C-Flex Bearings - Single End Bearing

Single End Bearing
Bearing Sizes	Product Codes	Torsional Spring Rate	Load (Lc)	Capacity (Lt)	Dia. +0 - 0.0005	A ± 0.003	B min
1/8	A-10	.0003	0.95	3.80	.1250	.200	.088
1/8	A-20	.0018	8.90	12.70	.1250	.200	.088
1/8	A-30	.0148	25.30	25.30	.1250	.200	.088

5/32	B-10	.0004	1.40	5.60	.1562	.250	.114
5/32	B-20	.0037	13.70	19.60	.1562	.250	.114
5/32	B-30	.0296	39.30	39.30	.1562	.250	.114

3/16	C-10	.0007	2.00	7.80	.1875	.300	.136
3/16	C-20	.0060	19.50	27.90	.1875	.300	.136
3/16	C-30	.0482	55.80	55.80	.1875	.300	.136

1/4	D-10	.0018	3.60	14.20	.250	.400	.184
1/4	D-20	.0148	35.00	50.00	.250	.400	.184
1/4	D-30	.1185	100.00	100.00	.250	.400	.184

5/16	E-10	.0037	5.70	22.80	.3125	.500	.232
5/16	E-20	.0296	55.00	78.60	.3125	.500	.232
5/16	E-30	.2367	157.10	157.10	.3125	.500	.232

3/8	F-10	.0065	8.40	33.60	.3750	.600	.279
3/8	F-20	.0482	79.10	113.00	.3750	.600	.279
3/8	F-30	.4002	226.00	226.00	.3750	.600	.279

1/2	G-10	.0148	14.40	57.40	.5000	.800	.374
1/2	G-20	.1185	140.00	200.00	.5000	.800	.374
1/2	G-30	.9486	400.00	400.00	.5000	.800	.374

5/8	H-10	.0296	23.00	92.00	.6250	1.000	.469
5/8	H-20	.2367	221.10	315.80	.6250	1.000	.469
5/8	H-30	1.8940	631.50	631.50	.6250	1.000	.469

3/4	I-10	.0482	32.40	129.40	.7500	1.200	.564
3/4	I-20	.4002	317.20	453.10	.7500	1.200	.564
3/4	I-30	3.2610	906.10	906.10	.7500	1.200	.564

1	J-10	.1185	59.20	236.60	1.000	1.600	.764
1	J-20	.9486	566.30	809.00	1.000	1.600	.764
1	J-30	7.8023	1616.00	1616.00	1.000	1.600	.764

(1) Torsional Spring rates: Lb-In/Degree rates of standard C-Flex bearings generally fall within +/-10% of these values at zero load. Contact C-Flex if specific spring rates or closer tolerances are required.

(2) Load Capacity: Lt or Lc (Pounds load in tension or compression) These values are maximum loading (weight or static force) at zero deflection. Load requirements, angular deflection and cyclic life must be considered when sizing bearings. Click here for life expectancy curves or contact C-Flex for assistance. Lc is pure radial load creating compressive stresses in the spring, while Lt is a pure radial load creating tensile stresses.