Phoenix Contact MCV Series Through Hole PCB Header, 14 Contact(s), 3.5 mm Pitch, 1 Row, Shrouded

Subtotal (1 pack of 50 units)*

€ 493,77

(exc. VAT)

€ 597,46

(inc. VAT)

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  • Verzending vanaf 23 februari 2026
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Per Pack
Per unit*
1 +€ 493,77€ 9,875

*price indicative

RS Stock No.:
489-187
Mfr. Part No.:
1713391
Brand:
Phoenix Contact
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Merk

Phoenix Contact

Product Type

PCB Header

Series

MCV

Pitch

3.5mm

Current

8A

Number of Contacts

14

Housing Material

Liquid Crystal Polymer

Number of Rows

1

Shrouded/Unshrouded

Shrouded

Connector System

COMBICON MC 1.5

Mount Type

Through Hole

Contact Material

Copper Alloy

Contact Plating

Tin Plated

Row Pitch

3.5mm

Termination Type

Solder

Minimum Operating Temperature

-40°C

Contact Gender

Male

Tail Pin Length

2mm

Maximum Operating Temperature

100°C

Standards/Approvals

cULus Recognised, VDE

Mating Pin Length

2mm

Voltage

160 V

COO (Country of Origin):
DE
The Phoenix Contact PCB header is designed for versatile connectivity in various electronic applications. Constructed as part of the MCV 1.5/-GF-THR series, it features a compact design that provides optimal space utilisation on printed circuit boards. With its robust construction and reliable electrical performance, this header is suitable for integration into SMT soldering processes, thereby enhancing assembly efficiency. The product's unique design allows for vertical connections, accommodating a multi-row arrangement to meet complex design requirements. Whether you’re in need of high current capacity or robust mechanical stability, this PCB header promises exceptional performance and longevity.

Designed for streamlined SMT soldering integration

Offers a screwable flange for enhanced mechanical stability

Enables vertical connections for compact multi-row configurations

Compatible with various connection technologies for flexible device design

RoHS and WEEE compliant, ensuring environmental safety

Remarkable resilience to fatigue with extensive rated insulation voltages

Supports high performance in demanding operational environments

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