The KC060CP0 thin section bearing reference measures 6 × 6.75 × 0.375 in, equivalent to 152.4 × 171.45 × 9.525 mm, in an open Type C design. Specify LYDL-C060 Type C and the full reference for inquiries. The larger KC section should be evaluated with the installation supports and the required duty cycle.
Dimensions · Reference loads · Model comparison · FAQ
| Parameter | Symbol | in | mm |
|---|---|---|---|
| Bore diameter | d | 6 | 152.4 |
| Outside diameter | D | 6.75 | 171.45 |
| Axial width | B | 0.375 | 9.525 |
| Radial section | (D − d) / 2 | 0.375 | 9.525 |
A six-inch mechanism may alternate between light running, short load peaks and long stationary periods. Record how long each condition lasts instead of selecting from the single largest displayed process force. Bearing reactions, speed and number of revolutions belong together when evaluating fatigue life.
The static check has a different purpose from the dynamic calculation. A stationary clamp operation or shock event may need its own assessment, while repeated rotation accumulates fatigue exposure. The three reference figures below retain their individual labels so these checks are not combined into one ambiguous capacity.
| Reference rating | lbf | kN (converted) |
|---|---|---|
| Dynamic radial — Kaydon method | 1,337 | 5.947 |
| Dynamic radial — ISO comparison | 2,674 | 11.895 |
| Static radial | 3,070 | 13.656 |
Source: Kaydon official model table, referenced below. These are Kaydon reference capacities, not verified LYDL supply ratings. Dynamic values use a one-million-revolution L10 basis; the ISO column is a comparison rating calculated per ISO 281:1990. Static values assume rigid shaft and housing support. Ratings are not additive or simultaneous permissible loads. Conversion: 1 lbf = 0.0044482216152605 kN; displayed kN values are rounded.
| Brand | Designation | Scope |
|---|---|---|
| LYDL | LYDL-C060 Type C | Supply inquiry identity |
| Kaydon | KC060CP0 | Open radial-contact reference |
| Silverthin | SC060CP0 | Same nominal size and contact family |
| INA / Schaeffler | CSCC060 | CSC catalog radial-contact reference |
KC060CP0, SC060CP0 and CSCC060 identify brand-specific references for the 6 × 6.75 × 0.375 in radial-contact envelope. INA / Schaeffler uses CSC for the Conrad radial family; its following letter identifies the section. Compare the complete specification before interchange. Brand names remain with their owners; this LYDL offer does not imply brand authorization. Catalog references do not guarantee current availability.
Send KC060CP0, quantity and the application to begin a quotation. Where an existing assembly must be preserved, identify its fixed interfaces and include the available drawing. A complete analysis is not required to start the commercial inquiry.
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An indexing fixture may rotate only briefly and then hold a workpiece while another process applies load. Specify the force during dwell as well as acceleration and stopping forces. The presence of an indexing motion does not show that every important load acts while the bearing is rotating.
For this possible arrangement, identify how overturning moments are resisted and whether a second support is present. Type C is primarily radial contact; the required stiffness or axial restraint must be evaluated within the actual bearing system. No cycle-life result is inferred from the model name.
| Reference | Bore d (in) | Outside D (in) | Width B (in) |
|---|---|---|---|
| KC060CP0 | 6 | 6.75 | 0.375 |
| KB060CP0 | 6 | 6.625 | 0.3125 |
| KD060CP0 | 6 | 7 | 0.5 |
| KC050CP0 | 5 | 5.75 | 0.375 |
The KB and KD six-inch alternatives change section and outer seat. KC050CP0 uses the same three-eighths-inch section around a smaller bore. None of these geometric comparisons replaces the separate dynamic and static assessments for an indexing cycle.
Compare the installation dimensions of KB060CP0, KD060CP0, KC050CP0.
Explore the open Type C size table and radial-contact bearing category. For another contact arrangement, see the KC060XP0 four-point contact reference.
If positioning is measured after a loaded dwell, state that condition rather than asking only for unloaded runout. The machine frame and locking mechanism may contribute to displacement. Separate the bearing inspection requirements from the complete fixture's positional acceptance test.
Include lubricant access and maintenance expectations in the housing layout. An open ring should not become inaccessible to its planned lubrication method after the fixture is assembled. The required material, cage and internal clearance remain part of the agreed LYDL specification.
If bearings are issued to several fixture builds, label each package against the relevant order and drawing revision. Protect the exposed bearing interior during storage, and prevent heavy fixture components from pressing against the thin ring in a shared crate.
The stationary bearing reactions and any process shock must be considered. They may differ from the loads during rotation. Supply the force locations and duration of each part of the cycle rather than only the indexing speed.
No. They describe different rating conditions and are not additive. Use an appropriate static assessment and a consistent dynamic life method for their respective parts of the duty.
No. Repeated indexing, dwell and environmental exposure still affect lubrication requirements. Explain the actual movement and maintenance access rather than relying solely on an average revolutions-per-minute figure.
Use the condition relevant to the machine requirement. If the working result is measured after loading or clamping, the acceptance plan should address that state as well as any separate bearing inspection.
Its outside diameter is 6.75 inches, or 171.45 mm. KD060CP0 is the seven-inch outside-diameter reference in this comparison and has a different half-inch section.
Include “LYDL-C060 Type C, KC060CP0 reference,” quantity and delivery destination. Add the required load case, speed and installation drawing when available. Ask for a drawing review if the shaft, housing or retention geometry must match an existing assembly.
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