Product Overview

The Resistive Load Bank Trainer is designed for industrial and educational applications to simulate electrical loads and dissipate electrical energy in the form of heat. Load banks are widely used in the power industry for testing DG sets, alternators, UPS systems, and other electrical power equipment under controlled loading conditions.

The system provides step loading capability, allowing gradual increase or decrease of load for proper analysis and testing. This trainer is particularly suitable for educational laboratories and technical institutes, where students can study the fundamentals of electrical loading, efficiency, and system performance.

The trainer is housed in a compact cabinet and is equipped with meters for voltage and current monitoring. Students can perform connections using the provided terminals, enabling practical understanding of load behavior and electrical measurements.

Key Features

• Designed for industrial and educational laboratory use
• Step loading arrangement for controlled load variation
• Suitable for DG set, alternator, UPS and power equipment testing
• Allows students to make practical connections using provided terminals
• Panel mounted voltmeter and ammeter for monitoring electrical parameters
• Multiple load types available for experimentation
• Compact cabinet mounted design
• Suitable for studying load characteristics, efficiency and losses

Technical Specifications

• Input Main Voltage : 3 Phase, 230V AC, 50Hz
• Load Capacity : 25 kW
• Load Type : Bulb Load / Resistive Load
• Voltmeter : Digital Panel Voltmete
• Voltmeter Range : 0 – 500V AC
• Ammeter : Digital Panel Ammeter with Current Transformer
• Current Range : Up to 62A AC
• Loading Steps : 15 Steps
• Step Size : 4A per step
• Loading Method : Step loading through switches / MCB control
• Protection : 16 Nos. 3 Pole MCBs provided for load step protection
• Output Voltage :
• Line to Line (L-L) : 230V
• Line to Neutral (L-N) : 110V
• Terminals : 6 Nos. heavy duty terminals provided
• Cooling System : Forced air cooling with inbuilt cooling fans
• Enclosure : Heavy duty metal cabinet, self-standing type suitable for laboratory and industrial use