Three Row Roller Slewing Ring Bearing with Internal Gear for Heavy-duty Equipment (13 Series)

Name: Three Row Roller Slewing Ring Bearing with Internal Gear for Heavy-duty Equipment (13 Series)
Brand: xzwd
Rating: 5.0 (10 reviews)

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Product Description

XZWD 13 series three-row roller slewing bearing offer the highest capacity for a given diameter. When an 01 series or 02 series bearing doesn't meet your stiffness and capacity requirements, consider the 13 series, offering a wide variety of solutions for radar, cranes, mining shovels, and other applications.

Design features
The 13 series bearing has three independent rows of rollers oriented normal to the direction of loads being transmitted through the bearing. Their orientation is selected to optimize capacity, provide low frictional resistance and minimize deflection.

The top and bottom rows of rollers transmit any opposing thrust loads and combine to transmit any moment loading, while the middle row transmits any radial loads. The rollers, the separator configuration used for each, and the mating raceways are sized to meet load or other application requirements.

In order to obtain these performance benefits, the supporting structures must satisfy higher stiffness and lower flatness requirements than those for similar sized 01 or 02 series bearings.

Gear teeth or other drive mechanisms can be provided on the inner or outer support ring, and the choice of hole pattern can be added for bearing retention.

Availability
13 series slewing ring bearings are custom manufactured to fit the design and specification.

Applications
13 series bearings have been used successfully in heavy-duty applications requiring extra stiffness and capacity including:

· Radar

· Cranes

· Mining shovels

· Stackers and reclaimers

· Heavy mill equipment

· Tunnel boring machines

To get drawing (pdf),please clik on Model.

No.	Inxternal 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	H1 mm	h mm	b mm	x	m mm	D e mm	z	Normalizing Z 104N	Quenching T 104N
1	133.25.500	634	366	148	598	402	24	18	M16	32	4	10	32	80	0.5	5	337	68	5.0	6.7	224
	134.25.500															6	338.4	57
2	133.25.560	694	426	148	658	462	24	18	M16	32	4	10	32	80	0.5	5	397	80	5.0	6.7	240
	134.25.560															6	398.4	67
3	133.25.630	764	496	148	728	532	28	18	M16	32	4	10	32	80	0.5	6	458.4	77	6.0	8	270
	134.25.630															8	459.2	58
4	133.25.710	844	576	148	808	612	28	18	M16	32	4	10	32	80	0.5	6	536.4	90	6.0	8	300
	134.25.710															8	539.2	68
5	133.32.800	964	636	182	920	680	36	22	M20	40	4	10	40	120	0.5	8	595.2	75	12.1	16.7	500
	134.32.800															10	594	60
6	133.32.900	1064	736	182	1020	780	36	22	M20	40	4	10	40	120	0.5	8	691.2	87	12.1	16.7	600
	134.32.900															10	694	70
7	133.32.1000	1164	836	182	1120	880	40	22	M20	40	5	10	40	120	0.5	10	784	79	15.1	20.9	680
	134.32.1000															12	784.8	66
8	133.32.1120	1284	956	182	1240	1000	40	22	M20	40	5	10	40	120	0.5	10	904	91	15.1	20.9	820
	134.32.1120															12	904.8	76
9	133.40.1250	1445	1055	220	1393	1107	45	26	M24	48	5	10	50	150	0.5	12	988.8	83	22.9	31.4	1200
	134.40.1250															14	985.6	71
10	133.40.1400	1595	1205	220	1543	1257	45	26	M24	48	5	10	50	150	0.5	12	1144.8	96	22.9	31.4	1300
	134.40.1400															14	1139.6	82
11	133.40.1600	1795	1405	220	1743	1457	48	26	M24	48	6	10	50	150	0.5	14	1335.6	96	26.3	36.6	1520
	134.40.1600															16	1334.4	84
12	133.40.1800	1995	1605	220	1943	1657	48	26	M24	48	6	10	50	150	0.5	14	1531.6	110	26.3	36.6	1750
	134.40.1800															16	1526.4	96
13	133.45.2000	2221	1779	231	2155	1845	60	33	M30	60	6	12	54	160	0.5	16	1702.4	107	32.2	44.5	2400
	134.45.2000															18	1699.2	95
14	133.45.2240	2461	2019	231	2395	2085	60	33	M30	60	6	12	54	160	0.5	16	1926.4	121	32.2	44.5	2700
	134.45.2240															18	1933.2	108
15	133.45.2500	2721	2279	231	2655	2345	72	33	M30	60	8	12	54	160	0.5	18	2185.2	122	36.2	50.1	3000
	134.45.2500															20	2188	110
16	133.45.2800	3021	2579	231	2955	2645	72	33	M30	60	8	12	54	160	0.5	18	2491.2	139	36.2	50.1	3400
	134.45.2800															20	2488	125
17	133.50.3150	3432	2868	270	3342	2958	72	45	M42	84	8	12	65	180	0.5	20	2768	139	45.2	62.6	5000
	134.50.3150															22	2758.8	126
18	133.50.3550	3832	3268	270	3742	3358	72	45	M42	84	8	258	65	180	0.5	20	3168	159	45.2	62.6	5680
	134.50.3500															22	3154.8	144	49.8	68.9
19	133.50.4000	4282	3718	270	4192	3808	80	45	M42	84	8	258	65	180	0.5	22	3116.8	165	49.8	68.9	6470
	134.50.4000															25	3610	145	56.5	78.3
20	133.50.4500	4782	4218	270	4692	4308	80	45	M42	84	8	258	65	180	0.5	22	4122.8	188	49.8	68.9	7320
	134.50.4500															25	4110	165	56.5	78.3

Note:

1. N1 is the numbers of lubricating holes. Oil cup M10×1JB/T7940.1~JB/T7940.

2. The Oil nipple's location can be change according to the user's application.

2. n-φ can change to tapped hole, the diameter of tapped hole is M, and depth is 2M.

3. The tangential tooth force in the form is the max tooth force; the nominal tangential tooth force is 1/2 of the max one.

4. "K" is addendum reduction coefficient.

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Three Row Roller Slewing Ring Bearing with Internal Gear for Heavy-duty Equipment (13 Series)

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