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Ac transformer

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Product Attributes:
Type: Current Transformer
Type: Hall Type
Type: Variable Inductor
Type: Universal
Accuracy Grade: 0.5
Load Way: Electronic Load
Loading Method: Dynamic Load
Display: Digital
Control: Computer Control
Weight: 0-100Kg
Power Source: AC220V
Application: Electronic
Phase: Single
Operation Condition: Outdoor
Usage: Protection
Small Fixed Type
Common Insulating Materials
Installation: Active Type
Magnetic Circuit Structure: Combined Type
Voltage Transformation Principle: Electromagnetic Type
Cooling Method: Dry-type Transformer
Certification: ISO9001-2000
Frequency Characteristics: Power Frequency
Core: Core-type Transformer
Winding Type: Two-winding Transformer
Shape of Core: EE
One Pile with One Charge
Location: Public Use
Charge Method: Quick Charge
Current Type: AC
Frequency: Low Frequency
Size: Medium
Iron Core Shape: Ring
Industrial and Mining Enterprises
Output Signal Type: Analog Output
Production Process: Integration
Material: Plastic
Customized: Customized
Structure: Mutual Inductor
Working Frequency: High Frequency
Range of Application: Power Measurement
Packaging Form: Power Coils
Ethernet Cat 6
Test Region: Forming Cable
Cooling Way: Water Cooling
Style: Portable
Electrode Stroke: Vertical
Transmission: Pneumatic
Conductive Way: Both-Sided
Welding Spot Number: Double
Output Type: Dual
LED Regulator Voltage
Circuit Structure: PWM Controlled
Constant Voltage Source
Modulation System: PFAW
Lifting Pressure Type
Power Supply Voltage: AC85-265
Pack Sealing Size: SMD
Accuracy Grade: 0.5G
Switching Regulated Power Supply
Application: Instrument
Application: Power
Application: Lighting
Application: Rectifier
Application: Position Sensor
Application: Audio
Phase: Three
Phase: Single Phase
Operation Condition: Indoor
Usage: Measurement
Usage: Single-phase Transformer
Usage: Power Transformer
Usage: Distribution Transformer
Usage: Rectifier Transformer
Usage: Combined Transformer
Network Cable Tester
Digital Cable Tester
Usage: Light
Usage: Industry
Usage: Construction
Usage: Digital Products
Single Layer & Tightly Wound Type
Insulating Medium: Epoxy Resin
Insulating Medium: Insulating Paper
Installation: Wall Mounted
Installation: Extension Type
Installation: Penetration Type
Single Stage Type
Oil-immersed Type Transformer
Certification: ISO9001
Certification: CCC
Certification: CE
Certification: RoHS
Frequency Characteristics: High Frequency
Frequency Characteristics: Low Frequency
Core: Shell-type Transformer
Separated Winding Transformer
Winding Type: Auto-transformer
Winding Type: Multi-winding Transformer
Shape of Core: OD
Shape of Core: Ring
Shape of Core: EI

Sourcing guidance for AC Transformer

What are the key technical specifications to consider when selecting an AC transformer for industrial use?

Buyers must prioritize Input/Output Voltage levels, Rated Capacity (kVA), and Frequency (50/60Hz). It is critical to verify the Insulation Class (e.g., Class H for high-temperature resistance) and the Cooling Method (ONAN for oil-immersed or AN for dry-type). Ensure the Winding Material is specified, as Copper windings offer superior conductivity and longevity compared to aluminum.

Which international compliance standards are mandatory for cross-border AC transformer procurement?

For global trade, transformers must adhere to IEC 60076 standards for power transformers. Depending on the destination market, look for CE marking for Europe, UL listing for the United States, and CSA certification for Canada. Additionally, ensure compliance with RoHS to restrict hazardous substances in electrical components.

How can I evaluate the energy efficiency and economic feasibility of a transformer?

Focus on the No-load loss and Load loss parameters; high-efficiency models like Amorphous Alloy Core transformers can reduce energy waste by up to 70%. Calculate the Total Cost of Ownership (TCO) by factoring in the initial purchase price against the expected operational lifespan (typically 20-25 years) and maintenance costs.

What usage scenarios dictate the choice between Dry-type and Oil-immersed transformers?

Dry-type transformers are ideal for indoor environments, high-rise buildings, and areas with strict fire safety codes because they are non-flammable. Oil-immersed transformers are better suited for outdoor high-voltage distribution due to their superior cooling efficiency and better protection against harsh environmental elements.

Cross-Border Procurement Strategy for AC Transformers

What are the primary risks when shipping heavy electrical equipment like transformers internationally?

The main risks include physical damage during transit and moisture ingress. Ensure the supplier uses seaworthy vacuum packaging and reinforced wooden crates. For oil-filled units, verify if they are shipped with or without oil; shipping without oil (nitrogen-filled) reduces weight and leakage risks but requires professional filling on-site.

How should I negotiate quality assurance and inspection terms with suppliers?

Always mandate a Factory Acceptance Test (FAT) before shipment. Request a detailed Routine Test Report covering insulation resistance, voltage ratio, and polarity. Use Made-in-China.com's inspection services or third-party auditors like SGS to verify the product matches the technical data sheet before final payment.

What transaction security measures should be taken for high-value transformer orders?

Utilize Secured Payment services to ensure funds are only released upon proof of shipment. For large-scale projects, consider a Letter of Credit (L/C) to mitigate financial risk. Ensure the contract includes a Warranty Period of at least 12-24 months and clearly defines the supplier's responsibility for providing spare parts or technical guidance.

How do I ensure the transformer is compatible with the local power grid of the destination country?

Provide the supplier with a detailed Grid Profile, including Voltage Fluctuations, Harmonic Distortion levels, and Altitude (performance derating occurs above 1000m). Confirm the Vector Group (e.g., Dyn11) to ensure the transformer can be correctly integrated into your existing electrical infrastructure.

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