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[Clean & Pack] Shaft - Both Ends Threaded with Wrench Flats (Part Numbers)

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Three types of cleaning methods are available: degreasing, precision cleaning, and electrolytic polishing + precision cleaning. They can be ordered from one piece with the standard part number.
This eliminates the need for customer cleaning or outsourced cleaning, reducing the amount of time and effort required.

■Part Number for Clean & Pack Products

·Degreasing (Anti-rust single packing)	: Part Number SL-□□
·Precision cleaning (Degassing double packing)	: Part Number SH-□□
·Electrolytic polishing + precision cleaning (Degassing double packing)	: Part Number SHD-□□

Product Part Number	Cleaning Method	Packaging Type	Effects Compared to Uncleaned Product	Environment (Standard)	Process
SL-□□	Degreasing	Anti-rust packing	Oil removal	General environment	Regular assembly process
					Post battery assembly process
SH-□□	Precision cleaning	Degassing double packing	Oil removal Dust removal	Clean environment (Class 10 to 1,000)	Battery assembly process
					LCD-related post assembly process
					In-vehicle camera assembly process
SHD-□□	Electrolytic polishing + precision cleaning	Degassing double packing	Oil removal Dust removal Outgas reduction	Vacuum environment Clean environment (Class 10 to 1,000)	Pre-semiconductor process
					Liquid crystal deposition process
					Pre-OLED process

■Notes
Cleaning also removes rust prevention oil, which may make the product more susceptible to rusting than an uncleaned product.
Please be careful about the application location and storage environment.

(i)Caution

Cleaning also removes rust prevention oil, which may make the product more susceptible to rusting than an uncleaned product. Please be careful about the application location and storage environment.

Part Number

Configured Part Number is shown.

Drawing/Specifications
3D Preview
Part Numbers
More Information

Shafts with Wrench Flats

Shafts with Cross-Drilled Hole (8 ≤ D ≤ 30, L ≤ 500)

[ ! ] For plated products, the surface roughness of D part is

; and for unplated products, it is

.
[ ! ] The dimension tolerances for L, F, T, SC, and H conform to JIS B 0405 Class m. However, threaded chamfer tolerances are excluded.

Type				[ M ] Material	[ H ] Hardness	[ S ] Surface Treatment	Cleaning Method
With Wrench Flats			With Cross-Drilled Hole				Cleaning Method
D Tolerance f8	D Tolerance g6	D Tolerance h5	With Cross-Drilled Hole				Cleaning Method	Cleaning Environment	Packaging Type	Packing Environment
SL-PSSFGU	-	-	-	SUS304	-	Hard Chrome Plating Plating Hardness: HV750 or more Plating Thickness: 10 µ or more	Degreasing	General environment	Anti-rust packing	General environment
SH-PSSFGU	-	-	-	SUS304	-		Precision cleaning	Class 1,000	Degassing double packing	Class 10
-	SL-SSFAU	SL-SSFUU	SL-SSFHM	SUS440C or 13Cr Stainless Steel	Induction Hardening SUJ2 Equivalent 58 HRC or more SUS440C or 13Cr Stainless Steel 56 HRC or more	-	Degreasing	General environment	Anti-rust packing	General environment
-	SH-SSFAU	SH-SSFUU	SH-SSFHM	SUS440C or 13Cr Stainless Steel		-	Precision cleaning	Class 1,000	Degassing double packing	Class 10
-	SL-PSSFAU	SL-PSSFUU	SL-PSSFHM	SUS440C or 13Cr Stainless Steel		Hard Chrome Plating Plating Hardness: HV750 or more Plating Thickness: 5 µ or more	Degreasing	General environment	Anti-rust packing	General environment
-	SH-PSSFAU	SH-PSSFUU	SH-PSSFHM	SUS440C or 13Cr Stainless Steel			Precision cleaning	Class 1,000	Degassing double packing	Class 10
-	SL-RSFAU	-	SL-RSFHM	SUJ2 Equivalent		Low Temperature Black Chrome Plating	Degreasing	General environment	Anti-rust packing	General environment
-	SH-RSFAU	-	SH-RSFHM	SUJ2 Equivalent			Precision cleaning	Class 1,000	Degassing double packing	Class 10
-	SL-RSSFAU	-	SL-RSSFHM	SUS440C or 13Cr Stainless Steel			Degreasing	General environment	Anti-rust packing	General environment
-	SH-RSSFAU	-	SH-RSSFHM	SUS440C or 13Cr Stainless Steel			Precision cleaning	Class 1,000	Degassing double packing	Class 10

[ ! ] Annealing required for wrench flats machining and shaft end machined area threading (effective thread length + approx. 10 mm) may lower hardness.
[ ! ] Low temperature black chrome plated products made of SUS440C or 13Cr stainless steel have identification grooves.
[ ! ] Cross-drilled hole areas may be out of O.D. tolerances due to annealing-induced deformation.
[ ! ] Hard chrome plating is applied after surface treatment of the base material, so there is no plating on the machined area.
[ ! ] Tightening torque and yield stress data are not available.
[ ! ] Products are packed by order quantity. Ex. If the order is for 20 pieces, they are packed in one package (incl. 20 pieces).
[ ! ] See the

details of degreasing and precision cleaning shown at the bottom of the specification table.

L, F, T, SC, H Dimension Tolerance Table

Dimension Range		Tolerance (mm)
Over	or Less	Tolerance (mm)
0.5	3	±0.1
3	6	±0.1
6	30	±0.2
30	120	±0.3
120	400	±0.5
400	800	±0.8

[ ! ] Compliant with JIS B 0405 Class m (Medium Class)

Specification Table

Part Number	-	L	-	F	-	B	-	P	-	T	-	S	-	Q	-	SC
SL-PSSFGU15	-	300	-	F28	-	B16	-	P6	-	T17	-	S12	-	Q10	-	SC8
SH-PSSFGU20	-	400	-	F30	-	B20	-	P8	-	T20	-	S15	-	Q10	-	SC10

D Tolerance
D	f8	g6	h5
6	-0.010 -0.028	-0.004 -0.012	0 -0.005
8	-0.013 -0.035	-0.005 -0.014	0 -0.006
10
12	-0.016 -0.043	-0.006 -0.017	0 -0.008
13
15
16
18
20	-0.020 -0.053	-0.007 -0.020	0 -0.009
25
30
35	-0.025 -0.064	-0.009 -0.025	0 -0.011
40
50

■ Wrench Flats Type

Part Number		1 mm Increments			P (Coarse), Q (Coarse) Selection P = M, Q = N											1 mm Increments	W	ℓ₁	(Y) Max.	R	C
Type	D	L	F, T	B, S	P (Coarse), Q (Coarse) Selection P = M, Q = N											SC	W	ℓ₁	(Y) Max.	R	C
D Tolerance f8 SL-PSSFGU SH-PSSFGU D Tolerance g6 SL-SSFAU SH-SSFAU SL-PSSFAU SH-PSSFAU SL-RSFAU SH-RSFAU SL-RSSFAU SH-RSSFAU D Tolerance h5 SL-SSFUU SH-SSFUU SL-PSSFUU SH-PSSFUU [ ! ] Low Temperature Black Chrome Plated Products D ≤ 30	6	25 to 796	2 ≤ F ≤ P × 5 2 ≤ T ≤ Q × 5	(When P ≤ 6) B ≤ F - 2 (When P = 8, 10) B ≤ F - 3 (When P ≥ 12) B ≤ F - 5 (When Q ≤ 6) S ≤ T - 2 (When Q = 8, 10) S ≤ T - 3 (When Q ≥ 12) S ≤ T - 5 (W/o Threads) B = 0 S = 0 [ ! ] B, S ≥ Pitch × 3	3	4	5									[ ! ] SC+ℓ₁ ≤ L [ ! ] SC ≥ 0	5	8	800	0.3 or Less	0.5 or Less
	8	25 to 796			3	4	5	6									7		800
	10	25 to 796			3	4	5	6	8								8		800
	12	25 to 796			3	4	5	6	8	10							10	10	800
	13	25 to 796				4	5	6	8	10	12						11		800
	15	25 to 796				4	5	6	8	10	12						13		800
	16	25 to 796				4	5	6	8	10	12						14		800
	18	25 to 796					5	6	8	10	12	16					16		800
	20	25 to 796					5	6	8	10	12	16					17		800		1.0 or Less
	25	25 to 796						6	8	10	12	16	20	24			22		800
	30	25 to 796							8	10	12	16	20	24			27	15	800
	35	25 to 796								10	12	16	20	24	30		30	15	800	0.5 or Less
	40	25 to 796									12	16	20	24	30		36	20	800
	50	25 to 796										16	20	24	30		41	20	800

[ ! ] Thread machining will not be applied to B = 0 or S = 0.
[ ! ] When L (Y) ≥ 501, B (S) ≥ 10 is required.

■ Shafts with Cross-Drilled Hole Type

Part Number		1 mm Increments			P (Coarse), Q (Coarse) Selection P = M, Q = N										1 mm Increments	d	(Y) Max.	R	C
Type	D	L	F, T	B, S	P (Coarse), Q (Coarse) Selection P = M, Q = N										H	d	(Y) Max.	R	C
SL-SSFHM SH-SSFHM SL-PSSFHM SH-PSSFHM SL-RSFHM SH-RSFHM SL-RSSFHM SH-RSSFHM	8	25 to 496	2 ≤ F ≤ P × 5 2 ≤ T ≤ Q × 5	(When P ≤ 6) B ≤ F - 2 (When P = 8, 10) B ≤ F - 3 (When P ≥ 12) B ≤ F - 5 (When Q ≤ 6) S ≤ T - 2 (When Q = 8, 10) S ≤ T - 3 (When Q ≥ 12) S ≤ T - 5 (W/o Threads) B = 0 S = 0 [ ! ] B, S ≥ Pitch × 3	3	4	5	6							[ ! ] L ≥ H + d/2 + 2 [ ! ] H ≥ d/2 + 2	3	500	0.3 or Less	0.5 or Less
	10	25 to 496			3	4	5	6	8								500
	12	25 to 496			3	4	5	6	8	10							500
	13	25 to 496				4	5	6	8	10	12					4	500
	15	25 to 496				4	5	6	8	10	12						500
	16	25 to 496				4	5	6	8	10	12						500
	18	25 to 496					5	6	8	10	12	16				6	500
	20	25 to 496					5	6	8	10	12	16				6	500		1.0 or Less
	25	25 to 496						6	8	10	12	16	20	24		7	500
	30	25 to 496							8	10	12	16	20	24		7	500

[ ! ] Thread machining will not be applied to B = 0 or S = 0.

■Details of Threaded Section C Chamfering

Thread Nominal M	Pitch P	Chamfering C (Reference Value)
3	0.50	0.50
4	0.70	0.75
5	0.80	0.75
6	1.00	1.00
8	1.25	1.25
10	1.50	1.50
12	1.75	1.75
16	2.00	2.00
20	2.50	2.50
24	3.00	3.00
30	3.50	3.50

C Chamfering at Thread Tip

Alteration Details

· See the tab below for alteration details.
*When selecting multiple alterations, the distance between machined areas should be 2 mm or more.
*Alteration may lower hardness.

Alterations
Code

Alteration Details

Fixed Dimension

Applicable Conditions

Ordering Example

LKC

Precisely change L dimension and tolerance

· L < 200 >> L ± 0.03
· 200 ≤ L < 500 >> L ± 0.05
· L ≥ 500 >> L ± 0.1

[ ! ] L Dimension can be specified in 0.1 mm increments

SL-PSSFGU30-300.5-F40-B30-P20-T50-S40-Q16-SC10-LKC

Wrench Flats other than SC Wrench Flats

D	W	ℓ₁	D	W	ℓ₁
6	5	8	18	16	10
8	7		20	17
10	8		25	22
12	10	10	30	27	15
13	11		35	30	15
15	13		40	36	20
16	14		50	41	20

[ ! ] Only applicable to Shafts with Wrench Flats
SX = 1 mm increment
[ ! ] SC + SX + ℓ₁X2 < L
[ ! ] SX ≥ 0

[ NG ]Cannot be machined coplanarly

SL-PSSFGU30-300-F40-B30-P20-T50-S40-Q16-SC10-SX15

Set Screw Flat at One Location

D	h
6 to 18	1
20 to 40	2
50	3

[ ! ] FC, E = 1 mm increment
[ ! ] D ≤ 30: FC ≤ 5 × D,
D ≥ 35: FC ≤ 3 × D
[ ! ] E = 0 or E ≥ 2

[ NG ] Not available in combination with WFC

SL-PSSFGU30-300-F40-B30-P20-T50-S40-Q16-SC10-FC10-E8

WFC

Set Screw Flats at Two Locations

D	h
6 to 18	1
20 to 40	2
50	3

[ ! ] WFC, A, E = 1 mm increment
[ ! ] D ≤ 30: WFC ≤ 5 × D,
D ≥ 35: WFC ≤ 3 × D
[ ! ] A(E) = 0 or A(E) ≥ 2

[ NG ]Cannot be machined coplanarly
[ NG ]Not available in combination with FC

SL-PSSFGU30-300-F40-B30-P20-T50-S40-Q16-SC10-WFC8-A8-E4

90-Deg. Set Screw Flat at One Location

D	b₁	h
10	6	0.5
12 to 20	6	1.0
25	10
30	12

[ ! ] Applicable to D = 10 to 30
[ ! ] RC = 1 mm increment
[ ! ] RC + b₁ ≤ L
[ ! ] RC ≥ 2

[ NG ] Not available in combination with WRC

SL-PSSFGU30-300-F40-B30-P20-T50-S40-Q16-SC10-RC15

WRC

90-deg. Set Screw Flats at Two Locations

D	b₁	h
10	6	0.5
12 to 20	6	1.0
25	10
30	12

[ ! ] Applicable to D = 10 to 30
[ ! ] WRC = 1 mm increment
[ ! ] WRC + b₁ ≤ L
[ ! ] WRC (Y) ≥ 2

[ NG ]Cannot be machined coplanarly
[ NG ]Not available in combination with RC

SL-PSSFGU30-300-F40-B30-P20-T50-S40-Q16-SC10-WRC10-Y10

PMC
PMS
QMC
QMS

Change Thread to Fine Thread

D	PMC												PMS
6	3	4	5	6
8	3	4	5	6	8
10		4	5	6	8	10							10
12			5	6	8	10	12						10	12
13			5	6	8	10	12						10
15			5	6	8	10	12	15					10	12
16			5	6	8	10	12	15					10	12	14
18			5	6	8	10	12	15	17				10	12	14	18
20				6	8	10	12	15	17	20			10	12	14	18
25					8	10	12	15	17	20	25		10	12	14	18
30					8	10	12	15	17	20	25	30	10	12	14	18
35						10	12	15	17	20	25	30	10	12	14	18
40							12	15	17	20	25	30		12	14	18
50								15	17	20	25	30			14	18
Pitch	0.35	0.5		0.75	1.0						1.5		1.25	1.5

↑ Click to enlarge

[Bearing Nut Fine Thread Alteration]
·Specify "PMC" for the left end, and "QMC" for the right end

[Cylinder Fine Thread Alteration]
·Specify "PMS" for the left end, and "QMS" for the right end

SL-PSSFGU30-300-F40-B30-PMC15-T50-S40-QMC15-SC10

PC
QC

Undercut

·Coarse Threads

P Q	PC QC
6	4.4
8	6.0
10	7.7
12	9.4
16	13.0
20	16.4
24	19.6
30	25.0

·Combined with Fine Thread Alterations

PMC QMC	PC QC	PMS QMS	PC QC
6	4.8	10	8
8	6.4	12	9.7
10	8.4	14	11.7
12	10.4	18	15.7
15	13.4
17	15.4
20	18.4
25	22.7
30	27.7

[ ! ] Applicable to M = 6 or more
[ ! ] Available for D ≤ 8
[ ! ] Undercut Width = F(T) - B(S)

[ NG ] Not applicable to D = Q, D = P

SL-PSSFGU30-300-F40-B30-P20-T50-S40-Q16-SC10-PC-QC

Circularity (M), Straightness (K), L Dimension Tolerance, Perpendicularity

■Straightness Measurement Method

Shaft ends are supported on V-blocks and turned 360 degrees
to measure shaft runout using a dial indicator.

1/2 of measured runout is defined as the straightness.

■Circularity M

Shaft Outer Dia. g6·h5 (Hardening)

D		Circularity M
Over	or Less	Circularity M
5	13	0.004
13	20	0.005
20	40	0.006
40	50	0.007

Unit: mm

Shaft Outer Dia. f8 (without hardening)

D		Circularity M
Over	or Less	Circularity M
5	10	0.011
10	18	0.014
18	30	0.017
30	50	0.020

Unit: mm

■Straightness K

Shaft Outer Dia. g6·h5 (Hardening)

D	L		Straightness K
6 to 50	L ≤ 100		0.01 or Less
6 to 50	L > 100		(L/100) × 0.01 or Less

Unit: mm

Shaft Outer Dia. f8 (without hardening)

L	Straightness K
L ≤ 100	0.025 or Less
L > 100	(L/100) × 0.025 or Less

Unit: mm

■L Dimension Tolerance

Shaft Outer Dia. g6·h5 (Hardening)

L		L Dimension Tolerance
Over	or Less	L Dimension Tolerance
24	30	±0.2
30	120	±0.3
120	400	±0.5
400	1000	±0.8
1000	1500	±1.2

Unit: mm

Shaft Outer Dia. f8 (without hardening)

L		L Dimension Tolerance
Over	or Less	L Dimension Tolerance
24	30	±0.2
30	120	±0.3
120	400	±0.5
400	1000	±0.8
1000	1500	±1.2

Unit: mm

■ Concentricity and Perpendicularity

Notes on Hardening and Surface Treatment

■Reduced Hardness around Machined Areas

· Although processing is performed after the base material is hardened, annealing may lower hardness of the machined area.
*Reduced Hardness: Approximately 10 to 40 HRC

■Reduced Hardness Range

· Approximately 10 mm from the machined area

(Example)

■Machined area where hardness has lowered due to annealing

·Threaded, Wrench Flats, Set Screw Flats, 90-deg. Flats

■Reduced Hardness Range for Shafts with Cross-Drilled Hole

For Shafts with Cross-Drilled Hole, the reduced hardness range by annealing varies depending on the material.
⇒SUJ2 Equivalent: Approximately 20 mm from the edge including the machined area
⇒SUS440C or 13Cr Stainless Steel: Approximately 30 mm from the edge including the machined area

*Cross-drilled hole areas may be out of O.D. tolerances due to annealing-induced deformation.

■Effective Hardened Layer Depth of Hardening

The effective hardened layer depth varies depending on the external dimensions and materials.

O.D. D	Effective Hardened Layer Depth
	SUJ2 Equivalent	SUS440C/ 13Cr Stainless Steel
	SUJ2 Equivalent	SUS440C/ 13Cr Stainless Steel
6 to 10	0.5 or More	0.5 or More
12, 13	0.7 or More	0.5 or More
15 to 20	0.7 or More	0.7 or More
25 to 50	1.0 or More	0.7 or More

■About hard chrome plating and plating layer of machined area

Hard chrome plating is applied after surface treatment of the base material, so there is no plating on the machined area.
In the example below, only "///" area is treated with hard chrome plating.

Ex. Plating Remains: Stepped, Threaded Shaft, Set Screw Flat

/// Part: Plating Remains

■Peeling of Cross-Drilled Hole Plating

· Due to the deburring process on the cross-drilled holes, there may be some peeling of the plating layer near the machining area.

/// Part: Peeled plating part

Difference Between Shaft and Rotary Shaft

· Specification comparison between Linear Shaft and Rotary Shaft

■ Basic Specifications

Specifications	Shafts		Rotary Shaft
Material	SUJ2 Equivalent SUS440C or 13Cr Stainless Steel	S45C Equivalent SUS304	S45C Equivalent SUS304	SCM435
Hardening	Induction Hardened	-	-	Hardness: 30 to 35 HRC
O.D. Tolerance	g6/h5	f8	g6/h9/h7	g6
Surface Treatment	No Plating Hard Chrome Plating Low Temperature Black Chrome Plating Electroless Nickel Plating (Surface Treatment Fully Plated Type)	Hard Chrome Plating	No Plating Black Oxide Electroless Nickel Plating	Black Oxide Electroless Nickel Plating

*Hard chrome plating leaves no plating layer on the machined area.

■ Alteration

Alterations	Shafts	Rotary Shaft
L Dimension Tolerance	L < 200 >> L ± 0.03 200 ≤ L < 500 >> L ± 0.05 L ≥ 500 >> L±0.1	L < 500 >> L ± 0.05 L ≥ 500 >> L±0.1 Not applicable when L ≥ 800
Wrench Flats	Can be specified up to 2 Locations	Can be specified up to 1 Location
Set Screw Flat	Can be specified up to 2 Locations	Can be specified up to 3 Locations
2 Set Screw Flats	Can be specified up to 2 Locations Angle Specified: Fixed	Can be specified up to 1 Location Angle Specified: Configurable in 15 degree Increments
V Groove	Can be specified up to 2 Locations	-
Keyway	Can be specified up to 2 Locations Processing of Stepped Part: Not Possible	Can be specified up to 4 Locations Processing of Stepped Part: Possible
Change to Fine Thread	2 Types	1 Type
Change to Fine Thread	1 Type	-
Undercut	M6 to M30	M3 to M30
Tapped Depth	Possible	Possible
Retaining Ring Groove	Can be specified 2 Locations (It will be a retaining ring type instead of alterations)	2 locations on D part, 1 location each on stepped part can be combined
Slit Cam Groove	-	Can be specified up to 1 Location
Concentricity	-	Possible
Left-hand Thread / Thread	-	Possible
Slit Added	-	Can be specified up to 1 Location
C Chamfering Width	-	Possible

Cleaning Process

· Degreasing (Part Number: SL-□□)

* Stainless steel products may be used with alkaline hot pure water. There is no change in cleanliness.
* If the surface treatment is low-temperature black chrome plating, IPA cleaning will be applied.

Working Environment: General environment
Hydrocarbon cleaning Ro water cleaning Neutral Detergent Cleaning		High-pressure jet washing (Ro water) followed by pure water cleaning		Oil-free Compressor Used		Anti-rust single packing

· Precision cleaning (Part Number: SH-□□)

				Working Environment: Class 1,000				Working Environment: Class 10
Hydrocarbon cleaning Ro water cleaning Neutral Detergent Cleaning		High-pressure jet washing (Ro water) followed by pure water (10 MΩ·cm) cleaning		Use pure water (13 MΩ·cm)		Use nitrogen blow		Conducted on a clean bench in a Class 10 clean environment

· Electrolytic polishing + precision cleaning (Part Number: SHD-□□)

						Working Environment: Class 1,000				Working Environment: Class 10
Hydrocarbon cleaning Ro water cleaning Neutral Detergent Cleaning		Electrolytic polishing with an electrolytic polishing layer according to the material		High-pressure jet washing (Ro water) followed by pure water (10 MΩ·cm) cleaning		Use warm pure water (13 MΩ·cm)		Use nitrogen blow		Conducted on a clean bench in a Class 10 clean environment

Packaging Example

For degreasing: (Part Number: SL-□□)	For precision cleaning or electrolytic polishing + precision cleaning:
For degreasing: (Part Number: SL-□□)	(Part Number: SH-□□/SHD-□□)
	For austenitic stainless steel and aluminum materials	For iron and martensitic stainless steel materials

Depending on some products and sizes, packaging type may vary.	[ ! ] Both the first and second layer packaging are degassed.	[ ! ] A desiccant is included as an anti-rust measure. There is one desiccant per package.

Cleaning Effectiveness / Recommended Environment for Use

Cleaning Method	Product Part Number	Packaging Type	Effects Compared to Uncleaned Product	Environment (Standard)	Use Case and Process
Degreasing	SL-□□	Anti-rust packing	Oil removal	General environment	Regular assembly process
Degreasing	SL-□□	Anti-rust packing	Oil removal	General environment	Post battery assembly process
Precision cleaning	SH-□□	Degassing double packing	Oil removal Dust removal	Clean environment (Class 10 to 1,000)	Battery assembly process
					LCD-related post assembly process
					In-vehicle camera assembly process
Electrolytic polishing + precision cleaning	SHD-□□	Degassing double packing	Oil removal Dust removal Outgas reduction	Vacuum environment Clean environment (Class 10 to 1,000)	Pre-semiconductor process
					Liquid crystal deposition process
					Pre-OLED process

Part Number

CAD Data download and 3D preview are not available because the part number has not yet been determined.

*In order to open the CAD Data download and 3D preview screen, the part number must be fixed.
Please confirm the part number from "Specification / Dimension"on the left side, and then perform the CAD Data Download / 3D Preview operation.

CAD Download

: 30; 60; 90

Part Number

Part Number	Minimum order quantity	Volume Discount	Days to Ship	Shaft Dia. D (Ø)	Length L (mm)	Cleaning Method	Change Tapped Thread Q to Fine Thread [QMS] (mm)	Change Tapped Thread P to Fine Thread [PMC] (mm)	B (mm)	P (mm)	Wrench Flats at One Location [SC] (mm)	T (mm)	Change Tapped Thread P to Fine Thread [PMS] (mm)	Change Tapped Thread Q to Fine Thread [QMC] (mm)	S (mm)	F (mm)	Q (mm)

Application Example

·Shafts with Cross-Drilled Hole are

suitable for narrow work space.

Basic Information

Environmentally friendly	RoHS Compliant (10 Substances)	Basic Shape	Solid	Characteristics/Applications	Clean Washed
End Shape (Left)	Threaded	End Shape (Right)	Threaded	Shaft End Perpendicularity	Perpendicularity (0.2)
Material	SUS304	Heat Treatment	Not Provided	Surface Treatment	Hard Chrome Plating
Material Details	SUS304	Shaft Fit Tolerance	f8	Hardness	Not induction hardened

Configure

216 Part Numbers

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Completed

Specification/Dimensions

Shaft Dia. D(Ø)
6

8

10

12

13

15

16

18

20

25

30

35

40

50
Clear
Length L(mm)
[25-800/1mm Unit(s)]
Clear
Cleaning Method
- Degreasing
- Precision Cleaning
Clear
Change Tapped Thread Q to Fine Thread [QMS](mm)
10

12

14

18
Clear
Change Tapped Thread P to Fine Thread [PMC](mm)
3

4

5

6

8

10

12

15

17

20

25

30
Clear
B(mm)
[0-210/1mm Unit(s)]
Clear
P(mm)
3

4

5

6

8

10

12

16

20

24

30
Clear
Wrench Flats at One Location [SC](mm)
[0-800/1mm Unit(s)]
Clear
T(mm)
[2-210/1mm Unit(s)]
Clear
Change Tapped Thread P to Fine Thread [PMS](mm)
10

12

14

18
Clear
Change Tapped Thread Q to Fine Thread [QMC](mm)
3

4

5

6

8

10

12

15

17

20

25

30
Clear
S(mm)
[0-210/1mm Unit(s)]
Clear
F(mm)
[2-210/1mm Unit(s)]
Clear
Q(mm)
3

4

5

6

8

10

12

16

20

24

30
Clear
type
- SH-PSSFGU
- SL-PSSFGU
Clear
CAD
- 2D
- 3D
Clear

Days to Ship

All

6 Day(s) or Less
Clear

Specify Alterations

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

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[Clean & Pack] Shaft - Both Ends Threaded with Wrench Flats (Part Numbers)

(i)Caution

Specification Table

Alteration Details

Circularity (M), Straightness (K), L Dimension Tolerance, Perpendicularity

Notes on Hardening and Surface Treatment

Difference Between Shaft and Rotary Shaft

Part Number

Application Example

Basic Information

Configure

Specification/Dimensions

Shaft Dia. D(Ø)

Length L(mm)

Cleaning Method

Change Tapped Thread Q to Fine Thread [QMS](mm)

Change Tapped Thread P to Fine Thread [PMC](mm)

B(mm)

P(mm)

Wrench Flats at One Location [SC](mm)

T(mm)

Change Tapped Thread P to Fine Thread [PMS](mm)

Change Tapped Thread Q to Fine Thread [QMC](mm)

S(mm)

F(mm)

Q(mm)

type

CAD

Days to Ship

Specify Alterations

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