Webasto 1320591A - RESISTOR 0,9OHM 40W (Previous: 28817A)

Article Webasto 1320591A BO

€ 62,85

1-2 weeks delivery time
Price incl. 19% VAT

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Elevate the electrical performance of your heating system with the Webasto 1320591A - RESISTOR 0.9OHM 40W, a successor to the previous 28817A model. Designed with precision, this resistor features 0.9 ohms of resistance and a power rating of 40 watts, ensuring efficient operation and heat dissipation. Whether you're replacing an old resistor or upgrading your Webasto heating system, the 1320591A model guarantees reliable resistance, contributing to the longevity and optimal functionality of your heating components. Trust in its precision engineering for enhanced performance and durability.

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Webasto 1320591A - RESISTOR 0.9OHM 40W (Previous: 28817A)

Upgrade your heating system with the Webasto 1320591A RESISTOR, featuring 0.9 ohms resistance and a power rating of 40 watts. This resistor, a successor to the previous 28817A model, is designed for precision and reliability in maintaining optimal electrical performance. Whether used for replacing an old resistor or enhancing the capabilities of your Webasto heating system, the 1320591A model ensures efficient resistance and heat dissipation, contributing to the overall functionality and durability of your heating components.

Key Features:
- Model: RESISTOR 0.9OHM 40W (Previous: 28817A)
- 0.9 Ohms Resistance
- Power Rating of 40 Watts
- Precision Design for Optimal Electrical Performance
- Efficient Resistance and Heat Dissipation
Upgrade the electrical performance of your heating system with the Webasto 1320591A RESISTOR. With its 0.9-ohm resistance and 40-watt power rating, this resistor ensures efficient operation and heat dissipation, contributing to the longevity of your Webasto heating components.

Package Includes:
- 1 x Webasto 1320591A RESISTOR 0.9OHM 40W
Trust in the precision engineering of the 1320591A RESISTOR to enhance the capabilities of your Webasto heating system. Order now for reliable resistance and efficient heat dissipation.