Phoenix Contact Straight Solder PCB Pin Strip, 6 Contact(s), 3.5 mm Pitch, 1 Row, Shrouded

Phoenix Contact PST 1.0/ 6-3.5 Series PCB Pin Strip, 3.5mm Pitch, 6 Contacts - 1945135

This PCB pin strip connector is a shrouded device designed for secure and efficient electrical connections. Featuring a 3.5mm pitch and 6 contacts arranged in a single row, it is ideal for various applications in the electronics and automation sectors. The connector is constructed from copper alloy with a tin-plated surface, ensuring good conductivity and durability.

This PCB pin strip connector is a shrouded device designed for secure and efficient electrical connections. Featuring a 3.5mm pitch and 6 contacts arranged in a single row, it is ideal for various applications in the electronics and automation sectors. The connector is constructed from copper alloy with a tin-plated surface, ensuring good conductivity and durability.

Features & Benefits

• Designed for wave and reflow soldering processes to enhance assembly flexibility• 8A current rating allows for efficient power transmission• 250V voltage rating suitable for a range of electrical usage• Linear pin layout simplifies integration with printed circuit boards• Compact size ensures minimal footprint in electronic assemblies

• Designed for wave and reflow soldering processes to enhance assembly flexibility

• 8A current rating allows for efficient power transmission

• 8A current rating allows for efficient power transmission

• 250V voltage rating suitable for a range of electrical usage

• 250V voltage rating suitable for a range of electrical usage

• Linear pin layout simplifies integration with printed circuit boards

• Linear pin layout simplifies integration with printed circuit boards

• Compact size ensures minimal footprint in electronic assemblies

• Compact size ensures minimal footprint in electronic assemblies

Applications

• Used in automation control systems for reliable component connections• Suitable for requiring high-density wiring without compromising space• Deployed in electrical engineering projects for custom circuit designs• Ideal for use in devices requiring consistent performance under varying environmental conditions

• Used in automation control systems for reliable component connections

• Suitable for requiring high-density wiring without compromising space

• Suitable for requiring high-density wiring without compromising space

• Deployed in electrical engineering projects for custom circuit designs

• Deployed in electrical engineering projects for custom circuit designs

• Ideal for use in devices requiring consistent performance under varying environmental conditions

• Ideal for use in devices requiring consistent performance under varying environmental conditions

What is the impact of the shrouded design on connection reliability?

The shrouded design provides additional protection against accidental disconnections and misalignments, ensuring a secure fit during operation. This is particularly beneficial in dynamic environments where movement or vibration is present.

The shrouded design provides additional protection against accidental disconnections and misalignments, ensuring a secure fit during operation. This is particularly beneficial in dynamic environments where movement or vibration is present.

How does the 3.5mm pitch benefit PCB design?

The 3.5mm pitch allows for greater density in PCB designs while maintaining accessibility for assembly and servicing. This pitch is widely adopted, providing compatibility with various components and layouts.

The 3.5mm pitch allows for greater density in PCB designs while maintaining accessibility for assembly and servicing. This pitch is widely adopted, providing compatibility with various components and layouts.

What materials contribute to the connector's durability?

The connector is made from high-quality copper alloy, which is tin-plated to enhance corrosion resistance and ensure long-lasting electrical performance, even in demanding conditions.

The connector is made from high-quality copper alloy, which is tin-plated to enhance corrosion resistance and ensure long-lasting electrical performance, even in demanding conditions.

How does the connector perform in different temperature ranges?

It is engineered to operate within a temperature range of -40°C to 100°C, making it suitable for various applications where environmental conditions may fluctuate.

It is engineered to operate within a temperature range of -40°C to 100°C, making it suitable for various applications where environmental conditions may fluctuate.

Can the connector accommodate different soldering techniques?

Yes, it is versatile enough to support both wave and reflow soldering methods, allowing flexibility in production processes and compatibility with various manufacturing technologies.

Yes, it is versatile enough to support both wave and reflow soldering methods, allowing flexibility in production processes and compatibility with various manufacturing technologies.