Phoenix Contact MC 0.5/10-G-2.5 Series Pluggable Terminal Block, 10-Contact, 2.5 mm Pitch, 1 Row, 4A, 320V 1881529

Phoenix Contact 1881529 is a high-quality pluggable terminal block from the MC 0.5/10-G-2.5 series, designed with 10 contacts spaced at a 2.5 mm pitch in a single-row configuration. This terminal block supports a current rating of 4A and voltage up to 320V, making it suitable for various industrial and electronic applications.

The connector housing is made of robust polyamide material, providing excellent insulation and mechanical stability. It is designed with a male connector gender and right angle orientation, optimized for solder wire connections on printed circuit boards.

Measuring 26.9 mm in width, 10.1 mm in length, and 11.9 mm in depth, it is compact and space-saving, ideal for dense electronic assemblies. Its green color enhances visual distinction for wiring and terminal identification.

This pluggable terminal block meets stringent global standards and approvals including EU RoHS, EU REACH SVHC, cULus, CSA, and CHINA RoHS, ensuring compliance with environmental and safety regulations.

Manufactured in Germany, it guarantees high precision and reliability required for demanding industrial, automation, and electronic system applications. Supports current up to 4A with a voltage rating of 320V. Constructed with durable polyamide housing material ensuring robust insulation.

Compact dimensions of 26.9mm width, 10.1mm length, and 11.9mm depth. Designed for single-row mounting providing efficient PCB terminal connections. Complies with international standards including EU RoHS, EU REACH SVHC, cULus, CSA, and China RoHS.

Green color coding for easy identification in assemblies. Manufactured in Germany ensuring high quality and precision.

This Pluggable Terminal Block is ideal for use in industrial automation, electronic components assemblies, power connectors, and PCB terminal block applications. Browse the Electronics & Electricals category on EnvMart to find compatible connectors and related components.