201444-1104

Nano-Fit Power Connectors Nano-Fit Power Connectors deliver up to 8.0A with a 2.50mm pitch, while also offering keying options to ensure proper mating and terminal position assurance (TPA) retainers to prevent terminal backout Features and Advantages Multiple mechanical keying and color-coded options Help to prevent risk of cross-mating. Enables faster assembly with visual indication of proper mating Smallest fully isolated headers in the market Provides a small package that eases space constraints. Allows up to 69% more space in the x-axis than competing connectors Terminals available in gold and tin plating Deliver different cost options while meeting performance needs Ultra-low mate force terminal Reduces operator fatigue. Improves assembly compliance for high-circuit applications Retention tang and contact rib Maintain stable contact Terminal Interface with 4 points of contact Offers redundant, secondary current paths for long term performance and reliability Optional TPA (Terminal Position Assurance) Retainer Ensures terminals are fully seated in housing to reduce backout. Retains terminals if main retention feature fails Multi-layer boards Eliminate need of throughhole. Ensures mated connector assemblies will not accidentally disengage Positive-lock housing with anti-snag design Ensures mated connector assemblies will not accidentally disengage Fully isolated terminals Protect against potential damage of terminals during handling and mating Available in embossed tape for pick-and-place assembly Enables quick and accurate component placement to meet fast time-to-market Applications Consumer/ Home Appliance Aerospace and Defense Refrigerators C4ISR Washers and dryers Industrial Mobile devices Assembly line equipment Telecommunications/ Networking Food and beverage Servers Medical Hubs Healthcare IT Automotive Patient care equipment Interior Lighting Lighting Home lighting fixtures Ballasts Automotive Interior Lighting Washers and Dryers Nano-Fit Power Connectors Specifications PHYSICAL Housing: Receptacle: Nylon UL 94V-0 Header: LCP UL 94V-0 Contact: High- Conductivity Copper Plating: Contact Area — 0.38 Tin or 381μ (15μ”) Gold or 762μ 0.76 (30μ”) Gold Solder Tail Area — Tin Underplating — Nickel PCB Thickness: 1.60 and 2.40mm Operating Temperature: -40 to +105°C (Tin), -40 to +115°C (Gold) ELECTRICAL Voltage (Max): 250V Current (Max): 8.0A Contact Resistance: 10 milliohms change over life Dielectric Withstanding Voltage: 1500V Insulation Resistance: 1000 Megohms REFERENCE INFORMATION Packaging Terminals - Reel Headers - Tray, Embossed Tape, and Reel Receptacles - Bag UL File No: E29179 CSA File No: LR19980 Mates with: Nano-Fit Connectors and Receptacles Only- No competitive cross Use with: Nano-Fit Terminals and TPA Retainers Only - No competitive cross Terminal Used: Reel Designed In: Millimeters RoHS: Yes Halogen Free: Yes Glow Wire Capable: Yes MECHANICAL Contact Insertion Force: 2.5N Contact Retention to Housing: 27N Insertion Force to PCB: 5N Mating Force: 3N Unmating Force: 3N Cycles: 20 cycles (Tin), 50 cycles (Gold) Ordering Information HEADERS Series Row Orientation Circuits 105429 Dual Vertical 4 to 16 105431 Single Vertical 2 to 8 105430 Single Right Angle 2 to 8 105405 Dual Right Angle 4 to 16 105309 Single 2 to 8 105310 Dual 4 to 16 105311 Single 105312 Dual 105313 Single 105314 Dual Vertical Termination Style 2 to 8 4 to 16 Right Angle RECEPTACLE HOUSING Solder Clip Color SMT No Black and Natural Yes Through Hole 2 to 8 No 4 to 16 PLUG HOUSING Series Circuits Rows 105307 2 to 8 Single 105308 4 to 16 Dual Color Series Row Circuits Panel Mount Color Black/Natural 200277 Single 2 to 8 201444 Dual 4 to 16 Panel Mount and Free Hanging Black/Natural CRIMP TERMINALS TERMINAL POSITION ASSURANCE (TPA) RETAINER Series Circuits Color Series Type Wire Gauge (AWG) Plating 105325 2 to 8 Black/Natural 201447 Male 20 to 26 105300 Female Tin, Gold www.molex.com/link/nanofit.html Molex is a registered trademark of Molex, LLC in the United States of America and may be registered in other countries; all other trademarks listed herein belong to their respective owners. Order No. 987651-1223 Rev.6 USA/0k/GF/2019.11 ©2019 Molex