Double Pitch Sprocket – Conveyor & Drive Series

Double pitch sprockets for 2040, 2050, 2060, 2080 series chains and their C-type conveyor counterparts. Purpose-built for long-span conveyor systems, they offer reduced chain weight, lower cost per metre, and smooth engagement — ideal for material handling, bottling lines, and low-speed transfer applications.

Description

Double Pitch Sprocket – Conveyor & Drive Series — Professional Grade ANSI Sprocket

The Ever-power Double Pitch Sprocket – Conveyor & Drive Series is engineered to meet the rigorous demands of modern industrial power transmission. Built from AISI 1045 Carbon Steel, these sprockets cover chain sizes 2040/C2040, 2042/C2042, 2050/C2050, 2052/C2052, 2060/C2060, 2062/C2062, 2080/C2080, 2082/C2082 with pitch range 1″ to 2″ (double standard pitch). Available configurations include Type A (plate), Type B (one hub), Type C (two hubs). Every unit is CNC-machined to ANSI B29.1 tolerances and undergoes 100% dimensional inspection before shipping.

Double Pitch Sprocket - Conveyor & Drive Series - Ever-power Australia

Technical Specifications

Parameter Specification
Chain Compatibility 2040/C2040, 2042/C2042, 2050/C2050, 2052/C2052, 2060/C2060, 2062/C2062, 2080/C2080, 2082/C2082
Pitch Range 1″ to 2″ (double standard pitch)
Material AISI 1045 Carbon Steel
Tooth Hardness Induction hardened HRC 50–60 (≤25T)
Surface Treatment Black oxide; zinc plating for wet environments
Configuration Type A (plate), Type B (one hub), Type C (two hubs)
Standard ANSI/ASME B29.1, ISO 606
Bore Tolerance H7 (finished bore) / Pilot bore (stock)

Product Highlights

✔ High-Capacity Design

Engineered for maximum power transmission with optimised tooth geometry that ensures smooth chain engagement and minimal energy loss across the full speed range.

🛡 Extended Service Life

Premium steel construction combined with precision heat treatment delivers exceptional wear resistance, reducing replacement frequency and total cost of ownership.

⚙ Versatile Mounting

Multiple hub configurations and bore options ensure compatibility with a wide range of shaft sizes, bearing arrangements, and installation constraints.

🔧 Maintenance-Friendly

Designed for straightforward inspection, lubrication, and replacement, minimising the skills and tools required for routine maintenance operations.

Chain & Accessory Compatibility

This sprocket is compatible with all ANSI-standard roller chains of the corresponding series numbers listed above. Compatible accessories include standard taper bushings, QD bushings (where applicable), split taper bushings, shaft collars, and pillow-block or flange-mount bearings. Shaft bore ranges are determined by the chain number and hub configuration — refer to our detailed catalogue or contact engineering for specific bore availability.

Sprocket collection for industrial applications

Selection Guide

Select by Chain Number

Identify the chain series number stamped on your chain side plates. Match it to the sprocket series number for guaranteed compatibility. Use the same series for driver and driven sprockets.

Select by Application Demands

Light-duty conveyors and packaging: No.35–50. General industrial and agricultural drives: No.50–80. Heavy aggregate, mining, and steel processing: No.80–140. Extreme-load applications: No.140–200.

Select by Load Capacity

Calculate your design horsepower, apply the appropriate service factor (1.0 for uniform load, 1.3 for moderate shock, 1.5+ for heavy shock), then consult the ANSI horsepower rating tables for the minimum chain pitch and strand count that meets or exceeds your requirement.

Material & Manufacturing

Property Detail
Base Material AISI 1045 Carbon Steel
Carbon Content 0.43–0.50% (1045 grade)
Tensile Strength ≥ 585 MPa (85 ksi)
Heat Treatment Induction hardened teeth to HRC 50–60 (sprockets ≤25T)
Surface Finish Black oxide; zinc plating for wet environments
Manufacturing CNC hobbing, precision boring, automated deburring

Industry Applications

🏭

Manufacturing

Production lines, automated systems

Mining & Aggregate

Crushers, screens, elevators

🌾

Agriculture

Harvesters, irrigation, grain handling

📦

Logistics

Sortation, conveying, palletising

Customer Success Stories

★★★★★ Coca-Cola Amatil — Sydney, Australia

“Our bottling conveyors run kilometres of double-pitch chain. Ever-power sprockets ensured zero jam incidents over a full production season.”

★★★★☆ Siemens Logistics — Nuremberg, Germany

“Baggage handling systems at two major airports use these sprockets. Quiet operation and long life are essential.”

★★★★★ Reliance Industries — Jamnagar, India

“Refinery product conveyors run 24/7. The Dacromet-coated double-pitch sprockets resisted chemical exposure excellently.”

★★★★★ JBS Foods — São Paulo, Brazil

“Meat processing lines need washdown-safe components. Zinc-plated options hold up well in our high-humidity environment.”

Frequently Asked Questions

What is the difference between standard roller and carrier roller double pitch chains?

Standard roller (e.g., 2040) uses standard-size rollers matching the base chain. Carrier roller (e.g., 2042) uses larger rollers that protrude above the side plates, designed to carry products directly on the chain.

Can I use a standard-pitch sprocket with double-pitch chain?

No. Double-pitch chains have twice the pitch of their standard equivalent, so standard sprockets will not engage correctly.

What tooth counts are available?

Typically 9T to 30T, depending on the series. Lower tooth counts provide compact driver sprockets.

Are these suitable for incline conveyors?

Yes, when used with appropriate chain attachments. For steep inclines, consider adding cleats or flights to the chain.

How do I distinguish 2040 from C2040?

The C prefix denotes a cottered (riveted) chain construction, commonly used in conveyor applications. Both use the same sprocket.

Recommended Companion Products

🔗 Matching Roller Chains

ANSI standard and heavy-duty roller chains perfectly paired with your sprocket selection. Browse chains

🔨 Shaft Bushings

Taper lock, QD, and split taper bushings for secure shaft mounting.

⚙ Bearings & Housings

Pillow-block, flange-mount, and take-up bearings for complete drive systems.

Industrial chains for sprocket systems

Installation Procedure

  1. Shaft Cleaning: Remove rust, grease, and old adhesive from the shaft surface using emery cloth and solvent.
  2. Bushing Preparation: Inspect the bushing bore and taper for damage. Apply a thin film of anti-seize compound to the taper surface.
  3. Assembly: Place the bushing into the sprocket hub, align the bolt holes, and finger-tighten the cap screws.
  4. Positioning: Slide the assembly onto the shaft to the desired axial position.
  5. Tightening: Torque cap screws evenly in a star pattern to the manufacturer’s specified value.
  6. Verification: Spin the shaft by hand and verify free rotation. Check alignment with a straight edge or laser.

Maintenance & Care

Perform visual inspection of tooth profiles weekly. Lubricate the chain with ISO VG 100 oil every 500 hours. Measure chain elongation monthly — replace at 3% stretch. If tooth flank wear exceeds 0.5 mm beyond the original profile template, replace the sprocket. Always replace chain and sprocket as a matched set.

Certifications & Quality Assurance

All products comply with ANSI/ASME B29.1, ISO 606, and DIN 8187/8188 standards. Our facility is ISO 9001:2015 certified, with ongoing compliance audits. Material certificates (EN 10204 3.1) and Certificates of Conformance are available for every order. We support customer-specific quality protocols including PPAP (Production Part Approval Process) for automotive OEMs and FDA-compliant material documentation for food-industry applications. Our quality commitment: if any sprocket fails to meet published specifications within its warranty period, we replace it free of charge.

Why Partner with Ever-power Australia Sprocket Co., Ltd.?

Ever-power sprocket factory

We have been manufacturing industrial sprockets for over two decades, exporting to more than 60 countries across six continents. Our vertically integrated production facility spans 30,000 m² and houses 120+ CNC hobbing centres, induction hardening lines, and a fully equipped metrology laboratory. We hold ISO 9001:2015 certification and maintain full material traceability from raw billet to finished product. Our engineering team provides free selection assistance, CAD models, and rapid prototyping for OEM customers. Whether your order is 100 pieces or 100,000, we deliver consistent quality on schedule — backed by a 12-month product warranty and dedicated after-sales support.

Ready to Upgrade Your Drive System?

Contact our specialist team today for competitive pricing, technical support, or to request samples. We are committed to helping you find the optimal sprocket solution for your application.

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