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1.5A Sliding Rheostat, Physics Electrical Slide Rheostat Laboratory Researching Tool 1.5A 50Ω Sliding Rheostat for Lab Use, Gassmokefirealarm
Use as a current and voltage regulator in the lab, excitation & speed control for power generation equipment and dc motors.
1.5A Sliding Rheostat, Physics Electrical Slide Rheostat Laboratory Researching Tool 1.5A 50Ω Sliding Rheostat for Lab Use, Gassmokefirealarm
Item #: 118551359

1.5A Sliding Rheostat, Physics Electrical Slide Rheostat Laboratory Researching Tool 1.5A 50Ω Sliding Rheostat for Lab Use, Gassmokefirealarm

Item #: 118551359

TZS 57093

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Use as a current and voltage regulator in the lab, excitation & speed control for power generation equipment and dc motors.
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Note: Step Down Voltage Transformer required for using electronics products of US store (110-120). Recommended power converters Buy Now.

What Stands Out

Precision Control
The 1.5A Sliding Rheostat allows for precise electrical resistance adjustments, enhancing experimental accuracy in physics and electrical labs.
Durable Design
Constructed for longevity, this rheostat withstands frequent use in laboratory settings, providing reliable performance throughout numerous experiments.
Versatile Applications
Ideal for various laboratory applications, it effectively facilitates experiments in resistance measurement, server setups, and educational demonstrations.

Product Details

Shop 1.5A Sliding Rheostat, Physics Electrical Slide Rheostat Laboratory Researching Tool 1.5A 50Ω Sliding Rheostat for Lab Use, Gassmokefirealarm online at a best price in Tanzania. B0DT24M3CR
Item Weight1 lbs (450 grams)

Who Should Buy?

Suitable For
  • Physics Students

    Ideal for students conducting experiments in electricity and circuit theory using variable resistance in their labs.

  • Electrical Engineers

    Useful for engineers needing precise resistance control in prototype designs and testing scenarios for electrical components.

  • Laboratory Technicians

    Perfect for technicians who require adjustable resistance for various experiments and setups in a controlled lab environment.

Not Suitable For
  • Casual Users

    Not suitable for casual users without a specific need for variable resistance in electronics or physics projects.

  • High-Power Applications

    Not designed for high-power applications exceeding the 1.5A rating, which can lead to overheating and damage.

  • Digital Circuitry

    Not applicable for users working with digital circuits where precision and digital control are required rather than sliding resistance.

Product Description

1.5A Sliding Rheostat, Physics Electrical Slide Rheostat Laboratory Researching Tool 1.5A 50Ω Sliding Rheostat for Lab Use, Gassmokefirealarm

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Customer Questions & Answers

  • Question: What is a 1.5A Sliding Rheostat used for?

    Answer: A 1.5A Sliding Rheostat is primarily used to control the resistance in electrical circuits for various laboratory applications. By sliding the control, users can adjust the resistance, which affects the current flowing through the circuit. This tool is ideal for experiments in physics and electronics, such as demonstrating Ohm's Law or conducting experiments to study circuit behavior under varying resistance levels.
  • Question: How does a sliding rheostat work?

    Answer: A sliding rheostat works by providing a variable resistance path within the circuit. It consists of a resistive wire wound around an insulator and a sliding contact that moves along the wire. When the contact slides, it changes the length of the wire current passes through, thus affecting the resistance. This mechanism allows for real-time adjustments during experiments, making it invaluable for demonstrations and detailed studies in labs.
  • Question: What are the specifications of the 1.5A Sliding Rheostat?

    Answer: The specifications of the 1.5A Sliding Rheostat include a maximum current of 1.5A and a total resistance of typically around 50 ohms. This makes it suitable for low to medium power applications in educational settings. Having a linear resistance range makes it great for accurately controlling voltage levels in experiments, ensuring precise data collection, and enhancing understanding of theoretical concepts.
  • Question: Is the 1.5A Sliding Rheostat suitable for educational purposes?

    Answer: Yes, the 1.5A Sliding Rheostat is highly suitable for educational purposes, particularly in physics and electrical engineering courses. It allows students to engage in hands-on experiments, enhancing their understanding of concepts like resistance, voltage, and circuit design. Teachers often incorporate it into lab demonstrations to illustrate fundamental principles, making the learning experience more interactive and impactful.
  • Question: Can the 1.5A Sliding Rheostat be used in industrial applications?

    Answer: While the primary use of the 1.5A Sliding Rheostat lies in educational and lab settings, it can also find applications in low-power industrial projects. For example, it may be used in small machinery or testing devices where variable resistance is required. However, for high-power applications, more robust rheostats would be necessary to handle increased current and voltage levels.
  • Question: What materials are used in the construction of a sliding rheostat?

    Answer: A sliding rheostat is typically constructed from high-resistance materials such as nichrome or carbon composite for the resistance wire, combined with an insulator like ceramic or plastics to support the wire. This ensures that the component can withstand heat generated during operation while providing stable and reliable resistance. The choice of materials aids in durability and ensures consistent performance throughout its use.
  • Question: How can I connect a 1.5A Sliding Rheostat in a circuit?

    Answer: To connect a 1.5A Sliding Rheostat in a circuit, you will need to integrate it between the power source and the load. Connect one end of the rheostat to the positive terminal of the power source and the other end to one terminal of your load device (like a lamp or motor). The variable terminal can then be connected to complete the circuit, allowing you to control the power the load receives by sliding the contact along the resistance wire.
  • Question: What are some practical applications of a sliding rheostat?

    Answer: Practical applications of a sliding rheostat include experimenting with light dimmers, controlling fan speeds, and conducting electrical resistance experiments in educational labs. They are particularly useful in scenarios that require variable control of device rates, such as adjusting brightness in light projects or motor speed experiments. These applications demonstrate the fundamental concepts in electronics and power management effectively.
  • Question: Where can I buy a 1.5A Sliding Rheostat in Tanzania?

    Answer: You can buy the 1.5A Sliding Rheostat from Ubuy in Tanzania. Ubuy offers a wide selection of laboratory tools and equipment, ensuring you can find the sliding rheostat that suits your needs. With a user-friendly interface and reliable service, Ubuy makes it convenient to purchase essential research tools for both beginners and professionals alike.
  • Question: What safety precautions should I take when using a sliding rheostat?

    Answer: When using a sliding rheostat, ensure to follow specific safety precautions to avoid hazards. Always check electrical connections before operating to prevent short circuits. Use rheostats within their rated current range to avoid overheating. Finally, monitor the rheostat during use to prevent any accidental overload. These measures help guarantee safe and effective operation, particularly in laboratory settings.

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