Hellermanntyton Visit your local site for the relevant product catalog, pricing, service and events
Proceed
19/11/2024

Heatshrink Tube
Art.-No. 370-00404 | MU37-30/12-PO-X-BN |  Details

3:1 shrink ratio tubing is ideal in many applications.

    Add to watchlist

    Request your individual offer now

     Request quote
    Downloads
    Application Medium-wall heatshrinkable tube, suitable for insulation of busbars in switches and medium voltage substation.
    Application Tool H6100, CHG900
    Colour Redbrown (RDBN)
    Material Polyolefin, cross-linked (PO-X)
    PART DESCRIPTION MU37-30/12-PO-X-BN
    Pack Content 15m
    Package Content packed in reel
    Printable No
    Product Family MU37
    Product Group Heatshrink Tube
    Shrink Ratio 2.5:1
    Size 1-1/4"
    Type MU37-30/12
    Variant Medium-Wall
    With inner glue (Yes/No) No
    Longitudinal Change After Shrinkage -10% max.
    Recov. ∅ d max. 12.0mm
    Supplied ∅ D min. 30.0mm
    Wall (WT) 2.3mm
    Dielectric Strength 20kV/mm
    Min. Shrink Temperature - °C +110 °C
    Operating Temperature -45 °C to +135 °C
    ROHS compliant Yes
    Specifications
    GTIN-13 / EAN 7890176062017
    Packaging 1 - Weight (kg) 1kg
    Reel Length 15m
    UNSPSC Key 39121723
    Heat shrink tubing Heat shrink tubing

    Heat shrink tubing

    You are looking for the heat shrink tubing meeting your application requirements best? The key factors to which we owe our success are the unique and quite specific properties of our heat shrink tubing.

    Heat Shrink Tubing >
    Art.-No.: 370-00404 Details My watchlist Contact
    Base Data Product Dimensions Specifications Logistics and Packaging Downloads
    Downloads
    Add to watchlist

    Request your individual offer now

     Request quote
    Facebook  Instagram  X  YouTube  LinkedIn  Link Corporate Blog 
    Contact Us Terms and Conditions Imprint Guidelines and commitments Privacy statement Newsletter Sitemap
    Update: 17/11/2024 © HellermannTyton 2024
    © HellermannTyton 2024 (v4.256.7) | Update: 17/11/2024 | Privacy Settings
    Contact