FANUC A06B-0205-B100

Description

Product Description FANUC A06B-0205-B100

Product Parameters FANUC A06B-0205-B100

• Device Type: Permanent magnet synchronous servo motor for light-duty robots and small automated systems.
• Electrical Characteristics:
  • Rated power: 0.75 kW — sufficient for handling loads up to 15 kg.
  • Rated current: 3.0 A — low energy consumption, suitable for systems with limited power supply.
  • Rated voltage: 200 V DC — compatible with standard industrial and commercial power sources.
  • Maximum torque: 4.8 N·m (rated), 14.4 N·m (peak) — capable of short-term overloads for light loads.
  • Energy efficiency class: IE2 — optimal balance between power consumption and performance.
• Dynamic Characteristics:
  • Maximum rotation speed: 1500 rpm — adequate for fast operations with light loads.
  • Encoder resolution: 4096 pulses/revolution — positioning accuracy ≤ ±0.01 mm.
  • Acceleration time to rated speed: ≤ 1.5 seconds — quick response for light-duty tasks.
• Mechanical Characteristics:
  • Mounting type: Small standard flange — easy installation in compact spaces.
  • Shaft diameter: 20 mm — sufficient strength for transmitting small torques.
  • Housing material: Aluminum alloy with anti-corrosion coating — lightweight and moisture-resistant.
  • Protection class: IP54 — dust and water splash protection (suitable for dry environments with moderate dust).
  • Cooling system: Passive (natural ventilation through housing) — no moving parts, enhanced reliability.
  • Temperature range: Operating 0°C – 50°C; Storage -10°C – 60°C — stable performance in standard conditions.
  • Weight: 3.2 kg — compact design for installation on light moving components.

Advantages and Features FANUC A06B-0205-B100

• Lightweight and compact: FANUC A06B-0205-B100 weighs only 3.2 kg, making it ideal for space-constrained applications like packaging machines and small robots.
• Low energy consumption: With a 3.0 A rated current and IE2 efficiency class, it reduces energy usage by 10–15% compared to similar light-duty servo motors.
• Easy integration: Compatible with FANUC’s basic controllers, requiring no complex calibration — setup time is reduced to under 30 minutes.
• Stability in standard environments: IP54 protection and passive cooling ensure reliable operation in dry, low-vibration small-scale production settings.

Application Cases FANUC A06B-0205-B100

• Packaging industry:
  • Controls robotic arms for sorting and packaging small goods (books, food packages). FANUC A06B-0205-B100 provides the speed and precision needed for fast production cycles.
• Small-scale commercial automation:
  • Drives door mechanisms in automated lockers and storage systems. Its lightweight design and low energy use suit commercial environments.
• Small production lines:
  • Controls conveyors for transporting small parts (electronic components, toys). Simple setup and stable performance ensure uninterrupted operation.

Comparison with Competitors

• Superior compatibility: Works with FANUC 0i-F controllers without additional adapters, while competitors require proprietary drivers.
• Faster acceleration: 1.5 seconds vs. 1.8–2.0 seconds for competitors — critical for rapid packaging operations.
• Lower noise: Passive cooling eliminates fan noise (45 dB), quieter than actively cooled competitors (50–55 dB).

Selection Suggestions and Precautions

• Selection: Recommended for light-duty robots and small automated systems with FANUC αi-B or 0i-F controllers, suitable for packaging, small-scale production, and commercial automation. Best paired with FANUC A02B-0309-B500 and A02B-0319-B002 servo controllers.
• Precautions:
  • Use only original power cables for FANUC A06B-0205-B100 (e.g., FANUC A660-2005-T505) — uncertified cables may cause overheating.
  • Avoid operation in environments with humidity > 60% or heavy dust — IP54 protection is insufficient for harsh conditions.
  • Do not exceed the 14.4 N·m peak torque for more than 5 seconds — this may reduce motor lifespan.
  • Mount on stable surfaces — vibrations exceeding 0.2 mm peak-to-peak can increase positioning errors.