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PA 100-1200KG

Key Advantages:

  1. Wide Voltage Compatibility

– Supports custom voltage options (220V & 380V), adaptable to global industrial standards.

– Ideal for diverse applications, from small workshops to heavy-duty machinery.

  1. All-Copper Motor Technology

– 100% copper windings ensure superior conductivity, reducing energy loss by up to 20% vs. aluminum motors.

– Enhanced heat dissipation extends lifespan (>30% longer) under high-load conditions.

  1. High Precision & Reliability

– Precision-engineered micro-drives deliver ±0.1mm repeatability, critical for automation and CNC systems.

  1. Energy-Saving Performance

– IE3/IE4 efficiency class compliance minimizes power waste, cutting operational costs.

  1. Robust & Low-Maintenance

– Sealed bearings and corrosion-resistant housing (IP54/IP65) for harsh environments.

  1. Quiet Operation

– Noise levels below 50dB for noise-sensitive settings (e.g., hospitals, labs).

 

PA 100-1200KG

Specification      Motor Power(kw)      Stator height(mm)      Capacitance
(VF)
     Diameter of Wire Rope
(mm)
     Carton Size(cm) Net Weight(kg)
PA100/200KG 510 50 16 3mm 38X29X24 10KG
PA200/400KG 850 65 30 4mm 45X33X26 15KG
PA300/600KG 1150 75 40 4mm 45X33X26 16KG
PA400/800KG 1450 85 30 5mm 45X33X26 17KG
PA500/1000KG 1800 95 65 6mm 56X25X32 28KG

 

Specification(Trolley)      Motor Power(kw)      Stator height(mm)      Capacitance
(VF)
     Diameter of Wire Rope
(mm)
     Carton Size(cm) Net Weight(kg)
PA100/200KG(0.5T trolley) 60 50 16 3mm 30X20X17 7KG
PA200/400KG(1T trolley) 200 65 30 4mm 41X27X18 14KG
PA300/600KG(1T trolley) 200 75 40 4mm 41X27X18 14KG
PA400/800KG(1T trolley) 200 85 30 5mm 41X27X18 14KG
PA500/1000KG(1T trolley) 200 95 65 6mm 41X27X18 14KG

1. Compact Size & Lightweight
– Miniaturized design ideal for space-constrained applications (e.g., medical devices, robotics).
2. High Precision & Control
– Enables fine-tuned motion control (e.g., micrometers-level accuracy in lab equipment).
3. Energy Efficiency
– Low power consumption due to small-scale components, suitable for battery-powered devices.
4. Low Noise & Vibration
– Smooth operation critical for sensitive environments (e.g., optical systems, drones).
5. Rapid Response Time
6. Integration Flexibility
– Easily embedded into devices, wearables, and smart systems.
7. Reduced Maintenance
– Fewer mechanical parts compared to traditional motors, lowering wear.
8. Cost-Effective for Mass Production
– Scalable manufacturing (e.g., MEMS technology) reduces unit costs.

This is the applications of PA100/200KG electric hoist.

Medical: Surgical robots, insulin pumps.
Consumer Electronics: Camera autofocus, smartphone haptics.
Industry: Micro-actuators, precision valves.
Example:
Micro-electric drives dominate wearable tech due to their energy efficiency and silent operation.”
Let me know if you need a deeper dive into specific use cases!

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