New Connector NT2011D In Stock

Name: New Connector NT2011D In Stock
Brand: Shenzhen Shenyixin Electronic Co., Ltd.
SKU: 1600280858003_1
Price: 0.18 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

High-Performance Connectivity: The NT2011D connector is designed to facilitate robust power and signal transmission, supporting applications requiring reliable electrical connections.
Multi-Purpose Design: Compatible with both high-power applications (e.g., industrial machinery) and low-power data/signal circuits (e.g., consumer electronics), enabling versatile functionality in diverse systems.

Key features

1. Corrosion-Resistant Metal Contacts

With corrosion-resistant metal contacts, ensure reliable performance in harsh environments. This material technology extends longevity and maintains conductivity even under prolonged exposure to moisture or temperature fluctuations.

2. Compact Surface-Mounted Design

With a compact surface-mounted design, easily integrate into space-constrained electronics. This modular style reduces footprint compared to traditional through-hole connectors*, enabling sleeker device builds.

3. High-Power Handling Capacity

With a peak current rating of 15A, handle heavy-duty applications like power supply connections. Outperforms standard connectors in high-load scenarios, ensuring stable energy transmission.

4. Dual-Use Scenario Adaptability

Designed for both consumer electronics and industrial systems, this connector balances versatility. Ideal for home gadgets and commercial equipment requiring continuous operation*.

5. Compliance with Safety Standards

Built to meet RoHS and UL safety certifications*, prioritize environmental and user safety. Specifications align with global regulatory requirements for electronic components.

Product details

The New Connector NT2011D is a high-performance power connector designed for efficient electrical connectivity in electronic devices. Originating from China, this component combines robust materials and modular design to ensure reliable power transmission in diverse applications.

Technical specifications

Feature	Specification	Benefit
Material	Brass alloy housing with nickel plating	Enhanced corrosion resistance and durability
Current Rating	10A (Base), 11.5A (Advanced), 13A (Pro)	Supports varying power demands
Temperature Range	-40°C to +125°C	Operates reliably in extreme environments
Insulation Voltage	500V AC (IEC 60695-1)	Meets international safety standards

Customization guide

Adjustable pin configurations and voltage ratings can be tailored to meet specialized power distribution needs in industrial or consumer electronics.

Get inspired

With a robust brass alloy housing, you can ensure secure power transmission under high loads. The nickel-plated surface reduces oxidation, extending lifespan in harsh environments. Ideal for devices requiring reliable power connectivity, such as servers, automotive systems, or industrial machinery.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Current Rating	10A	+15% (11.5A)	+30% (13A)*
Temperature Range	-40°C to +85°C	-40°C to +105°C	-40°C to +125°C
Insulation Voltage	300V AC	400V AC	500V AC (IEC)

Supplier's note

Technical Breakthroughs:
- The Pro Model’s 500V AC insulation exceeds IEC standards by 66%, enabling safe use in high-voltage systems.
- Enhanced temperature tolerance (-40°C to +125°C) in the Pro Model ensures stability in extreme industrial settings.
- Modular pin design allows quick customization for robotics or aerospace applications.
Version Selection Guide:
- Base Model: Suitable for standard consumer electronics (e.g., routers, LED lights) with moderate power needs.
- Advanced Model: Ideal for industrial IoT devices requiring 20% higher durability than traditional connectors.
- Pro Model: Best for automotive or aerospace systems demanding triple the insulation of basic models, paired with extreme temperature resilience. Example: In electric vehicle charging stations, the Pro Model’s 13A rating and 500V insulation ensure safe, high-power operation.

Frequently asked questions

Which connector model is best for high-power applications like industrial equipment?
Metal vs Plastic: Which connector material is better for industrial use?
Is NT2011D compliant with RoHS and UL safety standards?
Can NT2011D be customized for specific voltage or current ratings?
What devices are NT2011D connectors suitable for?
How does NT2011D’s design ensure durability in harsh environments?
Does NT2011D support industry-standard pin configurations?
What’s the lead time for bulk orders of NT2011D connectors from China?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Integrated Circuits (ICs)	Digital/analog circuits, complex systems	Industry: 100 pins (IEC 60798) Base: 120 pins ▲ Advanced: 144 pins ▲▲ (ISO/IEC 11801)	Higher pin count enables denser circuit integration ▲▲ Lower power consumption (0.5W vs industry 0.8W)	Requires advanced PCB design tools for layout ▲▲
Power Transistors	High-power inverters, motor control	Industry: 40A max (ASTM D3213) Base: 50A ▲ Advanced: 60A ▲▲ (IEC 60747-9)	Handles 50% more current than standard ▲▲ Lower thermal resistance (1.2°C/W)	Bulky packaging increases PCB space usage ▲▲
Power Connectors	Industrial power distribution	Industry: 25A (IEC 60204-1) Base: 30A ▲ Advanced: 35A ▲▲ (UL 1977)	40% higher current capacity than base model ▲▲ Mate rating: 500 cycles (vs industry 300)	Higher cost for gold-plated contacts in Advanced ▲
Ceramic Capacitors	High-frequency filtering	Industry: 100nF (IEC 60384-14) Base: 150nF ▲ Advanced: 220nF ▲▲ (JIS C5051)	220nF capacitance ▲▲ (50% better than standard) Temperature range: -55°C to +125°C	Limited energy storage capacity vs electrolytic ▲▲
Surface-Mount Resistors	Precision voltage regulation	Industry: ±5% tolerance (IEC 60063) Base: ±2% ▲ Advanced: ±1% ▲▲ (MIL-PRF-27)	±1% tolerance ▲▲ (twice as precise as industry) Power rating: 2W (vs standard 1W)	Higher cost for metal-oxide composition in Advanced ▲
Surface-Mount LEDs	Industrial lighting, status indicators	Industry: 3000 mcd (IEC 60061) Base: 4000 mcd ▲ Advanced: 5000 mcd ▲▲ (CIE S 026)	5000 mcd brightness ▲▲ (66% brighter than base) Viewing angle: 160° (vs standard 120°)	Narrower beam angle reduces omnidirectional coverage ▲▲