EHT-110-01-S-D-SM-06-P

The EHT-110-01-S-D-SM-06-P is a rectangular connector from the Headers, Male Pin series of components. It consists of two parts; a male connector consisting of rectangular shaped pins and the female connector consisting of corresponding receptacles. It stands 10.00mm tall with an overall horizontal span of 7.77mm and is a 2-pin module with single stack configuration, making it ideal for applications needing higher power electrical connections in a space-saving design.

Insulator Material

The insulator material in the EHT-110-01-S-D-SM-06-P is rated to UL 94V-0 and has a glass reinforced thermoplastic rated PBT. This self-extinguishing material remains stable at temperatures up to 175° F.

Connector Finish

The male connector pins feature phosphor bronze with gold plating, while the female connector receptacles feature tin-plated phosphor bronze. This combination ensures excellent electrical conductivity and with the plating, is also highly corrosion resistant and rated to 11.5A.

Contact Retention Force

The EHT-110-01-S-D-SM-06-P employs a retention force of 2.40 pounds, ensuring secure contact between the male and female connectors under normal operations. The contacts are rated up to 1,250 VAC (RMS) and 300 VDC with current ratings of 11.5A (RMS). Additionally, the rated contact resistance is 10mΩ max.

Application Field

The EHT-110-01-S-D-SM-06-P has several applications ranging from network and switchgear cabinets, to large home appliances, power supplies, and instruments. These applications benefit from the combination of high power, secure contact retention, small form factor, and stable temperature rating.

Working Principle

The EHT-110-01-S-D-SM-06-P operates through a two-piece connector setup consisting of the male and female pins. When the two pieces are mated, the contact retention force of 2.40 lbs ensures a tight fit and secure transfer of power. The pins of the male connector are secured in place while the female connector receptacles are constructed to absorb shock and vibration to ensure minimal data transmission and reception errors. The pins are then insulated to ensure no accidental shorts or other hazards, making them an ideal choice for electrical applications.