The LYDL RE6013 cross roller bearing provides a 60 mm bore within a 90 mm outside diameter and 13 mm width. It retains the bearing width of RE5013 while increasing the bore by 10 mm, with an approximate mass of 0.30 kg.
Its split inner ring and one-piece outer ring suit accurate outer-ring rotation. Published basic radial ratings are 18.0 kN dynamic and 24.3 kN static. Confirm shoulder dimensions, accuracy, clearance or preload, and sealing when requesting a quotation.
RE6013 Cross Roller Bearing for Compact Rotary Modules
The LYDL RE6013 cross roller bearing measures 60 × 90 × 13 mm and weighs approximately 0.30 kg. Its calculated radial section is 15 mm, making it a candidate where a 60 mm bearing bore is required within a compact rotary module.
A split inner ring and one-piece outer ring support applications prioritising outer-ring rotational accuracy. Crossed rollers carry radial, bidirectional axial and overturning moment loads. Explore the RE series cross roller bearings for other sizes.
RE6013 Cross Roller Bearing Specifications
Parameter
Catalogue reference
Brand
LYDL
Model
RE6013; LYDL table designation: LRE6013
Bore diameter, d
60 mm
Outside diameter, D
90 mm
Bearing width, B
13 mm
Calculated radial section, (D − d) / 2
15 mm
Roller pitch circle diameter, dp / Dpw
76 mm
Basic dynamic radial load rating, C
18.0 kN
Basic static radial load rating, C₀
24.3 kN
Approximate mass
0.30 kg
Ring construction
Split inner ring; one-piece outer ring
Preferred precision rotation
Outer ring
Accuracy options
P5 / P4 / P2, subject to technical confirmation
Material options
GCr15 or 100Cr6 bearing steel; confirm with the order
Numerical catalogue values are cross-checked against the LYDL RE model table and THK RE catalogue, page A18-27. Radial section is calculated from the boundary dimensions.
C and C₀ are radial rating references. Permissible operating loads require evaluation of combined loading, static safety, service life and mounting conditions.
Shoulder Dimensions: LYDL and THK
Mounting dimension
LYDL LRE6013 published table
THK RE6013 catalogue
Shaft shoulder diameter, ds
68 mm reference
68 mm maximum
Housing shoulder diameter, Dh
82 mm reference
83 mm minimum
Sources: LYDL shoulder data and THK shoulder limits.
LYDL’s public table does not specify maximum or minimum limits. Confirm shoulder geometry, limits and mating-part tolerances on the approved LYDL drawing before machining.
The 82 mm and 83 mm values are separate brand references, not an allowable machining range. Matching ds values likewise do not establish identical tolerance requirements.
RE5013, RE6013 and RE8016: Bore Size Versus Bearing Section
Comparison data: THK RE catalogue, A18-27. Differences below are calculated from catalogue values.
From RE5013 to RE6013: Bore and outside diameter each increase by 10 mm. Both retain a 15 mm radial section and 13 mm width; approximate mass increases by only 30 g.
From RE6013 to RE8016: Radial section increases from 15 to 20 mm, width increases from 13 to 16 mm, and mass increases by 0.40 kg. RE8016 offers higher radial ratings within this larger envelope.
RE6013 expands the bore without increasing bearing width relative to RE5013. Its dynamic radial rating increases by approximately 7.8%; payload and service-life changes require separate calculations. Request an RE6013 quotation with quantity and delivery country. Include the available housing diameter and bearing width for size-selection support.
Application Layouts to Evaluate
Compact optical inspection modules: A small workpiece carrier rotating past a fixed camera, with runout checked at the inspection surface.
Component marking stations: A rotary fixture presenting cylindrical parts to a marking head, with acceleration and process forces included in selection.
Bench assembly indexers: A compact parts carrier driven from the side, with pulley position and belt loads assessed alongside workpiece loads.
These are application concepts. Confirm suitability using the actual load cases, motion profile, environment and installed accuracy requirements.
Configure Accuracy, Clearance and Seals
A reference enquiry designation is RE6013UUCC0P4. Interpret suffixes using the THK model-number guide, then confirm the supplied LYDL specification.
Selection
Reference meaning
No seal suffix / U / UU
Open / one sealed side / both sides sealed
CC0 / C0 / C1
Negative clearance with preload / positive clearance / positive clearance greater than C0
P5 / P4 / P2
Rotational accuracy grades in THK coding; dimensional tolerances require separate confirmation
Specify the sealed face for U. For compact drives, agree starting and running torque under defined grease, temperature and test conditions. Confirm numerical runout limits, fits and lubricant with the order.
Inspection and Packaging for RE6013
Agree checks for bore, outside diameter, width, outer-ring runout and clearance or preload before production. Any torque acceptance requirement should define the fixture, measurement speed and temperature.
Request inspection records or material documentation with the order. See LYDL manufacturing and quality control for company capabilities. Specify corrosion protection, individual wrapping, cushioning and model identification to suit handling and transport.
RE6013 FAQ
1. Is RE6013 the same as a standard 6013 ball bearing?
No. SKF 6013 is a 65 × 100 × 18 mm deep groove ball bearing. RE6013 is a 60 × 90 × 13 mm cross roller bearing. Keep the RE prefix and complete suffixes on purchase orders.
2. Does the 90 mm outside diameter include the complete housing?
The 90 mm dimension describes the bearing. Housing walls and retention components require additional space. Follow the THK housing and flange guidance as a design reference, and confirm the complete LYDL mounting arrangement.
3. What extra loads should a belt-driven RE6013 fixture include?
Account for belt tension as well as transmitted torque. Provide belt-force direction, tension and pulley position. A belt force acting axially away from the bearing centre plane also creates an overturning moment. See SKF belt-load guidance.
4. Does CC0 guarantee zero lost motion when the fixture reverses?
CC0 specifies negative bearing clearance. Gear clearance, belt elasticity, hub connections and control resolution can still affect reversal accuracy. Specify allowable reversal error at the fixture under operating load and assess the complete drive assembly.
Request an RE6013 Bearing Price and Drawing
Contact LYDL about RE6013 with quantity, destination and any preferred configuration. For application review, add the rotating component, drive arrangement, loads and operating cycle. If the configuration is undecided, request selection assistance.
Brand and Engineering References
LYDL supplies this product under its own brand. THK supports catalogue and configuration comparisons; SKF references clarify bearing identification and external loads. ISO references describe engineering frameworks. Final supply follows the approved LYDL specification; these references do not establish product certification.
