AC Power source for AC practical 

• Input voltage: 1φ = 220V AC, 50Hz ; 3 φ = 380 - 400V AC
• Output Capacit
• Resistive Load: 220V, Capacity 1-φ = 1000 W (min); 3- φ = 1000 W (min); Inductive Load : 220V, 50 Hz. Capacity 1- φ = 120VAR-300VAR , 3- φ =350VAR (min)
• Capacitive Load : 220V, 50 Hz., Capacity 1- φ = 200VAR, 3- φ = 200 VAR (min)

DC Power Source for DC Practical

• 2Sets DC EMF source arrangement of Cells and Batterie
• Measuring facilities should have as follows: (may use multimeter)
• DCV & ACV ; Range mV to 600V - 3 nos
• DCA & ACA ; Range μA to 10 A - 3 nos
• Resistance Ω to 40 MΩ - 2 nos
• Capacitance nF to 100 μF -2 nos
• Frequency 1 Hz to 20 MHz - 2 nos
• Temperature -20

AC Power source for AC practical

• Input voltage: 1φ = 220V AC, 50Hz ; 3 φ = 380 - 400V AC
• Output Capacity
• Resistive Load: 220V, Capacity 1-φ = 1000 W (min); 3- φ = 1000 W (min); Inductive Load : 220V, 50 Hz. Capacity 1- φ = 120VAR-300VAR , 3- φ =350VAR (min)
• Capacitive Load : 220V, 50 Hz., Capacity 1- φ = 200VAR, 3- φ = 200 VAR (min)

DC Power Source for DC Practical

• 2Sets DC EMF source arrangement of Cells and Batteries
• Measuring facilities should have as follows: (may use multimeter)
• DCV & ACV ; Range mV to 600V - 3 nos
• DCA & ACA ; Range μA to 10 A - 3 nos
• Resistance Ω to 40 M Ω - 2 nos
• Capacitance nF to 100 μF -2 nos
• Frequency 1 Hz to 20 MHz - 2 nos
• Temperature -20 to1000 deg C. - 2 nos
• Digital Wattmeter up to 6000 watts - 1 no
• Power factor 0.01 to 1. - 1 no