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Jiangsu Manchen Transmission Technology Co., Ltd. Home / Product / Single-Row Ball Slewing Bearing
  • Single-Row Ball Slewing Bearing

Single-Row Ball Slewing Bearing

The single-row ball slewing bearing is specifically designed for rotational movement. This product achieves smooth rotation and load-bearing functionality through a single row of high-strength steel balls. It boasts strong load-bearing capacity, high space utilization, and operational stability, with a compact structural design that makes installation and maintenance exceptionally convenient.

The advantages of the single-row ball slewing bearing lie in its high load-bearing capacity and low friction coefficient. Using high-quality steel balls and advanced heat treatment processes, it performs excellently in axial and radial load-bearing, easily handling various complex working conditions. The precisely machined ball raceway design ensures an extremely low friction coefficient during operation, resulting in smoother and more flexible rotation, effectively reducing energy consumption. Made from highly wear-resistant materials, the single-row ball slewing bearing maintains outstanding performance and long service life even under high loads and prolonged operation.

To accommodate different usage environments, the single-row ball slewing bearing offers various sealing options, ensuring performance in diverse conditions and effectively preventing dust and moisture ingress. This product is used across multiple fields, including construction machinery, wind power generation, medical equipment, and marine equipment. In construction machinery, single-row ball slewing bearings are widely applied in excavators, cranes, loaders, and other equipment, providing stable rotational support. In wind power generation equipment, they are used in the rotating parts of blades, capable of bearing the immense loads brought by wind forces, ensuring the safe and stable operation of the power generation equipment. In large medical devices such as CT scanners and MRI machines, single-row ball slewing bearings provide a smooth rotational platform, ensuring precise positioning and operation of the equipment. Marine equipment, they are used in deck machinery and rotating lifting devices, guaranteeing flexible operation and stable performance of the equipment.

We offer comprehensive pre-sales consultation, mid-sales support, and after-sales service to ensure a satisfactory experience for our customers while using our products. If you have any questions or needs, please feel free to contact us.

CONTACT US Jiangsu Manchen Transmission Technology Co., Ltd.

Technical Characteristics

Q series of basic parameters
Serial number Basic Size Configuration Size Mounting Size Structural Size Gear Data Outer Gear Data Inner Gear Data
Outerine teeth Inner teeth H D1     D2     n Bolt Hole  Screw Hole n1   H1   h b m X=-0.5 X=+0.5
Do Type A Type B, C, D
NO. QU QW QN series D dn D Dn ∅ ∅ T da Z da Z
1 315.20  406 222 408 224 60 370 260 10 17 M16 24 2 50 10 40 3 423 140 207 70
315.20A 4 428 106 200 51
2 355.20  446 262 448 264 60 410 300 10 17 M16 24 2 50 10 40 3 462 153 246 84
355.20A 4 468 116 240 61
3 400.20  490 307 493 310 60 455 345 12 17 M16 24 2 50 10 40 4 512 127 288 73
400.20A 5 520 103 280 57
4 450.20  540 357 543 360 60 505 395 12 17 M16 24 2 50 10 40 4 564 140 336 85
450.20A 5 570 113 330 67
5 500.20  590 407 593 410 60 555 445 14 17 M16 24 2 50 10 40 5 615 122 385 78
500.20A 6 624 103 378 64
6 560.20  654 464 656 468 70 618 502 14 17 M16 30 2 60 10 50 4 680 169 440 111
560.20A 5 685 136 435 88
7 630.20  724 534 726 538 70 688 572 16 17 M16 30 2 60 10 50 4 748 186 512 129
630.20A 5 755 150 505 102
8 710.20  804 614 806 618 70 768 652 18 17 M16 30 2 60 10 50 5 735 166 585 118
710.20A 6 840 139 582 98
9 800.20  894 704 896 708 70 858 742 20 17 M16 30 2 60 10 50 6 930 154 672 113
800.20A 8 936 116 664 84
10 800.25  904 692 908 694 78 864 736 18 22 M20 36 2 68 10 58 6 942 156 654 110
800.25A 8 952 118 648 82
11 900.25  1004 792 1008 794 78 964 836 20 22 M20 36 2 68 10 58 8 1048 130 744 94
900.25A 10 1060 105 740 75
12 1000.25  1104 892 1108 894 78 1064 936 24 22 M20 36 2 68 10 58 8 152 143 848 107
1000.25A  10 160 115 840 85
13 1000.32  1120 876 1124 880 90 1074 926 24 24 M22 40 2 80 10 70 8 160 144 832 105
1000.32A 10 170 116 830 84
14 1120.32  1240 996 1244 1000 90 1194 1046 28 24 M22 40 4 80 10 70 10 300 129 940 95
1120.32A 12 308 108 936 79
15 1250.32  1370 1126 1374 1130 90 1324 1176 32 24 M22 40 4 80 10 70 10 430 142 1070 108
1250.32A 12 440 119 1068 90
16 1400.32  1520 1276 1524 1280 90 1474 1326 36 24 M22 40 4 80 10 70 12 584 131 1212 102
1400.32A 14 596 113 1204 87
17 1250.40  1390 1108 1394 1110 102 1336 1164 32 26 M24 45 4 90 12 80 10 450 144 1050 106
1250.40A 12 452 120 1044 88
18 1400.40  1540 1258 1544 1260 102 1486 1314 36 26 M24 45 4 90 12 80 12 608 133 1188 100
1400.40A 14 610 114 1190 86
19 1600.40  1740 1458 1744 1460 102 1686 1514 40 26 M24 45 4 90 12 80 12 812 150 1392 117
1600.40A 14 820 129 1386 100
20 1800.40  1940 1658 1944 1660 102 1886 1714 44 26 M24 45 4 90 12 80 14 2016 143 1582 114
1800.40A 16 2032 126 1568 99
21 1600.50  1762 1434 1766 1438 124 1704 1496 40 30 M27 50 4 112 12 100 12 824 151 1368 115
1600.50A 14 834 130 1358 98
22 1800.50  1964 1634 1966 1638 124 1904 1696 44 30 M27 50 4 112 12 100 14 2044 145 1568 113
1800.50A 16 2048 127 1552 98
23 2000.50  2162 1834 2166 1842 124 2104 1896 48 30 M27 50 6 112 12 100 16 2240 139 1760 113
2000.50A 18 2250 124 1746 98
24 2240.50  2402 2074 2406 2078 124 2344 2136 54 30 M27 50 6 112 12 100 16 2480 154 1984 111
2240.50A 18 2502 138 1980 98
25 2500.50  2662 2334 2666 2342 124 2604 2396 60 30 M27 50 6 112 12 100 18 2754 152 2250 125
2500.50A 20 2760 137 2240 111
26 2500.60  2696 2304 2696 2308 150 2626 2374 60 33 M30 56 6 136 14 122 18 2790 154 2214 126
2500.60A 20 2800 139 2200 111
27 2800.60  2992 2604 2996 2608 150 2926 2674 66 33 M30 56 6 136 14 122 18 3078 170 2502 140
2800.60A 20 3100 154 2500 126
28 3150.60  3342 2954 3346 2958 150 3276 3024 72 33 M30 56 8 136 14 122 20 3440 171 2840 143
3150.60A 22 3454 156 2838 130
29 3550.60  3742 3354 3746 3358 150 3676 3424 78 33 M30 56 8 136 14 122 20 3840 191 3240 163
3550.60A 25 3875 154 3225 130
30 4000.60  4200 3804 4196 3808 150 4126 3874 80 33 M30 56 8 136 14 122 22 4312 195 3696 169
4000.60A 25 4325 172 3675 148
01 series of basic parameters
Serial number  NO. Basic Size Configuation Size Mounting Size Structural Size Gear Data Outer Gear Data Inner Gear Data
No teeth Outerine teeth Inner teeth D d H D1 D2 n Bolt Hole Screw Hole n1 H1 h b x m da Z da Z
Type o Type 123
D0 D0 D0 ∅ ∅ T
1 010.20.200 011.20.200 — 280 120 60 248 152 12 16 M14 28 2 50 10 40 0 3 300 98 — —
2 010.20.224 011.20.224 — 304 144 60 272 176 12 16 M14 28 2 50 10 40 0 3 321 105 — —
3 010.20.250 011.20.250 — 330 170 60 298 202 18 16 M14 28 2 50 10 40 0 4 352 86 — —
4 010.20.280 011.20.280 — 360 200 60 328 232 18 16 M14 28 2 50 10 40 0 4 384 94 — —
5 010.25.315 011.25.315 013.25.315 408 222 70 372 258 20 18 M16 32 2 60 10 50 0 5 435 85 190 40
6 010.25.355 011.25.355 013.25.355 448 262 70 412 298 20 18 M16 32 2 60 10 50 0 5 475 93 235 49
7 010.25.400 011.25.400 013.25.400 493 307 70 457 343 24 18 M16 32 2 60 10 50 0 6 528 86 276 48
8 010.25.450 011.25.450 013.25.450 543 357 70 507 393 24 18 M16 32 2 60 10 50 0 6 576 94 324 56
9 010.30.500 011.30.500 013.30.500 602 398 80 556 434 20 18 M16 32 4 70 10 60 ➕0.5 5 629 123 367 74
012.30.500 014.30.500 6 628.8 102 368.4 62
10 010.60.560 011.30.560 013.30.560 662 458 80 626 494 20 18 M16 32 4 70 10 60 ➕0.5 5 689 1355 427 86
012.30.560 014.30.560 6 688.8 112 428.4 72
11 010.30.630 011.30.630 013.30.630 732 528 80 696 564 24 18 M16 32 4 70 10 60 ➕0.5 6 772.8 126 494.4 83
012.30.630 014.30.630 8 774.4 94 491.2 62
12 010.30.710 011.30.710 013.30.710 812 608 80 776 644 24 18 M16 32 4 70 10 60 ➕0.5 6 850.8 139 572.4 96
012.30.710 014.30.710 8 854.4 104 571.2 72
13 010.40.800 011.40.800 013.40.800 922 678 100 878 722 30 22 M20 40 6 90 10 80 ➕0.5 8 966.4 118 635.2 80
012.40.800 013.40.800 10 968 94 634 64
14 010.40.900 011.40.900 013.40.900 1022 778 100 978 822 30 22 M20 40 6 90 10 80 ➕0.5 8 1062.4 130 739.2 93
012.40.900 014.40.900 10 1068 104 734 74
15 010.40.1000 011.40.1000 013.40.1000 1122 878 100 1078 922 36 22 M20 40 6 90 10 80 ➕0.5 10 1188 116 824 83
012.40.1000 014.40.1000 12 1185.6 96 820.8 69
16 010.40.1120 011.40.1120 013.40.1120 1242 998 100 1198 1042 36 22 M20 40 6 90 10 80 ➕0.5 10 1298 127 944 95
012.40.1120 014.40.1120 12 1305.6 106 940.8 79
17 010.45.1250 011.45.1250 013.45.1250 1390 1110 110 1337 1163 40 26 M24 48 5 100 10 90 ➕0.5 12 1449.6 118 1048.8 88
012.45.1250 014.45.1250 14 1453.2 101 1041.6 75
18 010.45.1400 011.45.1400 013.45.1400 1540 1260 110 1487 1313 40 26 M24 48 5 100 10 90 ➕0.5 12 1605.6 131 1192.8 100
012.45.1400 014.45.1400 14 1607.2 112 1195.6 86
19 010.45.1600 011.45.1600 013.45.1600 1740 1460 110 1687 1513 45 26 M24 48 5 100 10 90 ➕0.5 14 1817.2 127 1391.6 100
012.45.1600 014.45.1600 16 1820.8 111 1382.4 87
20 010.45.1800 011.45.1800 013.45.1800 1940 1660 110 1887 1713 45 26 M24 48 5 100 10 90 ➕0.5 14 2013.2 141 1573.6 112
012.45.1800 014.45.1800 16 2012.8 123 1574.4 99
21 010.60.2000 011.60.2000 013.60.2000 2178 1825 144 2110 1891 48 33 M30 60 8 132 12 120 ➕0.5 16 2268.8 139 1734.4 109
012.60.2000 014.60.2000 18 2264.4 123 1735.2 97
22 010.60.2240 011.60.2240 013.60.2240 2418 2065 144 2350 2131 48 33 M30 60 8 132 12 120 ➕0.5 16 2492.8 153 1990.4 125
012.60.2240 014.60.2040 18 2498.4 136 1987.2 111
23 010.60.2500 011.60.2500 013.60.2500 2678 2325 144 2610 2391 56 33 M30 60 8 132 12 120 ➕0.5 18 2768.4 151 2339.2 125
012.60.2500 014.60.2500 20 2776 136 2228 112
24 010.60.2800 011.60.2800 013.60.2800 2978 2625 144 2910 2691 56 33 M30 60 8 132 12 120 ➕0.5 18 3074.4 168 2527.2 141
012.60.2800 014.60.2800 20 3076 151 2528 127
25 010.75.3150 011.75.3150 013.75.3150 3376 2922 174 3686 3014 56 45 M42 84 8 162 12 150 ➕0.5 20 3476 171 2828 142
012.75.3150 014.75.3550 22 3471.6 155 2824.8 129
26 010.75.3550 011.75.3550 013.75.3550 3776 3322 174 3686 3414 56 45 M42 84 8 162 12 150 ➕0.5 20 3876 191 3228 162
012.75.3550 014.75.3550 22 3889.6 174 3220.8 147
27 010.75.4000 011.75.4000 013.75.4000 4226 3772 174 4136 3864 60 45 M42 84 10 162 12 150 ➕0.5 22 4329.6 194 3660.8 167
012.75.4000 014.75.4000 25 43451 171 3660 147
HS series of basic parameters
Serial number Basic Size Configuation Size Mounting Size Structural Size Gear Data Outer Gear Data Inner Gear Data
No teeth Outerine teeth Inner teeth D d H D1 D2 n ∅ n1 H1 h b m x De Z x De Z
1 HSB.25.625 HSW.25.625 HSN.25.625 725 525 80 685 565 18 18 3 68 12 60 5 ➕1.4 751.9 146 ➕0.35 498.8 101
HSW.25.625A HSN.25.625A 6 ➕1.15 755.5 122 ➕0.35 496.7 84
2 HSB.25.720 HSW.25.720 HSN.25.720 820 620 80 780 660 18 18 3 68 12 60 6 ➕1.4 860.3 139 ➕0.35 586.6 99
HSW.25.720A HSN.25.720A 8 ➕1 861.1 104 ➕0.35 582.3 74
3 HSB.30.820 HSW.30.820 HSN.30.820 940 705 95 893 749 24 20 4 83 12 70 6 ➕1.4 980.6 159 ➕0.35 664.5 112
HSW.30.820A HSN.30.820A 10 ➕1 986.2 95 ➕0.35 658 67
4 HSB.30.880 HSW.30.880 HSN.30.880 1000 760 95 956 800 24 20 4 83 12 70 8 ➕1.15 1047.5 127 ➕0.35 718.2 91
HSW.30.880A HSN.30.880A 10 ➕1 1046.3 101 ➕0.35 707.9 72
5 HSB.30.1020 HSW.30.1020 HSN.30.1020 1170 875 95 1120 930 24 22 4 80 15 70 8 ➕1.4 1219.3 148 ➕0.35 830.1 105
HSW.30.1020A HSN.30.1020A 10 ➕1.15 1219.2 118 ➕0.35 827.8 84
6 HSB.30.1220 HSW.30.1220 HSN.30.1220 1365 1075 120 1310 1130 36 24 6 105 15 90 10 ➕1.4 1424.9 138 ➕0.35 1027.8 104
HSW.30.1220A HSN.30.1220A 12 ➕1 1435.9 116 ➕0.35 1017.3 86
7 HSB.35.1250 HSW.35.1250 HSN.35.1250 1400 1090 120 1350 1150 36 26 6 105 15 90 10 -0.35 1443 143 ➕0.35 1037 105
HSW.35.1250A HSN.35.1250A 12 ➕1 1449.6 117 ➕0.35 1036.8 86
8 HSB.35.1435 HSW.35.1435 HSN.35.1435 1595 1278 120 1535 1335 36 26 6 105 15 90 12 ➕1.15 1655.5 134 ➕0.35 1221.2 103
HS.35.1435A HSN.35.1435A 14 ➕1 1661.2 115 ➕0.35 1214.8 88
9 HSB.35.1540 HSW.35.1540 HSN.35.1540 1720 1360 140 1660 1420 42 26 6 122 18 110 12 ➕1.4 1780.8 144 ➕0.35 1293.1 109
HSW.35.1540A HSN.35.1540A 14 ➕1.15 1791.1 124 ➕0.35 1284.8 93
10 HSB.35.1700 HSW.35.1700 HSN.35.1700 1875 1525 140 1815 1585 42 29 6 122 18 110 14 ➕1.15 1945.4 135 ➕0.35 1452.7 105
HSW.35.1700A HSN.35.1700A 16 ➕1.15 1950.8 118 ➕0.35 1452.3 92
11 HSB.40.1880 HSW.40.1880 HSN.40.1880 2100 1665 160 2030 1740 48 32 6 140 20 115 14 ➕1.4 2189.8 152 ➕0.35 1592.6 115
HSW.40.1880A HSN.40.1880A 18 ➕1.15 2194.6 118 ➕0.35 1579.9 89
12 HSB.40.2115 HSN.40.2115 HSN.40.2115 2325 1900 160 2245 1980 48 32 6 140 20 115 16 ➕1.4 2406.5 146 ➕0.35 1804.1 114
HSN.40.2115A HSN.40.2115A 20 ➕1.15 2418.4 117 ➕0.35 1795.4 91
13 HSB.40.2370 HSN.40.2370 HSN.40.2370 2600 2146 180 2020 2220 48 36 6 158 22 130 18 ➕1.4 2707.3 146 ➕0.35 2065.6 116
HSN.40.2370A HSN.40.2370A 22 ➕1.15 2704.4 119 ➕0.35 2040.9 94
14 HSB.40.2600 HSN.40.2600 HSN.40.2600 2835 2365 180 2750 2450 54 36 6 158 22 130 18 ➕1.4 2941.7 159 ➕0.35 2263.5 127
HSN.40.2600A HSN.40.2600A 22 ➕1.15 2946.9 130 ➕0.35 2260.8 104
15 HSB.50.2820 HSN.50.2820 HSN.50.2820 3085 2555 200 3000 2640 54 36 6 178 22 150 20 ➕1.4 3188.4 155 ➕0.35 2455 124
HSN.50.2820A HSN.50.2820A 25 ➕1.15 3198.4 124 ➕0.35 2444.1 99

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Jiangsu Manchen Transmission Technology Co., Ltd.
Jiangsu Manchen Transmission Technology Co., Ltd.

Jiangsu Manchen Transmission Technology Co., Ltd was established in 2019. We are reliable Single-Row Ball Slewing Bearing manufacturer and supplier in China. We are also a professional slewing-bearing manufacturing enterprise integrating design, research and development, manufacturing, and sales. The company is located in Huangtu Town, Jiangyin City, Jiangsu Province, with very convenient transportation. The company has mature technical conditions and well-equipped equipment. Its products are widely used in industrial robots, medical equipment, engineering machinery, port machinery, environmental protection equipment, photovoltaic industry, and other fields. The company always adheres to the corporate business philosophy of "quality first, win-win cooperation" to provide high-quality services and reliable products for new and old customers. Provide enterprises with a full range of solutions to help them improve their management level and production capacity so that enterprises can always maintain competitiveness in the fierce market competition and achieve rapid and stable development of enterprises.
We can offer custom Single-Row Ball Slewing Bearing, from design to manufacturing. our factory has own slewing bearing production line.

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Standard lubrication method for maintaining single-row ball slewing bearings

The standard lubrication method for maintaining single-row ball slewing bearings is crucial to ensuring their smooth operation, reliability, and longevity. Proper lubrication minimizes friction, prevents wear, and protects against contamination and corrosion. Here’s an overview of the standard lubrication practices for single-row ball slewing bearings:
Type of Lubricant:Grease Lubrication: The most common method for single-row ball slewing bearings is grease lubrication. Lithium-based greases with EP (Extreme Pressure) additives are commonly used due to their good adhesion, resistance to water washout, and high load-carrying capacity. In some cases, specialized greases like MoS₂ (molybdenum disulfide) or PTFE (polytetrafluoroethylene) greases may be used for heavy-duty or high-temperature applications.Oil Lubrication: Less commonly used but can be an option for applications requiring high-speed rotation or low friction. Oil lubrication involves a continuous flow or drip-feed system, which is more complex and less common for slewing bearings.
Lubrication Intervals:Lubrication intervals depend on the application, operating environment, and load conditions. For general applications, it is recommended to lubricate the bearing every 100-300 hours of operation.In harsh environments (e.g., dusty, high humidity, or corrosive environments) or under heavy loads, lubrication should be done more frequently, such as every 50-100 hours.For bearings that are stationary for long periods or those exposed to severe conditions (like high temperatures or shock loads), lubrication intervals may need to be adjusted accordingly.Lubrication Points:Single-row ball slewing bearings usually have multiple lubrication points (grease nipples) strategically placed around the bearing circumference. This allows for uniform distribution of grease within the raceway.It is essential to apply grease to all lubrication points to ensure even coverage and prevent areas with inadequate lubrication, which could lead to premature wear.
Lubrication Procedure:Before applying grease, clean the grease nipples and surrounding areas to avoid contamination.Use a manual or pneumatic grease gun to inject the recommended amount of grease into each lubrication point.Rotate the bearing slowly while applying grease to ensure even distribution inside the raceway. This helps in expelling any old grease and contaminants.Wipe off any excess grease to prevent dirt and debris from sticking to it.
Quantity of Grease:The quantity of grease required depends on the bearing's size and design. Manufacturers typically provide guidelines for the appropriate volume of grease per lubrication interval.Over-lubrication should be avoided as it can cause overheating, while under-lubrication can lead to increased friction and wear.Monitoring and Inspection:Regular inspection of the grease condition and lubrication system is necessary. The grease should appear clean and free of contaminants. Any discoloration, hardening, or presence of metal particles may indicate contamination or wear, requiring immediate action.Regular monitoring of bearing temperature and noise can help detect lubrication-related issues early.
Grease Compatibility:When changing grease types, ensure that the new grease is compatible with the old one. Incompatibility can lead to deterioration of lubrication properties and bearing damage.Sealing Systems: Proper sealing is essential to maintain lubrication and prevent contamination. Regular inspection of seals for damage or wear is crucial.Environmental Factors: Consider environmental conditions such as temperature, humidity, and exposure to contaminants when selecting grease and determining lubrication intervals.
Following these standard lubrication practices can help maximize the performance and lifespan of single-row ball slewing bearings.

Automatic lubrication system for single-row ball slewing bearings

An automatic lubrication system for single-row ball slewing bearings is designed to provide consistent, precise, and controlled lubrication, thereby enhancing the bearing's performance, reducing maintenance requirements, and extending its service life. Automatic lubrication systems are particularly useful in applications where manual lubrication is challenging due to accessibility issues, hazardous environments, or where frequent lubrication is needed.
Key Features of Automatic Lubrication Systems for Single-Row Ball Slewing Bearings:Continuous Lubrication:The system continuously supplies a controlled amount of lubricant (usually grease) to the bearing while it is in operation. This ensures that the bearing surfaces are always adequately lubricated, reducing friction and wear.Improved Lubrication Efficiency:Automatic lubrication systems provide the right amount of grease at the right intervals, eliminating the risk of over-lubrication or under-lubrication, which can lead to overheating, contamination, or premature failure.
Components of the System:Lubrication Pump: A central component that stores the grease and pumps it through the system.Distribution Block: Directs grease from the pump to multiple lubrication points on the bearing.Grease Lines and Fittings: Channels the grease to each lubrication point (grease nipple) on the bearing.Control Unit: Manages the lubrication intervals and amounts. It can be pre-programmed or connected to sensors that monitor bearing conditions.Sensors (Optional): Vibration, temperature, or pressure sensors can be integrated to monitor the bearing's condition and adjust lubrication cycles accordingly.
Programmable Control:The system is equipped with a control unit that can be programmed to dispense grease at specific intervals and amounts based on the application requirements. This is especially useful in varying load and speed conditions, where lubrication needs fluctuate.Reduced Maintenance Downtime:Since the system automatically lubricates the bearing, there is no need for manual intervention, reducing machine downtime and labor costs associated with routine maintenance.
Enhanced Bearing Life and Reliability:Proper and consistent lubrication helps in preventing contamination, reducing friction, and avoiding overheating. This significantly extends the life of the bearing and improves reliability.Grease Monitoring and Refill Alerts:Advanced systems come with grease level monitoring, which alerts operators when the grease reservoir needs refilling, ensuring uninterrupted lubrication.Compatibility with Various Grease Types:These systems are typically compatible with a range of grease types, allowing for flexibility depending on specific application needs (e.g., high-temperature or heavy-load conditions).
Applications of Automatic Lubrication Systems for Single-Row Ball Slewing Bearings:Automatic lubrication systems are highly beneficial in several applications where consistent and reliable lubrication is critical:Industrial Robots: For high-precision and continuous movement, ensuring consistent lubrication without halting operations is crucial.Port and Construction Machinery: Equipment such as cranes, excavators, and stackers that operate in demanding environments benefit from automatic lubrication to maintain efficiency and minimize downtime.
Medical Equipment: Ensures reliability and hygiene by reducing manual intervention in sensitive environments.Photovoltaic Industry: Bearings in solar trackers benefit from automatic lubrication to maintain smooth rotation and alignment with minimal maintenance.Considerations for Selecting an Automatic Lubrication System:Bearing Size and Lubrication Points:The system should be compatible with the specific dimensions and the number of lubrication points of the single-row ball slewing bearing.
Operating Environment:The system must be designed to withstand the environmental conditions, such as temperature extremes, dust, moisture, and vibration.Lubricant Type:Ensure that the system is suitable for the type of lubricant required for the specific application, including any special requirements like food-grade grease for medical equipment.Monitoring and Control Features:Systems with advanced monitoring capabilities and programmable controls provide greater flexibility and reliability.
Installation and Maintenance Requirements:The system should be easy to install, operate, and maintain. Some systems might require periodic calibration or servicing to ensure optimal performance.
Advantages of Automatic Lubrication Systems:Reduced Maintenance Costs: Lower labor and maintenance costs due to fewer manual lubrication interventions.Consistent Lubrication: Eliminates inconsistencies associated with manual lubrication.Increased Safety: Reduces the need for maintenance personnel to access hard-to-reach or hazardous areas.
Optimized Lubricant Usage: Prevents lubricant wastage and environmental contamination by applying the correct amount.
An automatic lubrication system for single-row ball slewing bearings is an effective solution for ensuring optimal bearing performance, reducing downtime, and enhancing overall operational efficiency.Proper selection and integration of the system tailored to the application can significantly improve equipment reliability and longevity.