ECM15DKDI

Heilind Number:SULECM15DKDI
Manufacturer:Sullins Connector Solutions
Manufacturer Number:ECM15DKDI
ECAD Model:
3D Model

Description:

PBT & PHOSPHOR BRONZE; .00

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Specifications

AttributeValue
Product Category:
Manufacturer:Sullins Connector Solutions
Manufacturer Part Number:Sullins Connector Solutions ECM15DKDI
Pitch:0.156 in
Gender:Female
Voltage:950 VAC
Amperage:3 A
Mount Type:Threaded
Orientation:Straight
Tail Length:.16 in, 4.06 mm
Contact Type:Cantilever
Number of Rows:2
Connector Width:.37 in, 9.4 mm
Contact Plating:Gold
Connector Height:15.49 mm, .61 in
Contact Material:Phosphor Bronze
Termination Method:Solder
Number of Positions:30
Termination Plating:Matte Tin
Operating Temperature Range:-65 - 125 °C
Card Thickness:0.062 in
Current Rating:3 A
Voltage Rating:950 VAC
Number of Contacts:30
SKU:SULECM15DKDI

Detailed Description

Introducing the ECM15DKDI, a high-performance board-to-board PCB connector designed for precision connectivity in demanding electronic applications. This female connector with two rows features a threaded mount type and thru-hole termination method, ensuring secure and stable installation. Crafted with PBT and Phosphor Bronze materials, it offers exceptional durability and reliability. The contact plating of gold guarantees excellent conductivity, while the cantilever contact type and straight orientation facilitate easy mating. With a 3A amperage and 950VAC voltage rating, this connector is suitable for high-power transmission. Its 30 positions, 3.96mm pitch, and 4.06mm tail length provide ample room for connectivity. Operating flawlessly in temperatures ranging from -65 to 125°C, it is ideal for use in harsh environments. Measuring at 15.49mm in height and 9.4mm in width, this connector is compact yet efficient. With matte tin termination plating and compliance with industry standards, including RoHS, it ensures both performance and environmental friendliness. Whether for industrial machinery, telecommunications, or aerospace systems, the ECM15DKDI guarantees seamless connectivity and optimal signal transfer.