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TAW Series Explosion-proof Excitation Brushless Synchronous Generator

📊 Technical Data

  • Voltage: 3 kV – 13.8 kV
  • Power Range: 200 kW – 4500 kW
  • Poles: 12–24
  • Protection Class: IP54 / IP55
  • Insulation / Temperature Rise Class: F/B, H/B
  • Altitude: ≤ 1000 m
  • Frequency: 50 Hz
  • Duty Type: Continuous duty (S1)
  • Ambient Temperature: -15°C ~ +40°C

Note: Standard parameters only. Customized designs are available upon request.

📘 Product Overview

The TAW series increased-safety three-phase AC synchronous motor is designed for driving large-scale industrial equipment operating in Zone 2 hazardous environments where constant-speed operation is required.

It is widely used in heavy industrial applications such as fans, compressors, ball mills, water pumps, and rolling mills.

This series features advanced performance characteristics, including high power factor, stable operation, and excellent energy efficiency.

Particularly at speeds below 600 r/min, the synchronous motor demonstrates significantly better performance compared with asynchronous motors of the same speed range.


⚙️ Product Advantages

  • High power factor, improving power grid efficiency
  • Excellent operational stability
  • Strong overload capability compared with asynchronous motors
  • Constant speed regardless of load variation
  • High efficiency and energy-saving performance

🌐 Application Scope

The TAW series is suitable for driving large-scale constant-speed machinery, including:

  • Industrial fans
  • Compressors
  • Ball mills
  • Water pumps
  • Rolling mills

🏗 Structural Types

The motors are available in horizontal design and can be manufactured in two structural configurations:

  • With shaft and pedestal bearing (IM7311)
  • Without shaft and pedestal bearing (IM5710)

⚡ Excitation System

The excitation system adopts a static thyristor-controlled brushless excitation system.

Other excitation methods can also be provided according to customer requirements.


🌍 Custom Engineering Options

According to special customer requirements, the motor can also be designed for:

  • High-altitude operation
  • Anti-corona (anti-surge discharge) performance
  • Tropical / hot and humid environments

🧩 Engineering Highlights

  • Designed for constant-speed heavy-duty industrial operation
  • High efficiency with excellent power factor performance
  • Stable synchronous operation under varying load conditions
  • Flexible structural and excitation configurations
  • Strong adaptability to complex industrial environments