USB 3.1 Female Socket Type C Connector 24 Pins Breakout PCB Board

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USB 3.1 Female Socket Type C Connector 24 Pins Breakout PCB Board Specification

Application
Industrial

Current Range
15A Ampere (A)

Output Type
Dual

Working Temperature
-20 to +60C Celsius (oC)

Output Current
0-18A Ampere (amp)

Phase
Single Phase

Rated Power
24 V DC

Features
Constant Current, Overload Protection

Product Type
Usb Female Connector

Output Power
5V Volt (v)

Output Frequency
60Hz Hertz (HZ)

Voltage Protection
Built-in

Material
PCB FIBER

About USB 3.1 Female Socket Type C Connector 24 Pins Breakout PCB Board

Introducing the new release USB 3.1 Female Socket Type C Connector 24 Pins Breakout PCB Board-an illustrious upgrade for premier industrial and electronics applications. This enviable board features instant savings with dual output, robust built-in voltage protection, and constant current technology. It supports an output frequency of 60Hz and handles a current range of 15A to 18A with overload protection, ensuring safe, single-phase operation. Rated power reaches 24 V DC, and it operates reliably between -20 and +60C. Perfect for distributors, manufacturers, and traders across India, this is the connector you want to buy for unbeatable performance.

Primary Competitive Advantages and Specific Usage

This USB 3.1 Type C breakout board offers outstanding versatility and premier reliability for industrial and plant environments. Its enviable dual output and constant current features ensure superior performance, especially in automated assembly lines and industrial testing rigs. The robust PCB fiber construction permits use across varying temperatures, highlighting competitive advantages over standard connectors. Whether you are upgrading existing setups or implementing in bulk via distributors or suppliers, the board provides durable, cost-effective solutions.

Certifications and Export Policies for the Indian Market

Fully certified for export markets, this USB 3.1 connector assures quality and expenditure efficiency. Secure shipping procedures and sample policies support manufacturers, wholesalers, and importers pursuing international trade. The product is well-suited for India's main domestic market, providing a reliable choice for enterprises engaging in large-scale industrial applications. Ensuring efficient product delivery, certified safety measures and secure logistics make it the preferred choice for establishing trusted business relationships.

FAQ's of USB 3.1 Female Socket Type C Connector 24 Pins Breakout PCB Board:

Q: How does the built-in voltage protection enhance the safety of this connector during use?

A: The built-in voltage protection mechanism helps safeguard connected devices and circuits from unexpected spikes or overloads, thus minimizing the risk of damage and ensuring stable operation in industrial environments.

Q: What specific applications are ideal for the USB 3.1 Female Socket Type C Connector breakout board?

A: This breakout board is especially suitable for industrial automation, testing equipment, and assembly lines, as well as for exporters, manufacturers, and distributors needing reliable connectivity solutions.

Q: When should I consider choosing this connector over standard options?

A: You should opt for this premier connector when demanding high performance, stable current (up to 18A), overload protection, and dual output functionalities, particularly in critical industrial settings.

Q: Where can distributors and suppliers source this breakout PCB board in India?

A: Distributors, suppliers, traders, and wholesalers can acquire this breakout board directly from certified manufacturers and exporters operating within India and through authorized online marketplaces.

Q: What is the process for securing sample units for industrial testing before bulk purchase?

A: Interested buyers can request sample units through the supplier's sample policy, ensuring their suitability by testing the product in their plant environment before committing to large-scale expenditure.

Q: What are the benefits of using a connector with constant current and overload protection features?

A: Constant current control ensures stable device operation, while overload protection minimizes risks, promotes long-term reliability, and reduces maintenance and replacement expenditures.

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