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Harfington 40Pcs 9.5mm Spring Test Probe Pin, Gold Plated Spring Loaded Thimble Pins

40Pcs 9.5mm Spring Test Probe Pin, Gold Plated Spring Loaded Thimble Pins

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€15,10 Regular price
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Order $5000+
  • 35%OFF
    Order $5000+
  • 25%OFF
    Order $2000+
  • 15%OFF
    Order $800+
  • 10%OFF
    Order $500+
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    Order $200+
About this item
  • Gold-plated PogoPins spring probes are designed for high-frequency testing and precision connections in electronic devices. Suitable for circuit board signal testing, battery connections, and modular interfaces, these spring probes PogoPins are widely used in mobile communications, automotive electronics, and aerospace.
  • Color: Gold; Material: Gold-plated brass; Head type: Round; Total length: 9.5mm; Stroke: 2mm; Needle outer diameter: 1.5mm; Needle tube outer diameter: 2mm; Package Contents: 40 Pcs PogoPins Spring Test Probe Pin
  • The probe uses a gold-plated brass core, which has excellent conductivity and wear resistance. PogoPins are lightweight, small in size, and easy to carry; PogoPins have good contact, are durable, and have a long service life.
  • Select PogoPins spring pins of the appropriate size, connect it to a conductive component, and it will be used normally. The flat bottom of the spring probe is easy to solder, and its internal spring design can withstand tens of thousands of cycles.
  • The spring pin is designed for linear compression along its vertical axis. Avoid any lateral forces, bending, or prying. The mating surface must be parallel to the tip of the spring pin. Misalignment will result in uneven contact, excessive wear, and may cause short circuits to adjacent components.
  • In stock, ready to ship
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About this item
  • Gold-plated PogoPins spring probes are designed for high-frequency testing and precision connections in electronic devices. Suitable for circuit board signal testing, battery connections, and modular interfaces, these spring probes PogoPins are widely used in mobile communications, automotive electronics, and aerospace.
  • Color: Gold; Material: Gold-plated brass; Head type: Round; Total length: 9.5mm; Stroke: 2mm; Needle outer diameter: 1.5mm; Needle tube outer diameter: 2mm; Package Contents: 40 Pcs PogoPins Spring Test Probe Pin
  • The probe uses a gold-plated brass core, which has excellent conductivity and wear resistance. PogoPins are lightweight, small in size, and easy to carry; PogoPins have good contact, are durable, and have a long service life.
  • Select PogoPins spring pins of the appropriate size, connect it to a conductive component, and it will be used normally. The flat bottom of the spring probe is easy to solder, and its internal spring design can withstand tens of thousands of cycles.
  • The spring pin is designed for linear compression along its vertical axis. Avoid any lateral forces, bending, or prying. The mating surface must be parallel to the tip of the spring pin. Misalignment will result in uneven contact, excessive wear, and may cause short circuits to adjacent components.
Specification

Specification

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Product Description:
What is this?
Gold-plated spring probes are designed for high-frequency testing and precision connections in electronic devices. Suitable for circuit board signal testing, battery connections, and modular interfaces, these spring probes are widely used in mobile communications, automotive electronics, and aerospace.

What will I get?
Color: Gold;
Material: Gold-plated brass;
Head type: Round;
Total length: 9.5mm;
Stroke: 2mm;
Needle outer diameter: 1.5mm;
Needle tube outer diameter: 2mm;
Package Contents: 40 Pcs Spring Test Probe Pin

Is there any advantages of the product?
The probe uses a gold-plated brass core, which has excellent conductivity and wear resistance. It is lightweight, small in size, and easy to carry; it has good contact, is durable, and has a long service life.

How to use it?
Select a spring pin of the appropriate size, connect it to a conductive component, and it will be used normally. The flat bottom of the spring probe is easy to solder, and its internal spring design can withstand tens of thousands of cycles.

What should I notice?
The spring pin is designed for linear compression along its vertical axis. Avoid any lateral forces, bending, or prying. The mating surface must be parallel to the tip of the spring pin. Misalignment will result in uneven contact, excessive wear, and may cause short circuits to adjacent components.
Warning: Cancer and Reproductive Harm - www.P65Warnings.ca.gov.
€15,10 Regular price
/
Wholesale Price
35%OFF
Order $5000+
  • 35%OFF
    Order $5000+
  • 25%OFF
    Order $2000+
  • 15%OFF
    Order $800+
  • 10%OFF
    Order $500+
  • 5%OFF
    Order $200+
  • In stock, ready to ship
Cart
Cart
Free Shipping over $20

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Products Title ID Price Qty
Qty: {[total.qty]} Item(s)
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Description

Description

What is this?
Gold-plated spring probes are designed for high-frequency testing and precision connections in electronic devices. Suitable for circuit board signal testing, battery connections, and modular interfaces, these spring probes are widely used in mobile communications, automotive electronics, and aerospace.

What will I get?
Color: Gold;
Material: Gold-plated brass;
Head type: Round;
Total length: 9.5mm;
Stroke: 2mm;
Needle outer diameter: 1.5mm;
Needle tube outer diameter: 2mm;
Package Contents: 40 Pcs Spring Test Probe Pin

Is there any advantages of the product?
The probe uses a gold-plated brass core, which has excellent conductivity and wear resistance. It is lightweight, small in size, and easy to carry; it has good contact, is durable, and has a long service life.

How to use it?
Select a spring pin of the appropriate size, connect it to a conductive component, and it will be used normally. The flat bottom of the spring probe is easy to solder, and its internal spring design can withstand tens of thousands of cycles.

What should I notice?
The spring pin is designed for linear compression along its vertical axis. Avoid any lateral forces, bending, or prying. The mating surface must be parallel to the tip of the spring pin. Misalignment will result in uneven contact, excessive wear, and may cause short circuits to adjacent components.
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