Molex, 35155 Receptacle Connector Housing, 2.5mm Pitch, 12 Way, 1 Row

The Molex 2.50mm Pitch Wire-to-Board Housing is engineered for reliable signal connections in wire-to-wire applications. Designed with a positive lock mechanism, this housing accommodates up to 12 circuits, making it an ideal choice for compact and efficient electronic designs. Its natural polyester composition ensures robust durability while maintaining compliance with stringent industry standards such as EU RoHS and REACH. Though designated as Not Recommended For New Design, this housing continues to offer excellent function for retrofitting or replacement in existing applications, adapting seamlessly into established frameworks with its precise mating interface.

The Molex 2.50mm Pitch Wire-to-Board Housing is engineered for reliable signal connections in wire-to-wire applications. Designed with a positive lock mechanism, this housing accommodates up to 12 circuits, making it an ideal choice for compact and efficient electronic designs. Its natural polyester composition ensures robust durability while maintaining compliance with stringent industry standards such as EU RoHS and REACH. Though designated as Not Recommended For New Design, this housing continues to offer excellent function for retrofitting or replacement in existing applications, adapting seamlessly into established frameworks with its precise mating interface.

Maintains compliance with EU RoHS, highlighting its eco-friendly manufacturing processesScrews and locks enable secure mating to ensure reliable performance over timeDesigned for temperatures ranging from -40° to +105°C, suitable for various environmentsEfficiently packaged in bags for optimal storage and distribution

Maintains compliance with EU RoHS, highlighting its eco-friendly manufacturing processesScrews and locks enable secure mating to ensure reliable performance over timeDesigned for temperatures ranging from -40° to +105°C, suitable for various environmentsEfficiently packaged in bags for optimal storage and distribution