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Timing Belt Pulleys / S8M / Flanged Pulley Deselectable / Configurable / Aluminium, Steel (Part Numbers - CAD Download)

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Please note that the swaged flange options, NFC, RFC, and LFC, are not reflected in the CAD data.

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Drawing / Specifications
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Technical Information

Back to the Category Toothed Pulleys/Timing Pulleys/Idler Pulleys

Technical Drawing - Toothed Pulleys/Timing Pulleys/Idler Pulleys

[ ! ]

■P2M

● Pulley Shape

Shape K

Shape A

Shape B

Standard Tooth Profile

Tooth groove dimensions slightly vary according to the number of teeth. (Pitch: 2.0 mm)

Open the technical drawing in the new window

Available dimensions and tolerances can be found under the tab More Information.

Basic Properties (e.g., material, hardness, coating, tolerance) - Toothed Pulleys/Timing Pulleys/Idler Pulleys

■Belt Nominal Width / Dimensions

mm	Nominal
mm	P2M040	P2M060	P2M100
A	6.0	7.5	12.0
W	10.0	11.5	16.0
L	17.0	20.0	23.0

■Tapped Hole Dimensions

d_H7 Shaft Bore I.D.	M (Coarse)	Accessory Set Screws
3 to 6.35	M3	M3 × 3
7 to 22	M4	M4 × 3

[ ! ] Tapped holes and set screws are applicable to Shaft Bores P, N, and C

[ ! ] Shaft Bore Specs. H (Round Hole), V or F (Stepped Hole), Y (Both Sides Stepped Hole) and WB (Two-stepped Hole) do not have tapped holes and set screws.
It may have a relief in the tapped hole depending on its size.

[ ! ] The tolerance of the tap position dimension from the boss end face and pulley end face is ±0.3.
[ ! ] Unless otherwise specified except for teeth and F dimensions, the dimension tolerance conforms to JIS B 0405 Class m.

Shaft Bore Specification Select shaft bore spec mark and each dim. from the table below.
[ ! ] Surface treatment may not be applied to the shaft bores.
[ ! ] Shaft Bore Dia. 4.5 and 6.35 are selectable within Shaft Bore Dia. d for Shaft Bore Specs. H, P, V and F.
[ ! ] Specify NK10 if keyway width of 4.0 mm (height 1.8 mm) for shaft bore spec. N and shaft bore diameter of 10 is desired.
[ ! ] For A-Shape pulley with shaft bore spec. P, N, or C, the screw holes are set at around 90° to keep away from peaks.

H round hole

P Round Hole + Tap

N New JIS Keyway + Tap
C Old JIS Keyway + Tap

V stepped hole

F Stepped Hole (Counterbored Hole on the Hub Side)

Y Both Ends Stepped Hole

WB Two-stepped hole

[!] Shape A: 2 ≤ J ≤ W－2, Shape B: 2 ≤ J ≤ L－2

[ ! ] Applicable to Shape B only
[ ! ] Z－F (d) ≥ 2
[ ! ]2 ≤ J ≤ L－2

[ ! ] Applicable to Shape A only
[ ! ] Q (R)－Y (d) ≥ 2
[ ! ]S+T ≤ W－3
[ ! ]S (T) ≥ 3

[ ! ] Applicable to Shape A only
[ ! ]Q－R ≥ 2
[ ! ] R－WB (d) ≥ 2
[ ! ]S+T ≤ W－3
[ ! ]S (T) ≥ 3

■Types Table

Type	Belt Width			[M] Material		[S] Surface Treatment	[A] Accessory Set Screws
	4 mm	6 mm	10 mm	Pulley	Flange
	P2M040	P2M060	P2M100	Pulley	Flange
PTPA	●	●	●	High Strength Aluminum Alloy	Aluminum alloy	Clear Anodize	EN 1.4301 Equiv.
PTPB	●	●	●			Black Anodize
PTPK	●	●	●			Hard Clear Anodize
PTPN	●	●	●			Electroless nickel plating
PTPS	●	●	●	EN 1.4301 Equiv.	EN 1.4301 Equiv.	—	EN 1.4301 Equiv.

[ ! ] Flange is installed.

Further specifications can be found under the tab More Information.

Composition of a Product Code - Toothed Pulleys/Timing Pulleys/Idler Pulleys

Part number

—

Pulley Shape

—

Shaft Bore Specs.: I.D.

—

(Shaft Bore Specs.: H, P, N, C)
(Shaft Bore Specs.: V, F)
(Shaft Bore Specs.: Y, WB)

PTPA48P2M060
PTPA32P2M060
PTPA40P2M060

—
—
—

B
B
A

—
—
—

NK10
V6
Y12

—

Z12

—

Q18

—

R18

—

Alterations - Toothed Pulleys/Timing Pulleys/Idler Pulleys

Part number	—	Pulley Shape	—	Shaft Bore Spec., Hole Dia.	—	Z	—	J	—	(KC120, etc.)
PTPA48P2M060	—	B	—	N10					—	NFC

Alterations	Set Screw Angle Change	No Flange	Single Flange	Flange Cut	Hub Shortening
Code	KC120	NFC	RFC·LFC	FC	BC
Spec.	Changes an angle of set screw to 120°. [ ! ] For A-Shape pulley, the screw holes are set at around 120° to keep away from peaks.	(Flange 2 pcs. Included) Ordering Code NFC	(Flange 1 pc. Included) Ordering Code RFC Application Notes [NG] Not applicable to Shape K RFCLFC	Cut the flange O.D. in 0.5 mm increments. Ordering Code FC17 Application Notes [ ! ]FC ≥ (O. D.) +1 [ ! ]FC ≤ F－2 [ ! ] No surface treatment is applied on flange circumference.	Cuts the hub length in 0.5 mm increments. Ordering Code BC6.5 Application Notes [ ! ] Shaft Bore Specs. H, V, F: 　　3 ≤ BC < L－W [ ! ] Shaft Bore Specs. P, N, C: 　　M+3 ≤ BC < L－W [NG] Not applicable to Shape K and A

Alterations	Add Side Holes [!] Conditions may vary depending on the shaft bore specs.
Alterations	Side Tapped Hole	Side Through Hole	Side Counterbored
Code	QTC·QFC	KTC·KFC	ZTC·ZFC
Spec.	Machines tapped hole on the side surface of hub side. Ordering Code QTC28−M4 Q□C Selection Specify the side hole position (P,C, D dims) in 0.5 mm increments M Selection M3, M4, M5 Application Notes [NG] Not applicable to Shape K [ ! ] Minimum Thickness: 2 mm Shape A: d + M + 4 ≤ Q□C ≤ E− (M+4) For Shaft Bore Spec. V Z + M + 4 ≤ Q□C ≤ E− (M+4) Shape B: d + M + 4 ≤ Q□C ≤ D− (M+4) For Shaft Bore Spec. V Z + M + 4 ≤ Q□C ≤ D− (M+4) [ ! ] When selecting P, N, or C for the Shaft Bore Spec. QTC: Specify KC120 QFC: KC120 is not available QSC: Not available [NG] Not applicable to Shaft Bore Specs. F, Y, or WB. (4 Locations) (3 Locations)	Machines through hole on the side surface. Ordering Code KTC28−K4.5 K□C Selection Specify the side hole position (P,C, D dims) in 0.5 mm increments Specify K K4.0 to 11.0 (0.5 mm Increments) Application Notes [NG] Not applicable to Shape K [ ! ] Minimum Thickness: 2 mm Shape A: d + K + 4 ≤ K□C ≤ E− (K+4) For Shaft Bore Spec. V Z + K + 4 ≤ K□C ≤ E− (K+4) Shape B: d + K + 4 ≤ K□C ≤ D− (K+4) For Shaft Bore Spec. V Z + K + 4 ≤ K□C ≤ D− (K+4) [ ! ] When selecting P, N, or C for the Shaft Bore Spec. KTC: Specify KC120 KFC: KC120 is not available KSC: Not available [NG] Not applicable to Shaft Bore Specs. F, Y, or WB. (4 Locations) (3 Locations)	Machines counterbored hole on the side surface. Ordering Code ZTC28−ZM4 Z□C Selection Specify the side hole position (P,C, D dims) in 0.5 mm increments ZM Selection ZM3, ZM4, ZM5 Application Notes [NG] Not applicable to Shape K [ ! ] Minimum Thickness: 2 mm Shape A: d + d2 + 4 ≤ Z□C ≤ E− (d2 + 4) For Shaft Bore Spec. V Z + d2 + 4 ≤ Z□C ≤ E− (d2 + 4) Shape B: d + d2 + 4 ≤ Z□C ≤ D− (d2 + 4) For Shaft Bore Spec. V Z + d2 + 4 ≤ Z□C ≤ D− (d2 + 4) [ ! ] When selecting P, N, or C for the Shaft Bore Spec. ZTC: Specify KC120 ZFC: KC120 is not available ZSC: Not available [NG] Not applicable to Shaft Bore Specs. F, Y, or WB. (4 Locations) (3 Locations)

Here to the Overview of Options as PDF .

General Information - Toothed Pulleys/Timing Pulleys/Idler Pulleys

Toothed pulley - synchronous pulley - belt pulley - product assortment

Selection details of toothed pulleys/timing pulleys/idler pulleys

- Material: aluminum, steel, stainless steel (stainless steel), plastic

- Coatings: uncoated, burnished, anodized, nickel-plated

- Profile form: 1.5GT, 2GT, 3GT, 5GT, P2M, P3M, P5M, P8M, S2M, S3M, S5M, S8M, S14M, T2.5, T5, T10, AT5, AT10, 5M, 8M, 14M, 8YU, H, L, MXL, XL, PowerGrip GT3: MR2, MR3, MR5

- ISO tolerances: H7

- Belt width (mm): 4, 4.8, 6, 6.4, 7, 7.9, 9, 9.5, 10, 12, 12.7, 15, 18, 19.1, 20, 25, 25.4, 26, 28, 30, 31, 38,1, 40, 50, 50.8, 53, 60, 74, 76.2, 100

- Belt width (inches): 0.19, 0.25, 0.31, 0.37, 0.5, 0.75, 1, 1.5, 2

- Number of teeth: 10 to 72

Description/Basics

The toothed pulley for mechanical engineering is intended for the transmission of force and torque. Timing pulleys enable a gear ratio of speeds through belt pulleys of different sizes. Timing pulleys are more efficient, durable and significantly more maintenance-friendly compared to chain transmissions.

How much torque and load a timing pulley can transmit depends on the width of the belt. The width of the belt must be calculated. It is recommended to ensure the belt is correctly tensioned. MISUMI already offers the suitable idler pulley and return rollers with integrated ball bearings. For design and design help follow this link.

Different profile shapes of the toothed belts and belt pulleys are responsible for the transmission of power. Depending on the positioning accuracy, the applied torque and the conveying weight, MISUMI offers the fitting pulley. Toothed belt drives are generally used in the industry in three areas:
Positioning: Timing pulleys is often used in 3D printers. A toothed pulley with a semi-circular profile (e.g., GT) is often used for the required position accuracy of a 3D printers. The round shape offers the benefit of little play when the direction changes.
Drive: toothed pulleys are also used for high torque. In most cases, a timing pulley with a rounded trapezoidal profile (e.g., S8M) is used. These are particularly well suited for the transmission of high forces, which occur in drives of various applications in order to drive mechanical components.
Conveying: toothed pulleys can also be used for transporting loads. A straight trapezoidal profile is often used for this purpose (e.g., AT). This toothed pulley shape offers a large surface for loading and transmitting of loads.

Which toothed pulley or timing pulley is the right one for your application depends on the respective task of the toothed belt drive. Different toothed disc profiles have proven themselves for each type of application.

Various bore hole shapes and fastening variants are available for shaft mounting. These allow fastening via set screws, keyways and by means of Mecha locks. Fastening via a clamping sleeve has the further advantage that it allows adjusting the alignment continuously. The MISUMI product assortment has these ready-to-install.

Application Examples - Toothed Pulleys/Timing Pulleys/Idler Pulleys

Application example: idler pulley - idler pully toothed with chain tensioner - toothed pulley with chain tensioner

Application example: idler pulley
(1) Idler pulleys, (2) chain tensioner

Application example: return roller - return roller with cantilever pin - synchronous pulley with on-board disc - toothed pulley with on-board disc

Application example: deflection roller
S (1) Toothed pulleys with crimp disc, (2) nut, (3) washer, (4) cantilever shaft, (5) retaining ring

Application example: synchronous pulleys - toothed pulleys with toothed belts - toothed pulley with screw-on clamp

Application example: timing pulleys
(1) Flat head screw, (2) Timing pulley, (3) Timing belt, (4) Screw-on terminal

Application example: toothed belt drives - toothed pulleys with crimp disc - idler pulley with crimp disc - tensioning of the toothed belt

Application example: of toothed belt drives
(1) Toothed belt, (2) driven toothed pulley with crimp disc, (3) idler pulley with crimp disc, (4) driving toothed pulley with crimp disc

Industrial Applications

3D printer industry

Automotive industry

Pharmaceutical industry

Packaging industry

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Part Number
PTPK58P2M060-A-WB[5-26/1]
PTPK58P2M060-A-Y[5-26/1]
PTPK58P2M060-B-C[10,12,15,16,18]
PTPK58P2M060-B-F6.35
PTPK58P2M060-B-F[5-22/1]
PTPK58P2M060-B-H6.35
PTPK58P2M060-B-H[5-24/1]
PTPK58P2M060-B-N8
PTPK58P2M060-B-N[10-18/1]
PTPK58P2M060-B-P6.35
PTPK58P2M060-B-P[5-19/1]
PTPK58P2M060-B-V6.35
PTPK58P2M060-B-V[5-22/1]
PTPK58P2M100-A-C[10,12,15,16,18,19]
PTPK58P2M100-A-H6.35
PTPK58P2M100-A-H[5-28/1]
PTPK58P2M100-A-N8
PTPK58P2M100-A-N[10-20/1]
PTPK58P2M100-A-P6.35
PTPK58P2M100-A-P[5-22/1]
PTPK58P2M100-A-V6.35
PTPK58P2M100-A-V[5-26/1]
PTPK58P2M100-A-WB[5-26/1]
PTPK58P2M100-A-Y[5-26/1]
PTPK58P2M100-B-C[10,12,15,16,18]
PTPK58P2M100-B-F6.35
PTPK58P2M100-B-F[5-22/1]
PTPK58P2M100-B-H6.35
PTPK58P2M100-B-H[5-24/1]
PTPK58P2M100-B-N8
PTPK58P2M100-B-N[10-18/1]
PTPK58P2M100-B-P6.35
PTPK58P2M100-B-P[5-19/1]
PTPK58P2M100-B-V6.35
PTPK58P2M100-B-V[5-22/1]
PTPK59P2M040-A-C[10,12,15,16,18,19]
PTPK59P2M040-A-H6.35
PTPK59P2M040-A-H[5-28/1]
PTPK59P2M040-A-N8
PTPK59P2M040-A-N[10-20/1]
PTPK59P2M040-A-P6.35
PTPK59P2M040-A-P[5-22/1]
PTPK59P2M040-A-V6.35
PTPK59P2M040-A-V[5-26/1]
PTPK59P2M040-A-WB[5-26/1]
PTPK59P2M040-A-Y[5-26/1]
PTPK59P2M040-B-C[10,12,15,16,18]
PTPK59P2M040-B-F6.35
PTPK59P2M040-B-F[5-22/1]
PTPK59P2M040-B-H6.35
PTPK59P2M040-B-H[5-24/1]
PTPK59P2M040-B-N8
PTPK59P2M040-B-N[10-18/1]
PTPK59P2M040-B-P6.35
PTPK59P2M040-B-P[5-19/1]
PTPK59P2M040-B-V6.35
PTPK59P2M040-B-V[5-22/1]
PTPK59P2M060-A-C[10,12,15,16,18,19]
PTPK59P2M060-A-H6.35
PTPK59P2M060-A-H[5-28/1]

Standard Unit Price	Minimum order quantity	Standard Shipping Days ?	RoHS	Belt Type	Belt Width (mm)	[T] Number of Teeth	Pulley Shape	Material	Surface Treatment	[N] Shaft Bore Specification (New JIS Keyway Hole + Tap) (mm)	[C] Shaft Bore Specification (Old JIS Keyway Hole + Tap) (mm)	[P] Shaft Bore Specification (Round Hole + Tap) (mm)	[H] Shaft Bore Specification (Round Hole) (mm)	[NK] Shaft Bore Specification (Shaft Bore Dia. 10 Keyway Width 4mm Height 1.8mm) (mm)	[V] Shaft Bore Specification (Stepped Hole) (mm)
-	1	9 Days	-	P2M	6	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	6	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	10 ～ 18	-	-	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	6.35	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	5 ～ 24	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	8	-	-	-	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	10 ～ 18	-	-	-	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	6.35	-	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	5 ～ 19	-	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	6	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	5 ～ 22
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	10 ～ 19	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	6.35	-	-
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	5 ～ 28	-	-
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	8	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	10 ～ 20	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	6.35	-	-	-
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	5 ～ 22	-	-	-
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	5 ～ 26
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	10 ～ 18	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	6.35	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	5 ～ 24	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	8	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	10 ～ 18	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	6.35	-	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	5 ～ 19	-	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	10	58	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	5 ～ 22
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	10 ～ 19	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	6.35	-	-
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	5 ～ 28	-	-
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	8	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	10 ～ 20	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	6.35	-	-	-
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	5 ～ 22	-	-	-
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	5 ～ 26
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	10 ～ 18	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	6.35	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	5 ～ 24	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	8	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	10 ～ 18	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	6.35	-	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	5 ～ 19	-	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	-
-	1	9 Days	-	P2M	4	59	Shape B	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	-	-	5 ～ 22
-	1	9 Days	-	P2M	6	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	10 ～ 19	-	-	-	-
-	1	9 Days	-	P2M	6	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	6.35	-	-
-	1	9 Days	-	P2M	6	59	Shape A	[Aluminum] Aluminum Alloy 5000 series	Hard Clear Anodize	-	-	-	5 ～ 28	-	-

Back to the Category Toothed Pulleys/Timing Pulleys/Idler Pulleys

Technical Drawing - Toothed Pulleys/Timing Pulleys/Idler Pulleys

[ ! ]

■P2M

● Pulley Shape

Shape K

Shape A

Shape B

Standard Tooth Profile

Tooth groove dimensions slightly vary according to the number of teeth. (Pitch: 2.0 mm)

Open the technical drawing in the new window

Specification Tables - Toothed Pulleys/Timing Pulleys/Idler Pulleys

Part number			Pulley Shape	Pulley Shape						P.D.	O.D	D	F	E
Type	Number of Teeth	Type Nominal Width		A			B·K
				Shaft Bore Specs.: 1 mm Increments / Selectable
				H (d) Round Hole V (d), Y (d), WB (d) Z·Q·R Stepped Hole	P (d) Round Hole + Tapped	N (d), C (d) Keyway + Tapped	H (d) Round Hole V (d), F (d), Z Stepped Hole	P (d) Round Hole + Tapped	N (d), C (d) Keyway + Tapped
Aluminum PTPA PTPB PTPK PTPN Stainless Steel PTPS	14	P2M040 P2M060 P2M100	A K	3	—	—	—	3·4	—	8.91	8.4	12	12	6
	15							3 to 5		9.55	9.04	13
	16			3 to 4						10.19	9.68		14	8
	17							3 to 5		10.82	10.31	15
	18							3 to 6		11.46	10.95
	19									12.1	11.59
	20			4 to 6	4			4 to 6.35		12.73	12.22	17	16	10
	21									13.37	12.86
	22									14.01	13.5
	23									14.64	14.13
	24									15.28	14.77
	25			4 to 10	4 to 6					15.92	15.41	20	22	14
	26		A B	4 to 10	4 to 6		4 to 8	4 to 6.35		16.55	16.04	12
	27									17.19	16.68
	28			5 to 10	5·6		5 to 8	5 to 6.35		17.83	17.32
	29							5 to 8		18.46	17.95
	30			5 to 12	5 to 8					19.1	18.59		25	16
	31									19.74	19.23
	32			5 to 14	5 to 10	8				20.37	19.86		28	18
	33						5 to 10			21.01	20.5	14
	34									21.65	21.14
	35									22.28	21.77
	36									22.92	22.41
	37			5 to 16			5 to 12		8	23.55	23.04	16	30	20
	38									24.19	23.68
	39									24.83	24.32
	40			5 to 19	5 to 13	8 to 10		5 to 10		25.46	24.96		32	23
	41						5 to 14	5 to 12	8·10	26.1	25.59	18
	42									26.74	26.23
	43									27.37	26.86
	44			5 to 21	5 to 15	8 to 13				28.01	27.5		35	25
	45									28.65	28.14
	46									29.28	28.77
	47									29.92	29.41
	48									30.56	30.05
	49									31.19	30.68
	50			5 to 24	5 to 18	8 to 15	5 to 18	5 to 15	8 to 13	31.83	31.32	22	40	28
	51									32.47	31.96
	52									33.1	32.59
	53									33.74	33.23
	54									34.38	33.87
	55									35.01	34.5
	56			5 to 28	5 to 22	8 to 20	5 to 24	5 to 19	8 to 18	35.65	35.14	28	44	32
	57									36.29	35.78
	58									36.92	36.41
	59									37.56	37.05
	60									38.2	37.69
[NG]Shaft Bore Dia.9 is not available for Shaft Bore Spec. N. [NG]Shaft Bore Dia. 8, 11, 13, 14, or 17 are not available for Shaft Bore Spec. C. [NG]For P2M100, Shaft Bore Dia. 3 is not available for Shape A. Shaft Bore Dia. 3 and 4 are not available for Shape B. [ ! ]Shaft Bore Dia.4.5and6.35 are selectable for Shaft Bore Specs. H, P, V. [ ! ]NK10 is selectable for Shaft Bore Spec. N.

Alterations - Toothed Pulleys/Timing Pulleys/Idler Pulleys

Part number	—	Pulley Shape	—	Shaft Bore Spec., Hole Dia.	—	Z	—	J	—	(KC120, etc.)
PTPA48P2M060	—	B	—	N10					—	NFC

Alterations	Set Screw Angle Change	No Flange	Single Flange	Flange Cut	Hub Shortening
Code	KC120	NFC	RFC·LFC	FC	BC
Spec.	Changes an angle of set screw to 120°. [ ! ] For A-Shape pulley, the screw holes are set at around 120° to keep away from peaks.	(Flange 2 pcs. Included) Ordering Code NFC	(Flange 1 pc. Included) Ordering Code RFC Application Notes [NG] Not applicable to Shape K RFCLFC	Cut the flange O.D. in 0.5 mm increments. Ordering Code FC17 Application Notes [ ! ]FC ≥ (O. D.) +1 [ ! ]FC ≤ F－2 [ ! ] No surface treatment is applied on flange circumference.	Cuts the hub length in 0.5 mm increments. Ordering Code BC6.5 Application Notes [ ! ] Shaft Bore Specs. H, V, F: 　　3 ≤ BC < L－W [ ! ] Shaft Bore Specs. P, N, C: 　　M+3 ≤ BC < L－W [NG] Not applicable to Shape K and A

Alterations	Add Side Holes [!] Conditions may vary depending on the shaft bore specs.
Alterations	Side Tapped Hole	Side Through Hole	Side Counterbored
Code	QTC·QFC	KTC·KFC	ZTC·ZFC
Spec.	Machines tapped hole on the side surface of hub side. Ordering Code QTC28−M4 Q□C Selection Specify the side hole position (P,C, D dims) in 0.5 mm increments M Selection M3, M4, M5 Application Notes [NG] Not applicable to Shape K [ ! ] Minimum Thickness: 2 mm Shape A: d + M + 4 ≤ Q□C ≤ E− (M+4) For Shaft Bore Spec. V Z + M + 4 ≤ Q□C ≤ E− (M+4) Shape B: d + M + 4 ≤ Q□C ≤ D− (M+4) For Shaft Bore Spec. V Z + M + 4 ≤ Q□C ≤ D− (M+4) [ ! ] When selecting P, N, or C for the Shaft Bore Spec. QTC: Specify KC120 QFC: KC120 is not available QSC: Not available [NG] Not applicable to Shaft Bore Specs. F, Y, or WB. (4 Locations) (3 Locations)	Machines through hole on the side surface. Ordering Code KTC28−K4.5 K□C Selection Specify the side hole position (P,C, D dims) in 0.5 mm increments Specify K K4.0 to 11.0 (0.5 mm Increments) Application Notes [NG] Not applicable to Shape K [ ! ] Minimum Thickness: 2 mm Shape A: d + K + 4 ≤ K□C ≤ E− (K+4) For Shaft Bore Spec. V Z + K + 4 ≤ K□C ≤ E− (K+4) Shape B: d + K + 4 ≤ K□C ≤ D− (K+4) For Shaft Bore Spec. V Z + K + 4 ≤ K□C ≤ D− (K+4) [ ! ] When selecting P, N, or C for the Shaft Bore Spec. KTC: Specify KC120 KFC: KC120 is not available KSC: Not available [NG] Not applicable to Shaft Bore Specs. F, Y, or WB. (4 Locations) (3 Locations)	Machines counterbored hole on the side surface. Ordering Code ZTC28−ZM4 Z□C Selection Specify the side hole position (P,C, D dims) in 0.5 mm increments ZM Selection ZM3, ZM4, ZM5 Application Notes [NG] Not applicable to Shape K [ ! ] Minimum Thickness: 2 mm Shape A: d + d2 + 4 ≤ Z□C ≤ E− (d2 + 4) For Shaft Bore Spec. V Z + d2 + 4 ≤ Z□C ≤ E− (d2 + 4) Shape B: d + d2 + 4 ≤ Z□C ≤ D− (d2 + 4) For Shaft Bore Spec. V Z + d2 + 4 ≤ Z□C ≤ D− (d2 + 4) [ ! ] When selecting P, N, or C for the Shaft Bore Spec. ZTC: Specify KC120 ZFC: KC120 is not available ZSC: Not available [NG] Not applicable to Shaft Bore Specs. F, Y, or WB. (4 Locations) (3 Locations)

Here to the Option Overview PDF

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Basic information

Type	Timing Pulleys	Timing Pulleys/Idlers	Pulleys

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Basic Attributes

Belt Type
P2M

P3M
Clear
Belt Width(mm)
4

6

10

15
Clear
[T] Number of Teeth
10

12

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60
Clear
Pulley Shape
- Shape A
- Shape B
- Shape K
Clear
Material
- EN 1.1191 Equiv.
- Aluminum
  - Aluminum Alloy 5000 series
  - High Strength Aluminum Alloy
- EN 1.4301 Equiv.
Clear
[N] Shaft Bore Specification (New JIS Keyway Hole + Tap)(mm)
8

10

11

12

13

14

15
[10-20/1mm Unit(s)]
Clear
[C] Shaft Bore Specification (Old JIS Keyway Hole + Tap)(mm)
10

12

15

16

18

19
Clear
[P] Shaft Bore Specification (Round Hole + Tap)(mm)
3

4

4.5

5

6

6.35

7

8

9

10

11

12

13

14

15

16
[3-22/1mm Unit(s)]
Clear
[H] Shaft Bore Specification (Round Hole)(mm)
5

6

6.35

7

8

9

10

11

12

13

14
[3-28/1mm Unit(s)]
Clear
[NK] Shaft Bore Specification (Shaft Bore Dia. 10 Keyway Width 4mm Height 1.8mm)(mm)
10
Clear
[V] Shaft Bore Specification (Stepped Hole)(mm)
6

6.35

7

8

9
[4-26/1mm Unit(s)]
Clear
Type
- PTPA□□P2M
- PTPA□□P3M
- PTPB□□P2M
- PTPK□□P2M
- PTPM□□P3M
- PTPN□□P2M
- PTPP□□P3M
- PTPS□□P2M
Clear
Surface Treatment
- Not Provided
- Black Oxide
- Clear Anodize
- Black Anodized Aluminum
- Hard Clear Anodize
- Electroless Nickel Plating
Clear
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14 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 .

Frequently Asked Questions (FAQ)

Question:
Do you have any belt pulleys without a hole?: Answer:
The MISUMI toothed pulleys always have a pilot bore. It is expanded depending on your configuration. It provides the advantage that the belt pulleys are already provided with a suitable shaft bore ready for installation. Therefore, it does not require time-consuming post-processing.
Question:
Do you have timing pulleys made of aluminum?: Answer:
The MISUMI online shop also offers timing pulleys or toothed pulleys in aluminum. Furthermore, we are also offering belt pulleys in steel and stainless steel. The return rollers and idler pulleys for the timing belts are also available in plastic.
Question:
Is a transmission with toothed belt pulleys possible?: Answer:
With toothed pulleys, a gear ratio is possible in a drive. The gear ratio is established based on the number of teeth on the belt pulleys. It should be ensured that the minimum number of teeth of the timing pulley disc is not undercut.
Question:
Which type of the toothed belt pulley can be clamped during assembly?: Answer:
There are a number of ways to install timing pulleys on a shaft. For applications that are not exposed to high torque, such as conveyors, it can be sufficient to fasten a timing pulley using clamping threaded pins. For this purpose, the shaft should have a flat surface.
For higher loads, a toothed pulley with a keyway can also be used.
A further variant is the fastening of a timing pulley via a conical chip sleeve. Depending on the type of Mecha lock, the timing pulley requires lateral internal threads, which can be added through additional options in the MISUMI online shop.
A timing pulley with a bore hole can also be combined with a Mech lock. MISUMI is offering this combination as a set.
Question:
Where do you position the tension roller?: Answer:
If an idler pulley should be utilised, it should be positioned on the sag side. This means that the idler pulley is attached to the side not subjected to pull.
Ideally, a toothed idler pulley is mounted on the inside of the toothed belt. The tensioning roller should always be larger than the smallest toothed idler pulley of the belt drive system.
If an idler pulley must tension the toothed belt from the outside, then a non-toothed (flat) idler pulley should be used. Cantilever pins, which MISUMI offers in various geometric versions, are suitable for fastening.
Question:
Which parallel key can be used for the toothed pulleys?: Answer:
The parallel key size is based on the shaft diameter. In this case, it is recommended using the MISUMI parallel keys, as they fit better when MISUMI toothed pulleys are used. See Overview available as PDF for keyway tolerances.
Question:
Is a timing pulley with a round profile better?: Answer:
Timing pulleys and round-profile timing belts are not recommended for every application. For example, the round profile shape is well suited for applications that require high positioning accuracy. Therefore, they are often used in 3D printers and scanners. Compared to other profile shapes, the round profile shape has a higher wear resistance. Another advantage of the round profile shape is the minimized play in the return (reverse play).
Question:
Which belt pulley is suitable for Gates toothed belts?: Answer:
The GT and EV timing pulleys are suitable for Gates’ toothed belts. However, these require you put attention to the slope (distance of the teeth) of the toothed belt. It must be checked whether these correspond to the selected toothed pulley.
Question:
Are the curtain discs necessary for the toothed pulleys?: Answer:
It is recommended using the smaller belt pulleys particularly with curb disc. The curb disk ensures that the toothed belt does not migrate down from the toothed belt pulley. Even with the smallest misalignment of a pulley, there may be a risk that the toothed belt will move and jump during operation.
Question:
How is the gearing of the toothed pulleys manufactured?: Answer:
The gear teeth of the MISUMI toothed belt pulley are mainly pushed. This ensures high manufacturing accuracy. As a result, the teeth fit precisely into the toothed belt profile of the timing belts and ensure optimal power and torque transmission.