EP-T 10MM Aluminum Straight Bore Timing Pulley-Belt Width 32MM

Every straight bore timing pulley in the EP-T 10 series is machined and inspected against DIN 7721 tolerances. Pitch diameter, outside diameter, tooth profile depth, and flange geometry all conform to the published standard, ensuring direct fit compatibility with any DIN-compliant T10 timing belt — no custom shimming or adapter required. Procurement teams sourcing a straight bore timing pulley for regulated machinery applications in the EU or North America benefit directly from this published dimensional traceability.

The T10-47 series uses high-strength 6061 aluminum (AL), reducing rotating inertia by roughly 65% compared to steel equivalents. This matters significantly for servo-driven axes and pick-and-place robots where acceleration response directly affects throughput. The natural oxide layer also provides baseline corrosion protection for indoor industrial environments. When specifying an aluminum straight bore timing pulley, this alloy grade delivers the best balance of machinability, strength, and weight reduction for T10 drive applications.

Sixteen stock variants from 18 teeth to 60 teeth give design engineers the flexibility to set drive ratios without ordering custom parts. The broad selection also supports replacement sourcing in the field — a key advantage for plant maintenance teams maintaining timing pulley stock across multiple production lines. When a straight bore timing pulley fails unexpectedly, having the correct tooth count available from stock significantly reduces machine downtime.

Models 18T through 40T feature the 6F double-flange configuration, mechanically retaining the belt on both sides of the pulley face. This reduces lateral belt wander in high-speed, oscillating, or vertically-mounted drive arrangements where a single-flange design would risk belt run-off under transient loads. This makes the flanged straight bore timing pulley particularly suitable for dynamic motion profiles where belt tracking cannot be guaranteed by alignment alone.

The straight bore timing pulley format ships with a finished bore diameter ready for direct shaft mounting. For OEMs and replacement buyers sourcing a straight bore timing pulley for sale, this eliminates the lead time and cost of a taper lock bushing or additional bore finishing operation. Keyway and set-screw options are available to order for torque-locking requirements. Customers who need a straight bore timing pulley for rapid machine build or maintenance schedules will particularly value the zero-preparation mount time this format enables.

Body Material: Aluminum Alloy 6061

The T10-47 series uses 6061-T6 aluminum alloy throughout the hub and tooth section. This grade is selected for its favourable combination of tensile strength (276 MPa typical), machinability, and anodising response. The low density (2.70 g/cm³) makes these aluminium timing pulleys far lighter than equivalent steel parts, which matters in servo-driven systems where inertia mismatch between motor and load must be minimised. The alloy performs reliably in ambient temperatures from -40°C to +120°C, covering most indoor industrial and outdoor equipment environments worldwide. Every straight bore timing pulley body in this series is machined from certified 6061-T6 billet, ensuring consistent mechanical properties across all production batches.

Flange Material & Finish

Flanges on Type 6F variants are machined integral to the hub body from the same 6061 billet, ensuring concentricity between the flange face and pitch circle. The standard finish is natural machined aluminium. Hard anodising (Type III, 25 micron minimum) is available on request for applications involving abrasive particulates, chemical splashing, or elevated surface hardness requirements. All bore surfaces of this straight bore timing pulley are finished to Ra 1.6 or better to ensure consistent shaft interference fits — a quality standard that distinguishes a precision straight bore timing pulley from budget-grade alternatives where bore surface finish is not specified or verified.

CNC Machining Centres

Linear axes on milling and routing machines use timing belt and pulley pairs to translate motor rotation into carriage movement. The T10 pitch handles the torque levels typical of ballscrew-less gantry systems while the 32mm belt width provides the load capacity required for multi-axis simultaneous interpolation. The straight bore timing pulley integrates directly with motor shaft extensions without requiring a separate bushing assembly, reducing assembly time and the part count of the overall drive train in CNC systems built to tight machine-width constraints.

Packaging & Labelling Lines

High-speed packaging machinery demands consistent phase relationships between multiple driven rollers. A metric timing pulley replacement in these systems restores positional accuracy lost through tooth wear on an older belt-and-pulley set. Selecting this straight bore timing pulley as a direct replacement is straightforward because its DIN 7721 dimensional compliance guarantees interchangeability with the original part. The aluminum construction withstands the wash-down cleaning cycles common in food-adjacent packaging facilities, and the lightweight design keeps dynamic loads manageable at line speeds exceeding 80 packs per minute.

3D Printing & Additive Manufacturing

FDM and SLA printers rely on timing belt drive pulleys for X and Y axis motion control. The T10 pitch is widely adopted in mid-to-large format industrial printers where the larger pitch diameter reduces tooth load per engagement, extending consumable life. The straight bore timing pulley keeps moving mass low — a critical parameter when print heads change direction thousands of times per hour — and its standardised bore diameter simplifies the shaft-pulley interface design across multiple printer model variants sharing the same motor shaft size.

Textile & Weaving Machinery

Rapier looms and needle-bar drives in textile manufacturing require synchronised motion between multiple shafts rotating at high speed. A properly sized straight bore timing pulley and belt system eliminates the phase errors that accumulate in chain or gear drives subject to wear, enabling consistent fabric density across the full roll width. The dry-running capability of this straight bore timing pulley construction is particularly valued in environments where lubricants would contaminate yarn — a contamination risk that eliminates chain-and-sprocket alternatives from consideration in many textile plant specifications.

Conveyor & Sortation Systems

Logistics and warehouse sortation equipment uses timing pulley and belt assemblies to drive divert lanes, pop-up transfer modules, and narrow-belt sorters. The T10-47 straight bore timing pulley handles the mixed static and dynamic load profiles typical of induction systems where packages of varying weight are accelerated and decelerated on short conveyor runs. The wide 32mm belt distributes load across more tooth contacts, reducing peak stress per tooth flank and extending the service interval of both the straight bore timing pulley and its matched belt in high-cycle sortation environments.

Medical & Laboratory Automation

Diagnostic analysers, pipetting robots, and laboratory slide handlers demand sub-millimetre positioning repeatability in a compact footprint. The aluminum T10 straight bore timing pulley meets the dimensional tolerance and surface cleanliness requirements of these environments. The anodised finish option provides a non-particulating surface suitable for cleanroom-adjacent deployments, and the straight bore timing pulley design eliminates the retention hardware complexity of tapered bushing variants in constrained spaces where every millimetre of axial clearance is accounted for in the mechanical layout.

Machinery incorporating timing belt pulleys and sold in the EU must comply with the Machinery Directive and carry CE marking. Drive components must be designed to current EN ISO 11161 (safety of integrated manufacturing systems) and EN ISO 4413/4414 principles where applicable. DIN 7721 compliance provides documented traceability for conformity assessment files. Incorporating a DIN-standard straight bore timing pulley simplifies the technical documentation process required for CE Declaration of Conformity submissions.

OSHA 29 CFR 1910.217 governs mechanical power transmission apparatus in industrial machinery. ANSI B29.1 and ANSI/ASME standards for synchronous belt drives define design requirements for systems using metric timing belt pulleys. Machines must also address guarding requirements under OSHA 29 CFR 1910.212 for all exposed moving drive components including any straight bore timing pulley assembly not enclosed within the machine frame.

Japan Industrial Standards JIS B 1856 covers synchronous belt drives including metric timing pulleys. Machinery operating in Japan must comply with the Industrial Safety and Health Act (Labour Standards Law related regulations) which sets guarding and inspection requirements for power transmission elements. The T10 profile used by this straight bore timing pulley series is dimensionally equivalent to JIS T-type series specifications, supporting cross-border technical documentation without separate re-specification.

The AS/NZS 4024 series (Safety of Machinery) applies to equipment using timing belt pulley drives in Australia and New Zealand. WorkSafe obligations require that all mechanical hazards, including exposed belt and pulley assemblies, be addressed at the design stage. Specifying DIN 7721 standard pulleys supports design documentation requirements under AS/NZS 4024.1301 for mechanical separation safeguards. The dimensional traceability of this straight bore timing pulley to DIN 7721 is accepted as evidence of established engineering practice in Australian machinery technical files.

The Bureau of Indian Standards IS 14360 provides specifications for synchronous belt drives including aluminium timing pulleys used in industrial machinery. The Factories Act 1948 (Section 21) mandates secure fencing of all moving parts of machinery, including belt and pulley drives. Compliance with IS standards supports product acceptance for government-tendered industrial projects and export documentation requirements. This straight bore timing pulley series aligns with IS 14360 dimensional categories for the T10 pitch family.

CSA Z432 (Safeguarding of Machinery) governs the use of drive components including timing pulley and belt systems in Canadian industrial facilities. Each province has its own Occupational Health and Safety regulations — for example, Ontario Regulation 851 requires guarding of all power transmission equipment. DIN-compliant dimension standards are accepted in Canadian machinery technical files as evidence of established design practice, and the dimensional records we provide with each straight bore timing pulley shipment support this documentation requirement.

Metric Pitch Standard Toothed Bars

For linear motion applications, our Metric Pitch Standard Toothed Bars serve as the stationary rack element in rack-and-timing-belt drive systems. These toothed bars share the T10 pitch geometry with the EP-T straight bore timing pulley series, ensuring full mesh compatibility without profile mismatch. Common deployments include open-loop gantry systems, engraving machines, and long-travel conveyor indexing units where a closed-loop belt would be impractical. Sourcing the toothed bar and straight bore timing pulley from the same supplier removes any concern about tooth geometry variation between independently sourced components.

V-Belt Pulleys

Some drive system layouts require a combination of synchronous and V-belt sections — typically where a timing belt handles precision positioning on a downstream axis while a V-belt handles the primary power input from the motor. Our V-belt pulleys are dimensionally matched to the same shaft and hub geometry as the EP-T series, supporting compound pulley stacks on common shafts. This compatibility means a shaft carrying both a straight bore timing pulley and a V-belt pulley can be specified with a single hub length and bore diameter, simplifying the shaft design and reducing the number of shaft shoulder features required.