Rated Voltage: 125V DC (Power), 80V DC (Signal)
Rated Current: 60A+15A+5A
Peak Current:
Withstand Voltage: 1,500V AC
Insulation Resistance: 100MΩ at DC 500V
IP Rating: IP67 Mated, IP67 Panel Side
OperatingTemperature: -40°C to 105°C
Salt Spray: 5% Nacl, 48H
Mating Cycle: 5,000 Cycles
Wire Gauge: Power 8AWG/Max, Signal 20AWG/Max
Wire Processing: Crimp (Power), Solder (Signal)
Flammability Rating: UL94V-0
Products
Mate60 2+1+5 Pin (60A+15A+5A)
Mate60 2+1+5 supports up to 125V AC / 80V DC and a rated current of up to 60A. Featuring an optimized 3-lock mechanical structure for enhanced vibration resistance, the connector delivers stable and reliable performance in demanding e-mobility environments.
Advantages:
● Self-locking mechanism
● Lock ring with tactile feedback for easy release
● IPXXB, IP67 protection ratings
● Click confirmation sound when locked
● Three-point locking design for vibration resistance
● Flush-mounted housing with 90° wire exit to reduce profile height
● RoHS & REACH compliant
● Self-locking mechanism
● Lock ring with tactile feedback for easy release
● IPXXB, IP67 protection ratings
● Click confirmation sound when locked
● Three-point locking design for vibration resistance
● Flush-mounted housing with 90° wire exit to reduce profile height
● RoHS & REACH compliant
Specifications Challenges Positioning Features Applications Cases Related
Specifications
Challenges
As e-mobility charging and battery swapping systems continue to evolve toward higher power and more demanding operating conditions, traditional connector solutions face increasing challenges in vibration resistance, operational safety, and current capacity.
Manufacturers require a connector solution that delivers enhanced reliability and safety while maintaining compact size and optimized system cost for mainstream vehicle platforms.
Mate60 2+1+5 is developed to meet these evolving market requirements.
Manufacturers require a connector solution that delivers enhanced reliability and safety while maintaining compact size and optimized system cost for mainstream vehicle platforms.
Mate60 2+1+5 is developed to meet these evolving market requirements.
Positioning
Mate60 2+1+5 is a 60A connector solution designed for mainstream e-mobility charging and battery swapping applications.
Features
Enhanced Anti-Vibration Structure
The optimized 3-lock mechanical structure enhances mating stability under continuous vibration conditions commonly found in e-motorcycle charging and discharging applications. Designed for stable power transmission and long-term durability, Mate60 delivers reliable connection performance in demanding e-mobility operating environments.
Finger-Proof Safety Design
Integrated finger-proof protection helps reduce the risk of accidental contact with live terminals, improving operational safety during handling and maintenance.
Balanced 60A Power Capability
With a 60A current rating, Mate60 offers an optimized balance between connector size, electrical performance, and system cost for mainstream power platforms.
The optimized 3-lock mechanical structure enhances mating stability under continuous vibration conditions commonly found in e-motorcycle charging and discharging applications. Designed for stable power transmission and long-term durability, Mate60 delivers reliable connection performance in demanding e-mobility operating environments.
Finger-Proof Safety Design
Integrated finger-proof protection helps reduce the risk of accidental contact with live terminals, improving operational safety during handling and maintenance.
Balanced 60A Power Capability
With a 60A current rating, Mate60 offers an optimized balance between connector size, electrical performance, and system cost for mainstream power platforms.
Applications
Typical applications include: Electric Motorcycles, Battery Swapping Systems, Charging & Discharging Equipment, Light Electric Vehicles, E-Mobility Power Platforms, Energy Storage
The Mate60 2+1+5 are designed to support reliable power transmission in demanding operating environments commonly found in urban mobility and battery service applications.
Cases
Related
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