GBP
Phoenix Contact MCV 1.5/ 8-G-3.81 Series Pluggable Terminal Block, 3.81mm Pitch, Solder Termination Method - 1803484
This pluggable terminal block is designed for effective connections in various electronic and electrical applications, particularly within the automation and mechanical industries. It provides a dependable solution for devices that require high currents and flexible installation options, with a robust construction that ensures durability for professionals seeking effective connectivity.
Features & Benefits
• Accommodates a nominal current of 8A for efficient power usage
• Utilises a straight header for seamless integration on PCBs
• Features a 3.81mm pitch for optimised space utilisation
• Constructed from durable materials for long-lasting performance
• Supports through-hole mounting for a stable installation
• Incorporates solder termination methods for effective connections
Applications
• Suitable for PCB designs that require compact connections
• Ideal for high current in automation systems
• Designed for integration into electronic devices requiring flexible headers
• Employed in electrical control systems for effective power management
• Useful in scenarios where multiple connections are needed in a single row
What is the maximum current rating for this component?
The component is rated to handle a maximum current of 8A, making it suitable for high power applications.
Is it compatible with different types of PCB layouts?
Yes, the straight header design of the terminal block allows for compatibility with various PCB layouts, offering versatility for different installations.
How does the mounting type affect the installation process?
The through-hole mounting type ensures a stable connection, simplifying the installation process and enhancing connectivity reliability.
What materials are used in its construction?
It features a copper alloy contact with a tin-plated surface to ensure optimal conductivity and durability.
Can this terminal block withstand harsh environmental conditions?
Yes, it is designed to operate within a wide temperature range and can endure various environmental factors, ensuring longevity in use.