1PIECE RX20 High Power Vitreous Tube Type Enamalled Wire-wound Resistor RX20-ZG11 30W 50W 1R 2R 5R 10R 20R 25R 30R 50R 1K-50K Vue Other 50W With Bracket

RX20-ZG11 Wire-Wound Resistor 30W 50W | 1R to 50K Ohm

Other / 50W With Bracket
Sale price  $27.99 Regular price $33.99
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1PIECE RX20 High Power Vitreous Tube Type Enamalled Wire-wound Resistor RX20-ZG11 30W 50W 1R 2R 5R 10R 20R 25R 30R 50R 1K-50K Vue Other 50W With Bracket

RX20-ZG11 Wire-Wound Resistor 30W 50W | 1R to 50K Ohm

Sale price  $27.99 Regular price $33.99
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RX20-ZG11 High Power Vitreous Tube Enamel Wire-Wound Resistor

The RX20-ZG11 Wire-Wound Resistor is a high-power, vitreous enamel-coated tube-type resistor designed for demanding electrical and electronic applications. Available in 30W and 50W power ratings and a wide range of resistance values from 1Ω up to 50KΩ, this resistor delivers stable, reliable performance across industrial, audio, power supply, and hobbyist circuits.

⚠️ Please Note: This listing is for the resistor only — it does not include a mounting bracket. A compatible RX20-ZG11 winding resistance bracket is available separately in our store.

Key Features

  • Type: Vitreous Tube Enamel Wire-Wound Resistor (RX20-ZG11)
  • Power Ratings: 30W / 50W
  • Wide Resistance Range: 1R, 2R, 5R, 10R, 20R, 25R, 30R, 50R, 100R, 150R — up to 50KΩ
  • Construction: High-quality vitreous enamel coating over a robust ceramic tube body for excellent heat dissipation and durability
  • Wire-Wound Design: Precision-wound resistance wire ensures tight tolerance and long-term stability
  • Versatile Applications: Suitable for power electronics, motor speed controls, load banks, audio amplifiers, test equipment, and industrial control systems
  • Bracket NOT included — please purchase the matching RX20-ZG11 bracket separately

Specifications

Parameter Details
Model RX20-ZG11
Type Vitreous Tube Enamel Wire-Wound
Power Rating 30W / 50W
Resistance Range 1Ω – 50KΩ
Body Material Vitreous Enamel-Coated Ceramic Tube
Quantity per Order 1 Piece
Country of Origin Made in China

Applications

  • Power supply and voltage divider circuits
  • Motor braking and speed control systems
  • Audio amplifier load and dummy load applications
  • Industrial control and automation panels
  • Electronic test equipment and bench setups
  • Heating element control circuits

Important Ordering Information

We stock a wide variety of resistance values and wattage ratings. If you require larger quantities or custom parameters not listed here, please contact our store for availability and lead times. Occasional stock variations may occur — we appreciate your understanding.

For guidance on resistor selection and safe circuit design, refer to the U.S. Consumer Product Safety Commission (CPSC) for electrical component safety standards.

Frequently Asked Questions

Q: Does this RX20-ZG11 wire-wound resistor come with a mounting bracket?

A: No — this listing includes the resistor only (1 piece). The compatible RX20-ZG11 mounting bracket is sold separately in our store and must be purchased as an additional item.

Q: What resistance values are available for the RX20-ZG11 30W and 50W resistors?

A: The RX20-ZG11 is available in a wide range of resistance values including 1R, 2R, 5R, 10R, 20R, 25R, 30R, 50R, 100R, 150R, and up to 50KΩ. Please select your desired value from the product variant options before adding to cart.

Q: What are the typical applications for a high-power vitreous enamel wire-wound resistor?

A: High-power wire-wound resistors like the RX20-ZG11 are commonly used in power electronics, motor control circuits, load banks, audio amplifier builds, industrial automation panels, and test bench equipment where high wattage dissipation and precise resistance are required.

Q: How does the vitreous enamel coating benefit the RX20-ZG11 resistor?

A: The vitreous enamel coating provides a hard, heat-resistant outer shell that improves thermal dissipation, protects the internal wire winding from moisture and mechanical damage, and extends the operational lifespan of the resistor in high-power environments.

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