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ARM-6007 AC Circuit and Network Trainer

Key Feature:

Enables the study of pure resistive, inductive, and capacitive circuits in various configurations (series, parallel, and series-parallel). Supports current and voltage measurements in R-L, R-C, and R-L-C circuits, with corresponding vector diagrams. Allows determination of resistance, inductance, and capacitance values in different circuit configurations. Measures active, reactive, and apparent power, facilitating the understanding of power triangles. Helps in determining power factor for R-L, R-C, and R-L-C circuits and improving it using PFI devices. Provides tools for analyzing three-phase systems, including phase sequence determination and power measurement using wattmeter methods. Supports studying balanced and unbalanced three-phase loads in both star and delta connections. Includes measurements of resonant frequency and Q-factor for R-L-C circuits. Features a special protection system to handle direct short-circuit conditions at 440V. Equipped with a three-phase supply indication system for monitoring power supply conditions.

The Electrical Trainer is a comprehensive educational tool designed for studying and analyzing electrical circuits, measurements, and power systems. It facilitates practical learning by enabling users to explore various configurations, including pure resistive, inductive, and capacitive circuits in series, parallel, and mixed arrangements. The trainer supports voltage and current measurements, power calculations, and power factor determination in both single-phase and three-phase systems. Additionally, it allows for studying power triangles, energy consumption, and phase sequences, making it an essential device for understanding electrical engineering concepts. The trainer also provides insights into advanced topics like resonance, quality factor, power factor improvement, and protection systems, ensuring a well-rounded knowledge base for students and professionals

S t u dy the characteristics of pure resistive, pure
inductive, pure capacitive circuit as individual, series, parallel and series parallel connected condition. – Measuring current and voltage in a R-L, R-C and R- L-C series circuit, parallel circuit and drawing vector diagram. – Determining the value of resistance, inductance, capacitance of R-L, R-C, R-L-C series circuit, Parallel circuit and drawing vector diagram.
– Measuring the active power, reactive power,
apparent power of an electrical load and drawing
Power Triangle.
– Measuring the energy consumed by electric load.
– Determining power factor of R-L, R-C R-L-C series
and parallel circuit.
– Determining phase sequence of 3-phase voltage
EMF source.
– Measuring line and phase voltage & current of 3-
phase star connected inductive load and capacitive
load.
– Measuring line and phase voltage & current of a 3-
phase delta connected inductive load and capacitive
load.
– Measuring three phase power by 3-wattmeter
method and 2- wattmeter method of a balanced 3-
phase star connected and delta connected load.
– Measuring Phase voltage, phase current, line
voltage, line current, neutral point voltage, neutral
current, power of a 3φ ? 4 wire balanced and
unbalanced star connected load. and drawing vector
diagram.
– Measuring resonant frequency, Q ? factor of R-L-C
series circuit and parallel circuit.
– Study the characteristics of PFI device and
improving power factor of a plant or a load.
– Special Protection system of 440 V direct short-
circuit condition
– Three phase supply indication system

Our Location

No. 10 Jalan Besar, #15-01A, Sim Lim tower, Singapore 208787
Tel: +6582987190
Email: info@armortech.sg

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