Cylindrical Roller Bearings · Full Complement (SL / NCF)
SL18 2200 Series Full Complement Cylindrical Roller Bearings
17 catalogued sizes, dimensioned to ISO 15 / DIN 5412-1 / GB/T 283. Pick any row and the technical drawing redraws to it.
SL18 2200 Series Full Complement Cylindrical Roller Bearings to ISO 15 / DIN 5412-1 / GB/T 283 are catalogued in bore 20-100 mm, with od 47-180 mm, wide 18-46 mm, r 1-2.1 mm. 17 sizes are held in the table below, and the technical drawing redraws to whichever row you select.
Standard
ISO 15 / DIN 5412-1 / GB/T 283
Bore
20-100 mm
OD
47-180 mm
Wide
18-46 mm
Catalogued sizes
17
Dimensions are nominal values from the governing standard. Confirm the tolerance class for your application before ordering.
Technical Drawing
Customize the parameters below — every spec field is editable, and the drawing redraws to match the values you choose. Changing the designation snaps the other fields to that size's standard values; you can then override any individual value.
Sends the selected values to the quote form below.
Request a Quotation for SL18 2200 Series Full Complement Cylindrical Roller Bearings
The form below follows the current technical drawing configuration. Change the drawing values above and the request details update automatically.
Dimensions & Specifications (ISO 15 / DIN 5412-1 / GB/T 283)
Every row below is a starting point for the customizer above — pick any size and the drawing will redraw to that row.
Designation
Bore d (mm)
Outer diameter D (mm)
Width B (mm)
Chamfer r min (mm)
Rib arrangement
SL182204
20
47
18
1
No axial location, free at both ends
SL182205
25
52
18
1
No axial location, free at both ends
SL182206
30
62
20
1
No axial location, free at both ends
SL182207
35
72
23
1.1
No axial location, free at both ends
SL182208
40
80
23
1.1
No axial location, free at both ends
SL182209
45
85
23
1.1
No axial location, free at both ends
SL182210
50
90
23
1.1
No axial location, free at both ends
SL182211
55
100
25
1.5
No axial location, free at both ends
SL182212
60
110
28
1.5
No axial location, free at both ends
SL182213
65
120
31
1.5
No axial location, free at both ends
SL182214
70
125
31
1.5
No axial location, free at both ends
SL182215
75
130
31
1.5
No axial location, free at both ends
SL182216
80
140
33
2
No axial location, free at both ends
SL182217
85
150
36
2
No axial location, free at both ends
SL182218
90
160
40
2
No axial location, free at both ends
SL182219
95
170
43
2.1
No axial location, free at both ends
SL182220
100
180
46
2.1
No axial location, free at both ends
SL18 2200 Series Full Complement Cylindrical Roller Bearings are cylindrical roller bearings manufactured to ISO 15 / DIN 5412-1 / GB/T 283. This page carries the complete boundary-dimension table — bore, outer diameter, width and corner radius for every designation in the series — with the materials, mounting and selection notes that go with it.
What Are SL18 2200 Series Full Complement Cylindrical Roller Bearings?
SL18 2200 Series Full Complement Cylindrical Roller Bearings are cylindrical roller bearings defined by ISO 15 / DIN 5412-1 / GB/T 283. They are selected by bearing designation and the dimensional characteristics shown below. Material, cage and sealing are specified separately from the designation and are covered further down this page.
Materials & Cage
Rings and rollers are through-hardened GCr15 / 100Cr6, or case-hardened 20CrMnTi / SAE 8620 in the larger sections and under shock load, where a hard case over a tough core resists raceway spalling better than a through-hardened section. Cages are pressed steel, machined brass or polyamide; a full-complement bearing has no cage at all, which raises the load rating and lowers the speed limit.
SL18 2200 Series Full Complement Cylindrical Roller Bearings are supplied to order. Pricing starts from approximately US$12.50 per piece for standard bore sizes in bearing steel with a pressed steel or polyamide cage; final pricing depends on size, material, finish and order quantity (MOQ applies). Submit your exact configuration with the quote form above.
Specifying the SL18 2200 Series Full Complement Cylindrical Roller Bearings
Most enquiries start from a shaft diameter rather than from a designation. The bore pages take one size at a time — 40 mm bore, 45 mm bore, 50 mm bore and 55 mm bore — and carry the boundary dimensions for that bore together with the shaft and housing tolerances that go with it.
Where the environment decides the specification rather than the load, the material pages are the ones to read: GCr15 Bearing Steel and Case-Hardened 20CrMnTi. Each states what the grade survives, and what choosing it costs in load capacity or temperature range.
This bearing is forged, hardened, ground, superfinished and clearance-set in-house. The stages below are where its tolerance class, its internal clearance and its noise grade are actually decided.
01
Forging & turning
GCr15 bar and tube is cut, heated and forged into ring blanks, then turned to leave a uniform grinding allowance. Forging rather than machining from solid keeps the grain flow following the raceway, which is the surface that eventually fails.
Blank dimensions and grinding stock checked at set-up and per shift.
02
Heat treatment
Through-hardening brings GCr15 / 100Cr6 to 58–64 HRC; carburizing case-hardens 20CrMnTi where the section is heavy or the load is shock. Rings are then stabilized so they hold size in service rather than growing in the housing.
Core and surface hardness per lot; retained austenite and dimensional stability to the ordered temperature class.
03
Raceway grinding
Faces, bore, outer diameter and raceway are ground in sequence on separate machines. This is where the tolerance class is created: P0, P6, P5 or P4 is a grinding outcome, not a sorting outcome.
Bore and outer diameter deviation, raceway roundness and face runout measured to ISO 492 on every setup.
04
Honing & superfinishing
The ground raceway is honed to remove the grinding lay and bring surface roughness down to a fraction of a micrometre. Raceway finish is what decides whether a lubricant film forms, and therefore what decides bearing life far more than the load rating alone.
Surface roughness Ra and waviness measured per lot.
Video: SL18 2200 Series Full Complement Cylindrical Roller Bearings
Third-party video, selected automatically for this topic. It is not produced by Bushing Bearings and is not a specification source — use the tables on this page for dimensional data.
Frequently Asked Questions
What standard governs SL18 2200 Series Full Complement Cylindrical Roller Bearings, and how are they mounted?
SL18 2200 Series Full Complement Cylindrical Roller Bearings are manufactured to ISO 15 / DIN 5412-1 / GB/T 283, which fixes the boundary dimensions on this page. They are mounted with an interference fit on the shaft and a transition or clearance fit in the housing, chosen from the load case and which ring rotates.
What is the size range of SL18 2200 Series Full Complement Cylindrical Roller Bearings?
The table on this page lists 17 sizes for SL18 2200 Series Full Complement Cylindrical Roller Bearings, ranging from SL182204 to SL182220. Sizes outside the table can be quoted on request.
In which materials are SL18 2200 Series Full Complement Cylindrical Roller Bearings supplied?
SL18 2200 Series Full Complement Cylindrical Roller Bearings are supplied in through-hardened GCr15 / 100Cr6, or case-hardened 20CrMnTi / SAE 8620 in the larger sections and under shock load. Material is only part of the specification: state the internal clearance group (or preload class), the seal or shield type and the cage material alongside the designation, because all three change the part you receive.
What shaft and housing tolerances suit SL18 2200 Series Full Complement Cylindrical Roller Bearings?
The smallest bore on this page is 20 mm. With a rotating inner ring under normal load the shaft is normally machined to k5 or m6 and the housing to H7 or J7, so the inner ring is an interference fit and the outer ring can move axially to take up thermal growth. Reverse the fits when it is the outer ring that rotates. Check the figure against your own load case before machining.
How do I request a quotation?
Use the parametric drawing on this page to set the exact configuration — designation, internal clearance, seal type and cage — and click "Request this configuration". A specialist from Bushing Bearings will respond within one business day.
Need a bearing quote or a spec sheet?Message our engineers on WhatsApp — send a drawing or DIN number and get pricing back fast.Start WhatsApp Chat →
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