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HARTING HAN-Modular Inserts

Han-Modular® Connector System

HARTING Han-Modular® Heavy-Duty Connector System is designed to provide users with a very high degree of connectivity and manufacturing flexibility. Han-Modular connectors can combine electrical, optical, and gaseous signal and power connections in one easy assembly. Basic modules snap into the mounting frame and can be exchanged separately anytime. Combinations of 1 to 12 modules are possible, depending on the size of the hood and housing chosen. Han-Modular consists of more than 40 module types and can connect to currents from 5A up to 200A, voltages from 50V to 5000V, pneumatic tubes from 1.6mm up to 10mm inner diameter, sensitive bus signals, and fiber-optic signals in both POF. and glass fiber cables. Han-Modular offers a range of basic modules developed to meet the vast majority of user application requirements. This product offering allows users to choose the hoods and housings, inserts, and accessories that best meet design requirements.

Han® HMC Connectors

HARTING Han^® HMC Connectors combine the robustness of more than 10,000 mating cycles with reliable protection against harsh environmental conditions in one complete connector. The Han HMC housings are equipped with a durable locking reel, providing the connectors with IP65 protection against dust and water after more than 10,000 locking cycles. HARTING Han HMC connector inserts contain high-performance grounding contacts. The crimp contacts are equipped with a special HMC gold surface and constant spring force. These special properties guarantee flawless function from the complete connectors.

Han-Modular® Inserts & Contacts

HARTING Han-Modular® product line features a range of modular inserts that enable the simple assembly of custom-designed connectors. Multiple termination styles, including IDC, screw, and crimp, are available. The HARTING Han-Modular guards are available in multi-color options for quick and easy visual identification of the connection. This helps to reduce the risk of mismating in the field.