Mini PCB header, vertical, 3.5mm, 5 way

Phoenix Contact MCV 1.5/5-G-3.5 Series Pluggable Terminal Block, 3.5mm Pitch, Solder Termination Method - 1843635

This pluggable Terminal Block is a key component for various electrical and electronic applications. It is designed for use in automation and mechanical environments, offering dependable connectivity and high performance in various conditions. Its flexibility and efficiency make it a popular choice for optimising device design and facilitating seamless connections.

Features & Benefits

• 8A current rating suitable for high current applications
• Solder termination blocks provide secure connections
• Straight body orientation streamlines PCB integration
• Designed for wave soldering to improve assembly efficiency
• 3.5mm pitch connectors support a space-saving layout
• 5-contact configuration meets diverse wiring requirements

Applications

• Utilised in automation systems for consistent signal transmission
• Ideal for electrical devices needing multiple connections
• Suitable for PCB designs with a Compact footprint
• Facilitates interconnections in control panels and machinery
• Commonly used in manufacturing equipment for efficient assembly

What is the maximum voltage this component can handle?

The product is rated for voltages up to 250V, assuring safety in various applications.

How can this product be mounted on a PCB?

It features a through-hole mounting type, appropriate for wave soldering, allowing secure installation on printed circuit boards.

Are there specific environmental conditions to consider during use?

The operating temperature range is -40 to 100°C, ensuring versatility across various environments.

What type of connections does it support?

The design includes linear pinning with a single solder pin per potential, enabling effective connections for multiple configurations.

Is it compatible with other Terminal Block series?

This pluggable Terminal Block can be integrated into systems using the COMBICON range, providing design compatibility.