Description
Based off the design pioneered by Anderson in 1953, APP®’s two pole SB® connectors set the standard for DC power distribution and battery connections. SB®50 connectors feature a one piece plastic housing using stainless steel springs to hold low resistance contacts in place. Wires sizes from #16 (1.5 mm2) to #6 (13.3 mm2) are held in the smallest of the SB® series housings.
• Low Resistance Silver or Tin Plated Copper Contacts Allows UL rated currents up to 120 amps
• UL Rated for Hot Plugging up to 50 Amps Great for battery or other applications where the ability to interrupt circuits is required
• Wire, PCB, and Busbar Contacts Allows one connection system to meet multiple needs.
DOWNLOAD SB®50 CONNECTOR SPECIFICATIONS & DATASHEET
SB®50 Standard Housings
The smallest SB® housings work with wire contacts up to 6 AWG [10 mm2] as well as PCB, and busbar contacts. Genderless design mates with itself. Mechanical keys are color coded.
NOTE: SB®50 Black and Gray housings have the same keying features and can be intermated.
SB®50 Chemical Resistant Housings
Same features as the Standard SB®50 but molded in a chemical resistant PBT/ PC blend. Suitable for use to -40°C.
SB®50 Silver Plated Wire Contacts
Use two silver plated contacts per housing for the best electrical performance and durability up to 10,000 mating cycles. See reducing bushings in accessory section for smaller wires.
55A Right Angle Standard Powerclaw PCB Contacts
Standard Powerclaw contacts are for use inside a SB®50 housing and provide a color coded right angle connection to the PCB.
55A Right Angle Mini Powerclaw PCB Contacts
Right angle Mini Powerclaw contacts can be used on the PCB edge without a SB®50 housing on the PCB side. A self polarizing design only allow SB®50 wire housings to mate to PCB contacts one way.
55A Vertical Mini Powerclaw PCB Contacts
Vertical Mini Powerclaw contacts save space by not requiring a SB®50 housing on the PCB side. The guide housing is required for to provide a polarized connection. (See SB®50 accessories).
