HTD Synchronous Drive Components
HTD Timing Pulleys for Precision Power Transmission
3M, 5M, 8M and 14M straight-bore and taper-bush families, with model-level technical tables for industrial drive projects.
HTD 3M • HTD 5M • HTD 8M • HTD 14M • Taper Bush • Custom Drawing • Matching Timing Belts
HTD synchronous drive components
Start With the Belt Profile, Then Control the Shaft Interface
HTD pulley selection is most reliable when the drive is treated as a system. Confirm the mating HTD profile, tooth count or ratio, belt working width and shaft connection before comparing catalogue rows. The range is organised around 3M, 5M, 8M and 14M straight-bore families, taper-bush configurations, drawing-controlled custom pulleys and matching timing belts.
Product range
Browse the Main HTD Pulley Families
Open a family to compare its supported width series, construction references and model-level tables. Tooth counts remain specification rows inside the correct product page so the dimensional context, construction type and ordering code stay together.
Koła rozrządu HTD 3M
Kompaktowe rodziny kół pasowych synchronicznych do małych napędów automatyki i pozycjonowania.
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Koła rozrządu HTD 5M
Rodziny kół pasowych rozrządu 5M łączą w sobie kompaktową geometrię z szerszym zakresem zastosowań przemysłowych.
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Koła rozrządu HTD 8M
8M przemysłowych kół zębatych do obrabiarek, urządzeń transportowych i produkcyjnych.
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Koła rozrządu HTD 14M
Larger HTD pulley families for industrial drives where shaft interface and hub construction become especially important.
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Koła rozrządu Taper Bush HTD
Rodziny kół pasowych HTD z tulejami stożkowymi, z katalogowymi kodami tulei i zakresami średnic.
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Niestandardowe koła pasowe rozrządu HTD
Obróbka skrawaniem kół pasowych HTD sterowana rysunkiem w przypadku niestandardowych wałów, piast, kołnierzy i wymagań kontrolnych.
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Paski rozrządu HTD
Pasujące paski rozrządu HTD do układów kół pasowych 3M, 5M, 8M i 14M.
Explore Family →Selection sequence
Pitch → Width → Teeth → Mounting → Final Drawing Check
The pitch family identifies the basic synchronous system, but it does not complete the selection. The working width must match the belt arrangement, tooth count must support the required speed relationship and drive geometry, and the shaft connection must match the machine. Replacement projects should also record hub projection, flange arrangement and the belt line before the old pulley is removed.
Pitch comparison
Keep 3M, 5M, 8M and 14M as Distinct Engineering Families
Nominal pitch is one of the first filters, not a universal capacity rating. Belt construction, width, tooth count, duty, speed and machine geometry still need to be reviewed for the specific drive.
3 mm nominal pitch for compact HTD drive layouts.
5 mm nominal pitch with 09, 15 and 25 width-series pages in this catalogue.
8 mm nominal pitch with 20, 30, 50 and 85 width-series pages.
14 mm nominal pitch with 40, 55, 85, 115 and 170 width-series pages.
Aplikacje
Use the Machine Context to Define the RFQ
Application pages help capture duty cycle, environmental conditions, access, guarding and replacement constraints. They do not replace model-specific technical tables.
Industrial Automation
Packaging Machinery
Machine Tools
Conveying Equipment
Textile & Paper Machinery
Processing MachineryDrawing-controlled supply
Custom Bore, Hub, Flange and Inspection Requirements
Use a custom route when the belt-side geometry is known but the shaft interface or installation envelope is not covered by a standard configuration. Send the mating belt/profile, teeth, width, shaft data, hub and flange details, quantity and the drawing revision that controls the part.
Matching components
Keep the Belt and Pulley in the Same HTD Pitch Family
A matching pitch designation is an essential check, but replacement work should also preserve the complete belt identity, working width and tooth form. The belt page is a companion to the pulley catalogue rather than a substitute for drive sizing.
Manufacturing context
From Tooth Machining to Final Dimensional Review
Manufacturing and inspection requirements should follow the ordered configuration. Special material, tolerance, marking or report requirements belong on the RFQ or drawing before production is released.
Tooth Machining
Keep the tooth family and selected product reference tied to the order.
Interface Machining
Bore and hub features follow the released configuration rather than a generic assumption.
Dimensional Inspection
Inspection points are set from the drawing and order requirements.
Packaging & Identification
Model and order identity should remain traceable through packing and shipment.
Technical resources
Measure, Compare and Specify Before Quotation
The engineering library covers pitch comparison, belt matching, shaft interfaces, replacement measurement, tooth count and material/flange decisions. Use these guides to prepare the input for a model-level quotation instead of copying an isolated dimension from another drive.
Recent guidance
Latest Technical Articles
Practical articles for engineers, maintenance teams and industrial buyers preparing a pulley selection or replacement enquiry.
Timing Pulley RFQ and Procurement Checklist
Timing Pulley RFQ and Procurement Checklist should be approached as a drive-system decision. The useful starting point is the mating belt and machine interface, followed by tooth…
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Custom Timing Pulley Drawing Checklist
Custom Timing Pulley Drawing Checklist should be approached as a drive-system decision. The useful starting point is the mating belt and machine interface, followed by tooth count,…
Read More →
HTD vs XL Timing Pulley: Why Pitch Family and Tooth Form Matter
HTD vs XL Timing Pulley: Why Pitch Family and Tooth Form Matter should be approached as a drive-system decision. The useful starting point is the mating belt…
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Replacement Timing Pulley Checklist for Maintenance Teams
Replacement Timing Pulley Checklist for Maintenance Teams should be approached as a drive-system decision. The useful starting point is the mating belt and machine interface, followed by…
Read More →Pulley Runout and Concentricity: What to Specify
Pulley Runout and Concentricity: What to Specify should be approached as a drive-system decision. The useful starting point is the mating belt and machine interface, followed by…
Read More →HTD Timing Pulley Maintenance and Inspection Checklist
HTD Timing Pulley Maintenance and Inspection Checklist should be approached as a drive-system decision. The useful starting point is the mating belt and machine interface, followed by…
Read More →Buyer-first catalogue navigation
Choose the Pulley Family Before You Compare Individual Dimensions
An HTD timing pulley enquiry becomes much easier to control when the selection sequence stays consistent. First identify the mating HTD belt family, then working width and tooth count, and only then finish the shaft interface. The site follows that order so product pages, engineering guides and RFQ fields use the same language.
Replacement work
Record the belt marking, tooth count, working face, hub projection, bore or bush and available axial space before the old pulley is removed. A photo from both shaft ends is useful when the original drawing is missing.
New machine design
Start with the required speed relationship, duty, center distance and installation envelope. The catalogue then narrows the pulley geometry; the final shaft connection and controlled dimensions belong on the released drawing.
Mixed-model purchasing
Keep the complete profile, series, tooth count and shaft-interface requirement on every order line. That makes mixed-model orders easier to quote without losing the technical identity of any one pulley.
RFQ readiness
Send Enough Information to Quote the Correct Configuration
For a standard catalogue pulley, send the HTD pitch family, series width, tooth count, shaft or taper-bush information and quantity. For a nonstandard part, add a dimensioned drawing and identify which dimensions are functional. If the existing machine is being repaired, include the belt marking and clear photos of both sides of the old pulley.
Standard parts are normally planned around production quantities. Qualified new-client samples can be reviewed when the configuration and manufacturing route are suitable, while mixed models may be consolidated toward a practical order value. Special materials and special processes follow their own process minimums.
