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Voltage regulator for mitsubishi

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Customization Available
Sample Available
Manufacturer First
Product Attributes:
Type: Rectifier
Application: Power
Phase: Three
Core: Core-type Transformer
Oil-immersed Type Transformer
Winding Type: Auto-transformer
Certification: ISO9001-2000
Usage: Rectifier Transformer
Frequency Characteristics: Power Frequency
Shape of Core: Ring
Current Type: AC
Frequency: Intermediate Frequency
Size: Medium
Iron Core Shape: Ring
Linear Regulated Power Supply
Industrial and Mining Enterprises
Structure: Integral Alternator
Rectifier Structure: Six Tubes
Bonding Type of Magnetic Field Winding: Inner Bonding
Brushless Alternator Type: Magnetizing Type
Voltage Adjuster Type: Electromagnetic Vibratory
Voltage: 24V
Head Cover Position: Back
Current Level: 9(≥90A)
Conditions of Use: Car Type
AC Single Phase
Cooling Method: Oil Cooling
Installation Method: Fixed
Generator Type: Diesel Generator
Application: Lighting
Application: Rectifier
Phase: Three Phase
Phase: Single Phase
Certification: ISO9001
Certification: CCC
Usage: Combined Transformer
Usage: Power Transformer
Usage: Distribution Transformer
Usage: SVC
Usage: DBW
Usage: JIW
Usage: Emergency Crew
Usage: Standby Unit
Usage: Common Units
Frequency Characteristics: Intermediate Frequency
Current Type: DC
Frequency: High Frequency
Size: Small
Iron Core Shape: EI
Iron Core Shape: C
Switching Regulated Power Supply
Application Range: Construction Site
Silicon Rectification Generator
Structure: Brushless Alternator
Rectifier Structure: Nine Tubes
Permanent Magnet Type
Voltage: 12V
Head Cover Position: Front
Current Level: 2(20~29A)

Sourcing guidance for Voltage Regulator For Mitsubishi

What are the key technical specifications to verify when sourcing a voltage regulator for Mitsubishi alternators?

Buyers must prioritize OEM cross-reference accuracy (e.g., matching Mitsubishi A-circuit or B-circuit types). Key specs include the set point voltage (typically 14.4V to 14.8V), terminal identification (e.g., S-L, IG-L, or LIN-bus communication protocols), and thermal protection thresholds. Ensure the regulator features thick-film hybrid circuits or ASIC (Application Specific Integrated Circuit) technology for superior voltage stability under varying engine loads.

How can I ensure the durability and heat resistance of the regulator in high-temperature engine environments?

Verify that the supplier uses high-grade potting compounds (silicone or epoxy) to protect against vibration and moisture. The heat sink should be made of high-conductivity aluminum alloy. Request data on High-Temperature Operating Life (HTOL) testing; quality regulators should withstand ambient temperatures of -40°C to +125°C without voltage drift.

What compliance standards and quality certifications are mandatory for automotive electronics?

Suppliers should ideally hold IATF 16949:2016 certification, which is the global standard for automotive quality management. Products should meet ISO 7637-2 standards for electrical transient conduction to ensure the regulator can handle voltage spikes. For North American or European markets, check for CE marking and RoHS compliance regarding hazardous substances.

How do I distinguish between a high-quality aftermarket regulator and a low-grade imitation?

Focus on the brush assembly and spring tension; high-quality units use copper-graphite brushes for better conductivity and longer life. Examine the solder joints—they should be clean and automated (SMT), not manual. Ask for a Load Dump Protection test report to ensure the regulator won't fail if the battery connection is momentarily lost while the engine is running.

Cross-Border Procurement & Risk Management for Automotive Parts

What are the primary risks when importing automotive voltage regulators from overseas?

The biggest risk is compatibility mismatch due to regional vehicle variations. Even if the Mitsubishi model name is the same, the alternator plug configuration may differ by market. Always request a technical drawing or high-resolution pin-out photo before shipping. Another risk is counterfeit branding; ensure the product is marketed as 'Replacement for Mitsubishi' rather than using unauthorized logos to avoid customs seizures.

How should I negotiate with suppliers on Made-in-China.com to ensure transaction security?

Utilize the Secured Trading Service on Made-in-China.com to protect your payment until delivery is confirmed. Negotiate a sample-first policy where the sample cost is deducted from the first bulk order. For large volumes, insist on a pre-shipment inspection (PSI) by a third party like SGS or Intertek to verify that the mass production quality matches the approved sample.

What are the best practices for shipping sensitive electronic components to minimize damage?

Voltage regulators are sensitive to Electrostatic Discharge (ESD) and physical impact. Require the supplier to use anti-static packaging for each unit and double-walled corrugated export cartons. For sea freight, ensure the use of desiccant packs inside the master cartons to prevent corrosion from high humidity during transit.

How do international trade policies and tariffs affect the sourcing of Mitsubishi-type regulators?

Check the HS Code (typically 8511.80) against your country's tariff schedule. Be aware of Anti-Dumping Duties (ADD) or specific trade barriers like Section 301 tariffs in the U.S. for Chinese-origin electronics. Request a Certificate of Origin (CO) from the supplier to potentially benefit from Free Trade Agreements (FTA) and reduce import duties.

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