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PowerSocket Fuse Gate

MEPT - 2-Pin - 2-polig 6

Item number
S93784
Current carrying capacity per pin (20°C) ~
0.00 A
Current carrying capacity per pin (85°C) ~
0.00 A
Current carrying capacity component (20°C) ~
0.00 A
Current carrying capacity component (85°C) ~
0.00 A
Current carrying capacity
30.00 A
Voltage
48.00 V
Material
Bronze
Surface
nickel
Housing
Polyamide
Number of pins
2
Packaging unit
1,119 piece
Weight per piece
0.82 g
Customs tariff code / HS-Code
85366930
Country of origin
Deutschland
Total height
18.00 mm
Height above pcb
14.00 mm
Thread diameter
0.00 mm
Thread length
0.00 mm
Pedestal length
0.00 mm
Pedestal width
0.00 mm
Pin length
4.00 mm
Width
5.30 mm
Length
10.00 mm
Pin diagonal
1.60 mm
Pin assembly
-
Grid dimension X
0.00 mm
Grid dimension Y
0.00 mm
Torque
0.0 Nm
Assembly method PCB
Massive Pressfit Techn
Press-in force min.
80N
Press-in force max.
500N
Press-in speed min.
0 mm/min.
Press-in speed max.
0 mm/min.
Drilling diameter
1.60 mm
Final diameter HAL Surface
1.450 mm
Final diameter Chemical Surface
1.475 mm
product overview
3D data
altium data
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PowerSocket Fuse Gate

Further product variants

Article nameArticle numberApplicationAssembly methodThread diameterThread lengthCurrent carrying capacity 20°CHeight over pcb
PowerSocket Fuse Gate
S93456PluggingMassive Pressfit Techn0.000.000.00 A18.00

Processing options for PowerSocket Fuse

MPFT (Massive Press Fit Technology)

Massive press-fit technology is the process of pressing solid pins into an electrically plated-through hole in a printed circuit board. Powerelements for press-fit technology have excellent mechanical and electrical properties, making them ideal for use in harsh environments such as high temperature fluctuations or vibration. The press-fit process creates a high performance, gas-tight cold welded connection with a contact resistance of just a few μOhm. This ensures very high current carrying capacity through low resistance contact points.

PCB design 

Printed circuit boards must be designed in accordance with the latest edition of IPC A 600. In the case of solid press-fit technology, the PCBs must be designed in accordance with the Würth Elektronik ICS Press-fit Specification. Special attention should be paid to hole diameter and copper thickness.

Further information

Current carrying capacity

The current carrying capacity of a press-fit connection must always be considered in the context of the overall system. The press-fit zone itself has an extremely low contact resistance, so that the limiting factor is usually to be found in the layout of the PCB or the connection of external supply lines.

Max. permissible contact temperature 130°C (blade contact to PowerSocket contact)

Qualification

PowerSocket Fuse have successfully passed the vibration tests and the mechanical shock test in accordance with the ISO 16750-3 standard.
Vibration test according to ISO 16750-3:2012 4.1.2.7 Random Test VII.
Mechanical shock test according to ISO 16750-3:2012 4.2.3 Severity 2.

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