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Metric Double Row Tapered Roller Bearings

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Metric Double Row Tapered Roller Bearings in the Metric Double Row Tapered Roller Bearings guide

 

Metric Double Row Tapered Roller Bearings Introduction:

Metric double row tapered roller bearings can withstand heavy radial loads, axial loads in two directions and have a high degree of rigidity.
They are mainly used in gearboxes, lifting equipment, rolling mills and mining machinery, such as tunnel boring machines

Double Row Taper Roller Bearings Structure:

Metric double row taper roller bearings mainly have 2 structures- TDI and TDO.

For TDI structure: 

Bearing has two outer rings and a double row inner ring with two roller and cage assemblies, usually with a spacer ring between the two outer rings.
Bearing rolling elements arranged face-to-face (load lines converge towards the axis of the bearing)

For TDO structure:

There is a double row outer ring and two inner rings with rolling element and cage inner ring assembly, usually there is a spacer ring between the two inner rings.
There are several rows of back-to-back rollers (the load line is separated to the axis of the bearing) to provide a more rigid bearing configuration and can withstand huge overturning moments

 

Advantages:

1. High carrying capacity
Double row tapered roller bearings can withstand heavy radial and axial loads. The axial load capacity of tapered roller bearings increases as the contact angle α increases. The size of the contact angle is usually between 10° and 30°. The size of the angle is related to the calculation coefficient e (data sheet). The larger the value of e, the larger the contact angle.

2. Bidirectional axial load
Tapered roller bearings locate the shaft in two directions and have a specific axial clearance or preload.

3. High stiffness
Double row tapered roller bearings provide a rigid bearing configuration.

4. Low friction
The optimized roller design on the rib and the surface finish of the rib can promote the formation of a lubricant film, thereby reducing friction. This also reduces the heat generated by friction and the wear of the ribs. In addition, the bearing can better maintain the preload and reduce the noise level during operation.

5. Improve operational reliability
The optimized surface treatment of the contact surface between the roller and the raceway is conducive to the formation of a hydrodynamic lubricant film.

Double Row Tapered Bearing Size Chart:

d (mm) D (mm) T (mm) C (mm) Cr (KN) Cor (KN) New Model Old Model Mass (kg) Grease Speed Oil Speed
150 210 86 70 419 887 352930 2097930E 8.5 900 1300
250 138 112 858 1620 352130 2097730 26 850 1100
270 164 130 1250 2250 352230 97530E 38 800 1000
270 172 138 1250 2250 352230X2 97530 38 800 1000
160 240 115 90 641 1400 352032X2 2097132 14.9 850 1100
270 150 120 1050 2030 352132 2097732 32.5 800 1000
290 178 144 1400 2730 352232 97532E 49 700 900
170 260 120 95 672 1460 352034X2 2097134 21 800 1000
180 280 134 108 952 1880 352036X2 2097136 29 670 850
280 142 110 952 1880 352036 2097136E 28.5 800 1000
300 164 134 1290 2540 352136 2097736 44 670 850
320 192 152 1750 3350 352236 97536E 62.5 600 750
190 289.5 100 40 750 1500 372038 – 27 700 900
320 170 130 1440 2800 352138 2097738 51 670 850
200 280 116 92 758 1423 352940X2/YA 2097940EK 14.8 700 900
280 105 80 650 2660 352940X2 2097940 18.5 700 900
310 152 120 1180 2720 352040X2 2097140 41 670 850
340 184 150 1680 3340 352140 2097740 64 670 850
360 218 174 2310 4250 352240 97540E 90.5 600 750
220 300 110 88 660 1710 352944X2 2097944 21.2 670 850
340 165 130 1360 2790 352044X2 2097144 47.7 600 750
370 195 150 1740 3450 352144 2097744 76.3 600 750
230 355 145 110 1060 2040 350646D1 37746 43.6 600 750
240 320 116 92 820 1910 352948 2097948E 22.3 600 750
320 110 90 820 1910 352948X2 2097948 23 600 750
360 165 130 1370 3180 352048X2 2097148 52.8 530 670
360 166 128 1370 3180 352048 2097148E 55.6 530 670
260 360 134 52 1150 2300 372952K – 43.5 530 670

 

d (mm) D (mm) T (mm) C (mm) Cr (KN) Cor (KN) New Model Old Model Mass (kg) Grease Speed Oil Speed
260 360 134 108 1263 2430 352952X2 2097952 36.8 530 670
400 150 110 1240 2330 – 37852 60.3 530 670
400 186 146 1780 3830 352052X2 2097152 76.8 500 630
400 190 146 1780 3830 352052 2097152E 79.5 500 630
430 180 130 2100 2800 350652D1 37752 87.9 500 630
430 180 130 2237 3016 350652 97752 93.4 500 630
440 225 180 2480 5050 352152 2097752 124 450 560
280 380 134 108 1080 2810 352956X2 2097956 41.3 480 600
420 133 106 1270 1936 351056 97156 58.1 450 560
420 186 146 1860 4000 352056X2 2097156 81.5 450 560
300 420 160 128 1470 3530 352960X2 2097960 64 450 560
460 210 165 2200 4940 352060X2 2097160 118 430 530
500 205 152 2200 4500 351160 1097760 144 400 500
320 440 160 128 1410 3830 352964X2 2097964 67 430 530
480 210 84 2340 6130 372064X2 – 133 400 500
480 210 160 1830 4390 352064X2 2097164 122 400 500
340 460 160 128 1575 4050 352968X2 2097968 71 400 500
520 180 135 1904 4070 351068 97168 119 380 480
580 242 170 2870 5970 351168 1097768 214 340 430
350 590 200 140 2800 5500 350670 97770 212 320 400
360 480 160 128 1490 4270 352972X2 2097972 74.3 380 480
530 155 110 1690 3300 350672D1 37772 109 380 480
530 155 110 1690 3300 350672 97772 107 380 480
540 169 134 1980 3950 351072X2 97872 122 340 430
540 185 140 2120 4910 351072 97172 127 360 450
600 242 170 2950 6270 351172 1097772 235 320 400
379 681.5 307 118 5600 11700 3706/379 – 512 300 380
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Metric Double Row Tapered Roller Bearings with the next bearing options buyers usually review

After a topic like Metric Double Row Tapered Roller Bearings, buyers usually want the next practical options rather than more theory. The links below connect the discussion with the commercial destination, the wider bearing family, and the supporting reads that help move from understanding into selection.

Taper Roller Bearings Use the main family view when nearby bearing options still need side-by-side review. https://groove-ballbearing.com/taper-roller-bearing-size-chart.html This comparison path is useful when one reference still needs context against similar options. Contact Us Use this next when the decision is close and a quote or technical check is the logical step. About Us Review this when inspection standards, manufacturing proof, or company background matter to the decision. Quality Control Use this destination when trust signals need to stay visible beside the product or topic review.

Questions buyers still ask while reviewing Metric Double Row Tapered Roller Bearings

Which next options usually help after reviewing Metric Double Row Tapered Roller Bearings?

Most buyers benefit from one broader family destination, one more commercial route, and one supporting guide that answers the next practical question. That combination usually turns research into a clearer shortlist.

Why add related bearing destinations beside Metric Double Row Tapered Roller Bearings?

Because the first answer often leads to a second question about fit, applications, supplier choice, or repeat-order confidence. Keeping those next destinations close reduces unnecessary backtracking.

When is it worth moving from reading into a quote or product review?

That move usually makes sense once the topic has narrowed the likely bearing family and the remaining unknowns are commercial, dimensional, or application-specific rather than purely educational.

What usually makes the next bearing decision easier after Metric Double Row Tapered Roller Bearings?

The process is often easier when the wider family view, the more commercial destination, and one practical guide stay visible together. That keeps the decision grounded in both application detail and buying reality.

Buyer FAQ

Questions buyers ask before choosing the next bearing option

What is the main takeaway from Metric Double Row Tapered Roller Bearings?

The main takeaway is that metric double row tapered roller bearings should be checked against the bearing family, dimensions, load direction, speed, and operating conditions instead of relying on the title or size alone.

When should I use this guide before requesting a quote?

Use the guide when you are comparing bearing models, checking suffix meanings, confirming seal or clearance choices, planning maintenance, or preparing details for replacement, production, or OEM sourcing.

How does this topic connect to taper roller bearings?

The topic supports the Taper Roller Bearings decision path by helping buyers understand fit, performance, specification details, or maintenance factors before choosing a product page or contacting the team.

Can this guide replace a final specification check?

No. The guide helps prepare the decision, but a final check should still confirm the part number, dimensions, load, speed, seal, clearance, precision, application, and order quantity.

What should I send if I need help after reading this guide?

Send the bearing number, measured size, photos if available, application, quantity, and any special operating conditions. That gives the team enough context to recommend the right product family or quote route.

Need help checking fit, price, or lead time? Request a bearing quote

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