M30-1100600

Component Specification C02509 M30 Series Connectors November 2021 SECTION TITLE PAGE 1 Description of Connector and Intended Application 2 2 Ratings 2 harwin.com C02509 Component Specification – M30 Series Connectors 1. DESCRIPTION OF CONNECTOR AND INTENDED APPLICATION A selection of 1.25mm pitch connectors, comprising throughboard and surface mount vertical headers mated to crimp sockets with housings. 2. RATINGS 2.1. Material & Finish Housing Material: For PC Tail or SMT connector ................................................................ Nylon 6T, UL94V-0 For Cable connector .............................................................................. Nylon 66, UL94V-0 Contact Material: For PC Tail or SMT connector ................................................................ Brass For Cable connector .............................................................................. Phosphor Bronze SMT Retainer Material ................................................................................ Phosphor Bronze Finish (Contacts and SMT Retainer) ........................................................... 2.03-2.54µ 100% Tin over 0.76µ Nickel 2.2. Electrical Characteristics Current Rating .............................................................................................. 1.0A AC/DC max Voltage Rating ............................................................................................. 150V AC/DC max Contact Resistance ...................................................................................... 30mΩ max Dielectric Withstanding Voltage ................................................................. 500V ACrms for 1 minute Insulation Resistance .................................................................................. .500MΩ min 2.3. Environmental Characteristics Temperature Range .................................................................................... -25°C to +85°C High Temperature, Short Term (no electrical load) .................................. 10 seconds at 260°C Thermal Shock ............................................................................................. 5 cycles: -55°C (30 mins) to +85°C (30 mins) Heat Resistance ........................................................................................... .85°C for 96 hours Cold Resistance ........................................................................................... -25°C for 96 hours Humidity ...................................................................................................... .90-95% RH at 40°C for 96 hours Salt Spray ..................................................................................................... 5% solution at 35°C for 24 hours Vibration..................................................................................... 10-55-10Hz in 1 minute, 1.5mm amplitude, 2 hours each axis Shock ............................................................................................................ 50G (490m/s²) for 11 milliseconds Solderability ................................................................................................. 5 seconds at 245°C 2.4. Mechanical Characteristics Contact Durability ........................................................................................ 50 Cycles* *Connectors are not designed to be pulled apart or separated easily, and are ideal for one cycle only. Contact Retention in Housing ..................................................................... 4.9N min Crimp Wire Retention (Pull-Off Force): 26AWG ................................................................................................... 18.5N min 28AWG ................................................................................................... 8.5N min 30AWG ................................................................................................... 7.0N min Insertion Force (per contact) ...................................................................... 4.9N max C02509 Date: 05.11.2021 C/Order: 30705 Issue: 09 2