As a premier manufacturer and direct supplier of advanced charging solutions, we present the Bottom Outlet EV Charger Gun 300. Engineered for seamless integration, this unit combines an ergonomic grip with exceptional operational longevity to elevate your infrastructure.
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G303R-130E00B48-EA150-T609U
Yutai
The Bottom Outlet EV Charger Gun 300 redefines the standard for modern electric vehicle charging infrastructure. Grasping the handle reveals a meticulously contoured surface that feels exceptionally secure and perfectly balanced in the hand, eliminating the awkward wrist strain often associated with maneuvering heavy-duty charging cables. The tactile feedback of the connection mechanism offers a satisfying, solid mechanical click, assuring operators and drivers of a flawless, secure electrical union every single time. Visually, the sleek, weather-resistant polymer casing exudes a premium craftsmanship that instantly elevates the aesthetic appeal and perceived value of any charging station it accompanies.
By intelligently integrating a bottom-outlet design, the heavy conductive cable naturally drapes downward toward the ground. This deliberate architectural choice prevents the frustrating tangles, sharp bends, and structural stress that typically degrade equipment over time. This thoughtful engineering not only extends the physical lifespan of the unit but also ensures that facility operators experience significantly fewer maintenance interruptions. Every internal component and external curve has been optimized to deliver continuous, high-efficiency power transmission. It transforms a routine operational task into a seamless, premium experience, ultimately safeguarding the long-term investments of infrastructure developers and station managers.
Standard | Specification |
ENEC/CQC | 0.1A 125/250VAC 48VDC |
UL | 3A 12VDC |
Operating Temperature | -40℃∽+85℃ |
Mechanical Life | 500000cycles |
Electrical Life | 100000cycles |
Key Features & Highlights
Delivering exceptional value requires more than just basic functionality; it demands a perfect synergy of intelligent design and resilient engineering. This charging connector is built to outlast and outperform, ensuring your charging network remains highly operational, efficient, and ready for continuous deployment.
Precision-engineered bottom cable exit significantly reduces bending stress and prevents premature cable jacket degradation.
The user-friendly handle features a micro-textured, anti-slip grip that remains comfortable and secure even during inclement weather conditions.
High-grade internal micro-switches guarantee instantaneous, zero-latency signal transmission upon vehicle connection.
Constructed from advanced impact-resistant polymers designed to withstand accidental drops and heavy impacts in busy environments.
Streamlined aerodynamic profile minimizes the physical footprint, allowing for cleaner, uncrowded installations at multi-bay stations.
Navigating the complex landscape of global electrical compliance requires components that meet the highest possible standards. This product is engineered with an uncompromising approach to quality assurance, ensuring that every unit deployed meets strict regulatory demands.
Core internal micro-switches and components carry authoritative ENEC, CQC, and UL certifications, verifying their electrical safety.
The complete charging gun system is fully compliant with CE and TUV international mainstream standards.
Rigorous factory-level quality control protocols eliminate defects, ensuring consistent batch-to-batch reliability.
Comprehensive compliance documentation clears regulatory hurdles, facilitating smooth market entry across various global regions.
Designed to exceed standard safety margins, providing an extra layer of operational security for large-scale infrastructure projects.
In the realm of commercial charging, equipment downtime directly translates to lost revenue and frustrated users. This connector is engineered with industrial-grade resilience to handle the most demanding operational tempos without faltering.
Boasts an extraordinary mechanical lifespan of up to 500,000 mating cycles, far exceeding standard industry requirements.
Delivers a proven electrical life of 100,000 cycles, ensuring stable power delivery over years of continuous use.
Engineered to operate flawlessly across an ultra-wide temperature spectrum, from a freezing -40℃ to a blistering +85℃.
Internal contact points are treated with specialized anti-corrosion coatings to resist oxidation in high-humidity environments.
Exceptional longevity drastically reduces the frequency of component replacements, lowering the total cost of ownership.
Human-centric design is at the core of this product's architecture. We understand that a charging connector is the primary physical touchpoint between the user and the energy grid, making its physical design absolutely critical to overall satisfaction.
The dedicated "User Friendly Handle" is biomechanically contoured to distribute weight evenly across the palm, minimizing insertion force.
The "Bottom Outlet" structural design naturally aligns the heavy cable with gravity, preventing awkward twisting during plug-in.
Smooth, seamless exterior housing prevents dirt accumulation and makes routine cleaning incredibly efficient.
Strategically placed tactile ridges guide the user's hand to the optimal gripping position without visual confirmation.
The balanced center of gravity ensures the connector feels remarkably light and maneuverable, despite its heavy-duty internal components.
When dealing with high-voltage electrical transfer, safety cannot be an afterthought. This charging gun incorporates a multi-layered, active defense system designed to protect the user, the vehicle, and the charging station under all circumstances.
Achieves IP54/IP55 ratings for superior ingress protection, shielding internal electronics from driving rain and fine dust particles.
Features an IK10 impact resistance rating, offering robust defense against vandalism and accidental crushing.
Integrated active monitoring systems instantly detect and isolate overvoltage, undervoltage, and current overload conditions.
Built-in grounding and advanced leakage protection mechanisms neutralize potential shock hazards before they reach the operator.
Equipped with surge protection to safely dissipate sudden lightning strikes and severe grid fluctuations in outdoor environments.
Modern charging infrastructure relies heavily on data and intelligent communication. This connector is designed to seamlessly integrate into sophisticated, data-driven energy networks, providing operators with unparalleled control.
Perfectly adapted to support the OCPP 1.6j protocol, enabling deep integration with advanced backend management software.
Facilitates seamless communication via WiFi, 4G, and Ethernet, ensuring uninterrupted data flow to central servers.
Fully compatible with RFID card authentication and mobile APP remote control for frictionless user access.
Empowers operators to execute precise load balancing, real-time remote monitoring, and automated fleet management.
Enables accurate, granular billing tracking by ensuring zero data loss during the physical connection phase.
Fragmentation in electric vehicle charging standards can severely limit the utility of a station. We have engineered this product line to offer broad adaptability, ensuring you can service the widest possible range of vehicles.
Available in multiple interface configurations, including CCS1, CCS2, CHAdeMO, GB/T, and IEC 62196.
Provides flawless physical and software handshakes with all mainstream new energy vehicle brands currently on the market.
Equally adept at handling the sustained loads of commercial DC fast charging as it is managing residential AC wall-box applications.
Precision-machined contact pins ensure a snug, secure fit regardless of the specific vehicle receptacle tolerances.
Future-proofed design architecture allows for easy internal firmware updates to accommodate upcoming vehicle communication protocols.
We recognize that large-scale infrastructure deployers and equipment brands require solutions that reflect their unique identity and specific technical demands. Our manufacturing capabilities are structured to provide deep, flexible customization.
Comprehensive OEM and ODM services available to tailor the product exactly to your project specifications.
Customizable cable lengths—from the standard 5-meter configuration to extended lengths suited for specialized commercial depots.
High-durability silk-screen printing available for applying your brand logo directly onto the connector housing.
Custom color-matching services for the exterior casing to align perfectly with your corporate identity and station aesthetics.
Ability to modify specific power configurations and internal pin layouts to meet unique regional or proprietary network requirements.
Selecting the right manufacturing partner is the most critical decision in deploying successful infrastructure. We provide far more than just premium hardware; we deliver absolute peace of mind through rigorous quality assurance, deep industry expertise, and unwavering dedicated support.
Decades of specialized manufacturing experience dedicated exclusively to high-voltage electrical components and connectors.
Complete, end-to-end supply chain control ensuring consistent material quality and highly reliable global delivery schedules.
A dedicated, in-house engineering team ready to assist with complex technical integrations and rapid custom prototyping.
Comprehensive post-deployment technical support designed to maximize the uptime and profitability of your charging networks.
A steadfast commitment to sustainable manufacturing practices and forward-thinking, future-proof innovation.
To assist our partners and technical integrators in making informed decisions, we have compiled detailed answers to the most common engineering and operational inquiries regarding this charging connector.
How does the bottom outlet design specifically improve the longevity of the charging cable?
The bottom outlet design aligns the cable's exit point with the natural downward pull of gravity. This eliminates the sharp 90-degree bends and torsional stress that side-exit or rear-exit cables endure. By reducing this mechanical fatigue, the internal copper wiring and outer protective jacket are preserved, significantly extending the cable's functional life.
Can this charging gun operate reliably in extreme environmental conditions?
Absolutely. The unit is engineered with high-grade, thermally stable polymers and sealed internal micro-switches that allow it to function flawlessly in temperatures ranging from -40℃ to +85℃. Combined with its IP54/IP55 weatherproofing, it is fully capable of continuous operation in freezing rain, high-humidity coastal areas, and intense desert heat.
What specific internal components ensure the exceptionally high cycle life of this connector?
The core of its longevity lies in the precision-engineered internal micro-switches and the silver-plated copper alloy contact pins. These components are rated for 500,000 mechanical actuations and 100,000 electrical cycles. The silver plating minimizes electrical resistance and arcing, while the robust spring mechanisms in the switches maintain consistent tactile feedback over hundreds of thousands of uses.
Is the handle design suitable for high-frequency daily usage at busy commercial stations?
Yes, the user-friendly handle was specifically developed for high-traffic scenarios. It utilizes an ergonomic contour that reduces the grip strength required to insert and remove the plug. Additionally, the anti-slip texture ensures a secure hold even when users are wearing thick gloves or operating the unit in wet conditions, reducing drop risks.
What customization options are available for bulk infrastructure deployments?
We offer extensive customization to suit specific deployment needs. This includes altering the cable length beyond the standard 5 meters, customizing the outer shell colors to match brand guidelines, applying durable custom logos, and modifying the communication interface to integrate seamlessly with proprietary backend management systems.
