- Belt Width(mm)
- 9
- 12
- 15
- [T] Number of Teeth
- 14
- 15
- 16
- 18
- 20
- 22
- 24
- 25
- 26
- 28
- 30
- 32
- 34
- 36
- 40
- 44
- 48
- 50
- 60
- Material
- EN 1.1191 Equiv.
- Aluminum
- EN AW-2017 Equiv. (Duralumin)
- Surface Treatment
- Shaft Bore Specifications (Both Ends Stepped Hole) [Y](mm)
- 6
[6-81/1mm unidades] - Shaft Bore Specifications (New JIS Keyway Hole + Tap) [N](mm)
- 8
- 10
- 11
- 12
- 13
- 14
- 15
- 16
[10-30/1mm unidades] - Shaft Bore Specifications (Round Hole + Tap) [P](mm)
- 6
- 6.35
[6-45/1mm unidades] - Shaft Bore Specifications (Round Hole) [H](mm)
- 6.35
[6-83/1mm unidades] - Shaft Bore Specifications (Shaft Bore Dia. 10 Keyway Width 4mm Height 1.8mm) [NK]
- 10
- Shaft Bore Specifications (Stepped Hole) [V](mm)
- 6
- 6.35
[6-81/1mm unidades] - Shaft Bore Specifications (Stepped Hole: Counterbored Holes on the Hub Side) [F](mm)
- 6
- 6.35
[6-40/1mm unidades] - CAD
- 2D
- 3D
- Dias de envio estimados
- Tudo
- Dentro de 12 dias úteis
Timing belt pulleys / 5GT / flanged pulley deselectable / configurable / aluminium, steel(Lista de números de peça: página 10)
Cuidado
- Please note that the swaged flange options, NFC, RFC, and LFC, are not reflected in the CAD data.
Número da peça:
candidatos encontrados.Desenho de contorno e tabela de especificações
Back to the Category Toothed Pulleys/Timing Pulleys/Idler Pulleys
Technical Drawing - Toothed Pulleys/Timing Pulleys/Idler Pulleys
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
| Type | Belt Width | Material* | Surface Treatment | Accessory* Set Screws | |||
| 9mm | 12mm | 15mm | Pulley | Flange | |||
| GT5090 | GT5120 | GT5150 | |||||
| GPA | ● | ● | ● | EN AW-2017 Equiv. | Aluminum Alloy | Clear Anodize | EN 1.4301 Equiv. |
| GPT | ● | ● | ● | EN 1.1191 Equiv. | EN 1.0330 Equiv. | - | Chrome Molybdenum Steel (Black Oxide) |
| GPM | ● | ● | ● | Black Oxide | |||
* The above material and accessory might be changed to the ones equivalent to the originals.
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. | - | Z | - | J | - | Q | - | R | - | S | - | T | |
| (Shaft Bore Specs.: H, P, N) | GPA20GT5090 | - | A | - | N10 | ||||||||||||
| (Shaft Bore Specs.: V, F) | GPA36GT5120 | - | B | - | V20 | - | Z22 | - | J10.0 | ||||||||
| (Shaft Bore Specs: Y) | GPA40GT5150 | - | A | - | Y25 | - | Q27 | - | R35 | - | S5 | - | T7 |
Alterations - Toothed Pulleys/Timing Pulleys/Idler Pulleys
Here to the Overview of Options as PDF.
Lista de números de peça
| Número da peça |
|---|
Preço unitário (excluindo IVA)(Preço unitário incluindo IVA) | Data de envio standard |
|---|
- ( - ) | 12 dias úteis |
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Informações detalhadas
Informações básicas
Cuidado
- Please note that the swaged flange options, NFC, RFC, and LFC, are not reflected in the CAD data.
Contorno e especificações
Back to the Category Toothed Pulleys/Timing Pulleys/Idler Pulleys
Technical Drawing - Toothed Pulleys/Timing Pulleys/Idler Pulleys
Open the technical drawing in the new window
Specification Tables - Toothed Pulleys/Timing Pulleys/Idler Pulleys
| Part Number | Pulley Shape | Pulley Shape | ||||||||||||||||
| Type | Number of Teeth | Type Nominal Width | A | B | ||||||||||||||
| Shaft Bore Specifications (~): Specify in 1mm Increment, (, ): Select the former or latter | Shaft Bore Specifications (~): Specify in 1mm Increment, (, ): Select the former or latter | |||||||||||||||||
| H Round Hole | P Round Hole + Tap | N Keyway + Tap | V Stepped Hole | Y Both Ends Stepped | H Round Hole | P Round Hole + Tap | N Keyway + Tap | V, F Stepped Hole | ||||||||||
| V | Z Z-d≥2 | J (0.1mm Increment) | Y | Q, R Q(R)-d≥2 | S, T | V, F | Z Z-d≥2 | J (0.1mm Increment) | ||||||||||
| Aluminum GPA Steel GPT GPM | 14 | GT5090 GT5120 GT5150 | A B | 6, 6.35, 7~10 | 6, 6.35, 7, 8 | - | 6 | 8 | 2.0≤J≤W-2.0 | 6 | 8 | 3~14 S+T≤W-3 | 6, 6.35, 7, 8 | - | - | - | - | 2.0≤J≤L-2.0 |
| 15 | 6, 6.35, 7~10 | 6, 6.35, 7, 8 | 6~8 | 8~10 | 6~8 | 8~10 | 6, 6.35, 7~10 | 6 | 8 | |||||||||
| 16 | 6, 6.35, 7~12 | 6, 6.35, 7~10 | 8 | 6~10 | 8~12 | 6~10 | 8~12 | 6, 6.35, 7~12 | 6 | 6~8 | 8~10 | |||||||
| 18 | 6, 6.35, 7~14 | 6, 6.35, 7~13 | 8, 10, NK10 | 6~10 | 8~12 | 6~12 | 8~14 | 6, 6.35, 7~14 | 6, 6.35, 7~9 | 6~10 | 8~12 | |||||||
| 20 | 8~16 | 8~14 | 8, 10, NK10, 11, 12 | 8~14 | 10~16 | 8~14 | 10~16 | 8~15 | 8~10 | 8 | 8~13 | 10~15 | ||||||
| 22 | 8~19 | 8~17 | 8, 10, NK10, 11, 12 | 8~17 | 10~19 | 8~17 | 10~19 | 8~19 | 8~12 | 8 | 8~14 | 10~16 | ||||||
| 24 | 8~22 | 8~18 | 8, 10, NK10, 11~14 | 8~20 | 10~23 | 8~20 | 10~22 | 8~22 | 8~16 | 8, 10, NK10 | 8~16 | 10~18 | ||||||
| 25 | 8~22 | 8~20 | 8, 10, NK10, 11~16 | 8~20 | 10~23 | 8~20 | 10~22 | 8~22 | 8~16 | 8, 10, NK10, 11, 12 | 8~18 | 10~20 | ||||||
| 26 | 10~27 | 10~21 | 10, NK10, 11~17 | 10~25 | 12~27 | 10~25 | 12~27 | 10~24 | 10~16 | 10, NK10, 11~13 | 10~20 | 12~22 | ||||||
| 28 | 10~27 | 10~24 | 10, NK10, 11~19 | 10~25 | 12~27 | 10~25 | 12~27 | 10~27 | 10~20 | 10, NK10, 11~15 | 10~25 | 12~27 | ||||||
| 30 | 10~28 | 10~26 | 10, NK10, 11~20 | 10~26 | 12~28 | 10~26 | 12~28 | 10~28 | 10~22 | 10, NK10, 11~16 | 10~26 | 12~28 | ||||||
| 32 | 10~32 | 10~30 | 10, NK10, 11~23 | 10~30 | 12~32 | 10~30 | 12~32 | 10~30 | 10~22 | 10, NK10, 11~17 | 10~26 | 12~28 | ||||||
| 34 | 12~37 | 12~32 | 12~26 | 12~35 | 14~37 | 12~35 | 14~37 | 12~32 | 12~24 | 12~18 | 12~28 | 14~30 | ||||||
| 36 | 12~37 | 12~34 | 12~30 | 12~35 | 14~37 | 12~35 | 14~37 | 12~34 | 12~26 | 12~20 | 12~30 | 14~32 | ||||||
| 40 | 12~42 | 12~36 | 12~30 | 12~40 | 14~42 | 12~40 | 14~42 | 12~36 | 12~26 | 12~22 | 12~32 | 14~34 | ||||||
| 44 | 12~50 | 12~42 | 12~30 | 12~48 | 14~50 | 12~48 | 14~50 | 12~38 | 12~26 | 12~23 | 12~34 | 14~36 | ||||||
| 48 | 12~55 | 12~45 | 12~30 | 12~53 | 14~55 | 12~53 | 14~55 | 12~42 | 12~30 | 12~26 | 12~36 | 14~38 | ||||||
| 50 | 12~59 | 12~45 | 12~30 | 12~57 | 14~59 | 12~57 | 14~59 | 12~42 | 12~30 | 12~27 | 12~38 | 14~40 | ||||||
| 60 | 12~72 | 12~45 | 12~30 | 12~70 | 14~72 | 12~70 | 14~72 | 12~44 | 12~30 | 12~30 | 12~40 | 14~42 | ||||||
Alterations - Toothed Pulleys/Timing Pulleys/Idler Pulleys
Here to the Option Overview PDF
General Information - Toothed Pulleys/Timing Pulleys/Idler Pulleys
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
(1) Idler pulleys, (2) chain tensioner
Application example: deflection roller
S (1) Toothed pulleys with crimp disc, (2) nut, (3) washer, (4) cantilever shaft, (5) retaining ring
Application example: timing pulleys
(1) Flat head screw, (2) Timing pulley, (3) Timing belt, (4) Screw-on terminal
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
