clip locking turnbuckle body

clip locking turnbuckle body

The tensioner includes a tensioner arm molded from a suitable plastic material and a pivot bushing formed from a different material, the pivot bushing preferably being over molded about the tensioner arm.

Use your 13mm socket to remove the tensioner idler sheave then remove the guide from the tensioner pulley to free the belt from the tensioner assembly.

The pivot bushing has a frustoconical outer shape, as does the pivot surface of the hub of the tensioner arm which pivots on the pivot bushing.

The invention relates to a guide or tension rail (1) in a traction mechanism drive, wherein the guide or tension rail (1) comprises a bearing lug (4) having a sleeve (5).

The socket is provided with a rod pass-through hole which continuously penetrates through both the socket body section and the engagement section and through which the tension rod is passed.

A dampening spring urges the pivot bushing towards the tensioner arm's pivot surface, providing for wear compensation and for dampening.

The invention relates to a guide or tensioning rail (1) in a traction drive, the guide or tensioning rail (1) having at least one bearing lug (4a, 4b) having a sleeve (5).

A torque-limiting driving socket for a nut or bolt comprises a socket portion (4) which receives the nut or bolt head and a hexagonal driving portion (6) for engagement with a spanner or wrench.

The spacer is positioned between the tensioner and the tension mount.

The socket defines a socket radius.

The first tensioner pulley is rotatably mounted to the tensioner arm.

The socket includes a socket opening, the socket opening composed of the first material.

The pivot bushing and tensioner arm include a series of longitudinal slots to form fingers from the tensioner arm and pivot bushing, the fingers engaging the pivot surface of the pivot shaft about which the arm pivots.