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TE Connectivity 2213600-2

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    Buy cheap TE Connectivity 2213600-2 from wholesalers
     
    Buy cheap TE Connectivity 2213600-2 from wholesalers
    • Buy cheap TE Connectivity 2213600-2 from wholesalers

    TE Connectivity 2213600-2

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    Brand Name : TE Connectivity
    Model Number : 2213600-2
    Delivery Time : 3-5 working days
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    TE Connectivity 2213600-2

    Product Overview

    This specification covers the performance, tests, and quality requirements of the "CoolSplice Connector" with part numbers x-2213600-y and 2213800-y, applied according to application specification 114-133061. The CoolSplice Connector is designed for electrical connections and has undergone successful qualification testing.

    Brand

    TE Connectivity

    Product Name

    CoolSplice Connector

    Certifications

    IEC 60998-2-3, UL 486C Listed, UL 1977 Recognized, UL 2459 Listed

    Environmental Compliance

    RoHS & REACH compliant

    Part NumberVoltageCurrentTemperatureIP Rating
    x-2213600-y600 V ac / dc (UL 486C & IEC60998-2-3)12 AWG / 4 mm2: 20 A
    14 AWG / 2.5 mm2: 15 A
    16 AWG / 1.5 mm2: 15 A
    18 AWG / 0.75 mm2: 10 A
    -40 C to 105 C (Ambient max 75 C)IP20 for -4, -5, -6, -9 & 1-2213600-0
    IPx5, IPx7 & IPx8 for -1, -2, -3, -7 & -8
    2213800-y600 V ac / dc (UL 2459)
    450 V ac / dc (IEC 60998-2-3)
    18 AWG / 0.75 mm2: 6.5 A (5 A, IEC)
    20 AWG / 0.5 mm2: 6.5 A (5 A, IEC)
    22 AWG / 0.35 mm2: 5 A (5 A, IEC)
    -40 C to 105 C (Ambient max 75 C)IP20 for -1 & -3
    IPx5, IPx7 & IPx8 for -2 & -4
    Test DescriptionRequirementProcedure
    Initial examination of productMeets requirements of product drawing.Visual, dimensional and functional inspection, according to the Quality Inspection Plan.
    Visual Examination of ProductThe product shall not have visible marks of damage, break, or defect before and after the execution of the tests.EIA-364-18B
    Contact resistanceInitial resistance maximum 25 m. Maximum resistance after testing not exceeding 100 m. Open voltage: 20 mV maximum. Current 100 mA maximum.EIA-364-23, Option 1
    Insulation resistance500 M minimum.IEC 60512-3-1 Test 3a
    Temperature riseT < 30 CMeasure temperature rise at 1 A and increase current in steps of 1 A. After a stabilization period of 1 hour and up to fail. EIA 364-70, Method 2
    Voltage proof (between adjacent contacts and contacts & housing)3400 V ac Duration: 60 s.IEC 60512-4-1, Test 4a UL2459 / UL 486C
    Cable retention force (axial)12 AWG / 4 mm2: 155 N
    14 AWG / 2.5 mm2: 120 N
    16 AWG / 1.5 mm2: 70 N
    18 AWG / 0.75 mm2: 50 N
    20 AWG / 0.5 mm2: 50 N
    22 AWG / 0.35 mm2: 50 N
    No visual damage. EIA 364-13 method A
    Cable retention force (90)12 AWG / 4 mm2: 155 N
    14 AWG / 2.5 mm2: 120 N
    16 AWG / 1.5 mm2: 70 N
    18 AWG / 0.75 mm2: 50 N
    20 AWG / 0.5 mm2: 50 N
    22 AWG / 0.35 mm2: 50 N
    EIA 364-13 method A. Cable pulled 90 on insertion direction (towards the button). No visual damage.
    Vibration TestNo visual damage. Discontinuity <1 sec.Duration: 4 hours for each axis (x, y, z). Frequency: 10-200-10 Hz. Peak to peak amplitude 1,0 mm. Speed: 1 octave/min. Acceleration: 5 g. IEC 60068-2-6
    ImpactNo visual damage. Maximum resistance after testing not exceeding 100 m.One time dropped from 5 meters on concrete floor.
    Separation forceMinimum of 50 N.Pulling two mated CoolSplices apart by means of pulling from wires (see figure 1). Only for 2213600-x.
    IPX5Passing.IEC 60529
    IPX8 (this includes IPx7)2 hours submerged in 1 meter depth.IEC 60529
    Cold-40 C Duration: 2h.IEC 60068-2-1
    Dry heat100 C Duration: 2h.IEC 60068-2-2
    Damp heat40 2 C Relative humidity: 93 3/-2 % Duration: 4 days.IEC 60068-2-3
    Thermal shockTa = -40 C; Tb = 100 C. 100 cycles, 30 min/30 min.IEC 60068-2-14, Test Na
    Thermal cycling with current load cyclicTa = 20 C (t = 30 min. including transition). Tb = 50 C (t = 30 min. including transition). Number of cycles: 192. Temperature transition rate: 5 C/min. Total cycle duration: 1 h. Current: 1,5 A for 45 min/0 A for 15 min.IEC 60068-2-14, test Nb IEC 60512-9-5 Test 9e
    Test GroupTest Sequence (b)
    A (2213600-x)Visual examination of product: 1, 13
    Contact resistance: 2, 4, 6, 8, 10, 12
    Insulation resistance: 3, 13
    Temperature rise: 5, 15
    Voltage Proof: 11
    Cable retention force (axial): 9
    Cable retention force (90): 6
    Vibration Test: 5
    Impact: 5
    Separation force: 7
    IPX5: 3, 7
    IPX8 (this includes IPX7): 9
    Cold: 7
    Dry heat: 9
    Damp heat: 11
    Thermal shock: 3
    Thermal cycling with current load cyclic: 3
    B (2213800-x)Visual examination of product: 1, 17
    Contact resistance: 2, 6, 8, 10, 12, 16
    Insulation resistance: 4, 14
    Temperature rise: 5, 15
    Voltage Proof: 11
    Cable retention force (axial): 9
    Cable retention force (90): 6
    Vibration Test: 5
    Impact: 5
    Separation force: N/A
    IPX5: 3, 7
    IPX8 (this includes IPX7): 9
    Cold: 7
    Dry heat: 9
    Damp heat: 11
    Thermal shock: 3
    Thermal cycling with current load cyclic: 3
    C (2213600-x)Visual examination of product: 1, 10
    Contact resistance: 2, 4, 6, 8
    Insulation resistance: N/A
    Temperature rise: N/A
    Voltage Proof: N/A
    Cable retention force (axial): N/A
    Cable retention force (90): N/A
    Vibration Test: N/A
    Impact: N/A
    Separation force: N/A
    IPX5: N/A
    IPX8 (this includes IPX7): N/A
    Cold: N/A
    Dry heat: N/A
    Damp heat: N/A
    Thermal shock: N/A
    Thermal cycling with current load cyclic: N/A
    D (2213800-x)Visual examination of product: 1, 8
    Contact resistance: 2, 4, 6
    Insulation resistance: N/A
    Temperature rise: N/A
    Voltage Proof: N/A
    Cable retention force (axial): N/A
    Cable retention force (90): N/A
    Vibration Test: N/A
    Impact: N/A
    Separation force: N/A
    IPX5: N/A
    IPX8 (this includes IPX7): N/A
    Cold: N/A
    Dry heat: N/A
    Damp heat: N/A
    Thermal shock: N/A
    Thermal cycling with current load cyclic: N/A
    (2213600-x)Visual examination of product: 1, 5, 7
    Contact resistance: 2, 4
    Insulation resistance: N/A
    Temperature rise: N/A
    Voltage Proof: N/A
    Cable retention force (axial): N/A
    Cable retention force (90): N/A
    Vibration Test: N/A
    Impact: N/A
    Separation force: N/A
    IPX5: N/A
    IPX8 (this includes IPX7): N/A
    Cold: N/A
    Dry heat: N/A
    Damp heat: N/A
    Thermal shock: N/A
    Thermal cycling with current load cyclic: N/A
    (2213800-x)Visual examination of product: 1, 5, 7
    Contact resistance: 2, 4
    Insulation resistance: N/A
    Temperature rise: N/A
    Voltage Proof: N/A
    Cable retention force (axial): N/A
    Cable retention force (90): N/A
    Vibration Test: N/A
    Impact: N/A
    Separation force: N/A
    IPX5: N/A
    IPX8 (this includes IPX7): N/A
    Cold: N/A
    Dry heat: N/A
    Damp heat: N/A
    Thermal shock: N/A
    Thermal cycling with current load cyclic: N/A
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