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Induction Wire wound Resistors

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MOQ : 10 Pieces

Induction Wire wound Resistors Specification

Rating
Up to 50W or as specified

Feature
Low temperature coefficient, excellent stability, high reliability

Condition
New

Type
Wire Wound Resistor

Usage
Industrial and Electrical Equipment

Power
1W to 50W or tailored per requirement

Voltage
Up to 600V

Size
Standard and Custom sizes available

Dimensions
Varies by model, e.g., Length: 30-100mm; Diameter: 6-18mm

Weight
Varies as per size (approx. 20g 150g)

Application
Induction heating, Load banks, Motor control, Power supplies

Fuel Type
Not Applicable (Electrical Product)

Capacity
High surge and overload handling

Lead Material
Tinned copper

Max Pulse Load
High, designed for induction and heavy duty cycles

Compliance
RoHS & CE Certified

Tolerance
1%, 2%, 5%, 10%

Insulation Resistance
>1000 M at 500V DC

Packaging Type
Bulk Packed or as required

Resistance Range
0.1 Ohm to 10 Kilo Ohm

Mounting type
Axial or Radial leads

Coating
Silicone or vitreous enamel coated

Temperature Range
-55C to +200C

Body Material
Ceramic core

Induction Wire wound Resistors Trade Information

Minimum Order Quantity
10 Pieces

FOB Port
ahmedabad

Supply Ability
1000 Pieces Per Day

Delivery Time
1 Week

Packaging Details
Standard Packaging

Main Domestic Market
All India

About Induction Wire wound Resistors

We have developed competitive edge over other market players, by manufacturing and supplying a wide range of Wirewound Resistors. It is an electrical passive component that limits current. Our expert workforce manufactures these resistors using finest quality materials, procured from the most reliable and trusted vendors. We can make the Wirewound Resistors available for the clients in different sizes and power specifications as per the requirements. Also, we offer our products at reasonable prices.

Features:

Light in weight
Shock proof
Durable quality

Precision Performance and High Reliability

Engineered for excellence, these wire wound resistors deliver low temperature coefficients and remarkable stability under heavy duty cycles. The ceramic core construction and quality coating ensure high durability, even during frequent surges and overloads-making them a preferred choice in industrial environments.

Versatile Mounting and Customization

Flexible mounting options with both axial and radial leads cater to diverse installation needs. Standard and tailored sizes, ratings, and packaging options support seamless integration into existing and new designs, providing a robust solution for manufacturers, suppliers, and system integrators alike.

Certified for Safety and Sustainability

RoHS and CE certifications confirm these resistors meet global safety, environmental, and performance standards. Their high insulation resistance and sturdy construction ensure long-term reliability and safe operation in critical electrical and industrial systems.

FAQ's of Induction Wire wound Resistors:

Q: How are these induction wire wound resistors typically used in industrial and electrical equipment?

A: These resistors are commonly utilized in induction heating systems, load banks, motor control circuits, and power supplies due to their high pulse load endurance and ability to maintain stable resistance under demanding conditions.

Q: What benefits do the ceramic core and silicone/vitreous enamel coating offer?

A: The ceramic core provides high thermal stability and efficient heat dissipation, while the silicone or vitreous enamel coating protects against environmental factors, ensuring improved reliability and extended service life-even in harsh operating environments.

Q: Where can these resistors be mounted, and are custom sizes available?

A: The resistors support both axial and radial lead mounting, making them adaptable to various installation configurations. Standard sizes are available, and custom dimensions and ratings can be manufactured to meet specific application requirements.

Q: What is the process for selecting the correct resistor for my application?

A: Determine your application's voltage, power, and resistance needs, then select a resistor within the offered range (1W-50W, 0.1 Ohm-10 Kilo Ohm). Ensure the chosen tolerance, temperature range, and mounting type match your operational specifications. Custom engineering is available for unique requirements.

Q: When should I choose a resistor with a particular tolerance level (1% to 10%)?

A: Select tighter tolerance (1% or 2%) when precise resistance is critical for circuit performance. Use higher tolerance (5% or 10%) where slight variations are acceptable, often in less sensitive or cost-driven applications.

Q: What ensures the safety and longevity of these resistors?

A: Their insulation resistance exceeding 1000 M at 500V DC, compliance with RoHS and CE standards, robust core and coating materials, and tested performance across wide temperature ranges ensure both safe operation and extended lifespan.

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