Abstract: Provided is a camshaft phaser (1) having a driving member (2), a driven member (3), and a spring (4). The spring (4) is axially preloaded in the spring cavity (5).

Abstract: A camshaft adjuster (2) having a locking cover (1) formed of sheet metal, wherein the locking cover (1) has a substantially disc-shaped base surface (3) and has a collar (7), which extends in an axial direction (5) and which runs at least partially around the base surface (3), for receiving a spring cover (31). As a result of the production of the locking cover (1) from sheet metal in combination with a turned-up collar (7), the locking cover (1) can be produced simply and cost-effectively and nevertheless offers adequately high strength despite the low material thickness.

Abstract: A hydraulic camshaft adjuster (1) having a rotor (2) and a stator (3) as well as a cover (4) which is situated in a rotatably fixed manner on the stator (3) and is separate from the stator (3), having a spring (11) designed as a spiral spring (10), the spiral spring (10) having an inner, first end (9) which is fixed on the rotor (2) in a form-locked manner and an outer, free end (13) which is fixed on the cover (4) in a form-locked manner, the second end (13) of the spiral spring (10) being located in a groove (17) present in the cover (4), the groove (17) extending in such a way that the second end (13) of the spiral spring (10) extends from a side of the cover (4) facing away from the stator (3) to a side of the cover (4) facing the stator (3).

Abstract: Provided is a camshaft phaser (1) having a driving member (2), a driven member (3), and a spring (4). The spring (4) is axially preloaded in the spring cavity (5).

Abstract: A hydraulic camshaft adjuster (1) having a rotor (2) and a stator (3) as well as a cover (4) which is situated in a rotatably fixed manner on the stator (3) and is separate from the stator (3), having a spring (11) designed as a spiral spring (10), the spiral spring (10) having an inner, first end (9) which is fixed on the rotor (2) in a form-locked manner and an outer, free end (13) which is fixed on the cover (4) in a form-locked manner, the second end (13) of the spiral spring (10) being located in a groove (17) present in the cover (4), the groove (17) extending in such a way that the second end (13) of the spiral spring (10) extends from a side of the cover (4) facing away from the stator (3) to a side of the cover (4) facing the stator (3).

Abstract: A camshaft adjuster (2) having a locking cover (1) formed of sheet metal, wherein the locking cover (1) has a substantially disc-shaped base surface (3) and has a collar (7), which extends in an axial direction (5) and which runs at least partially around the base surface (3), for receiving a spring cover (31). As a result of the production of the locking cover (1) from sheet metal in combination with a turned-up collar (7), the locking cover (1) can be produced simply and cost-effectively and nevertheless offers adequately high strength despite the low material thickness.