Phoenix Contact SPTAF 1/ 8-3.5-EL Series PCB Terminal Block, 8-Contact, 3.5mm Pitch, Through Hole Mount, 1-Row, Push In

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Subtotal (1 box of 50 units)*

£97.90

(exc. VAT)

£117.50

(inc. VAT)

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50 - 50£1.958£97.90
100 - 200£1.807£90.35
250 - 450£1.674£83.70
500 - 950£1.586£79.30
1000 +£1.498£74.90

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RS Stock No.:
151-1314
Mfr. Part No.:
1862107
Brand:
Phoenix Contact
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Brand

Phoenix Contact

Number of Contacts

8

Pitch

3.5mm

Number of Rows

1

Mounting Type

Through Hole

Gender

Male

Termination Method

Push In Spring

Type

PCB Terminal Block

Current Rating

16A

Body Orientation

Angled

Colour

Green

Voltage Rating

160 V

Series

SPTAF 1/ 8-3.5-EL

Width

29.5mm

Material

PA (Insulate)

Depth

10.2mm

Length

11mm

COO (Country of Origin):
DE

Phoenix Contact SPTAF 1/ 8-3.5-EL Series PCB Terminal Block, 16A Current Rating, Polyamide - 1862107


This PCB terminal block ensures dependable connections across various electronic applications. Its angled orientation and sturdy construction make it suitable for wave soldering processes. Featuring a green polyamide body, it meets the requirements of automation, electronics, and electrical industries. This terminal block is practical for both prototyping and production.

Features & Benefits


• Supports a current rating of 16A for effective performance
• Utilises a 3.5mm pitch, allowing for compact layouts
• Angled design facilitates installation in confined spaces
• Designed for wave soldering to provide strong electrical connections
• Constructed from durable polyamide for extended durability
• Male configuration enables easy integration with connectors

Applications


• Suitable for circuit boards in control systems
• Employed in power distribution units for efficient connectivity
• Used in automation equipment for interfacing purposes
• Ideal for electronic devices necessitating robust connections

What soldering method is recommended for installation?


Wave soldering is the preferred method for installation due to its design.

Can it be used in high-temperature environments?


Yes, the polyamide material offers good thermal stability for varied conditions.

What is the maximum voltage rating this component can handle?


It can effectively manage voltage ratings of up to 160V.

Is it compatible with other connector types?


It is primarily designed to function with male connectors, ensuring compatibility with corresponding female types.

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