High-quality, seamless-barrel metric ring terminals allow for optimum fit and maximum electrical performance when terminating connections to metric screws or threaded posts and are widely used in solderless wiring applications Introducing high-quality metric-size solderless ring terminals featuring insulated Avikrimp™ and un-insulated VersaKrimp™ seamless barrel types. The terminals provide maximum electrical performance for metric terminations using studs up to 10mm in diameter and wire size up to 6mm2. Metric Ring Terminals 19323VersaKrimp™ style (un-insulated) 19324Avikrimp™ style (barrel insulated) Solderless ring terminals meet UL requirements only when crimped using Molex recommended tooling; however terminals may be crimped with a variety of industry-standard tooling. For additional information visit: www.molex.com/link/metricringterminals.html Features and Benefits Terminals designed with metric ring sizes Enables universal use with metricsize studs/screws up to 10mm in diameter and wire sizes up to 6mm2 VersaKrimp™ style un-insulated rings feature a brazed seam on the crimp barrel reates a seamless barrel that C eliminates the need for proper orientation of the barrel during crimping; permits 360° of rotation in the crimp jaws for faster and more reliable crimping Avikrimp™ style rings are preinsulated with Nylon on the barrel Prevents arcing between adjacent terminals on a barrier strip when the barrels are exposed beyond the edge of the strip Nylon does not contain Halogens and is Glow Wire tested for safety Avikrimp™ barrel has tin-plated brass ferrule Provides double-crimp: both conductor and insulation crimp (strain relief) for optimum vibration resistance; fulfills TUV, VDE, IEC and DIN requirements Creates a seamless conductor crimp that eliminates the need for proper orientation of the barrel during crimping; permits 360° of rotation in the crimp jaws Terminals are constructed of highquality, oxygen-free copper with tin plating Protects from oxidation, which can result in high contact resistance and failure; ensures a highly conductive and reliable crimp Terminals available on Mylar tape on request Allows for high-volume termination and the most cost-effective and efficient wire-harness production Molex crimp tooling available Terminals meet UL requirements only when used with Molex recommended tooling VersaKrimp™ and Avikrimp™ Metric Ring Terminals Avikrimp™ Metric Ring Terminal VersaKrimp™ Metric Ring Terminal Metric Ring Terminals Applications Industrial Electrical panels Wiring harnesses Terminal blocks Automotive Aftermarket Wiring harnesses After-market audio or video Consumer HVAC Security Appliances / white goods Consumer electronics / brown goods Specifications REFERENCE INFORMATION Packaging: Bulk Box UL File No.: E32244 Designed In: mm RoHS: Yes Halogen Free: Yes Glow Wire Compliant: Yes Ordering Information Nominal Wire Size and Range (mm²) Stud Size (mm) 1 (0,5 – 1) ELECTRICAL Voltage (max.): 300V AC or DC (Avikrimp) Current (max.): 5 to 30A depending on wire size PHYSICAL Housing: Nylon Contact: Copper Plating: Tin Operating Temperature: -55 to +105°C Ring terminals connected to Molex Euromate™ terminal block Additional Product Features Metric stud hole Tin Plated Brass Sleeve Order Numbers Avikrimp™ VersaKrimp™ Insulated Un-insulated 2,5 19324-0001 19323-0001 1 (0,5 – 1) 3 19324-0002 19323-0002 1 (0,5 – 1) 3,5 19324-0003 19323-0003 1 (0,5 – 1) 4 19324-0004 19323-0004 1 (0,5 – 1) 5 19324-0005 19323-0005 2,5 (1 – 2,5) 3 19324-0006 19323-0006 2,5 (1 – 2,5) 3,5 19324-0007 19323-0007 2,5 (1 – 2,5) 4 19324-0008 19323-0008 2,5 (1 – 2,5) 5 19324-0009 19323-0009 2,5 (1 – 2,5) 6 19324-0010 19323-0010 2,5 (1 – 2,5) 8 19324-0011 19323-0011 6 (2,5 – 6) 4 19324-0012 19323-0012 6 (2,5 – 6) 5 19324-0013 19323-0013 6 (2,5 – 6) 6 19324-0014 19323-0014 6 (2,5 – 6) 8 19324-0015 19323-0015 6 (2,5 – 6) 10 19324-0016 19323-0016 Nylon Insulation Avikrimp™ Ring Terminal Insulated Metric stud hole Brazed Seam VersaKrimp™ Ring Terminal Un-insulated www.molex.com/link/metricringterminals.html Order No. 987650-8412 Printed in EUR/GF/2013.01 ©2013 Molex