Discover a Wide Range of Deep Groove Ball Bearings at Competitive Prices

Designation	Bore diameter	Outside diameter	Width	Cage	Basic dynamic load rating	Basic static load rating	Reference Speed	Limiting speed
618/1700 MB	1700	2060	160	Machined brass cage	1270	4900	300	240
F-809025.KL	1700	2180	212	Sheet steel	2160	8000	560	260
60/1700-M	1700	2360	290	Machined brass cage	2900	11200	530	260
619/1800 M	1800	2300	218	Machined brass cage	2200	8300	560	249
60/1800-M	1800	2500	308	Machined brass cage	3350	13400	530	240
619/1900 M	1900	2430	230	Machined brass cage	2400	9500	530	233
Z-541682.KL	2000	2360	190	Sheet steel	1460	5600	530

Tolerance and Clearance

Bearing tolerances and clearances

Tolerances: Normal, P6, P5,
Tolerances(inch): Radial normal, Instrument ball bearings
Radial internal clearance: C2 to C5

Application of deep groove ball bearings

Deep groove ball bearings are the most common type of ball bearing. They are used in a wide variety of applications, including:

Electric motors and generators
Agriculture
Material handling
Industrial transmissions
Food and beverage
Industrial pumps
Automotive
Aerospace
Medical devices
Construction equipment
Textile machinery
Hand tools

Deep groove ball bearings are characterized by their deep raceway grooves, which allow them to carry both radial and axial loads. They are also relatively low-maintenance and can operate at high speeds.

Here are some specific examples of how deep groove ball bearings are used in different applications:

In electric motors, deep groove ball bearings are used to support the rotating shaft. They help to keep the shaft aligned and prevent it from wobbling, which can cause premature wear and tear.
In agricultural machinery, deep groove ball bearings are used in a variety of applications, such as in the drive train, the harvester, and the baler. They help to ensure that these machines operate smoothly and efficiently.
In material handling equipment, deep groove ball bearings are used in the wheels, the conveyor belts, and the lifting mechanisms. They help to ensure that these machines can move heavy loads with ease.
In industrial transmissions, deep groove ball bearings are used to support the rotating shafts of the gears. They help to keep the gears aligned and prevent them from slipping, which can cause damage to the transmission.
In food and beverage processing equipment, deep groove ball bearings are used in the pumps, the mixers, and the conveyor belts. They help to ensure that these machines can operate safely and efficiently.
In industrial pumps, deep groove ball bearings are used in the impellers and the shafts. They help to keep the impellers rotating smoothly and prevent them from binding, which can cause the pump to overheat and fail.
In automotive applications, deep groove ball bearings are used in the wheels, the steering system, and the transmission. They help to ensure that these components operate smoothly and efficiently.
In aerospace applications, deep groove ball bearings are used in the landing gear, the control surfaces, and the engines. They help to ensure that these components operate safely and reliably.
In medical devices, deep groove ball bearings are used in a variety of applications, such as in the artificial joints, the pacemakers, and the surgical instruments. They help to ensure that these devices can operate safely and effectively.
In construction equipment, deep groove ball bearings are used in the engines, the hydraulic systems, and the wheels. They help to ensure that these machines can operate safely and efficiently.
In textile machinery, deep groove ball bearings are used in the spinning machines, the weaving machines, and the finishing machines. They help to ensure that these machines can operate smoothly and efficiently.
In hand tools, deep groove ball bearings are used in a variety of applications, such as in the drills, the saws, and the wrenches. They help to ensure that these tools operate smoothly and efficiently.

Deep groove ball bearings are a versatile and reliable type of bearing that can be used in a wide variety of applications. They are characterized by their deep raceway grooves, which allow them to carry both radial and axial loads. They are also relatively low-maintenance and can operate at high speeds.

What are the advantages of deep groove ball bearings?

Deep groove ball bearings are a type of rolling bearing that has a deep raceway groove. This allows them to carry both radial and axial loads. They are also relatively low-maintenance and can operate at high speeds.

Here are some of the advantages of deep groove ball bearings:

Versatility: Deep groove ball bearings can carry both radial and axial loads, making them a versatile type of bearing. This makes them suitable for a wide range of applications, including electric motors, compressors, fans, and conveyors.
Low friction: Deep groove ball bearings have low friction, which reduces energy consumption and heat generation. This can extend the life of the bearing and the equipment it is used in.
High speed: Deep groove ball bearings can operate at high speeds without overheating or seizing. This makes them ideal for use in applications where high speeds are required, such as in electric motors and compressors.
Low maintenance: Deep groove ball bearings are relatively low-maintenance. They do not require frequent lubrication and can often be replaced without the need for special tools or equipment.

Overall, deep groove ball bearings are a versatile, reliable, and low-maintenance type of bearing that is suitable for a wide range of applications.

Here are some additional advantages of deep groove ball bearings:

Cost-effectiveness: Deep groove ball bearings are relatively inexpensive, making them a cost-effective option for many applications.
Durability: Deep groove ball bearings are durable and can withstand a wide range of operating conditions. This makes them a reliable choice for use in demanding applications.
Noise reduction: Deep groove ball bearings can help to reduce noise levels in equipment. This can make them a more desirable option for use in noise-sensitive environments.

If you are looking for a versatile, reliable, and cost-effective type of bearing, then deep groove ball bearings are a good option to consider.

Why choose C&H deep groove ball bearings?

Here are some reasons why you might choose C&H deep groove ball bearings:

Quality: C&H deep groove ball bearings are made to the highest quality standards. They are manufactured using state-of-the-art equipment and processes, and they are rigorously tested to ensure that they meet or exceed all performance requirements.
Performance: C&H deep groove ball bearings offer excellent performance. They are designed to operate at high speeds and under heavy loads, and they can withstand a wide range of environmental conditions.
Durability: C&H deep groove ball bearings are built to last. They are made from high-quality materials and are designed to withstand the rigors of everyday use.
Warranty: C&H deep groove ball bearings are backed by a comprehensive warranty. This gives you peace of mind knowing that you are protected if something goes wrong with your bearing.
Customer service: C&H offers excellent customer service. If you have any questions or concerns, their team of experts is always available to help.

Overall, C&H deep groove ball bearings are a great choice for a variety of applications. They offer excellent quality, performance, durability, and customer service. If you are looking for a reliable and long-lasting bearing, C&H is a great option.

Here are some additional details about C&H deep groove ball bearings:

Materials: C&H deep groove ball bearings are made from high-quality materials including ultra-clean bearing steel. These materials are chosen for their strength, durability, and resistance to corrosion.
Design: C&H deep groove ball bearings are designed to optimize performance and efficiency. The bearings are made with precise tolerances and are balanced to ensure smooth operation.
Manufacturing: C&H deep groove ball bearings are manufactured using state-of-the-art equipment and processes. The bearings are rigorously tested to ensure that they meet or exceed all performance requirements.
Applications: C&H deep groove ball bearings are used in a wide variety of applications, including electric motors, generators, compressors, fans, conveyors, and machinery.

If you are looking for a reliable and long-lasting deep groove ball bearing, C&H is a great option. Their bearings are made from high-quality materials, are designed for optimal performance, and are manufactured using state-of-the-art equipment. C&H also offers excellent customer service, so you can be sure that you will be taken care of if you have any questions or concerns.

d	Bore diameter	1700 inch
D	Outside diameter	2060 inch
B	Width	160 inch
	Cage	Machined brass cage inch
C_r	Basic dynamic load rating	1270 lbs
C_0r	Basic static load rating	4900 lbs
	Reference Speed	300 r/min
	Limiting speed	240 r/min

d	Bore diameter	1700 inch
D	Outside diameter	2180 inch
B	Width	212 inch
	Cage	Sheet steel inch
C_r	Basic dynamic load rating	2160 lbs
C_0r	Basic static load rating	8000 lbs
	Reference Speed	560 r/min
	Limiting speed	260 r/min

d	Bore diameter	1700 inch
D	Outside diameter	2360 inch
B	Width	290 inch
	Cage	Machined brass cage inch
C_r	Basic dynamic load rating	2900 lbs
C_0r	Basic static load rating	11200 lbs
	Reference Speed	530 r/min
	Limiting speed	260 r/min

d	Bore diameter	1800 inch
D	Outside diameter	2300 inch
B	Width	218 inch
	Cage	Machined brass cage inch
C_r	Basic dynamic load rating	2200 lbs
C_0r	Basic static load rating	8300 lbs
	Reference Speed	560 r/min
	Limiting speed	249 r/min

d	Bore diameter	1800 inch
D	Outside diameter	2500 inch
B	Width	308 inch
	Cage	Machined brass cage inch
C_r	Basic dynamic load rating	3350 lbs
C_0r	Basic static load rating	13400 lbs
	Reference Speed	530 r/min
	Limiting speed	240 r/min

PRODUCT FILTERS AND TABLE

C&H BEARING WEBSITE

Designation	Bore diameter	Outside diameter	Width	Cage	Basic dynamic load rating	Basic static load rating	Reference Speed	Limiting speed
	d	D	B		C_r	C_0r
	inch	inch	inch	inch	lbs	lbs	r/min	r/min
618/1700 MB	1700	2060	160	Machined brass cage	1270	4900	300	240
F-809025.KL	1700	2180	212	Sheet steel	2160	8000	560	260
60/1700-M	1700	2360	290	Machined brass cage	2900	11200	530	260
619/1800 M	1800	2300	218	Machined brass cage	2200	8300	560	249
60/1800-M	1800	2500	308	Machined brass cage	3350	13400	530	240
619/1900 M	1900	2430	230	Machined brass cage	2400	9500	530	233
Z-541682.KL	2000	2360	190	Sheet steel	1460	5600	530

d	Bore diameter	1900 inch
D	Outside diameter	2430 inch
B	Width	230 inch
	Cage	Machined brass cage inch
C_r	Basic dynamic load rating	2400 lbs
C_0r	Basic static load rating	9500 lbs
	Reference Speed	530 r/min
	Limiting speed	233 r/min

d	Bore diameter	2000 inch
D	Outside diameter	2360 inch
B	Width	190 inch
	Cage	Sheet steel inch
C_r	Basic dynamic load rating	1460 lbs
C_0r	Basic static load rating	5600 lbs
	Reference Speed	530 r/min
	Limiting speed

Inner ring
d		tΔdmp		tVdsp¹⁾			tVdmp¹⁾	tΔBs			tVBs	tKia
				Diameter series				All	Normal	Modified³⁾
>	≤	U	L	7, 8, 9²⁾	0, 1	2, 3, 4		U	L	L
mm		μm		μm			μm	μm			μm	μm

–	2.5	0	–8	10	8	6	6	0	–40	–	12	10
2.5	10	0	–8	10	8	6	6	0	–120	–250	15	10
10	18	0	–8	10	8	6	6	0	–120	–250	20	10

18	30	0	–10	13	10	8	8	0	–120	–250	20	13
30	50	0	–12	15	12	9	9	0	–120	–250	20	15
50	80	0	–15	19	19	11	11	0	–150	–380	25	20

80	120	0	–20	25	25	15	15	0	–200	–380	25	25
120	180	0	–25	31	31	19	19	0	–250	–500	30	30
180	250	0	–30	38	38	23	23	0	–300	–500	30	40

250	315	0	–35	44	44	26	26	0	–350	–500	35	50
315	400	0	–40	50	50	30	30	0	–400	–630	40	60
400	500	0	–45	56	56	34	34	0	–450	–	50	65

500	630	0	–50	63	63	38	38	0	–500	–	60	70
630	800	0	–75	–	–	–	–	0	–750	–	70	80
800	1 000	0	–100	–	–	–	–	0	–1 000	–	80	90

1 000	1 250	0	–125	–	–	–	–	0	–1 250	–	100	100
1 250	1 600	0	–160	–	–	–	–	0	–1 600	–	120	120
1 600	2 000	0	–200	–	–	–	–	0	–2 000	–	140	140

Outer ring

D		tΔDmp		tVDsp⁴⁾				tVDmp⁴⁾	tΔCs, tVCs			tKea
				Open bearings			Capped bearings⁵⁾
				Diameter series			Capped bearings⁵⁾
>	≤	U	L	7, 8, 9²⁾	0, 1	2, 3, 4	2, 3, 4
mm		μm		μm				μm	μm			μm

2.5	18	0	–8	10	8	6	10	6	Identical to tΔBs and tVBs of an inner ring of the same bearing as the outer ring			15
18	30	0	–9	12	9	7	12	7				15
30	50	0	–11	14	11	8	16	8				20

50	80	0	–13	16	13	10	20	10				25
80	120	0	–15	19	19	11	26	11				35
120	150	0	–18	23	23	14	30	14				40

150	180	0	–25	31	31	19	38	19				45
180	250	0	–30	38	38	23	–	23				50
250	315	0	–35	44	44	26	–	26				60

315	400	0	–40	50	50	30	–	30				70
400	500	0	–45	56	56	34	–	34				80
500	630	0	–50	63	63	38	–	38				100

630	800	0	–75	94	94	55	–	55				120
800	1 000	0	–100	125	125	75	–	75				140
1 000	1 250	0	–125	–	–	–	–	–				160

1 250	1 600	0	–160	–	–	–	–	–				190
1 600	2 000	0	–200	–	–	–	–	–				220
2 000	2 500	0	–250	–	–	–	–	–				250

1) Except tapered bore. 2) Diameter series 7 and 8 not covered by ISO 492. 3) Applies to inner rings and outer rings of bearings of matched bearing sets consisting of two or more bearings. Does not apply to universally matchable angular contact ball bearings. 4) Applies to bearings prior to mounting and after removal of internal or external snap ring. 5) Capped bearings are sealed or shielded bearings.

Inner ring
d		tΔdmp¹⁾		tVdsp¹⁾			tVdmp	tΔBs			tVBs	tKia
				Diameter series				All	Normal	Modified³⁾
>	≤	U	L	7, 8, 9²⁾	0, 1	2, 3, 4		U	L	L
mm		μm		μm			μm	μm			μm	μm

–	2.5	0	–7	9	7	5	5	0	–40	–	12	5
2.5	10	0	–7	9	7	5	5	0	–120	–250	15	6
10	18	0	–7	9	7	5	5	0	–120	–250	20	7

18	30	0	–8	10	8	6	6	0	–120	–250	20	8
30	50	0	–10	13	10	8	8	0	–120	–250	20	10
50	80	0	–12	15	15	9	9	0	–150	–380	25	10

80	120	0	–15	19	19	11	11	0	–200	–380	25	13
120	180	0	–18	23	23	14	14	0	–250	–500	30	18
180	250	0	–22	28	28	17	17	0	–300	–500	30	20

250	315	0	–25	31	31	19	19	0	–350	–500	35	25
315	400	0	–30	38	38	23	23	0	–400	–630	40	30
400	500	0	–35	44	44	26	26	0	–450	–	45	35

500	630	0	–40	50	50	30	30	0	–500	–	50	40
630	800	0	–50	–	–	–	–	0	–750	–	60	45
800	1 000	0	–60	–	–	–	–	0	–1 000	–	60	50

1 000	1 250	0	–75	–	–	–	–	0	–1 250	–	70	60
1 250	1 600	0	–90	–	–	–	–	0	–1 600	–	70	70
1 600	2 000	0	–115	–	–	–	–	0	–2 000	–	80	80

Outer ring
D		tΔDmp		tVDsp⁴⁾				VDmp⁴⁾	tΔCs, tVCs			tKea
				Open bearings			Capped bearings⁵⁾
				Diameter series			Capped bearings⁵⁾
>	≤	U	L	7, 8, 9²⁾	0, 1	2, 3, 4	0, 1, 2, 3, 4
mm		μm		μm				μm	μm			μm

2.5	18	0	–7	9	7	5	9	5	Identical to tΔBs and tVBs of an inner ring of the same bearing as the outer ring			8
18	30	0	–8	10	8	6	10	6				9
30	50	0	–9	11	9	7	13	7				10

50	80	0	–11	14	11	8	16	8				13
80	120	0	–13	16	16	10	20	10				18
120	150	0	–15	19	19	11	25	11				20

150	180	0	–18	23	23	14	30	14				23
180	250	0	–20	25	25	15	–	15				25
250	315	0	–25	31	31	19	–	19				30

315	400	0	–28	35	35	21	–	21				35
400	500	0	–33	41	41	25	–	25				40
500	630	0	–38	48	48	29	–	29				50

630	800	0	–45	56	56	34	–	34				60
800	1 000	0	–60	75	75	45	–	45				75
1 000	1 250	0	–75	–	–	–	–	–				85

1 250	1 600	0	–90	–	–	–	–	–				100
1 600	2 000	0	–115	–	–	–	–	–				100
2 000	2 500	0	–135	–	–	–	–	–				120

1) Tolerances for tapered bores (except taper 1:12) 2) Diameter series 7 and 8 not covered by ISO 492. 3) Applies to inner rings and outer rings of bearings of matched bearing sets consisting of two or more bearings. Does not apply to universally matchable angular contact ball bearings. 4) Applies to bearings prior to mounting and after removal of internal or external snap ring. 5) Capped bearings are sealed or shielded bearings.

Inner ring

d		tΔdmp		tVdsp	tΔBs		tVBs	tKia	tSia
>	≤	U	L		U	L
mm		μm		μm	μm		μm	μm	μm

–	25,4	5	–5	10	0	–127	13	10	15
25,4	50,8	5	–8	10	0	–127	13	10	20
50,8	76,2	5	–8	13	0	–127	13	15	30

76,2	152,4	5	–8	18	0	–127	15	20	38
152,4	203,2	5	–13	33	0	–127	15	25	51
203,2	304,8	5	–13	33	0	–254	20	30	51
304,8	381	5	–20	51	0	–406	25	38	64

Outer ring

D		tΔDmp		tVDsp	tΔCs		tVCs	tKea	tSea
>	≤	U	L
mm		μm		μm	μm		μm	μm	μm

–	25,4	–8	–18	10	Identical to tΔBs of an inner ring of the same bearing as the outer ring		13	10	15
25,4	50,8	–8	–20	10			13	13	15
50,8	76,2	–13	–25	13			13	15	20

76,2	127	–20	–33	18			15	18	30
127	203,2	–33	–46	33			15	20	38
203,2	304,8	–33	–46	33			20	25	51

304,8	381	–33	–58	51			25	30	51
381	508	–33	–58	51			30	38	64

Inner ring and outer ring width

Nominal bore dia.		Single plane mean bore diameter deviation				Single bore diameter deviation				Single plane bore diameter variation		Mean bore diameter variation		Radial runout of assembled bearing inner ring			Axial runout of assembled bearing inner ring			Perpendicularity of inner ring face with respect to the bore			Single inner or outer ring width deviation		Inner or outer ring width variation
d		Δdmp				Δds				Vdsp		Vdmp		Kia			Sia			Sd			ΔBs , ΔCs		VBs ,VCs
		5P, 7P		9P		5P, 7P		9P		5P, 7P	9P	5P, 7P	9P	5P	7P	9P	5P	7P	9P	5P	7P	9P	5P, 7P, 9P		5P	7P	9P
>	≤	U	L	U	L	U	L	U	L	max.		max.		max.			max.			max.			U	L	max.
m		μm
-	10	0	-5.1	0	-2.5	0	-5.1	0	-2.5	2.5	1.3	2.5	1.3	3.8	2.5	1.3	7.6	2.5	1.3	7.6	2.5	1.3	0	-25.4	5.1	2.5	1.3
10	18	0	-5.1	0	-2.5	0	-5.1	0	-2.5	2.5	1.3	2.5	1.3	3.8	2.5	1.3	7.6	2.5	1.3	7.6	2.5	1.3	0	-25.4	5.1	2.5	1.3
18	30	0	-5.1	0	-2.5	0	-5.1	0	-2.5	2.5	1.3	2.5	1.3	3.8	3.8	2.5	7.6	3.8	1.3	7.6	3.8	1.3	0	-25.4	5.1	2.5	1.3

Outer ring

Nominal outside dia.		Single plane mean outside diameter deviation				Single outside diameter deviation						Single plane outside diameter variation			Mean outside diameter variation			Radial runout of assembled bearing outer ring			Axial runout of assembled bearing outer ring			Perpendicularity of outer ring outside surface with respect to the face			Single outer ring flange outside diameter deviation		Single outer ring flange width deviation
D		ΔDmp				ΔDs						VDsp			VDmp			Kea			Sea			SD			ΔD1s		ΔC1s
		5P, 7P		9P		5P, 7P				9P		5P, 7P		9P	5P, 7P		9P	5P	7P	9P	5P	7P	9P	5P	7P	9P	5P, 7P		5P, 7P
						Open type		Shield Seal type		Open type		Open type	Shield Seal type	Open type	Open type	Shield Seal type	Open type
>	≤	U	L	U	L	U	L	U	L	U	L	max.			max.			max.			max.			max.			U	L	U	L
mm		μm
-	18	0	-5.1	0	-2.5	0	-5.1	1	-6.1	0	-2.5	2.5	5.1	1.3	2.5	5.1	1.3	5.1	3.8	1.3	7.6	5.1	1.3	7.6	3.8	1.3	0	-25.4	0	-50.8
18	30	0	-5.1	0	-3.8	0	-5.1	1	-6.1	0	-3.8	2.5	5.1	2	2.5	5.1	2	5.1	3.8	2.5	7.6	5.1	2.5	7.6	3.8	1.3	0	-25.4	0	-50.8
30	50	0	-5.1	0	-3.8	0	-5.1	1	-6.1	0	-3.8	2.5	5.1	2	2.5	5.1	2	5.1	5.1	2.5	7.6	5.1	2.5	7.6	3.8	1.3	0	-25.4	0	-50.8

Bore diameter		Radial internal clearance
d		C2		Normal		C3		C4		C5
>	≤	min.	max.	min.	max.	min.	max.	min.	max.	min.	max.
mm		µm

Stainless steel deep groove ball bearings with a bore diameter < 10 mm

-	9.525	3	8	5	10	8	13	13	20	20	28

All other deep groove ball bearings

2.5	6	0	7	2	13	8	23	–	–	–	–
6	10	0	7	2	13	8	23	14	29	20	37
10	18	0	9	3	18	11	25	18	33	25	45

18	24	0	10	5	20	13	28	20	36	28	48
24	30	1	11	5	20	13	28	23	41	30	53
30	40	1	11	6	20	15	33	28	46	40	64

40	50	1	11	6	23	18	36	30	51	45	73
50	65	1	15	8	28	23	43	38	61	55	90
65	80	1	15	10	30	25	51	46	71	65	105

80	100	1	18	12	36	30	58	53	84	75	120
100	120	2	20	15	41	36	66	61	97	90	140
120	140	2	23	18	48	41	81	71	114	105	160

140	160	2	23	18	53	46	91	81	130	120	180
160	180	2	25	20	61	53	102	91	147	135	200
180	200	2	30	25	71	63	117	107	163	150	230

200	225	2	35	25	85	75	140	125	195	175	265
225	250	2	40	30	95	85	160	145	225	205	300
250	280	2	45	35	105	90	170	155	245	225	340

280	315	2	55	40	115	100	190	175	270	245	370
315	355	3	60	45	125	110	210	195	300	275	410
355	400	3	70	55	145	130	240	225	340	315	460

400	450	3	80	60	170	150	270	250	380	350	520
450	500	3	90	70	190	170	300	280	420	390	570
500	560	10	100	80	210	190	330	310	470	440	630

560	630	10	110	90	230	210	360	340	520	490	700
630	710	20	130	110	260	240	400	380	570	540	780
710	800	20	140	120	290	270	450	430	630	600	860

800	900	20	160	140	320	300	500	480	700	670	960
900	1 000	20	170	150	350	330	550	530	770	740	1 040
1 000	1 120	20	180	160	380	360	600	580	850	820	1 150

1 120	1 250	20	190	170	410	390	650	630	920	890	1 260
1 250	1 400	30	200	190	440	420	700	680	1 000	–	–
1 400	1 600	30	210	210	470	450	750	730	1 060	–	–

PRODUCT FILTERS AND TABLE

FILTERS

Bore diameter (inch)

Outside diameter (inch)

Width (inch)

Closures

Material of race

Locating feature outer ring

Designation

Interchange Code

C&H BEARING WEBSITE