WHY V-CONN

From Complex to Simple

V-CONN

The world's first high-power integrated connectivity solution successfully passed the UL 4128 and UL 1977 standards for high voltage and high current in 2023.

V-CONN offers integrated functions with high-voltage capabilities for various power levels, while simultaneously allowing for multiple signal frequency selections. Notably, the innovative active lock design is crucial for the application of electrification systems, ensuring the highest level of security during operation.

Numerous Areas of Application

Numerous challenges of electrification must be solved for next-generation applications. Explore the concerns with overcoming these issues.

Systems Thinking for Designers

V-CONN, from a systems thinking design perspective, is a high-power integrated connector with an active locker. Designers spend considerable time selecting reliable connectivity options that meet signal frequency, power levels, and mechanical requirements, such as locking devices or jacking screws. This is limited in ensuring overall functionality and security, as it mainly addresses the handling of currents and signals within the system.

Maximize Benefits

From Complex to Simple

The Conectivity Challenge for Engineers

Integrated design

• High voltage & High power use

• High Speed & Ethernet require

• Prevent man-made problems

• Remote control and monitor

• Weight Reduction

• Long cycle times

• Space limitation

• Rapid Repair

• Fast Ass'y

High Security

• Unexpected Loose in use

• Reducing cable theft

• Vibration influence

Maximum Security comes from

your System Thinking adopting V-CONN

>> V-CONN offer: The High-Voltage connectivity is applicable in high-power systems.

High Voltage 1000V, 1500V

>> V-CONN

High Voltage 600V

>> V-CONN

High Voltage 200V, 400V

>> V-CONN

High Voltage 200V, 400V

>> V-CONN

Electric Power Terminal Selection

Crown Pin Specification

* Operating temp. : -40 °C -125°C

* Durability : 3,000+ cycles

or 10,000 + cycles by Type

* High precision turning process

Blade Pin Specification

* Operating temp. : -40 °C -125°C

* Durability : 500 cycles

* Stamping Type

>> V-CONN offer: The active latching mechanism prevents unexpected loose in use, vibration influence, making it easier to fast Ass'y and rapid Repair.

Active Latching Mechanism

A robust locking mechanism prevents accidental disconnection during operation.

This mechanism is essential for electrification security, as accidental disconnections under load can cause arc faults, risking injury to users and damage to equipment.

V-CONN owns a specialized active locking mechanism that is integrated into the cable connector.

The cloud system can remotely control the locking and unlocking functions when needed.

This advanced design effectively prevents the cable connector from being easily unplugged or removed under prolonged vibration.

The V-CONN design supports Internet of Vehicles (IoV), Vehicle-to-Everything (V2X), Artificial Intelligence of Things (AIoT), and application (APP) functionalities. Its dual-function capability can be unlocked remotely or manually to meet different client requirements. Based on the flexible dual mode tailored to client needs, the V-CONN can be efficiently configured in either series or parallel mode, facilitating the expansion of ultra-large capacity portable devices.

>> V-CONN offer: The weight reduction in whole connectivity adopts integrated design and high-speed modules. The All-in-One solution increases Ass'y speed of the final system.

Space limitation

The specified connectivity also needs to be compact enough to deal with the limited space constraints involved. This will become more critical as the size of powertrain subsystems gets smaller.

X in 1 efficiently saves space by combining power, signal, high-speed data, and locking functions into a single connection.

The benefits for users include fast assembly, rapid repair, and prevention of man-made problems.

>> V-CONN offer: In electric vehicles (EVs), the High Voltage Interlock (HVIL) is a safety feature that uses a low-voltage loop to monitor high-voltage circuit integrity.

What is HVIL ?

HVIL in Electric Vehicles

High-Voltage-Interlock-Loop routes through every high-voltage (HV) unit and HV connector. and protects people who come in contact with units and connectors of system.

Contact information : asam@orswap6.com

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