Phoenix Contact GMVSTBR Series PCB Connector, 3-Contact, 7.5 mm Pitch, 1 Row Screw

Subtotal (1 pack of 50 units)*

£204.55

(exc. VAT)

£245.46

(inc. VAT)

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  • Ready to ship from 04 May 2026
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Per unit*
1 +£204.55£4.091

*price indicative

RS Stock No.:
518-638
Mfr. Part No.:
1737712
Brand:
Phoenix Contact
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Brand

Phoenix Contact

Number of Contacts

3

Product Type

PCB Connector

Pitch

7.5mm

Current

12A

Number of Rows

1

Housing Material

Polyamide

Connector Gender

Female

Colour

Green

Termination Type

Screw

Contact Gender

Female

Voltage

630V

Width

20.5mm

Depth

26mm

Series

GMVSTBR

Length

12.6mm

Standards/Approvals

IEC 60999-1:1999-11, IEC 60512-13-2:2006-02, IEC 60512-13-5:2006-02, IEC 60512-1-1:2002-02, IEC 60512-1-2:2002-02, IEC 60068-2-70:1995-12, IEC 60068-2-6:2007-12, IEC 60512-9-1:2010-03, ISO 6988:1985-02, UL 94 V0, EN 60695-2-12, EN 60695-2-13, EN 60695-10-2, CSA 2585950, cULus Recognised Approval ID: E60425-19931013, VDE Approval ID: 40050646

COO (Country of Origin):
DE
The Phoenix Contact PCB Connector is designed to provide reliable and efficient connections in various applications. With a nominal current of 12 A and a rated voltage of up to 630 V, this connector ensures robust performance for electrical systems. Its green aesthetics and compact design, featuring 3 positions and a pitch of 7.5 mm, make it an ideal choice for printed circuit boards. The connector’s screw connection with a tension sleeve allows for easy and secure installation, while its tested durability guarantees long-lasting functionality. Perfect for projects requiring dependable connectivity, this connector stands out within the COMBICON family, aligning with global standards for quality and safety.

Compatible with both solid and flexible conductors for versatile applications

Designed for easy integration into existing systems without modification

Offers low contact resistance for efficient current flow

Structural integrity ensured through rigorous mechanical testing

Employs environmentally compliant materials for responsible usage

Compact dimensions facilitate usage in space constrained environments

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