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5.08mm Three rows 180 degree PIN removal
Min. Order:1
Model No:060369
dgyzconn revolutionizes high-current connectivity with our innovative Pin Header 5.08Mm Pitch system featuring triple-row 180° straight design. Engineered for heavy-duty industrial applications, this modular Connector Pin Header delivers 20A per...
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5.0mm single row 180 degrees connector
Min. Order:1
Model No:060368
Experience industrial-grade connectivity with dgyzconn's premium Pin Header 5.08Mm Pitch solution. This single-row 180-degree straight connector delivers robust performance in power transmission applications, featuring gold-plated contacts for...
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5.08mm Pitch Flat Pin Single Row Header
Min. Order:1
Model No:051403
Product Highlights With a pitch of 5.08mm, this model provides a broader pin separation, which helps reduce the chance of electrical short circuits and offers easier manual soldering and inspection. It is often used in power modules, industrial...
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5.08mm Pin Header with Selective Pin Remova
Min. Order:1
Model No:051419
The 5.08mm Pitch Triple Row Pin Header, configured for 180° straight-through mounting, is a robust and versatile Pin Header Connector engineered for high-power, high-density applications. This unique version includes selective pin removal, allowing...
Pin Header 5.08mm PitchThe Pin Header 5.08mm Pitch by dgyzconn is a high-performance electrical connection solution, specifically designed for high-power, high-reliability applications. With its distinctive 5.08mm pitch, it offers superior load-bearing capacity, excellent electrical insulation, and minimized electrical interference, making it the ideal choice for heavy-duty industrial machinery, power grid infrastructure, and high-power electronic systems. Manufactured from premium materials using advanced precision techniques, this pin header ensures outstanding electrical conductivity, remarkable durability, and consistent performance even in the most challenging environments.
Product PhilosophyPlease listen to usAt dgyzconn, the Pin Header 5.08mm Pitch embodies our unwavering commitment to "Innovative Excellence, Precision Engineering, and Uncompromising Reliability". We are dedicated to developing connection solutions that not only meet but exceed industry standards. Through continuous investment in research and development, strict adherence to quality control, and a customer-centric approach, we strive to deliver products that set new benchmarks in performance and quality. Our pursuit of perfection ensures that every 5.08mm pitch pin header represents the pinnacle of cutting-edge technology, exceptional reliability, and superior value, making us the preferred partner for the most demanding applications.Original ConceptProduct Features
Xometry Instant Engine flower
Xometry Instant Engine flower
Xometry Instant Engine flower
Xometry Instant Engine flower
Technical Highlights
Hot runner optimization design
Optimizes the base hot runner structure through CFD thermal simulation and fluid dynamics analysis, reducing the operating temperature by 50% and improving heat dissipation efficiency.
Laser welding process innovation
A laser welding process specifically developed for 5.08mm pitch achieves splash-free and high-precision welding, increasing the soldering yield rate to 99.998%.Patented stress dispersion design
Adopts a patented spiral gradient transition structure at the connection between pins and the base, increasing fatigue resistance by 100% and enhancing structural stability.
Application Scenarios- Ultra-high voltage power systemsUsed for electrical connections in ultra-high voltage substations and extra-high voltage transmission lines, meeting the strict requirements of high voltage, large current, and strong insulation.
- Large-scale mining equipmentSuitable for control systems of mining excavators and mining dump trucks, ensuring stable large-current transmission and adapting to complex and harsh mining environments.
- New energy energy storage power stationsAchieves reliable power connections in large-scale lithium battery energy storage systems and hydrogen energy storage equipment, supporting high-power charging and discharging requirements.
- Core power systems of rail transitAdapts to high-speed railway traction converters and subway power control systems, suitable for complex operating environments such as vibrations, humidity, and dust.
FAQ
How to choose between 5.08mm pitch and 4.20mm pitch pin headers?The 5.08mm pitch pin headers have a stronger current-carrying capacity, up to 40A, and are suitable for ultra-high voltage and extremely large current scenarios; the 4.20mm pitch pin headers have a current-carrying capacity of 30A and are suitable for general high-voltage and large-current environments. For extremely high-power transmission or use in extremely harsh working conditions, the 5.08mm pitch pin headers are preferred.What should I do if the soldered pin header has solder balls around the joints?Carefully remove the excess solder balls with desoldering wick or a solder sucker. Adjust the soldering temperature and time to avoid solder splashing due to overheating. Check whether the diameter of the solder wire matches the pin header specifications. Too thick solder wire is likely to cause solder balls. Keep the soldering iron tip clean during soldering to prevent impurities from affecting the soldering quality.How to test the flame retardancy of pin headers?Test according to the UL 94 standard. Place the pin headers in a specific flame environment and observe indicators such as self-extinguishing time and burning rate. The 5.08mm pitch pin headers by default meet the UL 94 V-0 flame retardant rating. During testing, ensure that the sample size, test environment temperature and humidity meet the standard requirements.What should be done if the pin header emits abnormal noise during operation?First, check whether the abnormal noise is caused by the collision between the pin header and surrounding components due to mechanical vibration. You can reinforce the pin header or add buffer pads. If it is electromagnetic noise, check the integrity of the pin header shielding, strengthen the grounding treatment, and check if there is harmonic interference in the circuit. Add a filtering device if necessary.
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Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
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