2-1415899-5 Connector Housing, Wire-to-Board, 2 Position, Surface Mount Package

2-1415899-5 Overview

The 2-1415899-5 is a precision electrical connector designed to facilitate reliable and robust connections in demanding industrial environments. Engineered for high-performance applications, this connector offers excellent electrical and mechanical stability, ensuring consistent signal integrity. Its compact design enables easy integration into complex systems, while its durable construction ensures long-term operational reliability. This product is ideal for engineers and sourcing specialists seeking connectors that balance performance, durability, and ease of use in industrial and electronic assemblies. For more detailed product information, visit the IC Manufacturer website.

2-1415899-5 Technical Specifications

Parameter	Specification
Number of Positions	6
Contact Type	Receptacle
Mounting Style	Through-Hole
Current Rating per Contact	5 Amps
Contact Material	Phosphor Bronze
Contact Plating	Gold Flash over Nickel
Insulation Material	Thermoplastic
Operating Temperature Range	-55??C to +105??C
Contact Resistance	10 milliohms max
Durability	500 mating cycles

2-1415899-5 Key Features

• Compact 6-position design: Enables efficient space utilization on PCBs, ideal for high-density electronic assemblies.
• Gold flash plating on phosphor bronze contacts: Enhances corrosion resistance and ensures superior conductivity, critical for maintaining signal integrity over time.
• Through-hole mounting configuration: Provides mechanical stability and strong retention, improving assembly robustness in industrial applications.
• Wide operating temperature range: Supports operation in harsh environments from -55??C to +105??C, suitable for automotive, industrial, and outdoor uses.

2-1415899-5 Advantages vs Typical Alternatives

This connector offers enhanced durability with a high mating cycle rating, making it more reliable over extended use compared to typical connectors. Its low contact resistance improves electrical performance, reducing power losses and signal degradation. The compact footprint and robust construction allow easier integration into constrained spaces without sacrificing mechanical strength, making it a superior choice for high-demand industrial and electronic applications.

Typical Applications

• Industrial control systems requiring reliable and stable electrical connections in harsh environments, where consistent signal integrity and durability are critical.
• Automotive electronics where vibration resistance and temperature tolerance ensure long-term connector performance.
• Communication equipment that demands low contact resistance for efficient signal transmission.
• Consumer electronics assemblies where compact size and mechanical robustness facilitate high-density PCB layouts.

2-1415899-5 Brand Info

This product is part of a well-established series of connectors known for their precision engineering and high-quality manufacturing standards. Designed to meet rigorous industrial and electronic requirements, it reflects the brand??s commitment to delivering reliable interconnect solutions. The connector??s construction and material selection underline the brand??s focus on performance, durability, and ease of integration for professional engineers and sourcing specialists worldwide.

FAQ

What type of mounting does the 2-1415899-5 use?

The connector employs a through-hole mounting style, which provides enhanced mechanical stability on printed circuit boards. This mounting method is preferred in applications requiring strong retention and durability under mechanical stress.

What is the maximum current rating per contact?

Each contact in this connector is rated to handle currents up to 5 amps. This rating makes it suitable for a variety of industrial and electronic applications where moderate current flow is required without significant heating or power loss.

How many mating cycles can this connector withstand?

The design supports up to 500 mating cycles, ensuring long-term reliability and consistent electrical performance even with frequent connections and disconnections