End piece, With handle, For clipping on and tightening

for Slido Design IF

Manuals and Videos
    Slido Design 25 IF G

    Solutions for this product

    Filter

    Complete your selection

    Help

    Help

    Requested amount is in stock.
    Limited stock available.
    Item no longer available

    Note:
    To receive items as fast as possible, choose 'when available' at checkout.

    NONE Min. 1
    View 2 Articles

    415.13.010 SLIDO 25 IF G PROF. GRIP OPEN CHR.MATT

    for Slido Design IF –, With glass groove, plastic, matt chrome plated

    415.13.170 SLIDO 25 IF G PROF. GRIP CLOSED CHR.MATT

    for Slido Design IF –, Without groove, plastic, matt chrome plated

    Product details

    Packing

    1 or 50 pieces

    For glass thickness

    6 and 8 mm

    Installation

    For clipping on and tightening

    Material

    Plastic

    Finish

    Chrome plated matt
    Complementary products and accessories
    Slido Design 25 IF G running gear
    End piece, Without handle, For clipping on and bonding on site
    Corporate Office: Häfele America Co., 3901 Cheyenne Drive, Archdale, N.C. 27263
    Phone: 800.423.3531, Fax: 800.325.6197, Local Phone: 336.434.2322, Email: info@haefeleamericas.com
    1 December 2020

    End piece, With handle, For clipping on and tightening

    for Slido Design IF –

    • ④ End piece with handle

      with glass groove

      see key

      With glass groove

      Glass width: (4)

    • ③ End piece with handle

      closed type

      see key

      Without groove

      Glass width: (3)

    • ① End piece, Closed; ② End piece, With glass groove; ③ End piece with handle, Closed; ④ End piece with handle, With glass groove; ⑤ End piece, With glass groove, With lock for cylinder core

      see key

      Glass width calculation D (D1 and D2):

      CN = number of doors

      IA = internal cabinet width

      F = gap

      G = door overlap

       

      (1), (3)

       

      D1 =

      (CN–1)xG+IA

       

      5 – (2xF)

      CN

       

      (2), (4), (5)

       

      D2 =

      (CN–1)xG+IA

       

      (2xF)

      CN

    Note: The image may show a similar article