The inverted conveyor technology is u€∞αnrivalled in terms of service lif>γ₹ e and availability. Renold has ↑ extensive experience ♥β±in planning chamfere✔×d chains to optimize tra₹♣nsportation solutions. Econom÷∏ical and user-friendly soluti←‌&★ons are two of our main prioritie♣‍s.

The use of inverted chains in transport•λ systems offers a decisive ®™<advantage: their layered structure mak×γγ✘es them space-saving and v$♣≥ariable in shape and width. In a↓®‌>ddition, their low wear ensures high f∏‍unctional reliability and a lonδ∞✘g service life, and they ar≈♥e particularly resistant to ext♥×↓reme temperatures.

Transportation and linkage s∞®∑​ystems

For example, as a linkage system for fl♣'₩'anges, camshafts and conveyor×<∞ sprockets

…… For tool technology

• Low vibration and smooth o•Ω≈$peration
• High load capacity
• Low preload
• Quiet operation

… Used in crankshafts

• High load capacity and narro÷Ωw width
• Space-saving and variable s<<β≠hape and width
• The operation is smooth, and the&♣&→ workpiece does not sh±β‍ake

… For casting housings

• Not susceptible to chips or coola→​€≤nt
• Long Service Life
• Rugged design

Transport and storage systems

For example, for castings o↑ 'r aluminum housings,β↓✔ multi-track accumulators for cir"≠¥culating conveying and accumulation op λ βerations

… For flanges

• High abrasion resistan↕£δce
• Low elongation for safe ±$¶→positioning
• The operation is extremely '€★smooth

… Accommodates the smallest bear>©↑ing surfaces

• Space-saving and variable shape and wiσ₩πdth
• Low elongation for safe positioning
• The operation is smooth, and the ≥α₹workpiece does not shake

Space-saving and variable shape and±& width

• Low elongation for safe p✔♦∞​ositioning
• High abrasion resistance
• The operation is smooth, a©δ"₹nd the workpiece doeφ​s not shake

… Easy to tip and transport

• Space-saving and variable shape ​♣and width
• Low elongation for safe positioning
• Smooth operation and uniform trans↑™♥ portation

High abrasion resistance

For example, conveyor chains used in​☆✔∞ automotive assembly to tα ∏ransport assembly frames as suppl$¥÷y equipment for transmission component"∞→♦s

… Used to assemble frames

• Although the conveyin≥×σ g weight is heavier, the width is €​∞‍smaller
• Compact, dense web (accident preventioφ ‌n)
• Evenly distributed we‍₹₽ight pressure – low surfac  e pressure on the guid•φ™¥e bed
• Smooth running and smooλ≤th driving

… In the chassis dynamometer

• Larger widths are also possible
• Compact, dense web (accideδ'nt prevention)
• Uneven load – direct contact between th ¥€e tire/vehicle and the tooth≥λ€ed chain

… It is used in the co♦≤γnveyor part of the final asseα¶mbly

• Ideal configuration fσ₽or maximum load
• Highest degree of pro↕☆•cess reliability
• Automatic towing and elec Ω☆≤tric overhead conveyors
• No special aids are requiredπ'φ for assembly and maintenance

… For camshafts

• High load capacity and narrow width
• Even if the conveying distance♠✔©" is long, the elongation is small
• It can be simply shortened or repaire®₹☆∞d

Special transport tasks

For example, chamfered chains with g§≠Ω♥rinding surfaces, chamfered conveyoσ♠​r chains with prismatic eπ♥₩dges, drive chains for conveying car ax☆∏↔δles, and drive chains∏¥ for pipeline transport.

… With prisms for axles

• High positioning accuracy
• The operation is smooth, and t‌®←he workpiece does not shake
• The operation is smooth,₹σ✘β and the workpiece does n♠φot shake

Easy-to-install plastic br♣βackets

• … Special plates with eδ‌©levation
• Integrated side rails≈•≈★ for components
• The sliding smoothing plat¶&φδe is used for accumulation operati★<Ωons without abrasion of the® π workpiece Robust de€<®₩sign eliminates the need for addi‌✔±tional plastic workpieces

… As an underground energy chα £ain

• Although the conveying weight is→$   heavier, the width ‍←✘✘is smaller
• Compact, dense web (accident prev©×÷¶ention)
• Flexible design, e.g. w‍πα♣ith bushings for driving p'∑roduction carriers