200501-0272

Heilind Number:MOL200501-0272
Manufacturer:Molex
Manufacturer Number:200501-0272
Datasheet:Product Literature
ECAD Model:
3D Model

Description:

STAK50 ASSY VHDR SOLDER 27CKT STAK50 VHDR SOLDER

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Specifications

AttributeValue
Product Category:
Manufacturer:Molex
Manufacturer Part Number:Molex 200501-0272
Color:Green
Series:200501 - stAK50h
Amperage:12 A, 5 A
Connector Type:stAK50h
Number of Contacts:27
Number of Rows:5
Termination Method:Through Hole
Contact Material:Copper Alloy
Pitch:2 mm, 3.5 mm
Voltage:500 V DC
Material:SPS
Orientation:Vertical
Keying:Yes
Packaging:Tube
Operating Temperature Range:-40 - 85 °C
Circuit Application:Signal
Contact Mating Area Plating:Tin over Nickel
Number of Contacts Loaded:27
Mating Cycles:10
PCB Locator:Yes
PCB Retention:Without
Polarized to PCB:Yes
Polarized to Mate:Yes
PCB Thickness (Recommended):1.6 mm
Connector System:Wire to Board
Contact Termination Plating:Tin over Nickel
Termination Pitch:2 mm, 3.5 mm
Glow Wire Capable:No
Guide to Mating Part:Yes
Lock to Mating Part:Yes
Stackable:Yes
Surface Mount Compatible:Yes
Breakaway:No
Make First / Break Last:No
Shroud Type:Yes
Part Aliases:2005010272
SKU:MOL200501-0272

Detailed Description

Easily assemble and solder the STAK50 ASSY VHDR with 27CKT, featuring a durable green housing. Part of the 200501 series, this vertical header connector is designed for stAK50h applications. With a contact pitch of 2mm and 3.5mm, it offers reliable connectivity for signal circuits. Made of copper alloy with tin over nickel plating, it ensures efficient power transmission at 5A and 12A, with a voltage rating of 500V DC. Suitable for through-hole termination on PCBs with a thickness of 1.6mm, this connector is polarized for secure mating and features a mating cycle of 10. RoHS compliant and suitable for operating temperatures ranging from -40 to 85°C, it guarantees performance and durability in various environments. Ideal for wire-to-board connections, it is stackable, shrouded, and compatible with surface mount technology, offering versatility in electronic applications.