2500KVA Amorphous Core Transformer-manufacture,factory,supplier from China

Main Features:Energy-efficient and efficient: The use of amorphous alloy materials significantly reduces no-load and load losses, improving the energy efficiency ratio.Safe and reliable: High-quality insulating materials are used, equipped with explosion-proof devices to ensure safe operation.Low noise operation: The core and winding structures are optimized to effectively reduce noise levels during operation.Strong resistance to short circuits: Amorphous alloy materials have high mechanical strength and can withstand large short-circuit current shocks.Compact and lightweight: Small in size an

Technical ParametersRated capacity: 2500kVAVoltage level: 10kV/0.4kV or other configurationsCooling method: Oil-immersed self-cooling or dry air self-coolingConnection group: Yyn0 or Dyn11Insulation level: Class B or higherProtection level: IP20 or higherNo-load and load losses: Both are kept at a low level; specific values can be referenced in the technical specifications provided by the manufacturer.Application ScenariosThe SBH21-M.RL-2500 amorphous alloy transformer is suitable for various fields, including but not limited to:Industrial sector: Suitable for various factories, production wor

Main FeaturesEnergy-Efficient and Cost-Effective: The use of amorphous alloy materials reduces no-load and load losses, significantly enhancing energy efficiency and lowering operational costs.Safe and Dependable: Manufactured with high-quality insulation materials and equipped with explosion-proof devices, ensuring safe and reliable operation.Low-Noise Operation: The optimized core and winding structure minimize noise during operation, making it suitable for noise-sensitive environments.Exceptional Short-Circuit Resistance: Amorphous alloy materials offer high mechanical strength, enabling th

Main Features:Energy-saving and efficient: Utilizing amorphous alloy materials, it significantly reduces no-load and load losses, improving the energy efficiency ratio.Safe and reliable: Using high-quality insulating materials and equipped with explosion-proof devices to ensure safe operation.Low noise operation: Optimizing the core and winding structure effectively reduces the noise level during operation.Strong resistance to short circuits: Amorphous alloy materials have high mechanical strength and can withstand large short-circuit current shocks.Compact and lightweight: Small in size and l

Main FeaturesEnergy-Efficient and Cost-Effective: Utilizing amorphous alloy materials, this transformer reduces no-load and load losses, improving overall energy efficiency and reducing operational costs.Safe and Dependable: Built with high-quality insulation materials and equipped with explosion-proof devices, ensuring safe and secure operation.Quiet Operation: The optimized core and winding structure significantly lowers noise during operation, creating a quieter environment.High Short-Circuit Resistance: Amorphous alloy materials provide superior mechanical strength, allowing the transforme

Main FeaturesEnergy-saving and efficient: The use of amorphous alloy materials significantly reduces no-load and load losses, improving the energy efficiency ratio.Safe and reliable: High-quality insulating materials are used, equipped with explosion-proof devices to ensure safe operation.Low noise operation: The core and winding structure are optimized to effectively reduce the noise level during operation.Strong resistance to short circuits: Amorphous alloy materials have high mechanical strength and can withstand large short-circuit current shocks.Compact and lightweight: Small in size and

Main Features:Energy-efficient and high-performance: Utilizing amorphous alloy materials, it significantly reduces no-load and load losses, enhancing the energy efficiency ratio.Safe and reliable: High-quality insulating materials are used, and explosion-proof devices are equipped to ensure operational safety.Low-noise operation: The core and winding structure are optimized to effectively reduce noise levels during operation.Strong resistance to short circuits: Amorphous alloy materials have high mechanical strength, capable of withstanding large short-circuit current shocks.Compact and lightw

Features:- Utilizes high-quality insulating oil or dry design, offering excellent insulation performance and heat dissipation effects; equipped with explosion-proof devices to ensure operational safety.- Low noise: Optimized core and winding structures effectively reduce the noise level during operation, making it particularly suitable for noise-sensitive environments.- Strong resistance to short circuits: Amorphous alloy materials have high mechanical strength, capable of withstanding large short-circuit current shocks.- Small size, light weight: Compared to traditional silicon steel core tra

Technical ParametersThe technical parameters include but are not limited to:Rated capacity: 630 kVAVoltage levels: Depending on the specific application, various combinations are possible, such as 10/0.4 kV, etc.Frequency: 50 Hz or 60 HzCooling method: Typically oil-immersed self-cooling or forced air-coolingInsulation level: According to national standardsNoise level: Relatively low, as amorphous alloy materials help reduce noiseNo-load loss: Much lower than traditional silicon steel sheet transformersLoad loss: Also superior to traditional transformersApplicationsThe SBH21-M.RL-630 amorphous

Main Features:This transformer features amorphous alloy materials that significantly reduce no-load and load losses, improving energy efficiency. The low-loss design lowers both hysteresis and eddy current losses, resulting in enhanced energy savings, particularly compared to traditional silicon steel transformers. Over time, this design helps reduce electricity consumption.For safety and environmental protection, the transformer utilizes high-quality insulating oil or dry-type designs that offer excellent insulation and heat dissipation.

Technical Parameters:Rated Capacity: 800 kVA (This refers to the maximum power that the transformer can continuously transmit.)Voltage Level: Specific values for the primary (input side) and secondary (output side) voltages, such as 10/0.4 kV, depending on the actual application needs.Frequency: Usually 50 Hz or 60 Hz, suitable for different national and regional grid standards.No-load Loss: Represents the amount of energy consumed by the transformer when there is no load.Load Loss: The energy consumed by the transformer when operating at full load.Short-circuit Impedance: Reflects the degree

Technical ParametersRated Capacity: 1250 kVA (kilovolt-amperes), indicating the maximum apparent power that the transformer can transmit.Voltage Level: Specific primary and secondary voltages should be referenced in the product specification sheet, but typically, this type of transformer is suitable for medium and low voltage power grids, such as configurations like 10 kV/0.4 kV.Frequency: 50 Hz or 60 Hz, depending on the standard of the power system in the region where it is used.Connection Group: Common types include Dyn11, Yyn0, etc., which specify the electrical connection method between t

Technical ParametersRated Capacity: 200 kVAVoltage Level: Typically used for low-voltage distribution networks, such as 10/0.4kV, etc.No-load Loss: Significantly lower than traditional silicon steel core transformers, approximately 70% reduction.Load Loss: Also superior to conventional transformers, aiding in energy conservation and emission reduction.Noise Level: Low noise generated during operation.Insulation Class: Generally uses F or H grade insulation materials.Cooling Method: Natural air cooling (AN).UsesResidential Power Supply: Suitable for power distribution rooms in new residential a

Main Features:(1) High Efficiency and Energy SavingLow loss design: Amorphous alloy materials have extremely low hysteresis loss and eddy current loss, significantly reducing no-load and load losses, and improving the energy efficiency ratio.Energy-saving effect: Compared with traditional silicon steel sheet transformers, the energy efficiency ratio is significantly improved, and long-term operation can greatly save electricity.(2) Environmental Protection and SafetyInsulation and heat dissipation: High-quality insulating oil or dry design is adopted, with good insulation performance and heat

Technical ParametersRated Capacity: 2500 kVA (kilovolt-amperes), indicating the maximum apparent power that the transformer can continuously transmit at the rated voltage.Frequency: Typically 50 Hz or 60 Hz, depending on the power grid standards of the region where it is used.Voltage Levels: The specific voltage values for the primary side (high voltage side) and secondary side (low voltage side) need to be determined based on the actual application scenario, but common configurations may include 10 kV / 0.4 kV, etc.Connection Group: Such as Dyn11, indicating the phase relationship between the

Technical ParametersFeatures:Rated capacity: 200 kVAVoltage level: Customizable according to application needs, for example, 10/0.4 kV, etc.Frequency: 50 Hz or 60 HzConnection group: Typically Dyn11 or other typesShort-circuit impedance: About 4% approximatelyNo-load loss: Considerably reduced compared to traditional silicon steel sheet transformersLoad loss: LowNoise level: Below standard valuesTemperature rise limit: Compliant with relevant national standards requirementsApplicationsThe SBH21-M.RL-200 amorphous alloy transformer is widely used in the following fields:Urban power grid renovat

Technical ParametersKey Indicators:Rated Capacity: 1000 kVA (kilovolt-amperes), indicating the maximum apparent power that the transformer can transmit.Voltage Level: Specific voltage values for both the high-voltage and low-voltage sides are usually provided, such as 10/0.4 kV, etc.Short Circuit Impedance: An important parameter affecting system stability and the magnitude of fault currents.No-Load Loss: The electrical energy consumed by the transformer when there is no load, where amorphous alloy transformers perform exceptionally well.Load Loss: The energy loss when the transformer is opera

Main Features:High Efficiency and Energy SavingLow Loss Design: Amorphous alloy materials offer extremely low hysteresis and eddy current losses, significantly reducing both no-load and load losses, thereby enhancing energy efficiency.Energy-Saving Benefits: Compared to traditional silicon steel transformers, this transformer offers a marked improvement in energy efficiency, delivering substantial electricity savings during prolonged operation.Environmental Protection and SafetyInsulation and Heat Dissipation: The transformer uses high-quality insulating oil or a dry-type design for excellent

Main Features:High Efficiency and Energy Saving: Utilizing advanced energy-saving technology, it complies with the latest energy efficiency standards, reducing energy consumption and operational costs.Environmental Protection and Safety: Oil-free design eliminates the risks of fire and leakage associated with oil-immersed transformers.Safety and Stability: Possesses excellent overload capacity and short-circuit resistance, ensuring long-term stable operation.Low Noise: Optimized design results in lower operating noise, suitable for locations with high environmental noise requirements.Easy

Technical ParametersRated Capacity: 80 kVA (kilovolt-amperes), indicating the maximum power at which the transformer can operate continuously.Voltage Levels: Specific values should be referenced from the product manual or information provided by the manufacturer, typically including the voltage values for the primary side (input) and secondary side (output).No-load Loss: Very low, which is a significant advantage of amorphous alloy transformers, helping to reduce energy waste.Load Loss: Also relatively low, making it more energy-efficient compared to traditional silicon steel sheet transformer

Product DetailsThe three-dimensional wound core transformer features an advanced circular coil structure and a symmetrical three-phase magnetic circuit design.

Product DetailsThis transformer is designed with a focus on efficiency and longevity. The core is made from high-quality cold-rolled oriented silicon steel with a unique lamination structure, effectively reducing no-load loss and current. The transformer’s compact design improves short-circuit resistance, while its sealed oil tank and box structure help extend the lifespan by preventing contact with air.

Technical ParametersRated Capacity: 2500kVARated Voltage: High-voltage side 10kV, low-voltage side 0.4kVRated Current: High-voltage side approximately 125A, low-voltage side approximately 5982AConnection Group Number: Dyn11Insulation Thermal Class: Class F or Class HWinding Temperature Rise Limit: 100K (Class F) or 125K (Class H)Partial Discharge Quantity: Less than 5pcShort Circuit Impedance: 4% to 6%Frequency: 50HzCooling Method: Natural Air Cooling (AN) or Forced Air Cooling (AF)Protection Level: IP20 or IP23Noise Level: Generally not exceeding 55dBApplication ScenariosThe SCB14-2500 dry-ty

Technical Parameters (Example):Rated Capacity: 500 kVAVoltage Level: Depending on the specific model, generally 10/0.4 kV or similar configurations.Frequency: 50 HzConnection Group: Dyn11 or other specified typesShort Circuit Impedance: Typically less than 6%No-load Loss: Much lower than traditional silicon steel sheet transformersLoad Loss: Also reduced compared to traditional transformersNoise Level: Relatively lowProtection Level: IP23 or higherPlease note that the above parameters are for reference only, and the specifications of the actual product may vary.