About RESISTANCE IN SERIES & PARALLEL APPARATUS WITH ALUMINUM PANEL & SQUARE METERS
Specification:
RESISTANCE IN SERIES & PARALLEL APPARATUS WITH ALUMINUM PANEL & SQUARE METERS
OBJECTIVE: To study the connections of resistances connecting in series & parallel.
Apparatus comprises of Fixed DC Regulated power supply 9V DC with two Analog Moving Coil Meters (Voltmeter 0-10VDC & Ammeter 250 mA) meters
Accuracy: 1.5%
Grade: A.
Resistance: Wire wound type, 5 Watts Connected Internally.
Power Requirements: 230V AC +/- 10%, 50 Hz.
Cabinet Dimensions: 280mm x 205mm x 85mm.
ISI marked fine quality Bakelite Front Panel.
Light weight shock proof ABS Plastic cabinet.
Included Standard Accessories Patch Cords & Instructions Manual.
High-Quality Construction for Educational EnvironmentsCrafted from premium aluminum, this apparatus combines durability and excellent thermal resistance, suitable for repeated laboratory use. All componentsresistors, socket terminals, and the panelare precisely labeled, making it an invaluable teaching tool. Its robust design protects against accidental shocks and mechanical stresses, ensuring longevity in busy classroom settings.
Versatile Series and Parallel Resistance DemonstrationsSwitch seamlessly between series and parallel resistor configurations via manual socket connections. The integrated square meter panel helps visualize circuit arrangements, supporting hands-on student experiments. Varying resistor values allow instructors and learners to explore electric circuit principles comprehensively, enhancing understanding of Ohms law and current flow.
User Safety and Simple MaintenanceEquipped with shock-proof insulation, secure rubber feet, and high-grade connectors, this apparatus prioritizes user safety during hands-on experiments. Maintenance is straightforward: keep the unit dry and clean using a dusting cloth. Its design favors indoor, desktop operation and resists everyday wear, ensuring consistent performance for student groups and instructor use.
FAQs of RESISTANCE IN SERIES & PARALLEL APPARATUS WITH ALUMINUM PANEL & SQUARE METERS:
Q: How does this apparatus demonstrate series and parallel resistance connections?
A: This device utilizes manual connection ports, allowing users to configure resistors in either series or parallel arrangements. The labeled panel and square meter help visualize the selected circuit configuration, making it easy to observe the electrical properties and measure voltage or current using an external meter.
Q: What benefits does the aluminum panel offer in laboratory settings?
A: The high-grade aluminum panel ensures durability and effective heat resistance, providing safety and reliability during extended classroom use. Its robust build also protects internal components from shock and mechanical impact, suitable for group experiments and daily handling.
Q: Where can the apparatus be used for optimum performance?
A: It is designed for indoor laboratory environments and should be placed on a stable desktop surface. The anti-slip rubber feet ensure steady operation during experiments, making it ideal for physics and electronics labs in educational institutions.
Q: What is the recommended process for connecting circuits on this unit?
A: Start by manually connecting the banana socket terminals according to the desired configuration (series or parallel). Refer to the clear panel labeling for guidance. Attach an external DC power supply (up to 30V DC recommended) and meter for readings, ensuring the current drawn does not exceed the stated limits.
Q: When should maintenance be performed, and what is the suggested procedure?
A: Periodic maintenance is required to keep the apparatus functioning optimally. Simply dust the surface with a dry cloth and avoid exposing the panel to moisture. Ensure connections and insulation remain intact before each use to guarantee safe operation.
Q: What measurement instrumentation is compatible with this resistance apparatus?
A: Most standard laboratory multimeters and DC power supplies (up to 30V, 2A) can be used alongside this apparatus. The device itself is analog and requires external meters for voltage and current measurements at provided test points.
Q: What makes this apparatus ideal for student group learning in engineering and electronics?
A: Its multiple resistors, robust construction, secure mounting features, and clear circuit labeling provide a hands-on, interactive learning experience. Students can experiment collaboratively with different circuit configurations, fostering a practical understanding of electrical principles and teamwork in laboratory exercises.