Timing Pulleys & bars

Being the best Timing Pulleys & bars Suppliers and Exporters, AGM (A G Muller- Pulley and engineering division of A G Group) Branded products are at par with European products in terms of selection of material of construction, universal teeth pitch size accuracy and quality.

Timing Pulleys & bars are crucial mechanical components used in machinery to ensure precise power transmission and synchronization. They facilitate smooth and efficient movement, widely employed in industries like robotics, automotive, and manufacturing. Find reliable products for your needs today!

1. Imperial Pitches, Metric Pitches, Synchro chain / Polychain
2. Custom Built (as per drawing)

Design Parameters For Timing Pulleys

1. Material
2. Width
3. Pitch Type
4. Pitch Circle Dia (PCD)
5. Of Teeth
6. Of Flanges
7. Hub Dimension
8. Bore/ Keyway
9. Taper Lock Bush-Required?
10. Any Surface Treatment?

Pulley Material

1. Aluminium and Aluminium Alloys
2. Stainless Steel
3. Steel
4. Cast Iron
5. Delrin (POM)
6. Polypropylene (PP)
7. Nylon (PA6, PA6.6 glass reinforced)

Various other material (Depending on requirement)

Pulley Pitch Range

1. T- Series (T2, T2.5, 5, 10 and 20)
2. AT Series (AT3, AT5, AT10, AT(S)15 and AT20)
3. ATN Series (ATN 10, ATN 12.7 and ATN 20)
4. ATL Series (ATL5, ATl10 and ATL20)
5. Imperial Sizes (MXL, XL, L, H and XH)
6. HTD/STD series (HTD 3M, HTD 5M, HTD 8M, HTD 14M, STD 5M and STD 8M)
7. Self-Tracking Series (TK5K6, TK10K6, TK10K13, TK20K13, ATK5K6, ATK10K6, ATK10K13, ATK20K13, ATN10K6, ATN12.7K6 and HK13)
8. SFAT Series (SFAT10, SFAT15 and SFAT20)
9. ATP series (ATP10 and ATP20)
10. ARC Power series (BAT10, BATK10, BAT15 and BATK15)
11. Silent Sync Series (H.O.T. 8M and H.O.T. 14M)

MULTI RIBBED POLY V/ INDUSTRIAL V- PULLEYS

1. V-Pulleys: Z/SPZ, A/SPA, B/SPB, C/SPC, D & E
2. Poly V-Pulleys: PH, PJ, PK, PL, PM
3. Custom Built

Pulley Finish

1. Each material has its own properties that define what finishes are possible on that certain property of material.
2. Also finishes are used to achieve a target based on the requirement of the system or machine that it’s going to be used in.
3. Paint is also a finish required by a few customers on certain materials.

Custom accessories can be made on order by universal size standards, drawing provisions and belt samples

Tolerances

1. The boring is made in H7, if there are no other specified requirements. The tolerances of the flange outer diameter are: f 0.15mm. All other dimensions are as per MULCO standards (or) as specified according to DIN 7168 m and ISO 2768 standards.
2. Type/ Styles include:
3. Type with hub and flanges
4. Type hub-less
5. Type- no flange
6. Type integrated locking hub and flanges
7. Type integrated locking hub without flanges

Standards Applicable To Pulleys And Flanges

1. Pulleys are components manufactured to close tolerances in order to achieve best performance and long belt life.
2. To achieve the reproduction of the correct pulley profile, licensed hobs are used.
3. Master Profile: A scaled line drawing of the ideal groove profile with tolerance bands plotted on dimensionally stable translucent material.
4. Dimensional Profile Drawing: A line drawing of the ideal groove profile with all arcs and radii defined. Suitable for mould design.

Standards Applicable To Pulleys And Flanges

1. Digitized Points: A series of X and Y coordinates defining the ideal groove profile. Suitable for mould design.
2. Tolerance /Inspection Procedure: The actual pulley groove profile must fit within the specified tolerance bands without any sharp transition or undercuts.

The Following Definitions Are Being Used When Considering Quality Of Pulleys:

1. Pulley O.D. Tolerances
2. Pulley Eccentricity: The allowable amount of radial run out from the pulley bore to the O.D.
3. Helix Angle: Grooves should be parallel to the axis of the bore within 0.001″ per inch of pulley groove face width.
4. Draft: The maximum permissible draft on the groove form is 0.001″ per inch of face width and must not exceed the O.D. tolerance.
5. Parallelism: The bore of the pulley is to be perpendicular to the vertical faces of the pulley.

The Following Definitions Are Being Used When Considering Quality Of Pulleys:

1. Pitch Accuracy: Adequate pitch to pitch accuracy is generally more difficult to achieve with moulded pulleys than with machined pulleys.
2. Balancing: Balancing is often not required on machined metal pulleys. All pulleys should be statically balanced to 1/8 oz. (3.5 grams) in all sizes.