Maximum Capacity of Load Bank: Up to 3000kW Resistive
3000kW Inductive And 3000kW Capacitive
Power Factor: As required from unit to lag to lead
Load Fluctuation: If generator voltage remains constant Fluctuation of
Load shall be within 1%.
Design for generators of capacity
Input Supply: 415V± 10%, 50 Hz , 3 PH, 4 Wire
Cooling: Forced Air Cooling with Audio & visual alarms and safety interlocks.
Insulation: Class ‘H’
Max. Temperature: 55°C above Ambient
Humidity: 95% Rh Non-Condensing
Resistor Elements: Corrosion resistant low temperature co-efficient Resistance elements made of SS 304 material stacked in ceramic/ fiber glass insulators.
Steps of Loading: Manual & Auto Model
Controller: PLC based controller with application software HMI. The controller shall be supplied and PC interface data cable.
Bus Bars: The Busbar shall be of ETP grade copper as per BS 1432/ 1987.
Indication Lamps: Indication lamps for incoming supply & Aux supply ON/OFF, AC/DC breaker on/off, Cooling fans running and fails indications.
Interlocks & Protection: Over Voltage, short Circuit, Overload & Cooling fan failure , earth fault, High temperature inside load bank, AC Breaker with indicator.
Measuring Devices: For Load bank temperature, monitoring KW, Voltage, Current, Frequency – digital meters shall be provided. Separate device to be provided for measuring the transient reading of frequency and voltage in milli- seconds. All meters, measuring devices, Controls to be mounted in a console.
Wiring: Fire retardant cable shall be used. Fibre glass cable with Resistive Load Wiring.
Earthing: Provision of earthing of total equipment shall be provided.
Output: Multiple Output Terminals for connecting 2 DG Sets.
Option (i): Trolley Based System
Option (ii): Container Based
Option(iii): Pre-Fab Housing – Angle Iorn based with sheet Metal covers
Following Tests shall be carried out
Extra Features as follows: