Linear ball bearings / flange selectable / stainless steel, steel / treatment selectable / seal selectable (SLHFCS16Y)

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MISUMI

Product Details:

Manufacturer part number: SLHFCS16Y

Brand: MISUMI

Price: 38.20 €

Delivery time: 9 Days

Technical Data:

RoHS Information: RoHS Requirements Fulfilled

Features, Areas of Application: Low Dust / Corrosion and Chemical Resistance

[dr] Inner Diameter: 16 mm

[L] Length (Total): 37 mm

Material of Outer Cylinder: EN 1.4125 Equiv.

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SLHFCS16Y

Drawing / Specifications
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Part Numbers
Catalog
Technical Information

Dimensional Drawing

Round Flange

Square flange

Compact Flange

dr = 3 to 13

dr = 16 to 50

Product Specifications

Counterbored Holes	Type			Outer Cylinder			Balls	Retainer	Operating Ambient Temperature	[A] Accessory
Counterbored Holes	Round Flange	Square flange	Compact Flange	[M] Material	[H] Hardness	[S] Surface Treatment	[M] Material	[M] Material	Operating Ambient Temperature	[A] Accessory
Opposite Counterbored	LHZR	LHZS	LHZC	EN 1.3505 Equiv.	58HRC or more	—	EN 1.3505 Equiv.	Plastic (Duracon M90 Equivalent)	−20 to 80°C	Seal [M] Material Nitrile Rubber (－20 to 120°C)
Standard	LHFR	LHFS	LHFC
	LHFR−N No Seal	LHFS−N No Seal	LHFC−N No Seal
	LHFRF	LHFSF	LHFCF					Stainless Steel (Stainless Steel)	−20 to 110°C
	LHFRR	LHFSR	LHFCR			Low Temperature Black Chrome Plating	EN 1.4125 Equiv.	Plastic (Duracon M90 Equivalent)	−20 to 80°C
	LHFRM	LHFSM	LHFCM			Electroless Nickel Plating
	LHFRM−N No Seal	LHFSM−N No Seal	LHFCM−N No Seal
	LHFRMF	LHFSMF	LHFCMF					Stainless Steel (Stainless Steel)	−20 to 110°C
	SLHFR	SLHFS	SLHFC	EN 1.4125 Equiv.	56HRC or more	—		Plastic (Duracon M90 Equivalent)	−20 to 80°C
	SLHFRS	SLHFSS	SLHFCS	EN 1.4125 Equiv.	56HRC or more	—		Stainless Steel (Stainless Steel)	−20 to 120°C

Specification Table

Part Number
LHFR8 LHFR−N10 LHFRR8 LHFRR10L	(No Seal) (Low Temperature Black Chrome Plating) (L Type Greased)	[ ! ] Alternative grease types available.

dr		D Tolerance			L		H	T	d	d₁	t	P.C.D.	W	F	A	Eccentricity (Max.) * 1	Balls Rows	Perpendicularity * 2	Basic Load Rating		Mass (g)
	Tolerance		Surface Treatment Not Provided	Surface Treatment Provided		Tolerance	H	T	d	d₁	t	P.C.D.	W	F	A	Eccentricity (Max.) * 1	Balls Rows	Perpendicularity * 2	C (Dynamic) N	Co (Static) N	Round Flange	Square flange	Compact Flange
3	0 −0.008	7	0 −0.011	0 −0.015	10	±0.3	19	3.5	2.5	4.5	2.1	13	15	—	13	0.008	4	0.008	69	105	7	5.1	6
4		8			12		20	3.5	2.5	4.5	2.1	14	16	—	14				88	127	8	6.2	7
5		10			15		25	5	3.5	6	3.1	17	20	—	17				167	206	17	13	14
6	0 −0.009	12	0 −0.013	0 −0.018	19		28					20	22	—	20	0.012		0.012	206	265	24	18	21
8		15	0 −0.013	0 −0.018	24		32					24	25	—	24				265	380	37	29	33
10		19	0 −0.016	0 −0.021	29		40	6	4.5	7.5	4.1	29	30	—	29				372	549	72	52	64
12		21			30		42					32	32	—	32				412	598	76	57	68
13		23			32		43					33	34	—	33				510	784	88	72	81
16		28			37		48					38	37	22	31				775	1180	120	104	112
20	0 −0.010	32	0 −0.019	0 −0.025	42		54	8	5.5	9	5.1	43	42	24	36	0.015	5	0.015	882	1370	180	145	167
25		40			59		62	8	5.5	9	5.1	51	50	32	40		6		980	1570	340	300	325
30		45			64		74	10	6.6	11	6.1	60	58	35	49				1570	2740	470	375	388
35	0 −0.012	52	0 −0.022	0 −0.030	70		82	10	6.6	11	6.1	67	64	38	55	0.020		0.020	1670	3140	650	560	575
40		60			80		96	13	9	14	8.1	78	75	45	64				2160	4020	1060	880	913
50		80			100		116	13	9	14	8.1	98	92	56	80				3820	7940	2200	2000	2037

* 1. The maximum amount of misalignment between the center point of the outer diameter D and the center point of the inner diameter dr.
* 2. Perpendicularity of D to flange mounting surface.
[ ! ] Anti-rust oil is applied at the time of delivery.
[ ! ] No seal supplied for dr = 3 or 4.
[ ! ] There are 2 engraving types for products without seals. Example: Part Number: For LHFR-N10, it will be either LHFR-N10 or LHFR10-N.

Grease coating
By selecting the grease below, change to the product with grease coating is available.

Type	Product Name	Main Features
A Type	Alvania Grease S2 (by Showa Shell Sekiyu)	General-purpose grease suitable for various grease lubrication locations.
Y Type	AFF (Made by THK Co., Ltd.)	Grease with less particles, stable rolling resistance, and excellent fretting resistance.
G Type	LG2 (Made by NSK Ltd.)	Grease with less particles, excellent wear and rust resistance.
L Type	ET-100K (Made by KYODO YUSHI Co., Ltd.)	Superior heat resistance and oxidation stability. Also high adhesion and cohesion with limited splash or leakage.
H Type	FGL (Lubriplate)	Suitable for lubrication of equipment used in special hygienic requirements (NSF H-1 Reg. No. 043534)

[ ! ] Grease coating cannot be selected for the Type without seal.

Grease Performance Table (Reference Value)

Item	Conditions	Unit	Measurement Method	A Type	Y Type	G Type	L Type	H Type
Thickener	—	—	—	Lithium Type	Lithium Type	Lithium Type	Aromatic Diurea	Aluminum Complex Soap
Base Oil	—	—	—	Mineral Oil	Fine Synthetic Oil	Mineral Oil + Synthetic Hydrocarbon Oil	Ether Synthetic Oil	USP White Oil
Base Oil Kinematic Viscosity	40°C	mm2/s	JIS K2220 23	131	100	32	—	105 (ASTM D-445)
Base Oil Kinematic Viscosity	100°C	mm2/s	JIS K2220 23	12.2	—	5.4	—	11.5 (ASTM D-445)
Worked Penetration	—	—	JIS K2220 7	283	315	199	280	310 (ASTM D-217)
Dropping Point	—	°C	JIS K2220 8	181	220	201	260 <	238 (ASTM D-217)
Evaporation Amount	99°C × 22 hr	wt%	JIS K2220 10	0.2	0.7	1.4	—	0.27 (ASTM D−972)
Oil Separation	100°C × 24 hr	wt%	JIS K2220 11	2.4	2.6	0.8	1.2	2.1 (ASTM D−1742)
Operating Temp.	In Air	°C	—	-25 to 120	-40 to 120	−20 to 70	−40 to 200	−12 to 177

Selection Supporting Information

Fitting of Shaft O.D. and Bushing I.D.

Fitting of Bushing O.D. and Housing I.D.

Reference: Tolerance range of MISUMI linear bushings I.D. and shaft O.D.

Reference: Tolerance range of linear bushings O.D. and housing diameter made by MISUMI


Dimensions (mm)	Linear Bushings Single Type (LMU) I.D. Tolerance				Shaft (SFJ) O.D. Tolerance (g6)
0	⌀3 to 5	⌀6 to 16	⌀20 to 30	⌀35 to 50
－0.001
－0.002					⌀3
－0.003
－0.004						⌀4 to 6
－0.005							⌀8 to 10
－0.006								⌀12 to 18
－0.007									⌀20 to 30
－0.008
－0.009										⌀35 to 50
－0.010
－0.011
－0.012
－0.013
－0.014
－0.015
－0.016
－0.017
－0.018
－0.019
－0.020
－0.021
－0.022
－0.023
－0.024
－0.025


	Product		Customer's design
I.D. dr	Outer Dia. D		Housing Dia.
I.D. dr		Tolerance		Tolerance H7
3	7	0 －0.009	7	+0.015 0
4	8		8
5	10		10
6	12	0 －0.011	12	+0.018 0
8	15	0 －0.011	15	+0.018 0
10	19	0 －0.013	19	+0.021 0
12	21		21
13	23		23
16	28		28
20	32	0 －0.016	32	+0.025 0
25	40		40
30	45		45
35	52	0 －0.019	52	+0.030 0
40	60		60
50	80		80

For MISUMI linear bushings, use in combination with MISUMI shafts (hardened with g6 tolerance) is recommended.

For MISUMI Linear Bushings, mounting Housing of H7 tolerance is recommended.
Bushing and Housing will be clearance fit.

Technical Information

■Calculation of Life

When the linear systems are in motion with loads, rolling surfaces and races are subject to repeated stress and will show stress-induced scaly damages called "flaking". The total run distance of a linear system until this flaking first appears is the life of a linear system.

Rated life can be calculated using the formula below from the basic dynamic load rating and the actual load applied to the linear bushings.

L = ( f_H· f_T· f_Cf_w· CP )³· 50

L: Rated Life (km)
C: Basic Dynamic Load Rating (N)
P: Applied Load (N)
f_w: Load Factor (Refer to Table-4)
f_H : Hardness Factor (Refer to Fig.-1)
f_T : Temperature Factor (Refer to Fig.-2)
f_C : Contact Factor (Refer to Table-3)

Hardness Factor (f_H)

Temperature Factor (f_T)

When using linear systems, ample hardness of the shafts in contact with balls is needed as well.
If the ample hardness of the shafts are not obtained, the allowable loads are reduced and the life will be shortened.

When linear systems are exposed to temperature higher than 100°C, hardness will be reduced, and allowable loads and life will be reduced.

Fig. 1. Hardness Factor

Fig. 2. Temperature Factor

Contact Factor (f_c)

Load Factor (f_w)

Generally, more than 2 linear systems are used for 1 shaft. In this case, the load applied to each linear system will vary depending on machining accuracies and will not be equally distributed. As the result, allowable load per linear system will vary depending on the number of linear systems used on one shaft.

To calculate the load applied to the linear systems, in addition to object weight, it requires inertia force attributed to motion velocity or moment loads. Furthermore, it is necessary to accurately determine the temporal change of each. However, in reciprocating motion applications, it is difficult to obtain accurate calculations due to the effects of vibrations and shocks, in addition to those of repeated starting and stopping motions. Therefore, use the Table below in order to simplify the Life Calculations.

Table-3. Contact Factor

Table-4. Load Factor

Number of bushings on one shaft	Contact Factor f_c
1	1.00
2	0.81
3	0.72
4	0.66
5	0.61

Conditions of Use	f_w
No external shocks or vibrations when running in low speed: 15 m/min. or less	1.0 to 1.5
No excessive external shocks or vibrations when running in medium speed: 60 m/min. or less	1.5 to 2.0
External shocks and vibrations given when running in high speed: 60 m/min. or more	2.0 to 3.5

Life in hours can be obtained by calculating travel distance per hour.
If the stroke length and number of strokes are constant, life in hours can be calculated using the following formula.

L_h = L· 10³2· ℓs· n₁· 60

L_h: Life Hours (hr), Ls: Stroke Length (m), L: Rated Life (km)
n₁: Reciprocating Cycles per Minute (cpm)

Cautions/Prohibitions

(1) When mounting Linear Bushings and Housings, use Retaining Rings (Snap Rings), Stoppers, etc.

■Mounting with Retaining Ring

■Mounting with Stoppers

(2) Linear Bushings are not suitable for rotating motion or usage with repetitive insertion and extraction of shafts. Forced use may cause damage.

Flanged Linear Bushing - Single, Opposite Counterbored Hole. (2) Linear Bushings are not suitable for rotating motion or usage with repetitive insertion and extraction of shafts. Forced use may cause damage.

(3) If large moment load (offset load) is to be applied, Short/Single Type Linear Bushings are not suitable. Use of Double Type or Multiple Linear Bushings is recommended.

Flanged Linear Bushing - Single, Opposite Counterbored Hole. (3) If large moment load (offset load) is to be applied, Short/Single Type Linear Bushings are not suitable. Use of Double Type or Multiple Linear Bushings is recommended.

(4) When assembling with linear shafts, forcing the shaft into the bushing with angular misalignment may cause the ball retainers to deform and balls to fall out. Be sure to align the centers and insert the shaft gently.

Flanged Linear Bushing - Single, Opposite Counterbored Hole. (4) When assembling with linear shafts, forcing the shaft into the bushing with angular misalignment may cause the ball retainers to deform and balls to fall out. Be sure to align the centers and insert the shaft gently.

General Information - Linear Ball Bushings

Linear Ball Bushing Selection Details

- Inner diameter [dr]: 3 mm – 100 mm
- Total length [L]: 10 mm – 300 mm
- Housing material: aluminum, stainless steel (stainless steel), steel
- Ball material: stainless steel (stainless steel), steel
- Ball cage material: plastic, stainless steel (stainless steel)
- Surface treatment: without, chemically nickel-plated, LTBC
- Radial offset (μm): 50 μm – 4 μm

At MISUMI, you will find the following linear bearing versions: with locking ring with groove, with dust seal, with lubrication unit (MX), with grease nipple, housing open at the bottom/open, with clearance compensation, with flange, with centred flange, with round flange, with flattened round flange (compact flange), with square flange, with block housing, with wide barrel and ball housing, ball cage guides for linear and rotational movements (limited stroke).

Description/Basics

Linear ball bushings convert the rolling motion of steel balls (4) into infinite linear motion. They can implement highly precise and low-friction linear motion and can be used in almost all industries, e.g., in systems for semiconductor parts, electronic components and in food packaging.

Ball recirculating bushings are used in conjunction with linear shafts. The linear movement mechanism uses steel balls (4) for unlimited linear movement.

Linear bearing units allow linear shafts to travel indefinitely through steel balls that are constantly circulating within the running grooves directed by the outer cylinder and ball cage (3).

Compared to plain bearings, ball bushings perform linear movements with lower friction and high accuracy. They are used in many applications, such as conveyors and semiconductor manufacturing facilities.

Linear ball bearings - linear bearings - recirculating ball bushing - recirculating ball bushings - linear bearing unit - linear bearing units - ball bushing - ball bushings

Linear Bearing Unit Design - (1) Dust Seal, (2) Outer Cylinder, (3) Ball Cage, (4) Steel Balls

Dynamic friction coefficient in comparison

Design	Dynamic friction coefficient (μ)
Miniature profile rail guide	0.004 ~ 0.006
Profile rail guide for medium and heavy loads	0.002 ~ 0.003
Cross roller guides	0.001 ~ 0.003
Cross roller tables	0.001 ~ 0.003
Linear ball bearing	0.002 ~ 0.003
Ball cage guides	0.0006 ~ 0.0012

The specified values are for comparison purposes only and are therefore not reference values.

Areas of Application

Linear ball bushings have a linear working direction and can be used for horizontal or vertical linear movements. Therefore, MISUMI linear ball bushings can be used in almost all industries. Since linear ball bushings are intended only for axial movement, rotational use would lead to premature fatigue or destruction of the ball bushings. For rotary movements, we therefore recommend ball cage guides, which enable not only infinite linear movements (stroke-limited) in addition to infinite rotary movements.

Common applications are lifting mechanisms or guides for cylinders. The ball bushings are also a good variant for additional guide. In addition, these linear ball bushings are often found in 3D printers, metering systems, measuring devices, positioning and alignment devices, bending devices and sorting systems.

For systems with increased particle development (e.g., dust and other abrasive particles), the linear systems should be protected with covers or bellows. The ingress of particles leads to a clumping of the lubricating grease or to significantly increased abrasion. By clumping the grease, the balls block in the ball circulation, which results in unscheduled maintenance.

Materials

Linear ball bearings consist of different materials due to their design and the individual components. MISUMI uses high-quality materials to achieve the longest possible service life. The following materials are available:

- External cylinder: stainless steel (stainless steel) ~56HRC, steel with ~58HRC
- Ball: stainless steel (stainless steel), steel
- Ball cage: plastic, stainless steel (stainless steel)
- Housing: aluminum, stainless steel (stainless steel), steel
- Seal: nitrile rubber

You can find more detailed material information in the tab Technical Drawing.

Coatings

To protect linear ball bushings from corrosion, the surface can be chemically nickel-plated.

As an alternative to a chemical nickel-plating, ball bushings can also be coated with LTBC. The LTBC coating (Low Temperature Black Chrome Platinum) is a surface treatment that protects against corrosion and has low reflection. The coating consists of a 5 μm thick chrome ceramic layer with fluoropolymer infusion and it deposits as a black film. In addition, the LTBC coating is crack-proof and interchangeable and is therefore resistant to delamination due to extreme or repeated bending. LTBC-coated linear ball bearings are thus particularly suitable for locations where corrosion or light reflections are undesirable.

Note: the inner wall of LTBC coated linear bushing units is not surface treated.

LTBC-coated linear ball bushing - state after 50 km glide test under 412N load.

Comparison test of corrosion protection

Salt water spray test according to JIS H8502. Test piece: simple flanged linear ball bushing
(1) EN 1.3505 equiv., (2) EN 1.4125 equiv., (3) chemically nickel-plated, (4) LTBC coating, (hr = duration in hours)

Instructions for Use / Installation Information - Linear Ball Bushings

Instructions for use

- MISUMI linear bearings should be used in conjunction with MISUMI linear shafts.
- We recommend using a hardened linear shaft in the g6 tolerance.
- An additional hard chrome plating of the linear shaft makes it more wear-resistant.
- When installing ball bushings in housings, we recommend an H7 housing tolerance. Too close a tolerance will reduce the internal contact travel [dr] to the shaft and can lead to increased wear and premature failure.
- The utilisation of two ball bushings on a steel shaft improves the shaft guide in a system. However, if the angular errors are too high, a self-aligning linear ball bushing should be selected.
- When utilising two linear shafts, the drive should be centred in the system to avoid unnecessary stresses/lever effects.
- The service life, also called nominal service life, should be calculated using the present load case. Here you can perform your service life calculation.
- Depending on local conditions such as temperature, humidity and gases, a variant made of stainless steel or an LTBC coating is recommended.
- When the linear shafts bend sharply, a self-aligning/self-adjusting linear ball bushing should be selected.

Installation Information

General installation instructions for linear ball bushings and linear shafts

MISUMI linear ball bushings should be used in conjunction with MISUMI linear shafts (hardened, tolerance g6).

MISUMI tolerance range: inner diameter linear ball bushings (LMU) and outer diameter linear shafts (SFJ).

General installation instructions for linear ball bushings and housings

MISUMI linear ball bushings should be used in conjunction with MISUMI housings (tolerance H7).

MISUMI tolerance range: outer diameter of linear ball bushing and inner diameter of housing.

Standard linear ball bushing installation instructions

1. When installing standard linear ball bushings, you can use the following locking means: retaining rings (clamping rings), stoppers

(1) retaining rings, (2) housing, (3) stopper/LMST fixing plate

2. Ball bushings are not suitable for rotary motion and applications requiring repetitive insertion and removal of linear shafts. Such a misuse of the linear ball bushing could damage the recirculating ball bushing.

3. Simple linear ball bushings are not suitable for large torque loads (offset load/lever effect). The use of double or multiple linear bushings is recommended for these load cases.

(1) Linear ball bushing with two grooves

4. When assembling linear shafts, forceful slanted insertion into the linear ball bushing can cause the ball cage to bend and the balls to fall out. Be sure to centre the steel shaft to the linear ball bushing before inserting the steel shaft into the linear ball bushing.

Installation instructions for linear ball bushings with stopper/fixing plate

Through the stopper plates, the versions can be designed independently of the housing length.

(1) Attachment, (2) linear ball bushing – standard, (3) linear shaft, (4) LMST fixing plate

The stopper plates enable the ball sleeve and linear shaft to be installed flush against the end faces.

(1) Linear shaft, (2) housing, (3) linear ball bushing – standard, (4) spacer sleeve LBS/LBSA for linear ball bushings, (5) LMST fixing plate

The LMST fixing plates can also be used to lock linear bushings in place.

(2) housing, (4) LMST fixing plate

Assembly Instructions for Linear Ball Bushings with Flange and Lubrication Unit MX

When fastening the linear ball bushing with the lubrication unit MX, do not insert the housing of the lubrication unit as guide as shown in (2), as this can damage the housing. Instead, use the flange and guide version as shown in (3).

Do not disassemble the linear ball bushing with flange and lubrication unit MX, as this will impair function.

Assembly Instructions for Linear Ball Bushings with Housing and without Cylinder Pin Hole

During interface assembly, centring on the lateral reference surface can be eliminated by means of the cylinder pin holes.

This reduces the machining effort of the upper plate to be mounted on the block.

Linear ball bushing with housing
Positioning with plate end cover

Linear ball bushing with housing
Positioning with cylinder pins

Linear ball bushing with housing (wide version)
Positioning with plate end cover

Linear ball bushing with housing (wide version)
Positioning with cylinder pins

Maintenance - Linear Ball Bushings

General Maintenance Instructions

Grease the rows of balls inside the ball bushing before use. Then grease regularly during use. Grease reduces friction by forming a layer between the balls and rolling shaft surfaces and prevents seizing. Loss of grease and degradation of grease shorten the service life of linear guides.

- Recommended grease: lithium soap grease
- Recommended lubrication interval: every 6 months
*Every 3 months for extended work or every 1000 km. Maintenance intervals vary depending on the application and ambient conditions.

Lubrication

Linear ball bushings from MISUMI are delivered coated with a corrosion protection oil. Exceptions to this are the designs with lubrication unit MX. After removing the anti-corrosion oil, we recommend lubricating the bearings.

If you select one of the following lubricants in the configurator, you can order pre-lubricated versions. The versions L, G and H are prefilled with grease, whereby L and G offer a strong reduction in particle formation by means of a suitable grease distribution during operation (see quantitative comparison of particle formation below). Lubrication units MX are filled with lithium soap grease.

Linear ball bearings - linear bearings - recirculating ball bushing - recirculating ball bushings - linear bearing unit - linear bearing units - ball bushing - ball bushings

Assembly of the lubrication unit MX

The lubrication unit MX is equipped with a fibre insert with lubricant. The capillary effect allows the lubricant to be properly applied to contact surfaces. For this purpose, a constant oil film is formed between balls and steel shaft, which significantly prolongs the lubrication intervals.

Recirculation ball bushing with lubrication unit - (1) MX Lubrication Unit, (2) MX Lubrication Unit - Plastic Housing, (3) Lubricant Pads, (4) Dust Seal, (5) Balls, (6) Linear Shaft

Properties of the MX lubrication unit

Longer maintenance intervals: the long-lasting lubricant performance leads to a significant reduction in maintenance, especially in machine and equipment environments where lubrication is difficult to achieve.
Environment: the MX lubrication unit helps reduce lubricant consumption and thus protects the environment.
Cost benefit: it contributes to reducing maintenance costs and failure rate caused by failing to lubricate.
Less effort: it is not necessary to refill the lubricant prior to use, since the ball parts are already filled with a lithium soap-based grease in addition to the lubrication unit.

Comparison test of linear ball bearings and linear ball bearings with lubrication unit

Test conditions:
- Sample: linear ball bushing LMU12 with rust protection oil and linear ball bushing with lubrication unit LMU-MX12
- Effective load: 206N (50% of the dynamic load rating of 412N)
- Average speed: 42 m/min (0.7 m/s)
- Stroke: 100 m
- Lubricant: lubricating grease, only initial filling (only LMU-MX12)
- Shaft material: EN 1.3505 Equiv. (58HRC)
- Duration: 24-hour continuous operation
*The above test conditions serve only as reference values and cannot be considered as a manufacturer warranty.

Test result:

With an effective test load of 50% of the load-carrying capacity of 412N, the design with the MX lubrication unit could achieve a continuous output of 2.5-fold longer than with no MX lubrication unit.
*Since the 2007 catalogue, the data have been updated after the safety limit has been confirmed by further data from test results.

Linearkugellager - Linearlager - Kugelumlaufbuchse - Kugelumlaufbuchsen - Linearlagereinheit - Linearlagereinheiten - Kugelbuchse - Kugelbuchsen

Endurance test result - standard linear ball bearing LMU, linear ball bearing LMU-MX with lubricant unit

Supplementary Article

Linear Shaft

Retaining Ring

Set Collar / Clamping Ring

Accessories for Linear Ball Bearing

Shaft Holder

Industrial Applications

3D printer industry

Automotive industry

Pharmaceutical industry

Packaging industry

Part Number:

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Part Number
SLHFCS16Y

Part Number	Standard Unit Price	Minimum order quantity	Volume Discount	Standard Shipping Days ?	RoHS	RoHS Information	Features, Areas of Application	[dr] Inner Diameter (mm)	[L] Length (Total) (mm)	Material of Outer Cylinder	Outer Cylinder Surface Treatment	Grease Coating	[D] Outer Diameter (mm)	Basic Load Rating Dynamic Rating (Detail) (N)	Basic Load Rating Static Rating (N)	Tolerance of Inscribed Circle (Minus Side) (mm)	Eccentricity (μm)	Basic Rated Load, Dynamic Rating	Flange Shape	Ball Material	Retainer Material	Seals	Counterbored Hole
	38.20 €	1	Available	9 Days	-	RoHS Requirements Fulfilled	Low Dust / Corrosion and Chemical Resistance	16	37	EN 1.4125 Equiv.	No Surface Treatment	[Grease coating] Y Type: AFF (Low dust generation, manufactured by THK)	28	-	1180	-0.009	12	775	Compact Flange	EN 1.4125 Equiv.	Stainless Steel	With Seal	Standard

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Basic information

Type2	Standard Flange	Style	Standard	Number of Linear Ball Bearings	Single
Linear Motion / Rotational Motion	Linear Bushing (Linear Motion Only)

This page is Linear ball bearings / flange selectable / stainless steel, steel / treatment selectable / seal selectable, part number SLHFCS16Y.
You can find the detail information about specifications and dimensions on part number SLHFCS16Y.

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Basic Attributes

Features, Areas of Application
Low Dust

Vacuum

Corrosion and Chemical Resistance

Heat-Resistant

Anti-Reflection

Not Applicable
Clear
Type
- LHFC
- LHFC-N
- LHFCF
- LHFCM
- LHFCM-N
- LHFCMF
- LHFCR
- LHFR
- LHFR-N
- LHFRF
- LHFRM
- LHFRM-N
- LHFRMF
- LHFRR
- LHFS
- LHFS-N
- LHFSF
- LHFSM
- LHFSM-N
- LHFSMF
- LHFSR
- LHZC
- LHZR
- LHZS
- SLHFC
- SLHFCS
- SLHFR
- SLHFRS
- SLHFS
- SLHFSS
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RoHS Information
- RoHS Requirements Fulfilled
Clear
[dr] Inner Diameter(mm)
3

4

5

6

8

10

12

13

16

20

25

30

35

40

50
Clear
[L] Length (Total)(mm)
10

12

15

19

24

29

30

32

37

42

59

64

70

80

100
Clear
Material of Outer Cylinder
- Steel
  - EN 1.3505 Equiv.
- EN 1.4125 Equiv.
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Outer Cylinder Surface Treatment
- No Surface Treatment
- Surface Treatment
  - Electroless Nickel Plating
  - LTBC Plating
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Grease Coating
- Not Provided
- Grease coating
  - L Type: ET-100K (Heat resistance)
  - H Type: FGL-1 (Special hygienic requirements)
  - A Type: Alvania S2 (For general-purpose industrial use)
  - G Type: LG2 (Low dust generation/manufactured by NSK)
  - Y Type: AFF (Low dust generation, manufactured by THK)
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[D] Outer Diameter(mm)
7

8

10

12

15

19

21

23

28

32

40

45

52

60

80
Clear
Eccentricity(μm)
8

12

15

20
Clear
Basic Rated Load, Dynamic Rating
69

88

167

206

265

372

412

510

775

882

980

1570

1670

2160

3820
Clear
Flange Shape
- Round Flange
- Square Flange
- Compact Flange
Clear
Ball Material
- EN 1.3505 Equiv.
- EN 1.4125 Equiv.
Clear
Retainer Material
- Plastic (Duracon M90 Equivalent)
- Stainless Steel
Clear
Seals
- No Seal
- With Seal
Clear
Counterbored Hole
- Opposite Counterbored
- Standard
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Filter by CAD data type
- 2D
- 3D
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8 Days or Less

9 Days or Less

10 Days or Less

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16 Days or Less
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Optional Attributes

The specifications and dimensions of some parts may not be fully covered. For exact details, refer to manufacturer catalogs .

Variation of this product

Part Number
LHFC-N16
LHFC-N20
LHFC-N25
SLHFCS20
SLHFCS20A
SLHFCS20G

Standard Unit Price	Minimum order quantity	Volume Discount	Standard Shipping Days ?	RoHS	RoHS Information	Features, Areas of Application	[dr] Inner Diameter (mm)	[L] Length (Total) (mm)	Material of Outer Cylinder	Outer Cylinder Surface Treatment	Grease Coating	[D] Outer Diameter (mm)	Basic Load Rating Dynamic Rating (Detail) (N)	Basic Load Rating Static Rating (N)	Tolerance of Inscribed Circle (Minus Side) (mm)	Eccentricity (μm)	Basic Rated Load, Dynamic Rating	Flange Shape	Ball Material	Retainer Material	Seals	Counterbored Hole
9.00 €	1	Available	Same day Stock	10	RoHS Requirements Fulfilled	Not Applicable	16	37	[Steel] EN 1.3505 Equiv.	No Surface Treatment	Not Provided	28	775	1180	-0.009	12	775	Compact Flange	EN 1.3505 Equiv.	Plastic (Duracon M90 Equivalent)	No Seal	Standard
10.70 €	1	Available	Same day Stock	10	RoHS Requirements Fulfilled	Not Applicable	20	42	[Steel] EN 1.3505 Equiv.	No Surface Treatment	Not Provided	32	882	1370	-0.01	15	882	Compact Flange	EN 1.3505 Equiv.	Plastic (Duracon M90 Equivalent)	No Seal	Standard
15.26 €	1	Available	5 Days	10	RoHS Requirements Fulfilled	Not Applicable	25	59	[Steel] EN 1.3505 Equiv.	No Surface Treatment	Not Provided	40	980	1570	-0.01	15	980	Compact Flange	EN 1.3505 Equiv.	Plastic (Duracon M90 Equivalent)	No Seal	Standard
29.84 €	1	Available	Same day Stock	10	RoHS Requirements Fulfilled	Corrosion and Chemical Resistance	20	42	EN 1.4125 Equiv.	No Surface Treatment	Not Provided	32	882	1370	-0.01	15	882	Compact Flange	EN 1.4125 Equiv.	Stainless Steel	With Seal	Standard
46.48 €	1	Available	9 Days	-	RoHS Requirements Fulfilled	Corrosion and Chemical Resistance	20	42	EN 1.4125 Equiv.	No Surface Treatment	[Grease coating] A Type: Alvania S2 (For general-purpose industrial use)	32	-	1370	-0.01	15	882	Compact Flange	EN 1.4125 Equiv.	Stainless Steel	With Seal	Standard
50.34 €	1	Available	9 Days	10	RoHS Requirements Fulfilled	Corrosion and Chemical Resistance / Low Dust	20	42	EN 1.4125 Equiv.	No Surface Treatment	Not Provided	32	882	1370	-0.01	15	882	Compact Flange	EN 1.4125 Equiv.	Stainless Steel	With Seal	Standard