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  • 2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor
  • 2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor
  • 2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor
  • 2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor
  • 2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor
  • 2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor
2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor

2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor

$20.00-$35.00/ Piece|100 Piece/Pieces(Min. Order)

Customization:

Customized logo（Min.Order: 100000 pieces）
Customized packaging（Min.Order: 100000 pieces）
Graphic customization（Min.Order: 100000 pieces）
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2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Power Dissipation: Designed to handle up to 2000W, enabling efficient energy absorption in high-power applications such as braking systems, dummy loads, and industrial equipment testing.
  • Enhanced Heat Dissipation: Features an aluminum heat sink with ribbed fins to maximize surface area, ensuring reliable operation under continuous high-temperature conditions.
  • Precision Resistance: Offers resistance tolerance options of ±1% or ±5% for tailored performance in precision circuits or general industrial setups.

Key features

  • 1. Material Technology

    • With an aluminum heat sink featuring a ribbed surface, you can achieve ~20% improved heat dissipation compared to traditional flat-surface resistors*. The corrosion-resistant aluminum housing ensures durability in high-temperature environments, extending the resistor’s lifespan in demanding applications.

  • 2. Performance Parameters

    • With a 2000W power rating and ±1% resistance tolerance, you can ensure precise and stable operation under heavy loads. This combination allows reliable performance in industrial systems requiring high-power dissipation without compromising accuracy.

  • 3. Scenario Solutions

    • With its high-power dummy load and brake capabilities, you can address critical applications like industrial braking systems or power supply testing. The design enables continuous operation in scenarios where rapid heat dissipation is essential to prevent system failure.

  • 4. Interactive Design

    • With a secure blue terminal block connection, you can reduce installation time by ~30% compared to soldered alternatives*. The modular wiring setup simplifies maintenance and integration into existing circuits without compromising electrical reliability.

  • 5. Certification Standards

    • With CE certification, you can meet EU safety and quality standards for commercial and industrial use. This ensures compliance with regulatory requirements for power electronics and high-voltage applications.

Product details

2000W RXLG Power Dummy Load Brake Aluminum Fixed Resistor Wirewound High Efficiency Resistor

The RXLG 2000W Power Dummy Load Brake Resistor combines a high-efficiency wirewound resistor with an aluminum heat sink, designed for demanding applications requiring robust power dissipation. Its ribbed surface and aluminum housing enhance thermal performance, while CE certification ensures compliance with safety standards.

Technical specifications

FeatureSpecificationBenefit
Power Rating2000WWith 2000W capacity, you can handle high-energy applications without overheating.
Resistance Tolerance±1%, ±5%Achieve precise resistance control for accuracy-critical systems.
Housing MaterialAluminum with ribbed heat sinkWith a ribbed aluminum design, you can dissipate heat 40% faster than flat surfaces.
CertificationCEEnsures compliance with EU safety and performance standards.
Connection TypeInsulated wires + blue terminal blockSecure, easy-to-install wiring for reliable electrical connections.

Customization guide

Adjustable parameters:

  • Heat sink dimensions (optimize thermal performance for specific power loads).
  • Fin pattern design (tailor surface area to enhance heat dissipation).
  • Terminal block configuration (customize wiring layouts for space-constrained setups).

Get inspired

Ideal for industrial braking systems, power supply testing, or high-current circuits, this resistor’s robust design ensures longevity in harsh environments. Pair its high power handling with precise tolerance options to match your application’s demands.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Handling2000W+15% (2300W)+30% (2600W)*
Thermal Resistance1.5°C/W1.2°C/W0.9°C/W
Resistance Tolerance±5%±2%±1%
Weight2.5kg3.0kg3.5kg

Supplier's note

  1. Technical Breakthroughs:

    • The ribbed aluminum heat sink increases surface area by 40%, enabling 20% faster heat dissipation than standard models.
    • CE certification ensures compliance with rigorous safety protocols for industrial use.
    • Adjustable terminal blocks reduce installation time by 30% compared to fixed designs.

  2. Version Selection Guide:

    • Base Model: Ideal for basic testing or low-to-mid power applications (e.g., lab setups).
    • Advanced Model: Choose for industrial systems requiring ±2% tolerance and 15% higher power handling.
    • Pro Model: Optimal for high-power scenarios (e.g., heavy machinery braking) needing ±1% precision and 2600W capacity. With triple the thermal efficiency of industry benchmarks, it prevents overheating in extreme conditions.

Frequently asked questions

  • Which high-power resistor is suitable for industrial applications requiring efficient heat dissipation?

  • How do I maintain the aluminum heat sink resistor to prevent overheating?

  • What’s the advantage of an aluminum housing over ceramic in resistors for power electronics?

  • Can the RXLG resistor be customized for specific power dissipation needs?

  • Is the RXLG resistor FDA-approved for medical equipment use?

  • What makes the RXLG resistor suitable for dummy load braking systems?

  • How does the resistance tolerance (±1% vs. ±5%) affect resistor selection?

  • Are the wire connections on the RXLG resistor easy to install and adjust?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Heat DissipationHigh-power industrial systemsIndustry: 30W/cm²; Our Base: 40W/cm² (▲13%); Our Advanced: 50W/cm² (▲25%)
(Measured via ASTM C518)		Prevents overheating in demanding applications; extends component lifespanAdvanced versions may require larger installation space due to finned design
Power HandlingPower supply testing, braking systemsIndustry: 1500W max; Our Base: 2000W; Our Advanced: 2500W (▲25%)
(ISO 17890 compliance)		Handles extreme loads in heavy machinery and renewable energy setupsHigher wattage models may incur additional costs for robust thermal management
Resistance TolerancePrecision measurement circuitsIndustry: ±5% (IEC 60063); Our Base: ±5%; Our Advanced: ±1% (▲4x accuracy)
(ISO 17890)		Advanced version ensures minimal drift in sensitive applicationsTighter tolerance increases manufacturing complexity and cost for Advanced models
Material ConstructionHarsh environmental conditionsIndustry: Plastic/metal composite; Our Base: Aluminum housing; Our Advanced: Ribbed aluminum (▲40% surface area)
(ASTM B209)		Enhanced durability and thermal conductivity compared to plastic alternativesAluminum may be heavier than composite materials in compact setups
Certification ComplianceGlobal industrial marketsIndustry: Basic safety certs; Our Base: CE; Our Advanced: CE + UL (▲2 certifications)
(IEC 60947-1)		Advanced version meets stricter international safety and performance standardsDual certification adds cost and testing time for Advanced models
Connection FlexibilityField-installation projectsIndustry: Fixed terminals; Our Base: Blue terminal block; Our Advanced: Quick-release terminals (▲50% faster assembly)
(IEC 60207)		Easy wire replacement reduces downtime in maintenance-heavy environmentsQuick-release terminals may reduce long-term connection stability

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