The Woodward 8901-037 serves as a high-performance booster servo motor for demanding industrial environments. This component provides the mechanical force necessary for precise actuation in automated systems. It translates electronic signals into accurate physical movement with minimal latency. Engineers frequently integrate this unit into turbine control and heavy-duty machinery. The robust design ensures reliable performance during continuous operation cycles.
Technical Characteristics
This servo motor features a compact footprint and exceptional thermal resilience. The unit operates efficiently across extreme temperature ranges from -40°C to +90°C. Woodward utilizes high-grade dielectric materials to ensure electrical integrity under high-voltage conditions. The mechanical assembly supports extensive flex cycles, which reduces maintenance requirements. Its lightweight 2 kg frame allows for easy installation in tight spaces.
Technical Specifications
- Manufacturer: Woodward
- Model Designation: 8901-037
- Primary Function: Booster Servo Actuation
- Mass: 2 kg
- Physical Profile: 35 mm x 7.5 mm
- Thermal Range: -40°C to +90°C
- Voltage Limit: 1500 V
- Rated Current: 6 A
- Electrical Resistance: 0.4 Ohms/km
- Capacitance Rating: 50 pF/m
- Insulation Strength: 3000 V
- Mechanical Endurance: 750,000 cycles
Industrial Applications
System integrators utilize the 8901-037 in power generation and motion control sectors. It excels in governing valve positions and managing fuel flow systems. The motor supports high-frequency adjustments required for modern CNC machinery. Its durable construction suits offshore platforms and remote industrial sites. This model maintains stability despite significant electrical interference or mechanical vibration.
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