LR Circuit With A Source Of Alternating E.M.F

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Product Details:

Display Analog panel meter for voltage and current
Usage Demonstration and analysis of LR circuits with AC sources in educational laboratories
Voltage Input AC voltage: 230 V, 50 Hz
Power Operates on standard AC laboratory supply
Product Type Educational Physics Lab Instrument
Material High-quality Bakelite panel with insulated wiring
Design Desktop panel-mounted circuit with secured terminals
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LR Circuit With A Source Of Alternating E.M.F Price And Quantity

Minimum Order Quantity 1 Unit

Mounting Type Benchtop panel
Calibration Factory calibrated
Resistor Value Fixed value, typically 100 Ohms or as specified
Connection Terminals Heavy duty brass terminals for secure connectivity
Package Contents Main LR circuit panel, instruction manual, test leads
Operating Temperature 0°C to 40°C (ambient)
Inductor Value Fixed value, typically 10 mH or as specified
Compliance Conforms to relevant educational lab safety standards
Safety Features Fused input protection and non-conductive housing
Frequency Range Suitable for 50 Hz standard laboratory frequency
Application Used for experiments in AC circuit analysis

LR Circuit With A Source Of Alternating E.M.F Product Specifications

Accuracy High precision measurement of inductive reactance and impedance
Weight Approx. 2 kg
Product Type Educational Physics Lab Instrument
Display Analog panel meter for voltage and current
Design Desktop panel-mounted circuit with secured terminals
Power Source AC mains
Voltage Input AC voltage: 230 V, 50 Hz
Power Operates on standard AC laboratory supply
Usage Demonstration and analysis of LR circuits with AC sources in educational laboratories
Dimension (L*W*H) 300 mm x 200 mm x 100 mm (approx)
Material High-quality Bakelite panel with insulated wiring

Mounting Type Benchtop panel
Calibration Factory calibrated
Resistor Value Fixed value, typically 100 Ohms or as specified
Connection Terminals Heavy duty brass terminals for secure connectivity
Package Contents Main LR circuit panel, instruction manual, test leads
Operating Temperature 0°C to 40°C (ambient)
Inductor Value Fixed value, typically 10 mH or as specified
Compliance Conforms to relevant educational lab safety standards
Safety Features Fused input protection and non-conductive housing
Frequency Range Suitable for 50 Hz standard laboratory frequency
Application Used for experiments in AC circuit analysis

LR Circuit With A Source Of Alternating E.M.F Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 1 Days
Main Domestic Market All India

Product Description

Study of LR circuit with a source of alternating E. M. F

Objective :

a) the power factor, cos of the inductive load.
b) the equivalent power loss resistance of the inductor.
c) inductance of the inductor.
d) phase difference between applied voltage & that across resistance.

Features :

Instrument comprises of ac power supply, three voltmeter & one milliammeter to measure voltage & current. Inductor, resistance & important connections are brought out on 4 mm. Sockets.

Precision Equipment for Educational Experiments

Engineered to meet the needs of physics and electrical engineering labs, this LR Circuit panel delivers reliable and repeatable results for studying inductive reactance and impedance. Its robust design and high-quality components ensure both accuracy and longevity, making it an ideal tool for demonstrations and practical analysis.

Safety and Ease of Use Prioritized

The circuit features a fused input and a high-quality, non-conductive Bakelite housing, prioritizing the safety of students and instructors alike. Heavy-duty brass terminals provide secure connectivity, while simple benchtop mounting makes setup easy in any standard laboratory environment.

FAQs of LR Circuit With A Source Of Alternating E.M.F:

Q: How do I connect and use the LR Circuit with an AC source in my laboratory setup?

A: To use the LR Circuit, connect the provided test leads between the circuit panels heavy-duty brass terminals and your AC source (230 V, 50 Hz). Follow the instructions in the included manual. The analog meter displays voltage and current, helping monitor values during experiments.

Q: What applications is this LR Circuit suitable for?

A: This apparatus is designed for demonstrating and analyzing the behavior of LR circuits with alternating currents in an educational environment, making it ideal for physics and electrical engineering laboratory experiments.

Q: When should the fused input protection be replaced or checked?

A: Inspect the fused input periodically during routine maintenance or if the panel fails to power on. Replace the fuse using a compatible rating as specified in the instruction manual, following all laboratory safety protocols.

Q: Where can I safely operate this LR Circuit panel?

A: Operate the circuit on any stable benchtop within a laboratory setting, within an ambient temperature range of 0C to 40C. Ensure the area is dry and meets standard laboratory safety guidelines.

Q: What is the process for measuring inductive reactance and impedance with this equipment?

A: Connect the circuit as described in the manual, apply the specified AC voltage, and use the analog meter to read voltage and current values. Calculate inductive reactance and impedance using standard AC circuit analysis formulas.

Q: What are the main benefits of this LR Circuit panel for educational use?

A: Key benefits include high measurement precision, robust fused safety features, easy connectivity, and reliable demonstration of core AC circuit concepts. Its factory calibration ensures consistent results for instructional and experimental use.

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