A lighting arrangement, including - a plurality of light sources in spaced arrangement, a first plurality of collimator elements in front of the light sources arranged in a first collimator element row; a second plurality of collimator elements in front of the light sources arranged in a second collimator element row; - a lens formed in one piece with the first and second pluralities of collimator elements, the lens being configured to project collimated light as a beam; and - a holder with a plurality of spaced openings, the first and second pluralities of collimator elements being arranged to be held within the openings, in such a way that said openings are arranged to contact said collimator elements from at least two opposed sides, characterized by the holder comprising at least a first portion and a second portion, at least some of the openings being formed between the first and the second portion (14a, 14b); wherein a first group of the openings is arranged in a first opening row to receive the first collimator element row, and a second group of the openings is arranged in a second opening row to receive the second collimator element row, the second opening row being arranged at least substantially in parallel and at a distance to the first opening row, and the openings of the first and second group are arranged in offset arrangement. - a plurality of light sources in spaced arrangement, a first plurality of collimator elements in front of the light sources arranged in a first collimator element row; a second plurality of collimator elements in front of the light sources arranged in a second collimator element row; a first plurality of collimator elements in front of the light sources arranged in a first collimator element row; a second plurality of collimator elements in front of the light sources arranged in a second collimator element row; - a lens formed in one piece with the first and second pluralities of collimator elements, the lens being configured to project collimated light as a beam; and - a holder with a plurality of spaced openings, the first and second pluralities of collimator elements being arranged to be held within the openings, in such a way that said openings are arranged to contact said collimator elements from at least two opposed sides, characterized by the holder comprising at least a first portion and a second portion, at least some of the openings being formed between the first and the second portion (14a, 14b); wherein a first group of the openings is arranged in a first opening row to receive the first collimator element row, and a second group of the openings is arranged in a second opening row to receive the second collimator element row, the second opening row being arranged at least substantially in parallel and at a distance to the first opening row, and the openings of the first and second group are arranged in offset arrangement. the holder comprising at least a first portion and a second portion, at least some of the openings being formed between the first and the second portion (14a, 14b); wherein a first group of the openings is arranged in a first opening row to receive the first collimator element row, and a second group of the openings is arranged in a second opening row to receive the second collimator element row, the second opening row being arranged at least substantially in parallel and at a distance to the first opening row, and the openings of the first and second group are arranged in offset arrangement.