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Pogo Pin Connectors 10A
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Pogo Pin Connectors 10A

The circular Pogo pin connector has a service life test of 20,000 cycles, a rated voltage of DC 12V, a maximum current of 10A, and a maximum single-pin contact impedance of 50 milliohms. It can operate stably in temperatures from -25°C to +80°C, and the raw materials and coatings used comply with ROHS and REACH environmental standards.
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Product Introduction

Dongguan Xinteng Electronics Co., Ltd. is one of the most reliable manufacturers and suppliers of pogo pin connectors 10a in China, featured by quality products and good service. Welcome to wholesale bulk durable pogo pin connectors 10a in stock here from our factory. Also, customized service and OEM&ODM service are available.

 

pogo pin connectors 10A

 

This high-current Pogo connector boasts a maximum single-pin contact impedance of 50 milliohms, a maximum current of 10A, and a lifespan of 20,000 cycles. A key feature of this connector is the addition of a metal layer to both the male and female Pogo pins. The design features include: the pin corners must be bent onto the plastic surface, not into the plastic grooves. Furthermore, the three locating pins must be folded over to secure the plastic core. One locating pin is reserved for soldering cables; otherwise, a soldering pass is required to the magnet. The metal shell reduces wear on the magnets. By encasing the metal layer, direct magnet attraction is eliminated, effectively preventing magnet dropout.

 

Product Parameters

 

Product model

RT-1597

Mechanical

Contact force

180g±20g at 1.2mm working storke Full storke 1.4mm

Life test

20,000 cycles

Electrical

Rated voltage

DC 12V

Rated current

10A Max

Contact resistance of spring pin

50 milliohm Max

Materials

Salt Spray

48H

Metallic Shell SUS316 Plating Ni

Packing

PE bag / reel packing

Material and coating conform to ROHS and REACH standards

 

Product details

 

The diameter of these male and female pogo pin connectors 10A with metal shells is 15.0mm, and they have been tested to 48 hours of salt spray testing. The metal shell is made of 316 stainless steel with a nickel plated surface, the metal block is SUS430 alloy with a nickel plated surface, and the pogo pin is brass C6801 with a 0.125um gold plated surface.

RM-1597-A01-12

RM-1597-B01-12

 

Support customization

 

  • External Structure: Common forms include: SMT surface mount, DIP through-hole, angled, two-pin, wire-bonded, and unibody designs.
  • Material Selection:The pin shaft and pin tube are typically made of brass materials such as C3604 or C6801, selected based on the product's wear resistance and conductivity requirements.
  • Spring Force Specifications** The spring force can be set up to 15g, finely adjusted according to the space and contact pressure requirements of the mechanism.
  • Rated Parameters:Supported electrical specifications: Voltage not exceeding 120V, current not exceeding 40A.

**Connection Direction:The pin body or connecting surface can be designed at 90°, 180°, or other specific angles according to structural requirements.

  • Female Assembly Method:The female connector can be assembled using conventional processes such as DIP through-hole, 90° angled, wire-bonded, or encapsulated molding.
  • Positioning methods for the female end: The positioning structure can be selected from grooves, sealing rings, snap locks, positioning ears, positioning pins, or combined with in-mold injection molding to achieve a more stable fixing method.

Support customization

 

our services

 

Dongguan Xinteng Electronics Co., Ltd. is a leading manufacturer of Pogo pin connectors in China, specializing in Pogo pins and connectors for many years. Our team handles everything from R&D to production. Our main products are Pogo pins, Pogo connectors, magnetic connectors, and magnetic cables. Our products are primarily used in smart devices such as testing instruments, wearables, medical devices, e-cigarettes, smart water bottles, and other products.

Most of our clients require custom connectivity solutions. They require non-standard connector solutions with requirements such as waterproofing, magnetic attachment, integrated cables, and a small size with sufficient current. Custom connectivity solutions are precisely what our team excels at. Xinteng's engineers have 15 years of experience in the connector industry and are able to strike a balance between structure, materials, and electrical performance, resulting in designs that are both durable and practical.

Our factory, spanning over 2,000 square meters, is fully equipped with independent processes for everything from contact turning, electroplating, injection molding, assembly, and testing. All our raw materials and coatings comply with ROHS and REACH environmental standards. Our strengths lie in product quality and on-time delivery. Through our collaborations with international clients, many have entrusted us with the design and production of charging connectors for new projects. They know we can not only design and manufacture the products, but also consider the details of performance, assembly, and usability.

DONGGUAN XINTENG ELECTRONICS CO LTD-6

 

FAQ

 

Q: What problems can arise if the pin spacing of pogo pin connectors 10A is too close?
A: The most common problems with closely spaced pins are poor insulation and the risk of short circuits. This is especially true in humid and dusty environments, where residual impurities can easily cause leakage. Therefore, we generally recommend maintaining an appropriate safe spacing between signal and power pins.

Q: How can multi-pin connectors prevent misalignment during assembly?
A: When designing multi-pin connectors, engineers should incorporate anti-mock features, such as special-shaped slots or asymmetrical housings. If using a magnetic connection, the polarity of the magnets should also be considered to prevent reverse insertion by the end customer.

Q: If a connector carries high current, will having too many pins cause it to heat up?
A: Possibly. This is due to the combined contact resistance and the complex current path. If high current is required, we recommend thickening the power pins individually or using a shunt design.

Q: How can I prevent short circuits if the pogo pins are too close together during assembly?
A: You can prevent short circuits by adding insulating spacers to the pin header or using a stepped design to separate the pins from being directly aligned.

Q: What structural issues are most often overlooked during custom orders?
A: Many customers only focus on appearance and dimensions, but overlook assembly space and anti-locking orientation. Therefore, it's important to confirm assembly locations and usage scenarios before making samples. This can save significant effort later.

 

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