• Precise matching: The specifications of the wiring harness and the fuel injector are precisely matched, and the connector can be reliably connected, ensuring stable signal and power transmission and guaranteeing the normal operation of the fuel injector.
• Standardization of specifications: There are clear model numbers (such as 6HR-010057) and other identifiers, which facilitate adaptation and replacement. It belongs to Class 2 products and may have corresponding standards in terms of performance or application
• Strong temperature adaptability: The marked working temperature range is from -40℃ to +120℃, which can adapt to a wide temperature range and operate normally in both cold and high-temperature environments
• Precise control: The transmission signal is stable, which can precisely control the fuel injection timing and quantity of the fuel injector, helping to improve the engine's fuel efficiency, reduce exhaust emissions, and enhance power performance
• Good protective performance: The outer layer of the wiring harness is equipped with a protective layer, which can withstand harsh environments such as high temperatures, oil stains, and vibrations in the engine compartment, thus extending its service life
• Reliable structure: The key parts made of metal, combined with stable installation components (such as bolts), ensure the stable operation of the fuel injector in the vibration environment of engine operation and precisely control the gas injection volume

• Strong adaptability: Specifically designed for the engine turbocharging system, the specifications of each connector and wiring harness are precisely matched with the components of the turbocharging system to ensure stable connection
• Excellent environmental resistance: The engine compartment environment is harsh. The outer sheath of the wiring harness has good heat resistance, oil resistance and anti-aging performance, ensuring long-term reliable operation
• Stable signal transmission: The core wire for transmitting control signals has strong anti-interference ability and can precisely transmit the boost control signals, ensuring that the turbocharger works accurately as instructed and enhancing the stability of the engine's power output

High adaptability: Customized for each component of the engine, with precise matching of each connector, line length and specification to ensure stable connection with various sensors and actuators of the engine

Strong protective performance: Some circuits are wrapped with protective materials, which have the characteristics of high temperature resistance, oil resistance and vibration resistance, adapting to the harsh environment of the engine compartment and extending the service life

Orderly wiring: Different colored wire cores are used to distinguish functions. The wire harnesses are reasonably bundled, with a regular layout, which is convenient for installation and maintenance, and can ensure the stable transmission of engine control signals and power

• Appearance and material: Red outer sheath, possibly made of high-temperature resistant and insulating rubber or plastic, which can provide excellent physical protection and insulation performance
• Structural design: The wire core is presumed to be multi-strand twisted copper core, which is highly flexible and convenient for wiring in the complex environment of battery packs
• Functional Features: It is used to transmit temperature sensor signals, accurately conveying the temperature information of the battery pack, assisting the battery management system in real-time monitoring of temperature, ensuring that the battery operates within an appropriate temperature range, and enhancing battery performance and safety

• Appearance and connection: The red cable is wrapped with a white outer sheath and a white connector. The end part of the connector is red, which is convenient for quick connection and identification. It may be a plug-and-pull design, making operation easy.
• Material: The insulation layer material of the cable should have good insulation and certain temperature resistance. The conductor is presumed to be made of copper with excellent electrical conductivity.
• Application: It is used for heating battery packs, capable of raising the temperature of batteries in low-temperature environments, ensuring that batteries operate within an appropriate temperature range, enhancing battery performance and charging and discharging efficiency. It is suitable for industries such as new energy vehicles that have requirements for battery temperature.

It has strong compatibility and can be adapted to various Tesla models and different standard charging devices, such as Type 2, J1772, etc.
The operation is simple and convenient, the connection is easy, and no complex Settings are required.
The technical specifications are reliable, with a wide range of rated current and voltage, high insulation resistance and low contact resistance.
The enclosure protection grade reaches IP55, which is waterproof, dustproof and flame-retardant. It can be used in an environment ranging from -40°C to +85°C and has passed CE, ROHS and other certifications, ensuring quality.

• High safety: With a striking orange outer cover, it can clearly distinguish high-voltage lines and prevent accidental touch. The protective design of connectors and other parts is good, which can prevent foreign objects from entering.
• Excellent electrical performance: The connectors are tightly connected, ensuring stable electrical connections, reducing energy loss and heat generation, and enhancing transmission efficiency.
• Compact structure: The layout is reasonable and compact, which can adapt to the complex space inside the vehicle and is convenient for installation and maintenance.

• Structural design: The metal casing is equipped with installation holes for easy fixation. The orange core and double circular contact design may facilitate stable current transmission. Black protective components can provide protection.
• Application scenarios: Compatible with new energy vehicles, it can meet the power connection requirements of high-voltage battery packs in vehicles and plays a key role in the power transmission system of new energy vehicles.

• Material: Made of pure copper, it has good electrical conductivity and low resistance, which can reduce power loss.
• Color marking: There are two colors, red and black. Generally, red represents the positive terminal and black represents the negative terminal, which is convenient for distinction and wiring.
• End design: The end is equipped with a metal connecting ring (copper nose), which facilitates a firm connection with devices such as batteries and ensures a stable connection.

• High safety: Made of heat-resistant and insulating materials, it can prevent short circuits and overcurrent, and is suitable for high-voltage battery environments
• Customized design: Adjust the wire diameter, length and interface according to the battery type (such as lithium battery, lead-acid battery) and installation space
• Low-loss transmission: Optimize the material and structure of conductors to reduce energy consumption during power transmission
• Anti-interference performance: Some wiring harnesses are equipped with shielding layers to reduce electromagnetic interference and ensure signal stability
• Strong durability: Resistant to vibration and corrosion, suitable for complex working conditions such as vehicles and energy storage devices

• It has a compact structure and high space utilization
• Plug in correctly to prevent errors and the interface is simple
• Direct plug and unplug operation, convenient and fast
• The colors of the inner core insulators are different, making them easy to identify
• It has an attractive appearance and is more in line with ergonomic design

• It adopts insulating materials that are resistant to high and low temperatures and aging, adapting to the complex working conditions of vehicles.
• Compact wiring harness layout and precise interface matching ensure stable connection with CEU and pedal motor.
• It has good anti-interference performance and reduces the influence of electromagnetic signals on control instructions.
• The cross-sectional specifications of the conductors are reasonable, meeting the requirements of current transmission and reducing energy consumption.
• Some wiring harnesses feature a waterproof design, which enhances their service life in damp environments and ensures reliable control of the electric pedal's extension and retraction.