A holder arrangement (1, 101) for holding a cable (3, 3') or the like to a support structure (5, 5'), said holder arrangement comprising: a spacer (10, 110, 210) being configured for attachment to said support structure, and a bracket (20, 120, 220) comprising a cable supporting portion (22, 122, 222) configured to support the cable, and a spacer receiving portion (24, 124, 224) having a spacer receiving volume (26, 226) for holding said spacer, said spacer receiving portion comprising an inner wall facing said spacer receiving volume and is provided with a bracket axial locking arrangement and a bracket rotational locking arrangement, wherein said spacer comprises an outer wall being provided with corresponding spacer axial locking arrangement and spacer rotational locking arrangement, and wherein when said spacer is received in said spacer receiving volume, said bracket axial locking arrangement is configured to mate with said spacer axial locking arrangement to axially lock said bracket in relation to said spacer, and said bracket rotational locking arrangement is configured to mate with said spacer rotational locking arrangement to rotationally lock said bracket in relation to said spacer, such that said bracket can be rotationally positioned in relation to said support structure by means of said spacer, wherein said internal wall further comprises a bracket load transferring surface being distant from said bracket rotational locking arrangement, wherein when said spacer is received in said spacer receiving volume, said bracket load transferring surface is in contact with the outer wall of said spacer for transferring loads from said bracket to said spacer to avoid, or reduce, unintentional movement of said bracket relative said spacer. a spacer (10, 110, 210) being configured for attachment to said support structure, and a bracket (20, 120, 220) comprising a cable supporting portion (22, 122, 222) configured to support the cable, and a spacer receiving portion (24, 124, 224) having a spacer receiving volume (26, 226) for holding said spacer, said spacer receiving portion comprising an inner wall facing said spacer receiving volume and is provided with a bracket axial locking arrangement and a bracket rotational locking arrangement, wherein said spacer comprises an outer wall being provided with corresponding spacer axial locking arrangement and spacer rotational locking arrangement, and wherein when said spacer is received in said spacer receiving volume, said bracket axial locking arrangement is configured to mate with said spacer axial locking arrangement to axially lock said bracket in relation to said spacer, and said bracket rotational locking arrangement is configured to mate with said spacer rotational locking arrangement to rotationally lock said bracket in relation to said spacer, such that said bracket can be rotationally positioned in relation to said support structure by means of said spacer, wherein said internal wall further comprises a bracket load transferring surface being distant from said bracket rotational locking arrangement, wherein when said spacer is received in said spacer receiving volume, said bracket load transferring surface is in contact with the outer wall of said spacer for transferring loads from said bracket to said spacer to avoid, or reduce, unintentional movement of said bracket relative said spacer.