TE Connectivity, AMPMODU MTE Male Connector Housing, 2.54mm Pitch, 7 Way, 1 Row

AMPMODU MTE 2.54mm Unloaded Strip Form Polarized/Latching Pin Assembly Housings

AMPMODU MTE 2.54mm unloaded Crimp Pin Plug Housings with 2.54mm centres and detent latching. These MTE 2.54mm unloaded Pin Housings are made from 94V-0 rated black thermoplastic. For suitable pin contacts see stock no. 452-577 typically.

AMPMODU MTE 2.54mm unloaded Crimp Pin Plug Housings with 2.54mm centres and detent latching. These MTE 2.54mm unloaded Pin Housings are made from 94V-0 rated black thermoplastic. For suitable pin contacts see stock no. 452-577 typically.

Approvals

UL E28476, CSA LR7189

UL E28476, CSA LR7189

TE Connectivity AMPMODU MTE Interconnection System

TE Connectivity AMPMODU MTE Interconnection System

AMPMODU MTE 2.54 mm pitch connector system for labour and cost saving mass termination of wires in wire-to-board and wire-to-wire applications. These MTE connectors are based on IDC (insulation displacement contact) technology allowing one-step assembly and eliminating the need for wire stripping saving both time and cost. Using production hand tooling these MTE IDC connectors can be quickly assembled to discrete wire. The AMPMODU MTE connector system consists of single row receptacle housings preloaded with IDC contacts and PCB headers. Coupling shrouds are also available which allow the ganging of connectors to form larger single row or double row connectors

AMPMODU MTE 2.54 mm pitch connector system for labour and cost saving mass termination of wires in wire-to-board and wire-to-wire applications. These MTE connectors are based on IDC (insulation displacement contact) technology allowing one-step assembly and eliminating the need for wire stripping saving both time and cost. Using production hand tooling these MTE IDC connectors can be quickly assembled to discrete wire. The AMPMODU MTE connector system consists of single row receptacle housings preloaded with IDC contacts and PCB headers. Coupling shrouds are also available which allow the ganging of connectors to form larger single row or double row connectors