TIL-3000 Three Phase Inductive Load

Applications:

1. Industrial Motor Testing:

   • Simulates inductive loads typically encountered by industrial motors, allowing for comprehensive motor performance testing.

2. Transformer Testing:

   • Ideal for testing transformers under real inductive load conditions to ensure their operation and reliability in the field.

3. Power Supply Testing:

   • Used to test three-phase power supplies under inductive loads, ensuring they can handle reactive components like transformers and motors.

4. HVAC and Industrial Equipment Testing:

   • Simulates inductive loads from HVAC systems and other industrial machinery that use three-phase motors and equipment.

5. Research and Development:

   • Used in R&D to develop and test new inductive components and equipment, including transformers, induction motors, and reactive elements.

Specifications:

• Power Rating: 3000W (per phase)

• Input Voltage: 380V AC (three-phase)

• Frequency: 50Hz / 60Hz

• Load Type: Inductive (designed for testing systems that operate under inductive load conditions, such as motors and transformers)

• Inductance Range: Adjustable for various testing scenarios

• Cooling: Fan-cooled to ensure proper heat dissipation during continuous operation

• Dimensions: Compact design for integration into testing environments

• Weight: Approximately 25–35 kg (depending on specific configuration)

Features:

• Three-Phase Inductive Load: Specifically designed for testing three-phase systems under inductive load conditions, commonly found in industrial equipment.

• Adjustable Load Settings: Provides flexibility to simulate different inductive load conditions, including various levels of inductance and power factor adjustments.

• High Efficiency: Optimized for minimal power loss, ensuring accurate and reliable testing of electrical systems under inductive loads.

• Easy Integration: Compact and portable design, making it suitable for integration in laboratories, industrial environments, or test stations.

• Power Factor Control: Adjustable power factor control, providing the ability to simulate various real-world inductive load scenarios.