which helps reduce vibration and noise generated during use. As a result, high-aluminum alloy core materials offer significant advantages when manufacturing equipment that requires low-noise operation.
3. Improved efficiency:
Due to the conductive nature of aluminum alloys, high-aluminum alloy core materials are able to reduce the temperature rise of electrical currents, thereby improving the operating efficiency of equipment. This feature is particularly important in power transmission and conversion equipment, where it helps to reduce energy consumption and improve energy efficiency.
4.Good magnetic conductivity:
Aluminum alloy core material has high magnetic permeability and low hysteresis loss, which makes it more effective in transferring magnetic energy during electromagnetic conversion. Therefore, high aluminum alloy core material has a wide range of application prospects in transformers and other electrical equipment.
5. Corrosion resistance:
Aluminum alloy in the air can quickly form a layer of dense oxide film, this layer of oxide film can effectively prevent the internal metal from being further corrosion. Therefore, high aluminum alloy core materials show better durability and stability in humid and corrosive environments.
Feature | Description |
Core Material | Made of nickel - steel sheet. Nickel - steel has high magnetic permeability, which enables efficient magnetic flux transfer. It helps in reducing magnetic reluctance, thus enhancing the transformer's ability to convert electrical energy between different voltage levels with relatively low power losses. |
Frequency Range | Specifically designed for low - frequency applications. It can effectively operate in frequency ranges typically from a few hertz up to a few kilohertz. This makes it suitable for power supplies in equipment where low - frequency signals are involved, such as some industrial control systems and audio power amplifiers with a focus on low - frequency sound reproduction. |
Voltage Transformation | Capable of stepping - up or stepping - down voltages according to the turns ratio of its windings. In power distribution systems, it can transform high - voltage power from the grid to lower voltages suitable for end - user equipment. For example, in a small - scale industrial facility, it may step down the 400V three - phase power to 220V single - phase power for use by various electrical devices. |
Low Core Loss | Due to the properties of the nickel - steel sheet and optimized core design, the transformer experiences low core losses at low frequencies. Core losses include hysteresis loss and eddy - current loss. Low hysteresis loss is a result of the material's magnetic properties that minimize energy dissipation during the magnetization - demagnetization cycle. The design also reduces eddy - current loss by using laminated core construction, which helps in improving the overall efficiency of the transformer. |
High Power Handling Capacity | Can handle relatively high power levels. The physical size and design of the EI24 core, along with appropriate winding materials and insulation, allow it to transfer significant amounts of electrical power. This makes it suitable for applications where a large amount of power needs to be transformed, such as in power - intensive industrial equipment or large - scale audio power amplifiers. |
Compact Structure | The EI24 shape provides a relatively compact and space - efficient design. It can be easily integrated into various electrical enclosures and equipment, saving valuable space in installations where space is at a premium, like in some compact industrial control panels or audio equipment with limited internal space. |
Good Mechanical Strength | The nickel - steel sheet core and the overall construction of the transformer offer good mechanical strength. This allows it to withstand mechanical vibrations and shocks that may occur during transportation or normal operation in industrial environments, ensuring reliable performance over an extended period. |
Thermal Performance | With proper heat - dissipation design, the transformer can operate within an acceptable temperature range even under continuous high - power operation. Heat - dissipating fins or other cooling mechanisms can be added to the transformer's structure to enhance heat transfer and prevent overheating, which could otherwise lead to a decrease in performance and lifespan. |
Q1. Are you a trading company or a factory?
We are a factory, established in 2011, one of the leading companies of inductors and transformers in China. An independent team of engineers, advanced production and testing equipment, escort your quality.
Q2. What is your price?
Price depends on product specification, quantity, market factors. A price list is available when contacting us.
Q3. Can you provide relevant documents?
Business licenses, ISO,CE, RoHS certificates or export documents, you can get everything you need to keep your money and goods safe.
Q4. What payment methods do you accept?
A bank account is preferred. Western Union, PayPal or other methods are also acceptable.
Q5. What is the product warranty policy?
Our corporate culture is that we are responsible for the quality of our products for life.
Q6. How to ensure the safe and reliable delivery of products?
Deliver the goods safely to your hands with high-quality export packing cartons and protective packaging methods. We have more than 10 years of packaging experience, whether it is air, sea or truck transportation. Also, if anything goes wrong, shipping insurance is a good option.
![]() |
Brand Name: | ZXY |
Model Number: | EI24 |
MOQ: | Negotiable |
Price: | Negotiable |
Packaging Details: | 2.5 x 2.5 x 1.5 inches |
Payment Terms: | T/T |
EI24 Nickel Steel Sheet Low Frequency Transformer,A transformer specially designed for low-frequency signal transmission and processing in audio equipment.
1.Core material: EI24 shape core is used, this shape core design helps to provide stable magnetic field and lower magnetic leakage, which improves the performance of the transformer.
2.Winding material: Usually high quality copper wire is used for winding to ensure signal transmission efficiency and stability.
3.Nickel Sheet Permalloy: This is an important part of the transformer. Nickel Sheet Permalloy has excellent magnetic properties and temperature stability, which ensures that the transformer maintains stable performance over a wide temperature range.
1. Lightweight:
High-aluminum alloy cores are relatively lightweight, about half the weight of conventional core materials. This feature allows it to be used in a wide range of applications that require lightweighting, such as vehicles and aerospace, effectively reducing the overall weight of equipment and improving transportation, installation and use efficiency.
2. Noise reduction performance:
Aluminum alloy cores have a more uniform flux distribution, which helps reduce vibration and noise generated during use. As a result, high-aluminum alloy core materials offer significant advantages when manufacturing equipment that requires low-noise operation.
3. Improved efficiency:
Due to the conductive nature of aluminum alloys, high-aluminum alloy core materials are able to reduce the temperature rise of electrical currents, thereby improving the operating efficiency of equipment. This feature is particularly important in power transmission and conversion equipment, where it helps to reduce energy consumption and improve energy efficiency.
4.Good magnetic conductivity:
Aluminum alloy core material has high magnetic permeability and low hysteresis loss, which makes it more effective in transferring magnetic energy during electromagnetic conversion. Therefore, high aluminum alloy core material has a wide range of application prospects in transformers and other electrical equipment.
5. Corrosion resistance:
Aluminum alloy in the air can quickly form a layer of dense oxide film, this layer of oxide film can effectively prevent the internal metal from being further corrosion. Therefore, high aluminum alloy core materials show better durability and stability in humid and corrosive environments.
Feature | Description |
Core Material | Made of nickel - steel sheet. Nickel - steel has high magnetic permeability, which enables efficient magnetic flux transfer. It helps in reducing magnetic reluctance, thus enhancing the transformer's ability to convert electrical energy between different voltage levels with relatively low power losses. |
Frequency Range | Specifically designed for low - frequency applications. It can effectively operate in frequency ranges typically from a few hertz up to a few kilohertz. This makes it suitable for power supplies in equipment where low - frequency signals are involved, such as some industrial control systems and audio power amplifiers with a focus on low - frequency sound reproduction. |
Voltage Transformation | Capable of stepping - up or stepping - down voltages according to the turns ratio of its windings. In power distribution systems, it can transform high - voltage power from the grid to lower voltages suitable for end - user equipment. For example, in a small - scale industrial facility, it may step down the 400V three - phase power to 220V single - phase power for use by various electrical devices. |
Low Core Loss | Due to the properties of the nickel - steel sheet and optimized core design, the transformer experiences low core losses at low frequencies. Core losses include hysteresis loss and eddy - current loss. Low hysteresis loss is a result of the material's magnetic properties that minimize energy dissipation during the magnetization - demagnetization cycle. The design also reduces eddy - current loss by using laminated core construction, which helps in improving the overall efficiency of the transformer. |
High Power Handling Capacity | Can handle relatively high power levels. The physical size and design of the EI24 core, along with appropriate winding materials and insulation, allow it to transfer significant amounts of electrical power. This makes it suitable for applications where a large amount of power needs to be transformed, such as in power - intensive industrial equipment or large - scale audio power amplifiers. |
Compact Structure | The EI24 shape provides a relatively compact and space - efficient design. It can be easily integrated into various electrical enclosures and equipment, saving valuable space in installations where space is at a premium, like in some compact industrial control panels or audio equipment with limited internal space. |
Good Mechanical Strength | The nickel - steel sheet core and the overall construction of the transformer offer good mechanical strength. This allows it to withstand mechanical vibrations and shocks that may occur during transportation or normal operation in industrial environments, ensuring reliable performance over an extended period. |
Thermal Performance | With proper heat - dissipation design, the transformer can operate within an acceptable temperature range even under continuous high - power operation. Heat - dissipating fins or other cooling mechanisms can be added to the transformer's structure to enhance heat transfer and prevent overheating, which could otherwise lead to a decrease in performance and lifespan. |
Q1. Are you a trading company or a factory?
We are a factory, established in 2011, one of the leading companies of inductors and transformers in China. An independent team of engineers, advanced production and testing equipment, escort your quality.
Q2. What is your price?
Price depends on product specification, quantity, market factors. A price list is available when contacting us.
Q3. Can you provide relevant documents?
Business licenses, ISO,CE, RoHS certificates or export documents, you can get everything you need to keep your money and goods safe.
Q4. What payment methods do you accept?
A bank account is preferred. Western Union, PayPal or other methods are also acceptable.
Q5. What is the product warranty policy?
Our corporate culture is that we are responsible for the quality of our products for life.
Q6. How to ensure the safe and reliable delivery of products?
Deliver the goods safely to your hands with high-quality export packing cartons and protective packaging methods. We have more than 10 years of packaging experience, whether it is air, sea or truck transportation. Also, if anything goes wrong, shipping insurance is a good option.