Er1.14.0544.201-3stpn Amusement Park Equipment Slewing Ring Bearing Carousel Ferris Wheel Turntable

• Customization: Available
• Standard or Nonstandard: Standard
• Feature: High Speed, Cold-Resistant, Corrosion-Resistant, Heat-Resistant
• Model NO.: Er1.14.0544.201-3stpn
• Sealing Gland: Sealed On Both Sides
• Rolling-Element Number: Single-Row
• Roller Type: Straight Raceway
• Material: 50mn/42CrMo
• Type: External Gear
• Advantage: Low Noise, Low Vibration, High Precesion
• Seals Type: as Requirement NBR
• MOQ: 1 Set
• Application: Mining, Petroleum, Automatic, Excavator, Crane
• Certificate: 3.1, 3.2, ABS, BV, CCS, Nk
• Delivery Time: 3-40days
• OEM&ODM: Yes
• Precision: P0, P6, P5, P4, P3, P2
• Rolling Element: Gcr5
• Operating Tempereature: -40-+150
• Raceway Hardness: 55~62HRC
• Teeth: External Gear
• Transport Package: Plywood Package
• Specification: 742.3*574*56mm
• Trademark: LYMC
• Origin: Luoyang
• HS Code: 8482109000
• Production Capacity: 3000PCS Per Year
• Package Size: 65.00cm * 65.00cm * 50.00cm
• Package Gross Weight: 49.000kg

Product Description

 

Er1.14.0544.201-3stpn Amusement park equipment slewing ring bearing carousel ferris wheel turntable

Product Description

The  Er1 Series represents a breakthrough in compact, all-in-one rotary drive solutions. It ingeniously integrates a high-rigidity cross roller bearing with a precision external spur gear into a single, ultra-thin unit. This design is engineered for applications requiring exceptional rotational accuracy, high moment load capacity, and compact axial space, effectively replacing complex custom assemblies of separate bearings, gears, and housings.

Core Feature: Integrated Cross Roller Bearing & External Gear

The defining innovation of the Er1 Series is its monolithic structure, where the gear and bearing functions are combined. The hardened and ground external gear teeth are machined directly onto the outer ring (or inner ring) of a precision cross roller bearing. This creates a direct, rigid power transmission path and a compact overall profile.

Key Features & Benefits

• Ultra-High Rigidity & Moment Load Capacity: The integrated cross roller bearing, with its 90° arranged rollers, provides extremely high rigidity against all moment loads (tilting, radial, axial) in a single, compact bearing row. This makes it exceptionally stable under complex and offset loads.

• Exceptional Rotational Accuracy & Low Runout: Precision grinding of both the gear teeth and bearing raceways ensures minimal axial/radial runout and high concentricity, delivering smooth, precise rotation critical for indexing and positioning.

• Extremely Compact Axial Profile: By eliminating the need for separate bearing and gear assemblies, the Er1 achieves a dramatically reduced axial height, enabling sleeker machine designs and solving critical space constraints.

• Simplified Design & Assembly: This integrated unit drastically reduces the number of components, simplifies mechanical design, and eliminates alignment issues between separate gears and bearings. Installation time and costs are significantly reduced.

• High Positioning Stiffness & Repeatability: The direct coupling and rigid structure provide excellent torsional stiffness, ensuring minimal angular deflection under load for precise and repeatable positioning.

• Versatile Mounting & Configuration: Available as an internal gear or external gear type, with standard bolt holes on both the rotating and stationary rings for flexible and secure integration into machine structures.

Core Advantages

• Design Simplification: Replaces multi-component systems with one proven, pre-engineered unit, reducing design complexity, BOM count, and assembly risk.

• Space & Weight Optimization: The ultra-thin profile saves valuable axial space and reduces overall system weight, ideal for modern compact machinery.

• Enhanced System Performance: Delivers superior accuracy, stiffness, and load capacity compared to traditional "bearing + separate gear" setups, directly improving machine capability.

• Reliability & Reduced Maintenance: As a sealed, pre-lubricated unit with fewer interfaces, it offers high reliability and requires minimal maintenance.

Application Fields

The Er1 Series is the optimal choice for applications requiring compact, high-precision, and high-load rotary motion:

• Industrial & Collaborative Robots: Ideal for robot (joints), especially wrist and waist axes, where compact size, high moment capacity, and precision are paramount.

• Precision Indexing Tables & Rotary Stages: For machine tools, coordinate measuring machines (CMMs), and inspection systems requiring high angular accuracy and stiffness.

• Semiconductor & LCD Manufacturing Equipment: Used in wafer handling robots, stepper stages, and panel inspection equipment where precision and cleanliness are critical.

• Medical & Laboratory Automation: Imaging devices (CT/MRI gantries), surgical robot joints, and sample positioning stages.

• Optical & Defense Systems: Pan-tilt units for cameras, LiDAR, antennas, and targeting systems requiring smooth, precise, and stable rotation.

• Factory Automation: Precision rotary actuators, automated assembly fixtures, and high-accuracy dividing heads.

• Renewable Energy: Solar tracker drives and yaw/pitch control mechanisms requiring durable, precise rotation.
   

  Type	Dimensioni Dimensions				Fori di fissaggio Fixing Holes				Dentatura Gear data					Precarico Preload	Peso
  Codice Code	De	dce +IT7	di	Dci+IT7	Fe	Ne	Fi	Ni	m	Z	Dp	fz norm	fz max
  	[mm]	[mm]	[mm]	[mm]	[mm]	[-]	[mm]	[-]	[mm]	[-]	[mm]	[kN]	[kN]	[mm]	[kg]
  ER1.14.0414.201-3STPN	503.3	417	413-0,5	344	455	20	368	24	5	9	495	159	236	0,01÷-0,03	32
  ER1.14.0544.201-3STPN	640.3	547	543-0,5	474	585	28	498	32	6	105	630	213	315	0,01÷-0,03	44
  ER1.14.0644.201-3STPN	742.3	647	643-0,6	574	685	32	598	36	6	122	732	213	315	0,01÷-0,04	52
  ER1.14.0744.201-3STPN	838.1	747	743-0,6	674	785	36	698	40	6	138	828	213	315	0,01÷-0,04	59
  ER1.14.0844.201-3STPN	950.1	847	843-0,6	774	885	36	798	40	8	117	936	283	42	0,01÷-0,04	71
  ER1.14.0944.201-3STPN	1046.1	947	943-0,7	874	985	40	898	44	8	129	1032	283	42	0,01÷-0,05	77
  ER1.14.1094.201-3STPN	1198.1	1097	1093-0,7	1024	1135	44	1048	48	8	148	1184	283	42	0,01÷-0,06	91

 

Related Slewing Bearing

Four-point contact ball slewing turntable bearings 
consist of two ring seats. Compact structure, light weight, steel ball and arc track contact at four points, can bear axial force, radial force and overturning moment at the same time, has strong dynamic load.

Single row cross roller slewing bearing
Composed of two or three rings. compact structure, light weight, high manufacturing accuracy, small assembly gap and high requirement for installation accuracy. Rollers are 1:1 cross-arranged.
Can be bear axial force, overturning moment and large radial force at the same time,and widely used in lifting transportation, construction machinery and precesion products.

No.	Non Gear DL mm	Dimensions			Mounting Dimensions				Structural Dimensions					Weight kg
		D mm	d mm	H mm	D1 mm	D2 mm	n	mm	n1 mm	D3 mm	d1 mm	H1 mm	h mm
1	HJB.20.625	725	525	80	685	565	18	18	3	627	623	68	12	100
2	HJB.20.720	820	620	80	780	660	18	18	3	722	718	68	12	120
3	HJB.30.820	940	705	95	893	749	24	20	4	822	818	83	12	210
4	HJB.30.880	1000	760	95	956	800	24	20	4	882	878	83	12	230
5	HJB.30.1020	1170	875	95	1120	930	24	22	4	1022	1018	80	15	300
6	HJB.36.1220	1365	1075	120	1310	1130	36	24	6	1222	1218	105	15	450
7	HJB.36.1250	1400	1090	120	1350	1150	36	26	6	1252	1248	105	15	520
8	HJB.36.1435	1595	1278	120	1535	1335	36	26	6	1437	1433	105	15	610
9	HJB.45.1540	1720	1360	140	1660	1420	42	26	6	1543	1537	122	18	732
10	HJB.45.1700	1875	1525	140	1815	1585	42	29	6	1703	1697	122	18	844
11	HJB.45.1880	2100	1665	160	2030	1740	48	32	6	1883	1876	140	20	1400
12	HJB.45.2115	2325	1900	160	2245	1980	48	32	6	2118	2112	140	20	1600
13	HJB.45.2370	2600	2146	180	2520	2220	48	32	6	2373	2367	158	22	2100
14	HJB.45.2600	2835	2365	180	2750	2450	54	36	6	2603	2597	158	22	2400
15	HJB.50.2820	3085	2555	200	3000	2640	54	36	6	2823	2817	178	22	3400
16	HJB.50.3120	3400	2840	200	3310	2930	54	36	6	3123	3117	178	22	4000
17	HJB.50.3580	3920	3240	240	3820	3340	60	40	6	3583	3577	218	22	6700
18	HJB.50.4030	4370	3690	240	4270	3790	66	40	6	4033	4027	218	22	7700
19	HJB.50.4540	4860	4210	240	4760	4310	72	40	6	4543	4537	218	22	8760

 

No.	Non gear DL mm	Dimensions			Mounting Dimension						Structural Dimension					Weight kg
		D mm	d mm	H mm	D1 mm	D2 mm	n	mm	dm mm	L mm	n1 mm	D3 mm	d1 mm	H1 mm	h mm
1	110.25.500	602	398	75	566	434	20	18	M16	32	4	498	502	65	10	80
2	110.25.560	662	458	75	626	494	20	18	M16	32	4	558	562	65	10	90
3	110.25.630	732	528	75	696	564	24	18	M16	32	4	628	632	65	10	100
4	110.25.710	812	608	75	776	644	24	18	M16	32	4	708	712	65	10	110
5	110.28.800	922	678	82	878	722	30	22	M20	40	6	798	802	72	10	170
6	110.28.900	1022	778	82	978	822	30	22	M20	40	6	898	902	72	10	190
7	110.28.1000	1122	878	82	1078	922	36	22	M20	40	6	998	1002	72	10	210
8	110.28.1120	1242	998	82	1198	1042	36	22	M20	40	6	1118	1122	72	10	230
9	110.32.1250	1390	1110	91	1337	1163	40	26	M24	48	5	1248	1252	81	10	350
10	110.32.1400	1540	1260	91	1487	1313	40	26	M24	48	5	1398	1402	81	10	400
11	110.32.1600	1740	1460	91	1687	1513	45	26	M24	48	5	1598	1602	81	10	440
12	110.32.1800	1940	1660	91	1887	1713	45	26	M24	48	5	1798	1802	81	10	500
13	110.40.2000	2178	1825	112	2110	1891	48	33	M30	60	8	1997	2003	100	12	900
14	110.40.2240	2418	2065	112	2350	2131	48	33	M30	60	8	2237	2243	100	12	1000
15	110.40.2500	2678	2325	112	2610	2391	56	33	M30	60	8	2497	2503	100	12	1100
16	110.40.2800	2978	2625	112	2910	2691	56	33	M30	60	8	2797	2803	100	12	1250
17	110.50.3150	3376	2922	134	3286	3014	56	45	M42	84	8	3147	3153	122	12	2150
18	110.50.3550	3776	3322	134	3686	3414	56	45	M42	84	8	3547	3553	122	12	2470
19	110.50.4000	4226	3772	134	4136	3864	60	45	M42	84	10	3997	4003	122	12	2800
20	110.50.4500	4726	4272	134	4636	4364	60	45	M42	84	10	4497	4503	122	12	31

No.	Internal gear DL mm	Dimensions			Mounting Dimensions				Structural Dimension					Gear data					Gear circumferential force	Weight kg
		D mm	d mm	H mm	D1 mm	D2 mm	n	mm	n1 mm	D3 mm	d1 mm	H1 mm	h mm	b mm	x	m mm	De mm	z	Quenching T 10^4N
1	HJN.20.625	725	525	80	685	565	18	18	3	627	623	68	12	60	1.4	5	498.8	101	5.2	100
	HJN.20.625A														1.15	6	496.7	84	6.2
2	HJN.20.720	820	620	80	780	660	18	18	3	722	718	68	12	60	1.4	6	586.6	99	6.2	120
	HJN.20.720A														1	8	582.3	74	8.3
3	HJN.30.820	940	705	95	893	749	24	20	4	822	818	83	12	70	1.4	6	664.5	112	7.2	210
	HJN.30.820A														1	10	658	67	12.2
4	HJN.30.880	1000	760	95	956	800	24	20	4	882	878	83	12	70	1.15	8	718.2	91	9.7	230
	HJN.30.880A														1	10	707.9	72	12.2
5	HJN.30.1020	1170	875	95	1120	930	24	22	4	1022	1018	80	15	70	1.4	8	830.1	105	9.7	300
	HJN.30.1020A														1.15	10	827.8	84	12.2
6	HJN.36.1220	1365	1075	120	1310	1130	36	24	6	1222	1218	105	15	90	1.4	10	1027.8	104	15.7	450
	HJN.36.1220A														1	12	1017.3	86	18.8
7	HJN.36.1250	1400	1090	120	1350	1150	36	26	6	1252	1248	105	15	90	-0.35	10	1037	105	15.7	520
	HJN.36.1250A														1	12	1028.8	87	18.8
8	HJN.36.1435	1595	1278	120	1535	1335	36	26	6	1437	1433	105	15	90	1.15	12	1221.2	1.3	18.8	610
	HJN.36.1435A														1	14	1214.8	88	21.9
9	HJN.45.1540	1720	1360	140	1660	1420	42	26	6	1543	4537	122	18	110	1.4	12	1293.1	109	23	732
	HJN.45.1540A														1.15	14	1284.8	93	26.8
10	HJN.45.1700	1875	1525	140	1815	1585	42	29	6	1703	1697	122	18	110	1.15	14	1452.7	105	26.8	844
	HJN.45.1700A														1.15	16	1452.3	92	30.5
11	HJN.45.1880	2100	1665	160	2030	1740	48	32	6	1883	1876	140	20	115	1.4	14	1592.6	115	27.8	1400
	HJN.45.1880A														1.15	18	1579.9	89	35.8
12	HJN.45.2115	2325	1900	160	2245	1980	48	32	6	2118	2112	140	20	115	1.4	16	1804.1	114	31.9	1600
	HJN.45.2115A														1.15	20	1795.4	91	40
13	HJN.45.2370	2600	2146	180	2520	2220	48	32	6	2373	2367	158	22	130	1.4	18	2065.6	116	40.7	2100
	HJN.45.2370A														1.15	22	2040.9	94	49.7
14	HJN.45.2600	2835	2365	180	2750	2450	54	36	6	2603	2597	158	22	130	1.4	18	2263.5	127	37.6	2400
	HJN.45.2600A														1.15	22	2260.8	104	45.9
15	HJN.50.2820	3085	2555	200	3000	2640	54	36	6	2823	2817	178	22	150	1.4	20	2455	124	52.2	3400
	HJN.50.2820A														1.15	25	2444.1	99	65.3
16	HJN.50.3120	3400	2840	200	3310	2930	54	36	6	3123	3117	178	22	150	1.4	22	2722.5	125	57.4	4000
	HJN.50.3120A														1.4	25	2719	110	65.3
17	HJN.50.3580	3920	3240	240	3820	3340	60	40	6	3583	3577	218	22	190	1.4	22	3118.4	143	72.7	6700
	HJN.50.3580A														1.4	25	3118.8	126	82.6
18	HJN.50.4030	4370	3690	240	4270	3790	66	40	6	4033	4027	218	22	190	1.4	22	3558.3	163	53.6	7700
	HJN.50.4030A														1.4	28	3549	128	68.2
19	HJN.50.4540	4860	4210	240	4760	4310	72	40	6	4543	4537	218	22	190	1.4	22	4042.2	185	72.1	8760
	HJN.50.4540A														1.4	30	4042.4	136	99.1

 

No.	Internal gear DL mm	Dimensions			Mounting Dimension						Structural Dimension					Gear Data					Gear circumferential force		Weight kg
		D mm	d mm	H mm	D1 mm	D2 mm	n	mm	dm mm	L mm	n1 mm	D3 mm	d1 mm	H1 mm	h mm	b mm	x	m mm	De mm	z	Normalizing Z 10^4N	Quenching T 10^4N
1	113.25.500	602	398	75	566	434	20	18	M16	32	4	498	502	65	10	60	0.5	5	367	74	3.7	5.2	80
	114.25.500																	6	368.4	62	4.5	6.2
2	113.25.560	662	458	75	626	494	20	18	M16	32	4	558	562	65	10	60	0.5	5	427	86	3.7	5.2	90
	114.25.560																	6	428.4	72	4.5	6.2
3	113.25.630	732	528	75	696	564	24	18	M16	32	4	628	632	65	10	60	0.5	6	494.4	83	4.5	6.2	100
	114.25.630																	8	491.2	62	6	8.3
4	113.25.710	812	608	75	776	644	24	18	M16	32	4	708	712	65	10	60	0.5	6	572.4	96	4.5	6.2	110
	114.25.710																	8	571.2	72	6	8.3
5	113.28.800	922	678	82	878	722	30	22	M20	40	6	798	802	72	10	65	0.5	8	635.2	80	6.5	9.1	170
	114.28.800																	10	634	64	8.1	11.4
6	113.28.900	1022	778	82	978	822	30	22	M20	40	6	898	902	72	10	65	0.5	8	739.2	93	6.5	9.1	190
	114.28.900																	10	734	74	8.1	11.4
7	113.28.1000	1122	878	82	1078	922	36	22	M20	40	6	998	1002	72	10	65	0.5	10	824	83	8.1	11.4	210
	114.28.1000																	12	820.8	69	9.7	13.6
8	113.28.1120	1242	998	82	1198	1042	36	22	M20	40	6	1118	1122	72	10	65	0.5	10	944	95	8.1	11.4	230
	114.28.1120																	12	940.8	79	9.7	13.6
9	113.32.1250	1390	1110	91	1337	1163	40	26	M24	48	5	1248	1252	81	10	75	0.5	12	1048.8	88	11.3	15.7	350
	114.32.1250																	14	1041.6	75	13.2	18.2
10	113.32.1400	1540	1260	91	1487	1313	40	26	M24	48	5	1398	1402	81	10	75	0.5	12	1192.8	100	11.3	15.7	400
	114.32.1400																	14	1195.6	86	13.2	18.2
11	113.32.1600	1740	1460	91	1687	1513	45	26	M24	48	5	1598	1602	81	10	75	0.5	14	1391.6	100	13.2	18.2	440
	114.32.1600																	16	1382.4	87	15.1	22.4
12	113.32.1800	1940	1660	91	1887	1713	45	26	M24	48	5	1798	1802	81	10	75	0.5	14	1573.6	113	13.2	18.2	500
	114.32.1800																	16	1574.4	99	15.1	22.4
13	113.40.2000	2178	1825	112	2110	1891	48	33	M30	60	8	1997	2003	100	12	90	0.5	16	1734.4	109	18.1	25	900
	114.40.2000																	18	1735.2	97	20.3	28.1
14	113.40.2240	2418	2065	112	2350	2131	48	33	M30	60	8	2237	2243	100	12	90	0.5	16	1990.4	125	18.1	25	1000
	114.40.2240																	18	1987.2	111	20.3	28.1
15	113.40.2500	2678	2325	112	2610	2391	56	33	M30	60	8	2497	2503	100	12	90	0.5	18	2239.2	125	20.3	28.1	1100
	114.40.2500																	20	2228	112	22.6	31.3
16	113.40.2800	2978	2625	112	2910	2691	56	33	M30	60	8	2797	2803	100	12	90	0.5	18	2527.2	141	20.3	28.1	1250
	114.40.2800																	20	2528	127	22.6	31.3
17	113.50.3150	3376	2922	134	3286	3014	56	45	M42	84	8	3147	3153	122	12	110	0.5	20	2828	142	27.6	38.3	2150
	114.50.3150																	22	2824.8	129	30.4	42.1
18	113.50.3550	3776	3322	134	3686	3414	56	45	M42	84	8	3547	3553	122	12	110	0.5	20	3228	162	30.4	38.3	2470
	114.50.3550																	22	3220.8	147	30.4	42.1
19	113.50.4000	4226	3772	134	4136	3864	60	45	M42	84	10	3997	4003	122	12	110	0.5	22	3660.8	167	30.4	42.1	2800
	114.50.4000																	25	3660	147	34.5	47.8
20	113.50.4500	4726	4272	134	4636	4364	60	45	M42	84	10	4497	4503	122	12	110	0.5	22	4166.8	190	30.4	42.1	3100
	114.50.4500																	25	4160	167	34.5	47.8

No.	External gear	Dimensions			Mounting Dimensions				Structural Dimension					Gear Data					Gear circumferential force	Weight
	DL	D	d	H	D1	D2	n	mm	n1	D3	d1	H1	h	b	x	m	De	z	Quenching
	mm	mm	mm	mm	mm	mm			mm	mm	mm	mm	mm	mm		mm	mm		T 10^4N	kg
1	HJW.20.625	725	525	80	685	565	18	18	3	627	623	68	12	60	1.4	5	751.9	146	5.2	100
	HJW.20.625A														1.15	6	755.5	122	6.2
2	HJW.20.720	820	620	80	780	660	18	18	3	722	718	68	12	60	1.4	6	860.3	139	6.2	120
	HJW.20.720A														1	8	861.1	104	8.3
3	HJW.30.820	940	705	95	893	749	24	20	4	822	818	83	12	70	1.4	6	980.6	159	7.2	210
	HJW.30.820A														1	10	986.2	95	12.2
4	HJW.30.880	1000	760	95	956	800	24	20	4	882	878	83	12	70	1.15	8	1047.5	127	9.7	230
	HJW.30.880A														1	10	1046.3	101	12.2
5	HJW.30.1020	1170	875	95	1120	930	24	22	4	1022	1018	80	15	70	1.4	8	1219.3	148	9.7	300
	HJW.30.1020A														1.15	10	1219.2	118	12.2
6	HJW.36.1220	1365	1075	120	1310	1130	36	24	6	1222	1218	105	15	90	1.4	10	1424.9	138	15.7	450
	HJW.36.1220A														1	12	1435.9	116	18.8
7	HJW.36.1250	1400	1090	120	1350	1150	36	26	6	1252	1248	105	15	90	-0.35	10	1443	143	15.7	520
	HJW.36.1250A														1	12	1449.6	117	18.8
8	HJW.36.1435	1595	1278	120	1535	1335	36	26	6	1437	1433	105	15	90	1.15	12	1655.5	134	18.8	610
	HJW.36.1435A														1	14	1661.2	115	21.9
9	HJW.45.1540	1720	1360	140	1660	1420	42	26	6	1543	4537	122	18	110	1.4	12	1780.8	144	23	732
	HJW.45.1540A														1.15	14	1791.1	124	26.8
10	HJW.45.1700	1875	1525	140	1815	1585	42	29	6	1703	1697	122	18	110	1.15	14	1945.4	135	26.8	844
	HJW.45.1700A														1.15	16	1950.8	118	30.5
11	HJW.45.1880	2100	1665	160	2030	1740	48	32	6	1883	1876	140	20	115	1.4	14	2189.8	152	27.8	1400
	HJW.45.1880A														1.15	18	2194.6	118	35.8
12	HJW.45.2115	2325	1900	160	2245	1980	48	32	6	2118	2112	140	20	115	1.4	16	2406.5	146	31.9	1600
	HJW.45.2115A														1.15	20	2418.4	117	40
13	HJW.45.2370	2600	2146	180	2520	2220	48	32	6	2373	2367	158	22	130	1.4	18	2707.3	146	40.7	2100
	HJW.45.2370A														1.15	22	2704.4	119	49.7
14	HJW.45.2600	2835	2365	180	2750	2450	54	36	6	2603	2597	158	22	130	1.4	18	2941.7	159	37.6	2400
	HJW.45.2600A														1.15	22	2946.9	130	45.9
15	HJW.50.2820	3085	2555	200	3000	2640	54	36	6	2823	2817	178	22	150	1.4	20	3188.4	155	52.2	3400
	HJW.50.2820A														1.15	25	3198.4	124	65.3
16	HJW.50.3120	3400	2840	200	3310	2930	54	36	6	3123	3117	178	22	150	1.4	22	3507.2	155	57.4	4000
	HJW.50.3120A														1.4	25	3509.6	136	65.3
17	HJW.50.3580	3920	3240	240	3820	3340	60	40	6	3583	3577	218	22	190	1.4	22	4036.1	179	72.7	6700
	HJW.50.3580A														1.4	25	4035.6	157	82.6
18	HJW.50.4030	4370	3690	240	4270	3790	66	40	6	4033	4027	218	22	190	1.4	22	4520.6	201	53.6	7700
	HJW.50.4030A														1.4	28	4522.4	157	68.2
19	HJW.50.4540	4860	4210	240	4760	4310	72	40	6	4543	4537	218	22	190	1.4	22	4983.1	222	72.1	8760
	HJW.50.4540A														1.4	30	4992.9	162	99.1

 

No.	External gear DL mm	Dimensions			Mounting Dimension						Structural Dimension					Gear Data					Gear circumferential force		Weight kg
		D mm	d mm	H mm	D1 mm	D2 mm	n	mm	dm mm	L mm	n1 mm	D3 mm	d1 mm	H1 mm	h mm	b mm	x	m mm	De mm	z	Normalizing Z 10^4N	Quenching T 10^4N
1	111.25.500	602	398	75	566	434	20	18	M16	32	4	498	502	65	10	60	0.5	5	629	123	3.7	5.2	80
	112.25.500																	6	628.8	102	4.5	6.2
2	111.25.560	662	458	75	626	494	20	18	M16	32	4	558	562	65	10	60	0.5	5	689	135	3.7	5.2	90
	112.25.560																	6	688.8	112	4.5	6.2
3	111.25.630	732	528	75	696	564	24	18	M16	32	4	628	632	65	10	60	0.5	6	772.8	126	4.5	6.2	100
	112.25.630																	8	774.4	94	6	8.3
4	111.25.710	812	608	75	776	644	24	18	M16	32	4	708	712	65	10	60	0.5	6	850.8	139	4.5	6.2	110
	112.25.710																	8	854.4	104	6	8.3
5	111.28.800	922	678	82	878	722	30	22	M20	40	6	798	802	72	10	65	0.5	8	966.4	118	6.5	9.1	170
	112.28.800																	10	968	94	8.1	11.4
6	111.28.900	1022	778	82	978	822	30	22	M20	40	6	898	902	72	10	65	0.5	8	1062.4	130	6.5	9.1	190
	112.28.900																	10	1068	104	8.1	11.4
7	111.28.1000	1122	878	82	1078	922	36	22	M20	40	6	998	1002	72	10	65	0.5	10	1188	116	8.1	11.4	210
	112.28.1000																	12	1185.6	96	9.7	13.6
8	111.28.1120	1242	998	82	1198	1042	36	22	M20	40	6	1118	1122	72	10	65	0.5	10	1298	127	8.1	11.4	230
	112.28.1120																	12	1305.6	106	9.7	13.6
9	111.32.1250	1390	1110	91	1337	1163	40	26	M24	48	5	1248	1252	81	10	75	0.5	12	1449.6	118	11.3	15.7	350
	112.32.1250																	14	1453.2	101	13.2	18.2
10	111.32.1400	1540	1260	91	1487	1313	40	26	M24	48	5	1398	1402	81	10	75	0.5	12	1605.6	131	11.3	15.7	400
	112.32.1400																	14	1607.2	112	13.2	18.2
11	111.32.1600	1740	1460	91	1687	1513	45	26	M24	48	5	1598	1602	81	10	75	0.5	14	1817.2	127	13.2	18.2	440
	112.32.1600																	16	1820.8	111	15.1	22.4
12	111.32.1800	1940	1660	91	1887	1713	45	26	M24	48	5	1798	1802	81	10	75	0.5	14	2013.2	141	13.2	18.2	500
	112.32.1800																	16	2012.8	123	15.1	22.4
13	111.40.2000	2178	1825	112	2110	1891	48	33	M30	60	8	1997	2003	100	12	90	0.5	16	2268.8	139	18.1	25	900
	112.40.2000																	18	2264.4	123	20.3	28.1
14	111.40.2240	2418	2065	112	2350	2131	48	33	M30	60	8	2237	2243	100	12	90	0.5	16	2492.8	153	18.1	25	1000
	112.40.2240																	18	2498.4	136	20.3	28.1
15	111.40.2500	2678	2325	112	2610	2391	56	33	M30	60	8	2497	2503	100	12	90	0.5	18	2768.4	151	20.3	28.1	1100
	112.40.2500																	20	2776	136	22.6	31.3
16	111.40.2800	2978	2625	112	2910	2691	56	33	M30	60	8	2797	2803	100	12	90	0.5	18	3074.4	168	20.3	28.1	1250
	112.40.2800																	20	3076	151	22.6	31.3
17	111.50.3150	3376	2922	134	3286	3014	56	45	M42	84	8	3147	3153	122	12	110	0.5	20	3476	171	27.6	38.3	2150
	112.50.3150																	22	3471.6	155	30.4	42.1
18	111.50.3550	3776	3322	134	3686	3414	56	45	M42	84	8	3547	3553	122	12	110	0.5	20	3876	191	30.4	38.3	2470
	112.50.3550																	22	3889.6	174	30.4	42.1
19	111.50.4000	4226	3772	134	4136	3864	60	45	M42	84	10	3997	4003	122	12	110	0.5	22	4329.6	194	30.4	42.1	2800
	112.50.4000																	25	4345	171	34.5	47.8
20	111.50.4500	4726	4272	134	4636	4364	60	45	M42	84	10	4497	4503	122	12	110	0.5	22	4835.6	217	30.4	42.1	3100
	112.50.4500																	25	4845	191	34.5	47.8

Double row ball slewing bearings
This kind of bearings can support high static loads with simple structures. They are mainly used in situations with variation load position and direction and continuously rotating. Main applications of this kind of bearings are deck hoisting, mining and material handling etc.

Three row roller slewing bearing
Three row roller bearing able to bear all kinds of loads at the same time, it is the largest one of the four structural products with large axle and radial dimensions and firm structure. Especially suitable for heavy machinery requiring larger diameter, such as bucket wheel stacker and reclaimer, wheel crane, marine crane, port crane, ladle turret,large tonnage truck crane,heavy machinery and so on.

 

Detailed Photos

Product Process

 

Product Process

SLEWING BEARING RINGS

Rings are mainly made of 50Mn carbon steel or alloy steels such as 42CrMo4 and the choice of material depends on the required mechanical properties. Alloy steels are often used for heavy-duty applications. Their structural characteristics mean that heat treatments are more effective and greater surface hardness can be obtained than with carbon steels. Stainless steels such as AISI420 or AISI440C can be used for applications where corrosion resistance is required.

RACEWAYS

The raceways are heat-treated by induction in order to achieve a maximum surface hardness of 62 HRC for carbon or alloy steels, or 58 HRC for stainless steels. The hardening depth can vary depending on the type of steel. Hardening treatment is essential to allow the slewing coupling to support the heavy-duty loads it is exposed to in its intended application.

ROTATING ELEMENTS

The rotating elements used in slewing bearings may be balls or cylindrical rollers; both are typically made of 100Cr6 steel but other materials such as ceramic (zirconium oxide ZrO2 or silicon nitride Si3N4) or stainless steel (AISI440C) can be used. Rolling elements with different materials, sizes and precision grades are selected depending on the desired results.

CAGES OR SPACERS

Slewing bearing clearance plays a crucial role and is defined and optimised according to the application and performance to be achieved.
Cages or spacers made of different materials can be used to separate rolling elements, balls or rollers, depending on the loads and speeds required by the specific application.

PROTECTIONS

Special sliding seals are fitted between the inner and outer ring to protect the slewing bearing against the ingress of debris, dust or water particles that could affect its operation. The material used for seals is typically NBR rubber, but different materials can be chosen for specific applications.

LUBRICANT

The lubricant is another very important factor to ensure effective operation of the base bearing. The type of lubricant, quantity, quality, lubrication intervals, number and position of greasing points are determined according to the performance required of the slewing bearing and any specific customer requirements.

GEARED RINGS

Slewing bearing rings can be spur-gear or, more rarely, helical-gear. The gear module is sized and selected according to the application requirements.
Typically, the gearing is soft, i.e. untreated - the maximum hardness of untreated gears is 30 HRC for 42CrMo4. When service conditions require it, the gear surface can be induction-hardened to achieve a surface hardness of 60 HRC. Gear hardening is required when at least one of the following variables must be satisfied:

• high rolling torque
•  
• high rotating speed
•  
• unfavourable environmental conditions, presence of abrasive elements
•  
• maximum tooth lifetime

The experience gained by LYMC Bearing allows us to design slewing bearings to specific customer needs. You can get the right product for your machines or systems without having to compromise with an off-the-shelf product.

Application

 

Application:

 

- Excavators - Drilling rigs - Mining Equipments - Cranes   -Offshore Equipments  - Vehicles  - Machine Tools  - Wind Turbines

Company Profile

About Us:
Luoyang MC Bearing Technology Co.,Ltd (LYMC),who is manufacture located in bearing zone, focus on Slewing bearing, cross roller bearing and pinion,Dia from 50mm-8000mm, Our team with technical and full experience in the bearing industry.
*Professional in researching, developing, producing & marketing high precision bearings for 16 years;
*Many series bearings are on stock; Factory directly provide, most competitive price;
*Advanced CNC equipment, guarantee product accuracy & stability;
*One stop purchasing, product include cross roller bearing, rotary table bearing, robotic bearing, slewing bearing, angular contact ball bearing, large and extra large custom made bearing, diameter from 50~9000mm;
*Excellent pre-sale & after sale service. We can go to customers' project site if needed.
*Professional technical & exporting team ensure excellent product design, quotation, delivering, documentation & custom clearance.
 

After Sales Service

Our Service:

FAQ:
1.Q: Are you trading company or manufacturer ?
A: We are professional slewing bearing manufacturer with 20 years' experience.
2.Q: How long is your delivery time?
A: Generally it is 4-5 days if the goods are in stock. or it is 45 days if the goods are not in
stock, Also it is according to quantity.
3.Q: Do you provide samples ? is it free or extra ?
A: Yes, we could offer the sample, it is extra.
4.Q: What is your terms of payment ?
A: Payment<=1000USD, 100% in advance. Payment>=1000USD, 30% T/T in advance, balance before shipment.
5.Q: Can you provide special customization according to the working conditions?
A: Sure, we can design and produce the slewing bearings for different working conditions.
6.Q: How about your guarantee?
A: We provide lifelong after-sales technical service.