ABB PFEA111-20

Description

Parameters and Specifications:

• Axial Load: 15N MAX¹
• Phase Number: 2¹
• Step Accuracy: 5%¹
• Temperature Rise: Below 80K/Max¹
• Operating Temperature: 0℃~+50℃ (some models up to -20°C to +60°C)¹²³
• Insulation Class: B (130℃)¹
• Insulation Resistance: 100MΩ MIN @ 500V DC¹
• Radial Load: 75N MAX @ shaft 20mm¹
• Axial Runout: Max 0.02mm (450g load)¹
• Radial Runout: Max 0.08mm (450g load)¹
• Step Angle: 1.8¹
• Motor Total Length (L): 76¹
• Holding Torque (N.m): 2.0¹
• Rated Current (A): 5.0¹
• Phase Resistance (Ω): 0.40¹
• Phase Inductance (mH): 1.7¹
• Rotor Inertia (g.cm²): 480¹
• Motor Weight (kg): Depending on the model, it can be 1.06 kg or 0.2 kg¹²
• Motor Wire Number: 4¹

Dimensions and Weight:

• Size: Depending on the model, it can be 144mm x 80mm x 35mm³ or 85mm x 65mm x 25mm².
• Weight: Depending on the model, it can be 0.5kg³ or 0.2 kg

Series:

• PFEA Series²³

Features:

• Low Noise, Low Vibration, Low Heat Generation¹
• High Precision: Uses advanced control algorithms and sensor technology to achieve high-precision tension control⁴.
• High Reliability: Made of high-quality materials and manufacturing processes, rigorously tested and verified⁴.
• Multiple Interfaces: Supports multiple communication interfaces such as CAN, Profibus, etc.⁴.
• User-Friendly: Provides a friendly user interface and operation method⁴.
• Scalability: Can be combined with multiple tension controllers to achieve a larger-scale tension control system⁴.
• Automatic Calibration: Supports automatic calibration of sensor zero and span⁴.
• Fault Diagnosis and Prevention: Has fault diagnosis and prevention functions

Applications:

• ABB’s PFEA111-20 tension controller is specifically designed for industrial automation and process control. It is mainly used to control the tension of materials and ensure the stability of tension during the production process⁴. It can be applied in industries such as textile, wire and cable, printing, papermaking, plastics, rubber, etc.