About SB50 50 AMP Anderson Connector
We have marked a distinct position in the market by providing SB50 50 AMP Anderson Connector, which is ideal for use with high current systems and have been designed to offer minimal contact resistance. This connector is developed in compliance with industrial standards. The offered SB50 50 AMP Anderson Connector is rigorously tested on various parameters before supplying to customers. We offer this connector in various specifications as per needs of the customers.
Product Details:
| Number Of Pins |
2 Pin |
Usage/Application
|
Battery Connector |
| Color |
Grey |
| Amp Rating |
50 AMP |
| Model Number |
SB-50 |
| Wire Gauge Size |
6 - 12 Gauge |
Superior Engineering for Reliable Power ConnectionsCrafted from a durable polycarbonate housing with silver-plated copper contacts, the SB50 delivers both safety and performance in battery power systems. Its genderless, snap-in design allows for flexible, quick installation and effortless mating, making maintenance and replacement straightforward. The connector's resistance to high temperatures and flammability assures long-lasting operation even in harsh environments.
Versatility in Application and Mounting OptionsCompatible with wire sizes from 6 AWG to 12 AWG, the SB50 can be panel or cable mounted, supporting a wide range of power setups. Its 2-pin design and 50 AMP capacity make it suitable for battery, solar, and automotive applications. With minimal contact resistance and high mating cycles, it ensures dependable performance for traders, suppliers, and wholesalers across various industries in India.
FAQ's of SB50 50 AMP Anderson Connector:
Q: How do I install the SB50 Anderson Connector for my battery applications?
A: The SB50 Anderson Connector features a genderless and snap-in design, streamlining installation. Simply strip the wire to the specified length for your gauge (6-12 AWG), crimp or solder the silver-plated copper contacts, and insert them into the housing until they lock with a click. The connector can be mounted on a panel or used directly on cables.
Q: What are the key benefits of using a polycarbonate housing with UL94 V-0 flammability rating?
A: Polycarbonate offers excellent mechanical strength and electrical insulation properties. The UL94 V-0 flammability rating means it resists burning and self-extinguishes quickly if exposed to flame, providing enhanced safety in high-current and battery environments.
Q: When should I use the SB50 connector over other battery connectors?
A: Choose the SB50 when you need a reliable, high-amp connector (up to 50 AMP) with a high mating cycle capability and compatibility with 6-12 AWG wires. Its silver-plated copper contacts, robust design, and snap-in locking are ideal for frequent connections or harsh environments.
Q: Where can the SB50 Anderson Connector be mounted for optimal performance?
A: The SB50 supports both panel and cable mounting, allowing installation flexibility in battery compartments, power distribution panels, charging stations, and portable equipment. Ensure proper strain relief and secure attachment for optimal electrical contact and durability.
Q: What is the process for ensuring a secure and low-resistance connection with the SB50?
A: To guarantee a low-resistance connection (less than 500 micro-ohms), use the correct wire gauge, properly strip and crimp or solder the contacts, and insert them firmly into the housing until the snap-in mechanism engages. Double-check that the wires are securely fastened to avoid any loose connections.
Q: Can the SB50 Anderson Connector be used outdoors or in high-temperature environments?
A: Yes, the SB50 operates effectively from -20C to +105C. Its robust construction and IP-rated components make it suitable for outdoor and industrial settings, provided it is shielded from direct water ingress and excessive UV exposure.
Q: What advantages does the over 10,000 mating cycles specification provide for frequent users?
A: With more than 10,000 mating cycles, the SB50 is designed for longevity and frequent reconnections. This durability makes it suitable for test equipment, mobile batteries, service shops, and any application requiring repeated plug/unplug cycles without performance loss.