-40%

Allen Bradley 889D-F4AC-5 Micro Cable Cordset

$ 10.56

Availability: 72 in stock
  • Model: 889DF4AC5
  • MPN: 889DF4AC5
  • Type: Micro Cable
  • Brand: Allen-Bradley
  • Condition: New
  • Controller Platform: Series 5

    Description

    Technical Specifications
    Mechanical
    Number of poles
    4
    Degree of protection (IP), mounted
    IP69K
    Operating temperature
    -20 °C
    Number of pins
    4-pins
    Second end conductors
    Same as first end
    Enclosure type rating
    NEMA 6P, 1200 psi (8270 kPa) washdown, IP69K
    First end connector style
    Female, straight (internal threads, except mini receptacles)
    Cable type
    Oil-resistant PVC jacket, 18 or 22 AWG conductors, 300V
    Material
    Coupling nut: Epoxy-coated Zinc, Molded oil-resistant PUR, Contact: Gold over Nickel-plated Brass
    Bend radius
    10 x diameter
    Electrical
    Rated voltage
    250 V
    Rated current In
    4 A
    Assembly rating
    4 A @ 250V
    Cable rating
    UL AWM style 2661 VW-1 105 °C 300V, CSA AWM A/B I/II 80 °C 300V FT1, UV oil and water resistant
    Construction
    With shield connection
    No
    Cable length
    5000 mm
    Second end termination style
    No connector
    Second end termination type
    Cable - IEC standard color code
    Diameter, approx
    Connector: 14 mm (0.56 inch) @ straight male
    Length, approx
    Connector: 50.8 mm (2.0 inch) @ straight male
    Height, approx
    Connector: 31.8 mm (1.25 inch) @ right angle male
    Product type feature
    Standard- Epoxy coated Zinc for DC micro,AC micro, mini QD with 2-6 pins, Standard-Nickel plated Brass for pico, Standard-Aluminum with clear sealant for mini QD with 7-12 pins
    Diameter
    2 core cable: 5 mm (0.21 inch), 3 core cable: 5 mm (0.21 inch), 4 core cable: 5 mm (0.21 inch), 5 core cable: 6.5 mm (0.25 inch), 4 core cable (18 AWG): 6.5 mm (0.25 inch)
    Material of contact surface
    Gold
    Material housing
    Plastic
    Type of plug-in contact, inner side
    Female (bus)
    Mounting method
    Freely positionable