$12.86
$15.56
ITT Cannon, 4 Way Splice Connection, 130446-000PRODUCT INFORMATIONConnector Type: CircularConnector Style: Y-SpliceSealing: IP66Shielding: NoContacts: 4Contact Style: PinTermination Method: CrimpCrimp Wire Gauge: 20-16awgShell Material: ThermoplasticShell Color: BlackGrommet & Seals Material: SiliconeAmperage Rating: 5AOperating Voltage: AC V RMS Max: 1000Operating Temperature: °F (°C): -40 to 302 (-40 to 150)Contact Mating Life: 25Export Class: EAR / EAR99RoHS: YesCompanion Product with: Plug Connector, Plug Connector TerminatorQuestions regarding the ITT Cannon CLC series connectors or terminals? email us
[email protected] Cannon CLC Connector SeriesApplications:SensorsAutomotive HarnessesOHV – Off Highway VehiclesMarineValvesTransmission SensorsUnder Hood EquipmentCANBUS (Control Area Network)ITT Cannon builds high performance D-Sub connectors for space applications per NASA & SAE standards. These high-reliability connectors meet stringent tests for outgassing and residual magnetism.ITT Cannon‘s space-grade D-Sub connectors were derived from MIL-DLT-24308 standards and available in a wide range of standard to double density configurations for cable-to-cable and printed circuit board applications.The DNM and DNMB connector series are non-magnetic interconnects suitable for space, launch system, military, and aerospace applications.ITT Cannon back shell solutions, including the latest aluminum D-Sub back shells, designed to meet the growing demand for weight reduction in harsh environments.ITT Cannon CLC connector is a clip-lock IP68 sealed interconnect designed for the harshest environments. CLC clip-lock connectors are available in layouts of 2 and 4 contacts, with a max current rating of 13 A , and a secondary TPA lock system. This thermoplastic circular connector series delivers a tightly sealed connection that can with stand heat, shock and vibration.FeaturesSuperior environmental sealing IP68Available in sizes 2, 3, 4 contactsCurrent max rating 13AMaterial rating: -40°C to 150°C continuous operation at rated current
