Ideal for Class 2 applications including petrochemical, factory-automation and commercial-vehicle equipment, Brad® Micro-Change® M12 Harsh-Duty Receptacles offer a sealed connection with superior EMI/RFI shielding in highvibration systems Brad® Micro-Change® M12 Harsh-Duty Receptacles are designed to withstand harsh commercial and industrial environments. Their superior design ensures a reliable connection for control elements in commercial vehicle equipment, factory automation equipment and petrochemical markets. Receptacles are tooled for network connectivity in both Ethernet and Controller-Area Network (CAN bus) protocols, as well as passive applications such as discreet and analog sensor applications. Receptacles are available in 4-pole D-code and 5-pole A-code configurations; additional pole count and code variations can be developed upon request. Heavy-duty diecast construction provides 360° EMI/RFI shielding in the rugged receptacle while keeping costs to a minimum. Brad Micro-Change M12 Harsh-Duty Receptacles are designed to interface with numerous Molex cordsets, including Series 130048, 120108, 130027 and 130028. For more information on Molex’s broad portfolio of industrial and power products for harsh-duty applications, visit: www.molex.com/product/bradproducts.html Brad® Micro-Change® M12 Harsh-Duty Receptacles 130299 H arsh-Duty Receptacles A C B D A. 4 -pole right-angle receptacle with coupling nut (Series 130299) B. 4-pole right-angle receptacle with O-ring (Series 130299) C. 4-pole right-angle receptacle, back view (Series 130299) D. Coupling nut (130299) Features and Benefits Robust housing with heavy-duty die-cast construction and IEC 61076-2-101 compliant design Provides superior Electro Magnetic Interference (EMI) and Radio Frequency Interference (RFI) protection. Meets CE industry requirements Waterproof sealed and IP67, IP69K compliant Able to withstand high-pressure wash down Rated to 250V AC/DC, up to 4.0A Ideal for Class 2 power and network circuit applications Receptacle designed with a vibration-resistant mounting nut Withstands vibration for chassis applications Tooled for Ethernet and Controller-Area Network (CAN bus) protocols and passive applications including discreet and analog sensors Meet high-speed data bus requirements Receptacle pull-strength of 1.5N initial-mate torque resistance and 34kg intermittent sideload withstand rating Durable for harsh environments, exceeding twice the strength of standard M12 receptacles. Reduces chance of pin bending during mating Receptacles available in right-angle and straight configurations and 5-Pole A-, 4-pole D-code keyway options Provides a full range of options for design flexibility. Keyed for poka-yoke manufacturing processes (end-ofline rework) Brad® Micro-Change® M12 Harsh-Duty Receptacles Specifications Reference Information Packaging: 10 pack sleeve RoHS: Yes D-Code receptacle: UL File No. E200650 Pending A-Code receptacle: UL File No. E152210 Pending CSA File No. LR6837 Pending Electrical Voltage (max.): 250V AC Current (max.): 4.0A Contact Resistance: <10 milliohms Dielectric Withstanding Voltage: 1500V AC Insulation Resistance: 20 Megohms min. Mechanical Durability: 500 cycles Left-to-right: Brad® Micro-Change® 4-pole straight receptacle, Micro-Change® 4-pole cordset Robust shell isolates PCB poles; Right-Angle Receptacle for Ethernet Applications Offset keying option example 4-pole straight receptacle with O-Ring Applications Commercial Vehicle Transportation – Controllers and telematics – Sensors, navigation devices –C onstruction, agriculture, forestrymachinery Industrial Machinery –P ackaging, robot, welding, material handling device manufacturers Harsh Commercial Products – Outdoor displays, signs – Carwashes Marine – Boats – Large vessels Military/Aerospace – Tactical vehicles – C4ISR systems – Military shelters Truck GPS Harvesting Machinery Ordering Information Order No. 130299-0100 130299-0200 130299-0300 130299-0400 Poles Code 4 D 5 A Orientation Right Angle Straight Right Angle Straight www.molex.com/link/m12.html Order No. 987650-7483 Printed in USA/KC/2012.05 ©2012 Molex