Phoenix Contact SPT Series PCB Terminal Block, 7-Contact, 5 mm Pitch, Surface, 1 Row

Currently unavailable
We don't know if this item will be back in stock, RS intend to remove it from our range soon.
Bag the Deal of the Season
RS Stock No.:
556-710
Mfr. Part No.:
1824352
Manufacturer:
Phoenix Contact
Find similar products by selecting one or more attributes.
Select all

Brand

Phoenix Contact

Number of Contacts

7

Product Type

PCB Terminal Block

Pitch

5mm

Current

17.5A

Number of Rows

1

Housing Material

Liquid Crystal Polymer

Mount Type

Surface

Minimum Wire Size mm²

0.2mm²

Maximum Wire Size mm²

1.5mm²

Minimum Wire Size AWG

24AWG

Maximum Wire Size AWG

16AWG

Orientation

90°

Colour

Black

Wire Connection Method

Push-in

Voltage

32V

Series

SPT

Standards/Approvals

VDE, cULus Recognised

Length

13.6mm

Width

34mm

COO (Country of Origin):
PL
The Phoenix Contact PCB terminal block stands out for its reliable push-in spring connection, allowing for seamless integration into your projects. Designed specifically for surface-mount technology (SMD) soldering, this terminal provides convenient operation from a single direction, making it ideal for compact designs. With a nominal current of 17.5 A and a rated voltage up to 320 V, it caters to a wide range of applications. The product's intuitive colour-coded actuating push button enables effortless operation, ensuring that connections remain stable over the long term. Furthermore, its unique pin layout and dual soldering spots per position significantly mitigate mechanical strain, showcasing its efficient design for demanding environments.

Time-saving push-in connection eliminates the need for tools

Colour-coded actuating push button enhances user experience

Designed for seamless integration into SMD soldering processes

Integrated test option allows for quick and convenient testing

Two soldering spots per position provide added mechanical strength

Moisture sensitive level 1 ensures reliable performance

Compact design allows for space-efficient layouts