Pogo Pin, Length 1.39~4.99 mm, Easy installation

Pogo Pin, Length 1.39~4.99 mm, High precision,

Pogo Pin, Length 1.39~4.99 mm, Compact Design

Pogo Pin, Length 1.39~4.99 mm, Excellent durability,

Pogo Pin, L: 1.39~4.99 mm, Ultimate Compact Design

Pogo Pin, through hole compact design for tight spaces. High-precision electrical connections. Durable, enhancing assembly efficiency. Ideal for precision electronics. Top choice for manufacturers. We offer high quality and excellent service.

Product Features:

Ultra-small design, perfect for precision devices.
Efficient micro-conduction for stable, lossless transmission.
Exceptional durability-tested for millions of cycles.
Micron-level precision ensures a perfect fit.
Premium alloy for excellent conductivity, wear resistance.
Ideal for high-density assembly, complex environments.

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Pogo Pin, Length: 1.39~4.99 mm, Description

Product Info: Through-hole Pogo Pin, 1.39 to 4.99 mm long. High-performance, precise design, stable connection, reliable in various environments.
Function: Provides elastic contact and precise connections, ensuring stable current transmission and reliable signal integrity in electronic devices.
Applications: Used in consumer electronics, high-end automotive electronics, complex medical devices, top-tired communication equipment, and complex industrial control systems. Ideal for testing, programming interfaces, and module connections.
Needs Addressed: Solves issues of contact reliability, stability, and durability in high-frequency use, enhancing product performance and reducing maintenance costs.
Specs: Length: 1.39 to 4.99 mm, diameter ≥0.50 mm, current rating: 0.1 to 1200 A, contact resistance as low as 15 mΩ, lifespan over 500,000 cycles.
Target Industries: For high-end consumer electronics factories, automotive electronics manufacturers, medical device manufacturers, communication equipment makers, and industrial control system integrators.
Benefits: Johoty delivers high-quality, customized through-hole Pogo Pin with quick response and expert support, boosting customer product performance and cost efficiency while ensuring reliable supply and quality.

Pogo Pin, Length: 1.39~4.99 mm, Datasheet

No.#	Categories	Specification Range	Unit	Purpose	Benefits	Applications
1	Barrel OD	0.58~10.40	mm	*	*	*
2	Plunger OD	0.30~9.20	mm	*	*	*
3	Tail Pin	Through Hole	*	*	*	*
4	Length	1.39~4.99	mm	*	*	*
5	Stroke	≥0.15	mm	*	*	*
8	Voltage Rating	3.7~500	V	*	*	*
9	Current Rating	0.1~1,200	A	*	*	*
10	Spring Force	≥15	gf	*	*	*
12	1. Material	Brass Rods	*	Good conductivity and machinability, often nickel-plated for corrosion resistance.	Reliable signal transmission and easy to machine into complex shapes.	Consumer electronics, communication devices, testing equipment.
13	2. Material	Stainless Steel Rods	*	Highly resistant to corrosion and wear, with high hardness and a smooth surface. Common grades are 304 and 316.	Long-lasting durability and low maintenance costs due to high strength and corrosion resistance.	Automotive electronics, industrial equipment, medical devices.
14	3. Material	Alloy Steel Rods	*	Combines steel strength with alloy elements like molybdenum and chromium for high hardness and wear resistance.	High hardness and strength ensure stability under heavy loads and longer service life.	Industrial machinery, robotics, heavy-duty electronics.
15	4. Material	Beryllium Copper Rods	*	An alloy of copper and a small amount of beryllium. It’s very strong and hard but still has good conductivity.	Provides durability and stability in use, great conductivity for stable signal transmission, and resists wear for a longer lifespan.	Used in electronics, communications, aerospace, and high-end testing equipment, especially where high load and frequent use are needed.
16	5. Material	Tellurium Copper Rods	*	An alloy of copper with a small amount of tellurium. It improves corrosion resistance and oxidation resistance while keeping good conductivity. The surface often has a glossy, dark color.	Increased lifespan in tough conditions, reduced maintenance needs, and reliable signal stability due to excellent conductivity.	Used in electronics, communications, industrial automation, and precision instruments, particularly in high humidity or corrosive environments.
17	1. Plating	Gold	*	Common for Pogo Pin contact points, excellent conductivity and corrosion resistance.	High conductivity for stable signal transmission. Superior corrosion resistance for longer life. Smooth surface reduces contact resistance.	igh-end electronics, communication devices, and medical instruments where reliability is crucial.
18	2. Plating	Silver	*	Great conductivity and oxidation resistance, but silver can oxidize in air.	High conductivity ensures good electrical connections. Lower cost, ideal for mass production. Less oxidation in low-oxygen environments.	Consumer electronics like computer hardware, phones, and appliances.
19	3. Plating	Nickel	*	Provides hardness and wear resistance, often used as a base layer for other metals.	Increases mechanical strength and wear resistance. Improves adhesion and corrosion resistance as a base layer. Lower cost, good for budget-conscious applications.	Automotive electronics, industrial equipment, and environments needing extra protection.
20	4. Plating	Palladium	*	Excellent conductivity and chemical stability, better corrosion resistance than nickel and silver.	Extremely corrosion-resistant, suitable for extreme conditions. Great wear and heat resistance. Provides stable electrical connections.	Aerospace, military electronics, and high-end medical devices where conditions are demanding.
21	5. Plating	Rhodium	*	Extremely hard and corrosion-resistant, used in high-end applications.	Outstanding oxidation and corrosion resistance for long-lasting components. Good optical reflectivity for stable connections. High hardness, ideal for frequent use.	High-end electronics, luxury items, and precision industrial equipment in extreme or harsh environments.

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Choose our pogo pin for unmatched precision and reliability. With 99.9% conductivity stability and an extended lifespan, perfect for demanding engineering applications. Enjoy top-notch, dependable connectivity solutions.

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Products Categories

Pogo Pins

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Spring Loaded Test Probes

Through Hole Pogo Pins

SMT Pogo Pins

High Current Pogo Pins

Double Ended Pogo Pin

Solder Cup Pogo Pin

Right Angle Pogo Pin

Threaded Pogo Pins

Pogo Pin Connector

Magnetic Connector

2 Pin Connector

3 Pin Connector

4 Pin Connector

5 Pin Connector

6 Pin Connector

7 Pin Connector

8 Pin Connector

10 Pin Connector

12 Pin Connector

Pogo Pin Connectors

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Pogo Pin, Length: 1.39~4.99 mm, Applications

High-Precision Connection in Electronic Testing Equipment
Electronic testing equipment needs reliable connections. Traditional connectors often fail, causing inaccurate test data. Using through-hole pogo pin (length: 1.39-4.99 mm) ensures stable contact. Applying these pins to testing equipment interfaces reduces failure rates by 85% and improves test accuracy by 20%.
Efficient Data Transmission in Medical Devices
Medical devices need fast, accurate data transmission. Conventional connectors often have poor contact. Using through-hole pogo pin (length: 1.39-4.99 mm) provides stable connections. Applying these pins to medical device data modules increases data transmission speed by 30% and reduces failure rates by 60%.
Reliable Connections in Communication Devices
Communication devices need highly reliable connectors. Frequent plugging and unplugging can wear out contact points. Using through-hole pogo pin (length: 1.39-4.99 mm) offers high wear resistance. Applying these pins to communication device modules extends device lifespan by 50% and reduces maintenance costs by 40%.
High-Stability Connections in Automotive Electronic Systems
Automotive electronic systems require stable connectors. Connectors can loosen in vibrating environments. Using through-hole pogo pin (length: 1.39-4.99 mm) offers excellent vibration resistance. Applying these pins to automotive electronic systems improves connection stability by 40% and reduces failure rates by 70%.
Precision Connections in Aerospace Equipment
Aerospace equipment requires highly precise connectors. High-altitude environments can cause connector failure. Using through-hole pogo pin (length: 1.39-4.99 mm) offers high temperature and pressure resistance. Applying these pins to aerospace equipment components increases reliability by 35% and reduces maintenance frequency by 50%.
Efficient Connections in Industrial Automation Equipment
Industrial automation equipment needs efficient connections. Conventional connectors can easily get damaged in complex environments. Using through-hole pogo pin (length: 1.39-4.99 mm) offers high durability. Applying these pins to automation equipment improves operational efficiency by 25% and reduces downtime by 40%.
Stable Connections in Smart Home Devices
Smart home devices need stable connections. Frequent use can wear out connectors. Using through-hole pogo pin (length: 1.39-4.99 mm) offers strong durability. Applying these pins to smart home devices increases stability by 30% and customer satisfaction by 20%.
High-Reliability Connections in Wearable Devices
Wearable devices need reliable connectors. Miniaturized designs require high-precision connectors. Using through-hole pogo pin (length: 1.39-4.99 mm) offers precise sizing. Applying these pins to wearable devices improves connection reliability by 40% and reduces product failure rates by 50%.

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Advantages of Pogo Pin, Length: 1.39~4.99 mm,

1. Precise Size Range
Our through-hole pogo pin comes in lengths from 1.39mm to 4.99mm, fitting various connection needs. This range offers great flexibility, ensuring the right pin for every board size and project.

2. Up to 50,000 Cycles
Tested to withstand over 50,000 insertions and removals, our pogo pin stays reliable and maintain performance, reducing the need for frequent maintenance or replacements.

3. Excellent Electrical Conductivity
With a contact resistance as low as 0.015Ω, our pogo pin ensures efficient signal transmission and superior performance, cutting down on signal loss and improving overall device reliability.

4. Tight Tolerance Control
Our pogo pin is made with minimal length and diameter tolerances, ensuring each pin fits perfectly. This precision avoids compatibility issues during assembly, boosting the final product’s quality and reliability.

5. High-Quality Materials
Crafted from high-conductivity alloys, our pogo pin resists corrosion and offer long-term stability, enhancing electrical performance and extending the product’s lifespan in various environments.

6. Optimized Spring Design
Our pogo pin features a carefully designed spring that delivers consistent contact pressure, ensuring a stable connection and reliable operation across different applications.

7. Flexible Custom Options
We offer extensive customization, including different lengths, diameters, strokes, and spring forces. Tailor our pogo pin to your specific needs to ensure it fits your various projects perfectly.

8. Fast Delivery Service
With efficient production and effective logistics, Johoty can quickly and safely fulfill orders. Our rapid delivery ensures you get the components you need on time, speeding up your product launch and keeping you ahead in the market.

FAQ

FAQ1: How long does Johoty’s through-hole pogo pin last?

Johoty’s pogo pin lasts up to 50,000 cycles. Our high-quality materials and precision CNC machining ensure durability and stability. This means engineers won’t need frequent replacements, cutting maintenance costs and boosting product reliability. For buyers, this translates to longer product life and less frequent reordering, saving significant resources. High-quality pogo pins ensure smooth project execution and increased customer satisfaction, making you eager to get them!

FAQ 2: How does Johoty’s pogo pin perform in different environments?

Our pogo pin handles temperatures from -40°C to +85°C, even up to 155°C, and resists corrosion and moisture. It maintains stable performance and mechanical strength in harsh conditions, ideal for outdoor equipment and industrial control systems. Engineers benefit from its versatile use, while buyers will appreciate fewer specs needed for varied environments. This means less worry and more value, making you excited for the upcoming purchase!

FAQ 3: Does Johoty offer customization?

Yes, we offer full customization. Whether you need specific sizes, current ratings, or surface treatments, we tailor pogo pin to your exact needs. With advanced equipment and expert team, we quickly meet your custom requirements. Engineers get innovative designs, and buyers receive unique, project-specific solutions. We’re dedicated to delivering efficient custom services, making you eager to collaborate with us!

FAQ 4: How does Johoty ensure pogo pin consistency and quality?

Our pogo pin is ISO 9001 and ISO 14001 certified, with strict quality control and full inspections. We use automated production and testing equipment to ensure each pogo pin meets top standards. Engineers enjoy consistent, reliable performance, while buyers benefit from reduced rework and maintenance costs. We promise the most reliable pogo pin, giving you great confidence in your purchasing decisions.

FAQ 5: What are the electrical specs of Johoty’s pogo pin?

Our pogo pin has low resistance (as low as 15mΩ) and can handle up to 30A or more. This ensures stable electrical connections even under high frequency, avoiding signal loss and instability. Engineers can rely on consistent performance in their designs, and buyers will appreciate the high reliability and low maintenance needs. Our pogo pins are the best choice for your projects, making you eager to place an order!

FAQ 6: What about Johoty’s delivery and ASS?

We offer fast delivery: standard pogo pin ship in 7 working days, and custom ones in 15 working days. Our ASS includes technical support and pogo pin replacements to ensure a worry-free experience. Engineers can focus on their projects, while buyers enjoy efficient logistics and excellent service. We provide top-quality pogo pin and outstanding service, making you excited to work with us!