How Can Buyers Cross Reference RBC Thrust Bearings?
When an RBC TP thrust bearing is unavailable or has a long lead time, buyers need a practical way to identify related models and evaluate alternative sourcing routes. This guide helps buyers cross-reference RBC TP cylindrical roller thrust bearings with Phoenix, Torrington, Rollway, American, and INA designations.
However, a matching cross-reference number is only a starting point, not confirmation of a drop-in replacement. Before ordering, buyers should verify the complete designation, dimensions, load ratings, mounting arrangement, lubrication, speed, and operating conditions.
What Are RBC TP Cylindrical Roller Thrust Bearings?
RBC TP bearings are cylindrical roller thrust bearings designed primarily to support high axial loads at moderate speeds. Typical applications listed in the available reference include crane hooks, gearboxes, pumps, rolling mills, extruders, winch systems, and heavy-duty swivels.
Their cylindrical rollers provide a relatively large contact area for carrying thrust loads. However, the bearing arrangement, mating surfaces, alignment, lubrication, and surrounding components must support the intended load path.
Buyers commonly need an RBC bearing cross reference when replacing a legacy bearing, comparing availability across brands, or identifying an alternative for a difficult-to-source model. The original equipment requirements should still determine whether a cross-referenced bearing is technically suitable.
How Are RBC TP Bearing Numbers Identified?
RBC TP designations include the TP series prefix followed by a numeric model identifier, such as TP754, TP760, or TP774. Buyers should retain the complete designation when requesting a quotation or replacement review.
| Code | Code section | Meaning |
|---|---|---|
| TP | Series prefix | Identifies the RBC cylindrical roller thrust bearing series |
| 754 | Model identifier | Identifies a particular size and model within the TP series |
| TP754 | Complete designation | Full reference used for sourcing and cross referencing |
The numeric part should not be treated as a complete dimensional formula. Bearings with nearby model numbers can differ in bore, outside diameter, height, and load ratings.
For example, the supplied data lists TP754 with a 10-inch bore, 16-inch outside diameter, and 3-inch height. In comparison, TP755 retains the 10-inch bore but has an 18-inch outside diameter and 3.75-inch height. Therefore, buyers should verify the published data for the complete model instead of estimating dimensions from the digits.
Which Brand References Are Listed for RBC TP Bearings?
The following table connects RBC TP designations with Phoenix, Torrington, Rollway, American, and INA references. They support identification and sourcing but do not confirm current production status, availability, or automatic interchangeability.
| RBC | Phoenix | Torrington | Rollway | American | INA |
|---|---|---|---|---|---|
| TP626 | T 626 | 35 TP 113 | T-626 | TP-626 | RT-626 |
| TP734 | T 734 | 40 TP 114 | T-734 | TP-734 | RT-734 |
| TP735 | T 735 | 40 TP 115 | T-735 | TP-735 | RT-735 |
| TP736 | T 736 | 40 TP 116 | T-736 | TP-736 | RT-736 |
| TP737 | T 737 | 40 TP 117 | T-737 | TP-737 | RT-737 |
| TP738 | T 738 | 50 TP 119 | T-738 | TP-738 | RT-738 |
| TP739 | T 739 | 50 TP 120 | T-739 | TP-739 | RT-739 |
| TP740 | T 740 | 50 TP 121 | T-740 | TP-740 | RT-740 |
| TP741 | T 741 | 50 TP 122 | T-741 | TP-741 | RT-741 |
| TP742 | T 742 | 50 TP 123 | T-742 | TP-742 | RT-742 |
| TP743 | T 743 | 60 TP 124 | T-743 | TP-743 | RT-743 |
| TP744 | T 744 | 60 TP 125 | T-744 | TP-744 | RT-744 |
| TP745 | T 745 | 60 TP 126 | T-745 | TP-745 | RT-745 |
| TP746 | T 746 | 60 TP 127 | T-746 | TP-746 | RT-746 |
| TP747 | T 747 | 70 TP 129 | T-747 | TP-747 | RT-747 |
| TP748 | T 748 | 70 TP 130 | T-748 | TP-748 | RT-748 |
| TP749 | T 749 | 70 TP 131 | T-749 | TP-749 | RT-749 |
| TP750 | T 750 | 70 TP 132 | T-750 | TP-750 | RT-750 |
| TP751 | T 751 | 80 TP 134 | T-751 | TP-751 | RT-751 |
| TP752 | T 752 | 80 TP 135 | T-752 | TP-752 | RT-752 |
| TP753 | T 753 | 80 TP 136 | T-753 | TP-753 | RT-753 |
| TP514 | T 514 | 90 TP 139 | T-514 | TP-514 | RT-514 |
| TP516 | T 516 | 90 TP 140 | T-516 | TP-516 | RT-516 |
| TP518 | T 518 | 90 TP 141 | T-518 | TP-518 | RT-518 |
| TP754 | T 754 | 100 TP 143 | T-754 | TP-754 | RT-754 |
| TP755 | T 755 | 100 TP 144 | T-755 | TP-755 | RT-755 |
| TP756 | T 756 | 100 TP 145 | T-756 | TP-756 | RT-756 |
| TP757 | T 757 | 120 TP 151 | T-757 | TP-757 | RT-757 |
| TP758 | T 758 | 120 TP 152 | T-758 | TP-758 | RT-758 |
| TP759 | T 759 | 120 TP 153 | T-759 | TP-759 | RT-759 |
| TP760 | T 760 | 140 TP 158 | T-760 | TP-760 | RT-760 |
| TP761 | T 761 | 140 TP 159 | T-761 | TP-761 | RT-761 |
| TP762 | T 762 | 140 TP 160 | T-762 | TP-762 | RT-762 |
| TP763 | T 763 | 160 TP 164 | T-763 | TP-763 | RT-763 |
| TP764 | T 764 | 160 TP 165 | T-764 | TP-764 | RT-764 |
| TP765 | T 765 | 160 TP 166 | T-765 | TP-765 | RT-765 |
| TP766 | T 766 | 180 TP 168 | T-766 | TP-766 | RT-766 |
| TP767 | T 767 | 180 TP 169 | T-767 | TP-767 | RT-767 |
| TP768 | T 768 | 180 TP 170 | T-768 | TP-768 | RT-768 |
| TP769 | T 769 | 200 TP 171 | T-769 | TP-769 | RT-769 |
| TP770 | T 770 | 200 TP 172 | T-770 | TP-770 | RT-770 |
| TP771 | T 771 | 200 TP 173 | T-771 | TP-771 | RT-771 |
| TP772 | T 772 | 220 TP 174 | T-772 | TP-772 | RT-772 |
| TP773 | T 773 | 220 TP 175 | T-773 | TP-773 | RT-773 |
| TP774 | T 774 | 220 TP 176 | T-774 | TP-774 | RT-774 |
Cross-reference note: These model numbers are provided for identification and sourcing reference. A listed relationship does not by itself confirm that the bearings are interchangeable in every application. Verify technical specifications and operating conditions before replacement.
How Should Buyers Verify an RBC TP Bearing Replacement?
Start by comparing the bore, outside diameter, and total height. These dimensions affect shaft fit, surrounding clearance, and the installed axial position. Next, compare dynamic and static load ratings against the equipment requirements.
Dynamic load rating is relevant when the bearing rotates under load and service life must be evaluated. Static load rating becomes particularly important under heavy stationary loads, slow movement, or shock loading. These ratings should not be used as direct allowable working loads without considering the application, safety factors, speed, lubrication, and duty cycle.
The supplied technical data covers the following RBC TP models. It does not provide dimensions or ratings for every model in the cross-reference table.
For example, a buyer searching for RBC TP754 may also encounter Torrington 100 TP 143, INA RT-754, Rollway T-754, Phoenix T 754, or American TP-754. Before selecting one of these references, confirm the 10-inch bore, 16-inch outside diameter, 3-inch height, applicable load ratings, and installation requirements.
The review should also cover rotational speed, actual axial load, possible shock loads, lubrication method, operating temperature, alignment, mating surfaces, and the condition of adjacent components. When the original bearing has failed, identifying the failure cause can prevent the same problem from affecting the replacement.
What Should Buyers Confirm Before Ordering?
Provide the original brand and complete bearing number first. A photograph of the marking can help distinguish spaces, hyphens, worn characters, and similar designations. If the marking is incomplete, include measured bore, outside diameter, and height.
The inquiry should also state:
Required quantity
Equipment and bearing position
Normal and peak axial loads
Speed and duty cycle
Lubrication method
Operating temperature
Shock, vibration, or contamination
Available installation space
Drawing or previous inspection report, if available
Required inspection documents or acceptance criteria
HSN can compare the submitted designation with the available RBC bearing interchange data and review dimensions, ratings, and application details. When the original brand is unavailable or has a long lead time, HSN can discuss a replacement route after technical review instead of assuming that a similar model number will fit.
Agreed pre-shipment checks may cover model marking, principal dimensions, visible surface condition, packaging, and other specified inspection items. Buyers who require material, hardness, dimensional, or clearance data should state those requirements before quotation so the appropriate quality level and inspection scope can be confirmed.
FAQ
Is an RBC cross-reference model always directly interchangeable?
No. Cross references identify related models; buyers must still verify dimensions, ratings, mounting, and application requirements.
What does TP identify in an RBC bearing number?
TP identifies the cylindrical roller thrust bearing series. The following digits identify a particular model within that series.
Can dimensions be determined from the TP number alone?
No. The digits are model identifiers rather than a complete dimensional code. Check the dimensional data for the exact model.
What if the original bearing marking is incomplete?
Send marking photos, measured dimensions, equipment details, and operating conditions. Add a drawing or inspection record if available.
Remarks
For detailed RBC cylindrical roller thrust bearings models not listed above, please contact HSN for model confirmation and supply discussion. For other bearing types, send the complete model, photos, dimensions, quantity, application, and working conditions.
This page provides independent cross-reference and replacement-selection information. All brand names and trademarks belong to their respective owners. HSN Bearing Group is an independent supplier and technical service provider.
Tel: +86 156 6578 7336 Email: service@hsnindustrial.com Website: www.rollingparts.com www.hsnbearing.com
Need Help with an RBC Bearing Replacement?
Contact HSN to confirm a hard-to-find model or discuss a replacement after technical review.