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Full Complement Cylindrical Roller Bearings

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Full Complement Cylindrical Roller Bearings supporting Full Complement Cylindrical Roller Bearings

 

Full Complement Cylindrical Roller Bearings Design:

Full complement cylindrical roller bearings are suitable for bearing heavy loads.
Under the same width, this kind of bearing has extremely high load carrying capacity compared with the traditional bearing with cage, the radial section is small, it can save space, but the speed is relatively low.
In order to make the bearing work normally, in the case of continuous operation, the bearing must bear a certain minimum load, that is, C/P<25.
Otherwise, wear will increase due to insufficient lubrication and high-speed operation.
All multi-row cylindrical roller bearings have a lubrication groove and a lubrication hole on the outer ring.

Bearing Structure:

A full complement cylindrical roller bearing has two inner rings. The two inner rings are connected by a clamping ring and cannot separate. The outer ring has a middle rib, which can bear bidirectional axial load and plays the role of a positioning bearing.
Due to the large distance between the two rows of rollers, they can also withstand overturning moments.
There are two stop grooves on the surface of the outer ring, which can be put axially.
This type of bearing is equipped with contact seal rings on both sides, and lithium-based grease is installed inside.
The operating temperature is -40°C to +80°C.
Under certain conditions, this type of bearing does not require maintenance, but when there is water vapor or pollution during operation, and it is often revolve at medium or high speeds, it must be relubricated.
When using oil lubrication, it is necessary to remove the sealing ring and clean the grease in the bearing.
When using oil lubrication, the rotation rate will increase by 30%.

Bearing Clearance:

The dimensional tolerances and geometric deviations of full complement cylindrical roller bearings should comply with GB/T307.1-94 (ISO492-1994) P0 tolerance level.
In addition, the original radial clearance CO is normal.
However, radial clearance C2 to C4 may also be required.
Rubber and plastic screw extruders generally use C3 group clearance.
The fit tolerance can refer to the selection principle of bearing seat tolerance and the selection principle of shaft tolerance limit.

Full Complement Cylindrical Roller Bearings Size Chart:

Bearing NO. Bearing NO. Weight Size Basic load ratings
d D B C Cr KN Co
NNF5004-ZLSNV SL04 5004 PP 0.2 20 42 30 29 40.5 49 4000
NNF5005-ZLSNV SL04 5005 PP 0.24 25 47 30 29 44.5 58 3600
NNF5006-ZLSNV SL04 5006 PP 0.37 30 55 34 33 50 67 3000
NNF5007-ZLSNV SL04 5007 PP 0.48 35 62 36 35 63 88 2600
NNF5008-ZLSNV SL04 5008 PP 0.56 40 68 38 37 76 103 2400
NNF5009-ZLSNV SL04 5009 PP 0.7 45 75 40 39 92 130 2200
NNF5010-ZLSNV SL04 5010 PP 0.76 50 80 40 39 97 142 2000
NNF5011-ZLSNV SL04 5011 PP 1.18 55 90 46 45 115 175 1800
NNF5012-ZLSNV SL04 5012 PP 1.26 60 95 46 45 120 189 1700
NNF5013-ZLSNV SL04 5013 PP 1.33 65 100 46 45 125 203 1600
NNF5014-ZLSNV SL04 5014 PP 1.87 70 110 54 53 168 265 1400
NNF5015-ZLSNV SL04 5015 PP 1.96 75 115 54 53 194 300 1400
NNF5016-ZLSNV SL04 5016 PP 2.71 80 125 60 59 203 325 1300
NNF5017-ZLSNV SL04 5017 PP 2.83 85 130 60 59 211 350 1200
NNF5018-ZLSNV SL04 5018 PP 3.71 90 140 67 66 305 510 1100
NNF5019-ZLSNV SL04 5019 PP 3.88 95 145 67 66 315 530 1100
NNF5020-ZLSNV SL04 5020 PP 3.95 100 150 67 66 330 550 1000
Bearing NO. Bearing NO. Weight Size Basic load ratings
d D B C Cr KN Co
NNF5022-ZLSNV SL04 5022 PP 6.57 110 170 80 79 395 680 900
NNF5024-ZLSNV SL04 5024 PP 7.04 120 180 80 79 410 740 900
NNF5026-ZLSNV SL04 5026 PP 10.5 130 200 95 94 540 960 800
NNF130-ZLSNV SL04 130  PP 7.5 130 190 80 79 430 790 800
NNF5028ZLSNV SL04 5028 PP 11.1 140 210 95 94 610 1100 750
NNF140-ZLSNV SL04 140  PP 8 140 200 80 79 445 840 750
NNF5030-ZLSNV SL04 5030 PP 13.3 150 225 100 99 710 1260 700
NNF150-ZLSNV SL04 150  PP 8.4 150 210 80 79 465 920 700
NF5032-ZLSNV SL04 5032 PP 16.6 160 240 109 108 740 1360 650
NNNF160-ZLSNV SL04 160  PP 8.8 160 220 80 79 480 970 700
NNF5034-ZLSNV SL04 5034 PP 22.6 170 260 122 121 960 1750 600
NNF170-ZLSNV SL04 170  PP 9.3 170 230 80 79 490 1030 650
NNF5036-ZLSNV SL04 5036 PP 30.1 180 280 136 135 1140 2130 550
NNF180-ZLSNV SL04 180  PP 9.8 180 240 80 79 500 1080 600
NNF5038-ZLSNV SL04 5038 PP 31.5 190 290 136 135 1160 2210 550
NNF190-ZLSNV SL04 190  PP 12.7 190 260 80 79 520 1130 550
NNF5040-ZLSNV SL04 5040 PP 40.8 200 310 150 149 1350 2600 500
NNF200-ZLSNV SL04 200  PP 13.2 200 270 80 79 540 1210 550
NNF5044-ZLSNV SL04 5044 PP 52.5 220 340 160 159 1570 3050 480
NNF220-ZLSNV SL04 220  PP 19.5 220 300 95 94 700 1550 480
NNF5048-ZLSNV SL04 5048 PP 56 240 360 160 159 1630 3300 440
NNF240-ZLSNV SL04 240  PP 21 240 320 95 94 740 1700 480
NNF5052-ZLSNV SL04 5052 PP 84.5 260 400 190 189 2380 4700 400
NNF260-ZLSNV SL04 260  PP 22.5 260 340 95 94 840 1990 440
NNF5056-ZLSNV SL04 5056 PP 90 280 420 190 189 2600 5200 380
NNF5060-ZLSNV SL04 5060 PP 126 300 460 218 216 3000 5800 340
NNF300-ZLSNV SL04 300  PP 25.5 300 380 95 94 900 2250 380

Full Complement Cylindrical Roller Bearings with nearby commercial and technical paths

After a topic like Full Complement Cylindrical 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.

Cylindrical Roller Bearing Manufacturer Use this commercial destination when sourcing fit, lead time, and repeat-order confidence matter. Cylindrical Roller Bearings Review the wider cylindrical roller bearings range before narrowing the shortlist. https://groove-ballbearing.com/cylindrical-roller-bearings-introduction.html See nearby references and use cases that often surface during product review. Contact Us Move to enquiry when the shortlist is clear and pricing, availability, or drawing review needs a reply. About Us This helps when confidence depends on process discipline, testing, or supplier credibility.

Questions that help before the next bearing decision after Full Complement Cylindrical Roller Bearings

Which next options usually help after reviewing Full Complement Cylindrical 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 Full Complement Cylindrical 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 Full Complement Cylindrical 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 Full Complement Cylindrical Roller Bearings?

The main takeaway is that full complement cylindrical 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 cylindrical roller bearings?

The topic supports the Cylindrical 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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