LITHIUM SOCKET LOCK

LITHIUM SOCKET LOCK Specification

Dimension (L*W*H)
80mm x 48mm x 52mm

Color
Black/Silver

Model No
LITHIUM SOCKET LOCK

Usage & Applications
Lithium battery locking and connection system

Finish
Powder Coated / Polished

Weight
200g

Part Type
Battery Socket Lock

Voltage
48V 60V

Mounting
Screw Mount

Power Type
Electric

Product Type
Socket Lock

Type
Lithium

Material
Metal & Plastic

Vehicle Type
Electric Scooter / E-Bike / Electric Vehicle

Locking Mechanism
Key Cylinder Type

Moisture Protection
IP44 Rated

Contact Type
Copper Alloy Contacts

Life Cycle
Over 10,000 lock/unlock cycles

Safety Feature
Anti-theft Design

Compatibility
Standard lithium battery sockets

Operational Temperature
-10°C to 50°C

Current Rating
Max 30A

About LITHIUM SOCKET LOCK

A "Lithium Socket Lock" typically refers to a locking mechanism designed specifically for securing lithium-ion batteries in various applications, such as electric vehicles, portable devices, or industrial equipment.

Enhanced Security for Lithium Batteries

Engineered with a key cylinder locking mechanism and anti-theft design, the LITHIUM SOCKET LOCK provides dependable protection for battery connections. The robust construction deters unauthorized removal and reduces safety risks associated with battery theft across electric scooters, e-bikes, and electric vehicles.

Durable, Weather-Resistant Build

Constructed using a combination of metal and plastic materials, this socket lock boasts copper alloy contacts and is IP44 rated, ensuring protection against moisture and dust. Its powder-coated or polished finish enhances durability, making it suitable for varied weather conditions and long-term outdoor use.

Effortless Compatibility and Installation

Designed for use with standard lithium battery sockets, the LITHIUM SOCKET LOCK's screw-mount design makes installation simple and quick. Its compact dimensions and adaptable build ensure seamless integration into a wide range of electric vehicles without compromising performance.

FAQ's of LITHIUM SOCKET LOCK:

Q: How does the key cylinder locking mechanism enhance battery security?

A: The key cylinder mechanism physically locks the lithium battery in place, making unauthorized access or battery theft significantly more difficult. Only a matching key can unlock it, ensuring an added layer of safety for electric vehicle batteries.

Q: What types of vehicles can the LITHIUM SOCKET LOCK be used with?

A: This socket lock is compatible with standard lithium battery sockets in electric scooters, e-bikes, and electric vehicles, providing versatile protection and connection for multiple vehicle types.

Q: When should I consider installing a LITHIUM SOCKET LOCK?

A: Install the LITHIUM SOCKET LOCK whenever you require enhanced battery security, particularly if your vehicle is stored in public or high-risk theft areas. It is especially useful for those who frequently park electric vehicles outdoors.

Q: Where is the ideal mounting location for this lock on my electric vehicle?

A: The ideal mounting spot is directly on the battery socket area using the provided screw mount. This ensures optimal locking performance and ease of operation while maintaining easy access when needed.

Q: What benefits does IP44 moisture protection offer?

A: IP44 protection means the socket lock is resistant to water splashes and solid objects greater than 1mm, making it suitable for use in environments with occasional rain or dust without compromising the locking mechanism's functionality.

Q: Describe the process of installing the LITHIUM SOCKET LOCK.

A: Installation involves screwing the lock onto the battery socket using the mounting points provided. Once secured, insert the lithium battery and lock it in place with the key cylinder mechanism for immediate anti-theft protection.

Q: What are the advantages of copper alloy contacts in this battery socket lock?

A: Copper alloy contacts offer excellent electrical conductivity and durability, ensuring reliable high-current connections (up to 30A) and reducing the risk of overheating or failure during prolonged use.

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