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AC Circuit and Network Lab Trainer.-Table Top Type.
Product Code: ZTS023Category: Electrical & Electronics Lab./EEE Lab
AC Circuit Network Trainer Teaching Education Equipment For School Lab Electrical and Electronics Lab Equipment.
AC Circuit and Network Lab Trainer.-Table Top Type.
AC Circuit Network Trainer Teaching Education Equipment For School Lab Electrical and Electronics Lab Equipment.
Study the characteristics of pure resistive circuit, inductive circuit, pure capacitive circuit. Study the characteristics of pure resistive parallel circuit, inductive parallel circuit, pure capacitive parallel circuit. Measuring current and voltage in a R-L series circuit, R-C series circuit and R-L-C series circuit and their drawing vector diagram. Construct vector diagram by measuring current and voltage of R-L parallel circuit, R-C parallel circuit and R-L-C parallel circuit. Determining the value of resistance, inductance, capacitance of R-L, R-C, R-L-C series circuit and drawing vector diagram. Determining the value of resistance, inductance, capacitance of R-L, R-C, R-L-C Parallel circuit and drawing vector diagram. Determining the effective or AC resistance of coil. Measuring the active power, reactive power, apparent power of an electrical load. Measuring the energy consumed by an electric circuit. Determining power factor of R-L, R-C, R-L-C series and parallel circuit.
Power Source : Input voltage 1ϕ= 220V AC, 50Hz ; 3ϕ =380-440V AC ;
Output Capacity:
Resistive Load : 220V, Capacity 1-ϕ= 1200W (min); 3-ϕ =2000W(min);
Inductive Load : 220V,50Hz. Capacity 1-ϕ= 120VAR-550VAR, 3-ϕ =350VAR(min);
Capacitive Load : 220V, 50Hz, Capacity 1-ϕ= 200VAR, 3-ϕ =200VAR(min);
Standard accessories with printed operation manual
AC Circuit and Network Lab Trainer.-Table Top Type.
AC Circuit Network Trainer Teaching Education Equipment For School Lab Electrical and Electronics Lab Equipment.
Study the characteristics of pure resistive circuit, inductive circuit, pure capacitive circuit. Study the characteristics of pure resistive parallel circuit, inductive parallel circuit, pure capacitive parallel circuit. Measuring current and voltage in a R-L series circuit, R-C series circuit and R-L-C series circuit and their drawing vector diagram. Construct vector diagram by measuring current and voltage of R-L parallel circuit, R-C parallel circuit and R-L-C parallel circuit. Determining the value of resistance, inductance, capacitance of R-L, R-C, R-L-C series circuit and drawing vector diagram. Determining the value of resistance, inductance, capacitance of R-L, R-C, R-L-C Parallel circuit and drawing vector diagram. Determining the effective or AC resistance of coil. Measuring the active power, reactive power, apparent power of an electrical load. Measuring the energy consumed by an electric circuit. Determining power factor of R-L, R-C, R-L-C series and parallel circuit.
Power Source : Input voltage 1ϕ= 220V AC, 50Hz ; 3ϕ =380-440V AC ;
Output Capacity:
Resistive Load : 220V, Capacity 1-ϕ= 1200W (min); 3-ϕ =2000W(min);
Inductive Load : 220V,50Hz. Capacity 1-ϕ= 120VAR-550VAR, 3-ϕ =350VAR(min);
Capacitive Load : 220V, 50Hz, Capacity 1-ϕ= 200VAR, 3-ϕ =200VAR(min);
Standard accessories with printed operation manual
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