STANDARD SERIES

110 Series Ungeared Crossed Roller Slewing Bearings

Ungeared crossed roller slewing bearings for high-rigidity support where the drive mechanism is separate from the bearing.

High rigidityNo gearPrecision support

ENGINEERING OVERVIEW

110 Crossed Roller Ungeared

Ungeared crossed roller slewing bearings for high-rigidity support where the drive mechanism is separate from the bearing.

StructureSingle row crossed cylindrical roller

Gear typeNo gear

Models in this series20 verified rows

MODEL TABLE

110 series catalogue parameters

Default columns show ring-body D/d/H plus the critical envelope dimension used for installation clearance. Click a model number to open its generated detail page.

Diameter definition: D is the ring-body outside diameter, d is the ring-body inside diameter, and H is the total height. For ungeared models, D and d are the complete outside and inside envelope dimensions.

Click a model number to open its detail page.

MODEL	D	d	H	MOUNTING HOLES	WEIGHT	RFQ
110.25.500No gear Envelope dimensions Envelope OD 602 mm Envelope bore 398 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	602	398	75	20 x phi 18 / M16	80	Quote
110.25.560No gear Envelope dimensions Envelope OD 662 mm Envelope bore 458 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	662	458	75	20 x phi 18 / M16	90	Quote
110.25.630No gear Envelope dimensions Envelope OD 732 mm Envelope bore 528 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	732	528	75	24 x phi 18 / M16	100	Quote
110.25.710No gear Envelope dimensions Envelope OD 812 mm Envelope bore 608 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	812	608	75	24 x phi 18 / M16	110	Quote
110.28.800No gear Envelope dimensions Envelope OD 922 mm Envelope bore 678 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	922	678	82	30 x phi 22 / M20	170	Quote
110.28.900No gear Envelope dimensions Envelope OD 1022 mm Envelope bore 778 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	1022	778	82	30 x phi 22 / M20	190	Quote
110.28.1000No gear Envelope dimensions Envelope OD 1122 mm Envelope bore 878 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	1122	878	82	36 x phi 22 / M20	210	Quote
110.28.1120No gear Envelope dimensions Envelope OD 1242 mm Envelope bore 998 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	1242	998	82	36 x phi 22 / M20	230	Quote
110.32.1250No gear Envelope dimensions Envelope OD 1390 mm Envelope bore 1110 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	1390	1110	91	40 x phi 26 / M24	350	Quote
110.32.1400No gear Envelope dimensions Envelope OD 1540 mm Envelope bore 1260 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	1540	1260	91	40 x phi 26 / M24	400	Quote
110.32.1600No gear Envelope dimensions Envelope OD 1740 mm Envelope bore 1460 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	1740	1460	91	45 x phi 26 / M24	440	Quote
110.32.1800No gear Envelope dimensions Envelope OD 1940 mm Envelope bore 1660 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	1940	1660	91	45 x phi 26 / M24	500	Quote
110.40.2000No gear Envelope dimensions Envelope OD 2178 mm Envelope bore 1825 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	2178	1825	112	48 x phi 33 / M30	900	Quote
110.40.2240No gear Envelope dimensions Envelope OD 2418 mm Envelope bore 2065 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	2418	2065	112	48 x phi 33 / M30	1000	Quote
110.40.2500No gear Envelope dimensions Envelope OD 2678 mm Envelope bore 2325 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	2678	2325	112	56 x phi 33 / M30	1100	Quote
110.40.2800No gear Envelope dimensions Envelope OD 2978 mm Envelope bore 2625 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	2978	2625	112	56 x phi 33 / M30	1250	Quote
110.50.3150No gear Envelope dimensions Envelope OD 3376 mm Envelope bore 2922 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	3376	2922	134	56 x phi 45 / M42	2150	Quote
110.50.3550No gear Envelope dimensions Envelope OD 3776 mm Envelope bore 3322 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	3776	3322	134	56 x phi 45 / M42	2470	Quote
110.50.4000No gear Envelope dimensions Envelope OD 4226 mm Envelope bore 3772 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	4226	3772	134	60 x phi 45 / M42	2800	Quote
110.50.4500No gear Envelope dimensions Envelope OD 4726 mm Envelope bore 4272 mm D / d meaning D and d are ring-body dimensions; De describes gear diameter or pitch reference depending on series.	4726	4272	134	60 x phi 45 / M42	3100	Quote

Catalogue notes

The 110 ungeared crossed roller series is most relevant where the bearing is used as a precision support ring and the customer provides a separate drive or servo transmission. Typical screening cases include robot bases, scanning equipment, indexing tables, inspection fixtures, antenna or optical positioning platforms, and other high-stiffness rotary mechanisms. Without bearing-integrated gear teeth, the focus shifts to runout, axial and radial rigidity, mounting-surface flatness, bolt preload, clearance or preload control, and the stiffness of the surrounding structure.

Catalogue dimensions are reference data and may extend beyond the current verified in-house machining range. Final manufacturing capability is confirmed against the customer drawing before quotation.

Final quotation and production are based on confirmed drawings, load conditions, material requirements, heat treatment, inspection documents, and packing requirements.

RELATED SERIES

Other series in the same structure family

111/112

111/112 Crossed Roller External Gear

Crossed cylindrical roller slewing bearings with external gear teeth for applications requiring higher rigidity, better running accuracy, or controlled clearance.

View data table

113/114

113/114 Crossed Roller Internal Gear

Crossed cylindrical roller slewing bearings with internal gear teeth for compact high-rigidity rotating assemblies.

View data table

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