Lab Rheostat
Lab Rheostat

Lab Rheostat

MOQ : 1 Unit

Lab Rheostat Specification

  • Power Supply
  • Manual, not requiring external power
  • Display Type
  • Scale printed on body
  • Control Type
  • Manual slider control
  • Temperature Resistance
  • High temperature resistant, depends on resistance wire material
  • Features
  • Durable, easy to use, smooth movement, clear resistance marking
  • Shape
  • Cylindrical
  • Accuracy
  • High accuracy for resistance adjustment
  • Type
  • Lab Rheostat
  • Dimension (L*W*H)
  • Standard/varies based on model
  • Equipment Type
  • Electrical Laboratory Equipment
  • Equipment Materials
  • Bakelite terminal, Nickel plated contacts, Insulated tube
  • Power
  • Passive/variable resistor, not powered by itself
  • Voltage
  • Suitable for low to moderate voltage (commonly up to 250V or as specified)
  • Material
  • High resistance wire, Ceramic/Acrylic base, Metal rods
  • Application
  • Electrical experiments, variable resistance control in laboratory circuits
  • Color
  • Black main body with blue/metallic end clamps and terminals
  • Insulation
  • High-grade insulated body for user safety
  • Resistance Range
  • Varies based on model, typically 0-100 ohm or 0-500 ohm
  • Compliance
  • Meets educational and laboratory equipment standards
  • Mounting
  • Bench-mountable or clampable ends
  • Usage
  • Physics demonstration, school & college labs, experimental circuits
  • Operating Temperature Range
  • -10C to 70C (typical)
  • End Fittings
  • Metallic connecting terminals
  • Contact Method
  • Sliding contact block
  • Slider Material
  • Electrically conductive metal
 

Lab Rheostat Trade Information

  • Minimum Order Quantity
  • 1 Unit
  • Payment Terms
  • Cash in Advance (CID)
  • Supply Ability
  • 10 Units Per Month
  • Delivery Time
  • 7 Days
  • Main Domestic Market
  • All India
 

About Lab Rheostat



Discover a bargain on our hot-selling Lab Rheostat-an electrical laboratory equipment renowned for its cost-effective, first-string performance. This venerable solution features a sturdy, high-grade insulated cylindrical body with metallic terminals, easily mounted on benches or via clampable ends. Designed for experimental circuits and physics demonstrations, it delivers high accuracy resistance adjustment between 0-100 or 0-500 ohms. Benefit from smooth manual slider control, a decorated scale, and durability from materials like nickel-plated contacts, ceramic/acrylic bases, and high-resistance wire. Ideal for schools, colleges, or labs, it complies with leading standards.

Optimal Use and Versatile Applications

The Lab Rheostat is specifically tailored for physics demonstrations, experimental circuits, and variable resistance control in laboratories. Frequently utilized by students, educators, and researchers in schools, colleges, and institutional labs, it excels in both specific use cases and general experimental applications. The material features-such as its insulated tube, nickel-plated contacts, and robust metal rods-ensure safety and long-term reliability, making this a must-have for hands-on learning and intricate circuit experiments.


Transaction and Delivery Details for Peace of Mind

Proposal amount for the Lab Rheostat is determined based on selected model and quantity. Once payment terms are agreed upon, the product is promptly handed over to our reliable logistics network. Standard drop-off and delivery period is within 7-10 business days post-confirmation. Each rheostat comes with certifications aligning with educational and laboratory equipment standards, ensuring quality, compliance, and authenticity for institutional procurement and repeat buyers.


FAQ's of Lab Rheostat:


Q: How does the Lab Rheostat control resistance in circuits?

A: The Lab Rheostat utilizes a sliding contact block over a high-resistance wire coil. By manually adjusting the slider, users can vary the resistance supplied to the circuit, allowing for precise control in numerous experimental and demonstration setups.

Q: What materials are used in the Lab Rheostat construction?

A: This rheostat is built using high-resistance wire, a ceramic or acrylic base, metal rods, bakelite terminal, and nickel plated electric contacts, all housed in a high-grade insulated body to maximize durability and user safety.

Q: When is the Lab Rheostat most beneficial for use?

A: The device is particularly advantageous during classroom demonstrations, experimental circuit analysis, and laboratory projects requiring accurate variable resistance. Its high accuracy and versatility make it an essential for academic and research applications.

Q: Where is the Lab Rheostat typically installed or mounted?

A: The device is designed for convenient bench-mounting or can be clamped to a working table, providing flexibility for various laboratory setups and ensuring stability during usage.

Q: What certifications does the Lab Rheostat meet?

A: Each unit complies with standard educational and laboratory equipment certifications, adhering to safety, reliability, and accuracy benchmarks expected in school and professional lab environments.

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