Sizes of wheel bolts of Mercedes-Benz S600
Total dimensions of fasteners:
  • Number of fasteners: 5;
  • Fastener size: M14x1.5;
  • Diameter of the mounting holes (PCD): 112;
  • Disc offset (ET): from 30 to 51.

Important: the above data are limits for all vehicle modifications, specific figures depend on the year of manufacture.

Rules for selecting wheel fasteners:

Different wheel fasteners are often used for cast and stamped disks - this applies to the length of the bolts, since the thickness of different types of disks can vary significantly.

When selecting any fasteners, special attention should be paid to the thread pitch. This parameter is always indicated after the “x” in the marking.

Most of the wheel fasteners have metric threads with fine pitch (М12х1.25/М12х1.5/М14х1.25/М14х1.5), which must correspond to the threads of thread studs or threaded holes in the wheel hub.

Important: the marking of fastener bolt M12x1.5 is deciphered as follows: thread with a nominal diameter of 12 (mm), thread pitch 1.5 (mm).

Wheel fastener - full drawing
General parameters of wheel bolts of Mercedes-Benz S600
General view spravka
General view

spravka
Number of fasteners per hub for Mercedes-Benz S600.

Size spravka
Metric size of fasteners:

Thread M14 x 1.5 means:

M14 - thread diameter 14 (mm);
1.5 - thread pitch (distance between adjacent threads).

PCD (mm) spravka
Disc drilling:

1. Number of bolt holes.

2. Diameter of the circle on which the mounting holes are located.

spravka

Dimensions bolts

(General view)
5M14x1.5112
Size tables of wheel bolts of Mercedes-Benz S600
Years spravka
Year of manufacture or modification of the S600

spravka
Number of fasteners per hub for Mercedes-Benz S600.

Size spravka
Metric size of fasteners:

ThreadM14 x 1.5 means:

M14 - thread diameter 14 (mm);
1.5 - thread pitch (distance between adjacent threads).

PCD (mm) spravka
Disc drilling:

1. Number of bolt holes.

2. Diameter of the circle on which the mounting holes are located.

spravka

ET (mm) spravka
Disc offset:

Distance between the vertical plane of symmetry of the wheel and the plane of contact of the disc to the hub.

spravka

Bolt
19915M14x1.511247
19915M14x1.511250
19915M14x1.511251
19925M14x1.511247
19925M14x1.511250
19925M14x1.511251
19935M14x1.511247
19935M14x1.511250
19935M14x1.511251
19945M14x1.511247
19945M14x1.511250
19945M14x1.511251
19955M14x1.511247
19955M14x1.511250
19955M14x1.511251
19965M14x1.511247
19965M14x1.511250
19965M14x1.511251
19975M14x1.511247
19975M14x1.511250
19975M14x1.511251
19985M14x1.511247
19985M14x1.511250
19985M14x1.511251
19995M14x1.511240
19995M14x1.511244
20005M14x1.511240
20005M14x1.511244
20015M14x1.511240
20015M14x1.511244
20025M14x1.511240
20025M14x1.511244
20035M14x1.511240
20035M14x1.511244
20045M14x1.511240
20045M14x1.511244
20055M14x1.511240
20055M14x1.511244
20065M14x1.511240
20065M14x1.511244
20075M14x1.511240
20075M14x1.511244
20085M14x1.511240
20085M14x1.511244
20095M14x1.511240
20095M14x1.511244
20105M14x1.511240
20105M14x1.511244
20115M14x1.511240
20115M14x1.511244
20125M14x1.511240
20125M14x1.511244
20135M14x1.511240
20135M14x1.511244
20145M14x1.511230
20145M14x1.511235
20145M14x1.511236
20145M14x1.511236.5
20145M14x1.511236
20145M14x1.511238
20155M14x1.511230
20155M14x1.511235
20155M14x1.511236
20155M14x1.511236.5
20155M14x1.511236
20155M14x1.511238
20165M14x1.511230
20165M14x1.511235
20165M14x1.511236
20165M14x1.511236.5
20165M14x1.511236
20165M14x1.511238
20175M14x1.511230
20175M14x1.511235
20175M14x1.511236
20175M14x1.511236.5
20175M14x1.511236
20175M14x1.511238
20185M14x1.511230
20185M14x1.511235
20185M14x1.511236
20185M14x1.511236.5
20185M14x1.511236
20185M14x1.511238
20195M14x1.511230
20195M14x1.511235
20195M14x1.511236
20195M14x1.511236.5
20195M14x1.511236
20195M14x1.511238

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