Types de systèmes de convoyage et moteurs associés

In modern industrial automation, logistics systems, food processing lines, and intelligent manufacturing, systèmes de convoyeur play a fundamental role in material handling efficiency, production continuity, and operational stability. At the core of every conveyor system is the drive motor system, which directly determines performance, reliability, energy consumption, and service life.

Different conveyor types require different motor technologies, gearbox structures, torque characteristics, control systems, and protection levels. Proper motor selection is not just power matching — it is a system engineering process.

This guide provides a structured overview of the main conveyor types and their application scenarios, technical requirements, motor matching solutions, and product keywords, optimized for industrial B2B SEO and engineering procurement.

1. Système de convoyeur à bande

Applications: logistics sorting lines, packaging conveyors, food processing conveyors, electronics assembly lines, light industrial automation

Données techniques:

• Load capacity: 10–2000 kg

• Speed range: 0.1–2.5 m/s

  Duty cycle: S1 continuous duty

• Control system: VFD control / DC speed control

Matching Motor Solutions:

• Couple motoréducteur

• Moteur à engrenages AC

• BLDC Gear Motor

• Drum Motor (Motorized Pulley)

2. Roller Conveyor System

Applications: warehouse logistics, pallet conveying systems, distribution centers, intelligent sorting systems

Données techniques:

• Load per roller: 50–300 kg

• Speed: 0.2–1.5 m/s

• Control: zone control / segmented drive

Matching Motor Solutions:

• Rouleau motorisé

• 24V / 48V BLDC Roller Motor

• AC Motor + Gearbox

3. Chain Conveyor System

Applications: automotive production lines, heavy equipment manufacturing, steel plants, industrial assembly lines

Données techniques:

• Heavy-load conveying (ton-level)

• Vitesse : 5–60 tr/min

• Working conditions: dust, oil, high impact

Matching Motor Solutions:

• Moteur à engrenages AC

• Réducteur à roue et vis sans fin

• Moto-Réducteurs Planétaires

4. Mesh Conveyor System

Applications: food drying lines, washing lines, sterilization systems, baking ovens

Données techniques:

• Plage de température: -20 ° C à 300 ° C

• Environment: high humidity, high temperature, corrosive atmosphere

Matching Motor Solutions:

• Moteur à engrenages en acier inoxydable

• IP65 / IP67 Waterproof Motor

• Moteur à engrenages AC

5. Screw Conveyor System

Applications: powder conveying, cement industry, grain handling, chemical material transport

Données techniques:

• Couple de démarrage élevé

• Fonctionnement continu

• Anti-blocking requirement

Matching Motor Solutions:

• Réducteur à roue et vis sans fin

• Moto-Réducteurs Planétaires

• AC Induction Motor + Gearbox

6. Système de convoyeur incliné

Applications: mining transport systems, inclined logistics conveyors, grain lifting systems

Données techniques:

• High torque demand

• Heavy-load startup

• Anti-backdrive requirement

Matching Motor Solutions:

• High Torque DC Gear Motor

• Worm Gear Motor (self-locking)

• Moto-Réducteurs Planétaires

Engineering Selection Model

Motor selection for conveyor systems follows a system engineering model:

Load + Conveyor Structure + Operating Conditions + Control System + Protection Level + Service Life

Final configuration:

Conveyor System + Drive Motor + Gearbox + Control System + Protection Class

Conclusion

Conveyor systems are not simple mechanical structures — they are core infrastructure of intelligent manufacturing systems. Motors are not just power sources — they are core components for system stability, efficiency, and reliability.

Professional motor matching delivers:

• Plus grande fiabilité du système

• Réduction de la consommation d'énergie

• Durée de vie plus longue

• Coût de maintenance réduit

• Better control precision

Correct motor selection = lower total system cost + higher operational efficiency + long-term stability.