TE Connectivity AMPMODU Series Vertical Board Mount PCB Header, 6 Contact(s), 2.54mm Pitch, 1 Row(s), Shrouded

Subtotal (1 tube of 150 units)*

£193.26

(exc. VAT)

£231.91

(inc. VAT)

Add to Basket
Select or type quantity
Temporarily out of stock
  • Shipping from 24 November 2025
Need more? Click ‘Check delivery dates’ to find extra stock and lead times.
Tube(s)
Per Tube
Per unit*
1 +£193.26£1.288

*price indicative

RS Stock No.:
473-655
Mfr. Part No.:
5-104450-5
Brand:
TE Connectivity
Find similar products by selecting one or more attributes.
Select all

Brand

TE Connectivity

Series

AMPMODU

Pitch

2.54mm

Number of Contacts

6

Number of Rows

1

Body Orientation

Vertical

Shrouded/Unshrouded

Shrouded

Mounting Type

Board Mount

COO (Country of Origin):
MX
The TE Connectivity PCB mount header is meticulously designed for vertical wire-to-board applications, providing an efficient solution while ensuring durability and reliability. With six positions arranged on a compact 2.54 mm centreline, this fully shrouded connector is built for ease of use in various electronic assemblies. Created with stringent quality standards in mind, this connector excels in high-performance applications, facilitating secure connections with minimal contact resistance. The robust thermoplastic housing offers excellent insulation properties, protecting the integrity of electrical signals. Ideal for industries requiring high-performance connectivity, this product delivers not only in functionality but also in versatility.

Compact six-position design promotes efficient space utilisation on PCBs
Fully shrouded structure enhances connection security and protects against accidental dislodgment
Constructed from thermoplastic for improved durability and temperature resistance
15 mΩ termination resistance ensures optimal electrical performance
Low halogen content contributes to environmental compliance and safety
3 A maximum current rating supports high-power applications
Designed for through-hole soldering, guaranteeing robust mechanical stability