Professional AC/DC Harness Customization | High-Precision Technical Specifications & OEM Compatibility Solutions

Professional AC/DC Harness Customization | High-Precision Technical Specifications & OEM Compatibility Solutions

Details

AC/DC wire harnesses are customized power transmission components, using UL-certified materials, supporting 100V-240V wide voltage input, designed for industrial equipment and power systems, with core value in providing high-reliability connections and precise electrical performance.

Technical Specifications

Parameter NameTechnical Specifications
Rated VoltageAC 100-300V / DC 12-48V (customizable range)
Rated Current1A - 15A (customized based on wire diameter and length)
Wire SpecificationsUL1007 / UL1015 / UL2464, AWG 18~22 (other standards supported)
Connector TypeIEC 60320 C13/C14/C15/C19/C20, DC 5521/5525, or customized per customer drawings
Dielectric Withstand VoltageAC 1500V / 1min, no breakdown or flashover
Insulation Resistance≥100 MΩ (DC 500V)
Operating Temperature Range-20°C ~ +85°C (expandable to -40°C ~ +105°C)
Flame Retardant RatingVW-1 / FT1 / UL94 V-0 (as per customer requirements)
Custom Length0.15m ~ 10m (±10mm tolerance), special lengths supported
Certification StandardsUL / CE / RoHS / REACH (CCC or VDE can be added)

Product Features

  • High-Precision Custom Design: Supports full custom production based on OEM customer-provided electrical parameters, physical dimensions, and connector types, ensuring zero-tolerance matching with terminal equipment interfaces and reducing system integration risks.
  • Wide Voltage/Current Compatibility: Through UL/CE certified conductor cross-sections and insulation material selection, it stably carries AC 100-277V and DC 5-48V voltage ranges, while supporting 0.5A to 30A current output, suitable for various industrial and consumer electronics scenarios.
  • Multi-Layer Electromagnetic Shielding Structure: Uses aluminum foil + braided copper mesh composite shielding layer design, effectively suppressing EMI/RFI interference, meeting stringent signal integrity requirements for medical equipment, precision instruments, and other scenarios.
  • Weather-Resistant Enhanced Insulation Process: The harness outer jacket uses flame-retardant PVC or TPE material, passing -40°C to +105°C thermal cycling tests and IP67 waterproof rating verification, suitable for long-term operation in outdoor, automotive, and high-humidity environments.
  • Intelligent Error-Proof Connection Solution: Integrates polarity reverse connection prevention, locking buckles, and color-coding systems, physically eliminating assembly errors such as misinsertion and loosening, improving production line assembly efficiency and terminal reliability.
  • Modular Branch Output Architecture: Supports Y-type, T-type, and multi-way parallel branch structures, achieving sealing and stress relief at branch nodes through injection molding integrated forming process, meeting topology requirements of complex power distribution systems.
  • Full-Process Traceability Management: Each batch of harnesses is equipped with a laser-engraved unique serial number, traceable to raw material batches, welding parameters, and withstand voltage test data, providing OEM customers with a complete quality closed loop.

Application Scenarios

  • Home Appliances and Consumer Electronics
    Custom power cords, signal wires, and ribbon cables, meeting ROHS/REACH environmental standards, suitable for white goods and small appliances.
  • Automotive Electronics and New Energy
    Automotive wire harnesses, sensor harnesses, high-voltage connection harnesses, passing TS16949 quality system, resistant to high temperature and vibration.
  • Industrial Automation and Equipment
    Robot harnesses, servo motor harnesses, drag chain cables, high-flexibility and bending resistant, suitable for complex industrial environments.
  • Medical Equipment Harnesses
    Medical-grade harness customization, biocompatible materials, precision terminal crimping, suitable for monitors, ultrasound equipment, etc.

Frequently Asked Questions

What key points should be noted during AC/DC wire harness installation?
During installation, ensure the harness matches the equipment interface to avoid overload or short circuit. It is recommended to use professional tools to secure connectors and check insulation integrity to ensure electrical safety.
How to determine if an AC/DC wire harness is suitable for my equipment?
Check the harness's rated voltage, current parameters, and connector specifications to ensure compatibility with the equipment. It is recommended to provide the equipment technical manual; we can customize the harness to meet specific needs.
How to maintain AC/DC wire harnesses during long-term use?
Regularly inspect the harness appearance for wear or aging, keep it dry and clean. Avoid excessive bending or contact with corrosive substances; it is recommended to perform insulation resistance tests every 6 months.
What are the technical limitations of harness customization capabilities?
Customization supports various wire diameters, lengths, connector types, and protection levels; temperature-resistant and flame-retardant materials should be selected based on the application environment. We provide detailed technical parameter tables for reference.
What are the common failure causes of AC/DC wire harnesses?
Common failures include loose connectors, damaged insulation, or broken wire cores, often due to mechanical stress or excessive environmental humidity. Using high-quality sheaths and reinforced connectors can significantly improve reliability.
How to select an AC/DC wire harness suitable for high-power equipment?
Choose a harness with a rated current greater than the equipment's maximum load, and confirm the wire diameter and connector withstand voltage rating. We offer high-power models supporting overcurrent protection design.
What is the compatibility testing process for harnesses?
We perform electrical performance, mechanical strength, and environmental adaptability tests, including voltage dips, plugging life, and temperature rise tests, ensuring seamless connection with standard interfaces.

About Winna Technology

Winna Technology specializes in power adapters, AC/DC cable harness customization, and ultrasonic metal welding equipment R&D and manufacturing, providing one-stop OEM/ODM services.

Our products are CE/UL/FCC/CCC/RoHS certified, with an annual return rate below 0.02%, serving customers in 50+ countries and regions worldwide.

MANUFACTURING PROCESS

Wire Harness Customization & Processing Flow

From requirement confirmation to finished product delivery, 10 processes with strict checks at every stage ensure each wire harness meets the highest quality standards

10
Standard Processes
100%
Electrical Testing
Full
Quality Traceability
OEM/ODM
Customization Support

We have comprehensive wire harness customization and processing capabilities, covering the entire process from requirement confirmation to finished product delivery. The following is the standard wire harness processing workflow, with strict quality control standards at each step to ensure product consistency and reliability.

01
Step 1 Review Wire Harness Specifications

Confirm Requirements, Start with Precision

Before production, engineering confirms the specifications based on the customer's drawings and specifications. Any pending items are communicated with the customer to resolve production questions before finalizing the manufacturing process, ensuring every step is accurate.

02
Step 2 Wire (Cable) Cutting

Cutting Precision Down to the Millimeter

Cut wires (cables) to the required length and coil them. Operators carefully verify the specifications on the production work order before cutting, using calibrated advanced equipment to ensure the processing quality of each wire.

03
Step 3 Wire Pre-Processing

Professional Stripping, Precision Pre-Soldering

Remove the wire jacket (outer sheath) and any unnecessary fillers. Use a professional pneumatic wire stripper to strip the jacket, then perform pre-soldering. Adjust the equipment precisely according to each wire specification to ensure zero damage to the core conductor.

04
Step 4 Terminal Crimping

Secure Connection, Reliable Transmission

Crimp the terminal to the wire (cable) core conductor. Use a professional terminal crimping machine, with dedicated crimping dies for different terminals. Strictly adjust the machine and check the crimping specifications before operation to ensure each terminal connection is firm and reliable.

05
Step 5 Connector Assembly Processing

Fine Assembly, Quality Assurance

According to the engineering drawing, sort the crimped core wires, assemble them into the connector housing, and reinforce the wire harness strength. All processing methods strictly follow the engineering drawing and SOP, using specialized tools to ensure consistency.

06
Step 6 Wire Labeling

Full Traceability at a Glance

Attach labels containing information such as specifications, ID, and serial number to each customized wire. Labels help assembly personnel quickly find the corresponding interface and facilitate future traceability of production history, enabling full-process digital management.

07
Step 7 Wire Harness Visual Inspection

Self-Inspection & Peer Check, Layered Control

After assembly, perform self-inspection during wire harness production based on the production work order drawings and dimensions, ensuring all manufacturing details are confirmed. Every step is recorded, and every link is traceable.

08
Step 8 Electrical Characteristics Testing

Four-Wire Testing, Zero Defects Outgoing

All completed wire harnesses undergo continuity testing, resistance measurement, wire position measurement, and insulation resistance testing using a four-wire electrical tester. They are only released after confirming normal electrical characteristics, ensuring each wire harness meets design standards.

09
Step 9 Finished Product QC & Image Recording

Digital Archiving, Traceable Quality

Record and archive images of the finished wire harness. Production engineering data and appearance are digitally archived for easy future review, modification, or addition. Digital management ensures precise reproduction of wire harnesses with the same specifications.

10
Step 10 Packaging & Shipping

Safe Protection, On-Time Delivery

Carefully package with cushioning materials to ensure no damage during transportation, and ship according to the specified method. Full tracking from packaging to logistics ensures products are delivered safely and on time to the customer.

Need Wire Harness Customization Services?

From solution design to mass production, Winna Technology provides one-stop wire harness customization solutions

Contact for Customization →

Specifications

MANUFACTURING PROCESS

Wire Harness Customization & Processing Flow

From requirement confirmation to finished product delivery, 10 processes with strict checks at every stage ensure each wire harness meets the highest quality standards

10
Standard Processes
100%
Electrical Testing
Full
Quality Traceability
OEM/ODM
Customization Support

We have comprehensive wire harness customization and processing capabilities, covering the entire process from requirement confirmation to finished product delivery. The following is the standard wire harness processing workflow, with strict quality control standards at each step to ensure product consistency and reliability.

01
Step 1 Review Wire Harness Specifications

Confirm Requirements, Start with Precision

Before production, engineering confirms the specifications based on the customer's drawings and specifications. Any pending items are communicated with the customer to resolve production questions before finalizing the manufacturing process, ensuring every step is accurate.

02
Step 2 Wire (Cable) Cutting

Cutting Precision Down to the Millimeter

Cut wires (cables) to the required length and coil them. Operators carefully verify the specifications on the production work order before cutting, using calibrated advanced equipment to ensure the processing quality of each wire.

03
Step 3 Wire Pre-Processing

Professional Stripping, Precision Pre-Soldering

Remove the wire jacket (outer sheath) and any unnecessary fillers. Use a professional pneumatic wire stripper to strip the jacket, then perform pre-soldering. Adjust the equipment precisely according to each wire specification to ensure zero damage to the core conductor.

04
Step 4 Terminal Crimping

Secure Connection, Reliable Transmission

Crimp the terminal to the wire (cable) core conductor. Use a professional terminal crimping machine, with dedicated crimping dies for different terminals. Strictly adjust the machine and check the crimping specifications before operation to ensure each terminal connection is firm and reliable.

05
Step 5 Connector Assembly Processing

Fine Assembly, Quality Assurance

According to the engineering drawing, sort the crimped core wires, assemble them into the connector housing, and reinforce the wire harness strength. All processing methods strictly follow the engineering drawing and SOP, using specialized tools to ensure consistency.

06
Step 6 Wire Labeling

Full Traceability at a Glance

Attach labels containing information such as specifications, ID, and serial number to each customized wire. Labels help assembly personnel quickly find the corresponding interface and facilitate future traceability of production history, enabling full-process digital management.

07
Step 7 Wire Harness Visual Inspection

Self-Inspection & Peer Check, Layered Control

After assembly, perform self-inspection during wire harness production based on the production work order drawings and dimensions, ensuring all manufacturing details are confirmed. Every step is recorded, and every link is traceable.

08
Step 8 Electrical Characteristics Testing

Four-Wire Testing, Zero Defects Outgoing

All completed wire harnesses undergo continuity testing, resistance measurement, wire position measurement, and insulation resistance testing using a four-wire electrical tester. They are only released after confirming normal electrical characteristics, ensuring each wire harness meets design standards.

09
Step 9 Finished Product QC & Image Recording

Digital Archiving, Traceable Quality

Record and archive images of the finished wire harness. Production engineering data and appearance are digitally archived for easy future review, modification, or addition. Digital management ensures precise reproduction of wire harnesses with the same specifications.

10
Step 10 Packaging & Shipping

Safe Protection, On-Time Delivery

Carefully package with cushioning materials to ensure no damage during transportation, and ship according to the specified method. Full tracking from packaging to logistics ensures products are delivered safely and on time to the customer.

Need Wire Harness Customization Services?

From solution design to mass production, Winna Technology provides one-stop wire harness customization solutions

Contact for Customization →

Certifications

Products meet international safety and EMC standards

I9
ISO 9001
Quality Mgmt
I5
IATF 16949
IATF 16949
UL
UL
N America UL
CE
CE
EU Safety Certified
CC
CCC
China CCC
Ro
RoHS
RoHS Compliant
RE
REACH
EU REACH
IP
IPC/WHMA-A-620
IPC/WHMA-A-620