-40%

JOHNSON CONTROLS Armored Capillary, 0.062" ID x 48" L SEC99AA-48C

$ 26.18

Availability: 48 in stock
  • Condition: New
  • Brand: Johnson Controls
  • MPN: SEC99AA-48C

    Description

    HOME
    About Us
    New Arrivals
    Ending Items
    Best Match
    Contact Us
    View Feedback
    All Categories
    business and industrial
    home & garden
    ebay motors
    sporting goods
    Health & Beauty
    Everything Else
    JOHNSON CONTROLS Armored Capillary, 0.062" ID x 48" L SEC99AA-48C
    Item
    : Armored Capillary Tubing
    Connection Size
    : 1/4 in SAE Female Flare
    For Use With
    : All Common Non-Corrosive Refrigerants
    Outside Dia.
    : 0.125 in
    Inside Dia.
    : 0.062 in
    Max. Working Pressure
    : 600 psi
    Includes
    : (2) Straight Ends With Breakaway Schrader Valve Depressor On One End
    Length
    : 48 in
    Material
    : Brass
    Sleeve Material
    : Brass
    Standards
    : UL and C-UL Recognized
    Tubing Material
    : Copper
    Temp. Range
    : -50 Degrees to 350 Degrees F
    Length (Straight Wireway)
    : 48 in
    Country of Origin (subject to change)
    : Mexico
    Description
    Armored Capillary Tubing, Connection Size 1/4 in SAE Female Flare, Length 48 in, Inside Dia. 0.062 in, Outside Dia. 0.125 in, Max. Working Pressure 600 psi, Temp. Range -50 Degrees to 350 Degrees F, Sleeve Material Brass, Tubing Material Copper, Standards UL and C-UL Recognized, For Use With All Common Non-Corrosive Refrigerants, Includes (2) Straight Ends With Breakaway Schrader Valve Depressor On One End
    FAST SHIPPING
    order shipped within 24hrs
    TRUSTED STORE
    satisfaction guarantee
    SECURE SHOPPING
    buy with confidence
    Quick Links
    HOME
    Contact Us
    View Feedback
    Payment Options
    Secure Payments by
    Store Newsletter
    Add Store to your Favorites and receive email newsletters about new items and special promotions!
    Sign Up Now
    Copyright ©
    tooling_supply
    Listing and template services provided by inkFrog