RHS30040D Thru wall mount heatsink

Price 21350 INR/ Piece

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MOQ : 1 Unit

RHS30040D Thru wall mount heatsink Specification

Ambient Temperature
-20C to +100C

Working Temperature
-20C to +100C

Protect Feature
Corrosion resistant finish

Product Type
Wall mount heatsink

Theory
Passive cooling via conduction and convection

Usage
Industrial heat dissipation

Terminal Type
Thru Wall Mount

Size
300 mm x 40 mm

Color
Black anodized

Dimension (L*W*H)
300 x 40 x 120 mm

Weight
Approx. 1800 g

Thermal Resistance
Approx. 0.7°C/W (depends on mounting and airflow)

Surface Treatment
Black anodized finish

Compatibility
Supports various power modules and semiconductors

Series
RHS30040D

Number of Fins
Typically 10

Application
Inverters, rectifiers, IGBT/thyristor modules, industrial automation

Mounting Type
Thru-wall mount

Material
High thermal conductivity aluminum alloy

About RHS30040D Thru wall mount heatsink

Get the new RHS30040D Thru wall mount heatsink, expertly crafted for splendid industrial heat dissipation. Engineered from the finest high thermal conductivity aluminum alloy, its black anodized, corrosion-resistant polished surface ensures durability and enhanced performance. Highlighted by approx. 0.7C/W thermal resistance and typically featuring 10 fins, it supports various power modules including semiconductors, inverters, and IGBT/thyristor modules. With a superb passive cooling process via conduction and convection, this heatsink is ideal for industrial automation. Sized at 300 x 40 x 120 mm, the versatile design meets international standards for exporters, importers, manufacturers, and suppliers, especially in Italy.

Competitive Advantages and Application Highlights

The RHS30040D Thru wall mount heatsink delivers competitive advantages for industrial automation, inverters, and thyristor modules with a splendid passive cooling design. Its black anodized finish ensures corrosion resistance for long-lasting use, while the high thermal conductivity aluminum alloy guarantees optimal heat dissipation. The extra feature of thru-wall mount compatibility allows integration into diverse power modules, offering reliable performance across various industrial sectors and demanding environments.

Sample Policy and Supply Ability

We offer the lowest price for RHS30040D samples, ensuring affordability for every buyer. Samples are readily available and can be shipped with minimal freight charges. Our supply ability meets large-scale orders efficiently, providing consistent stock for exporters, importers, manufacturers, and suppliers. Take advantage of our competitive offer, which includes full support in logistics and sample delivery, streamlining your procurement process and guaranteeing reliable supply for industrial applications.

FAQs of RHS30040D Thru wall mount heatsink:

Q: How does the RHS30040D Thru wall mount heatsink benefit industrial applications?

A: The RHS30040D provides excellent passive cooling through conduction and convection, maintaining optimal performance for power modules such as inverters, IGBT/thyristor modules, and automation systems by efficiently dissipating heat.

Q: What materials and surface treatments are used in the RHS30040D heatsink?

A: This heatsink is constructed from high thermal conductivity aluminum alloy, finished with a black anodized, corrosion-resistant surface for durability and enhanced thermal efficiency.

Q: When can sample units of the RHS30040D heatsink be obtained?

A: Sample units are available for immediate order; buyers can request them at the lowest price, with prompt shipping and competitive freight offers from our supply network.

Q: Where is the RHS30040D heatsink typically used?

A: Its widely utilized in industrial automation applications, power electronic devices, inverters, and modules requiring high-efficiency heat dissipation, especially within manufacturing and automation sectors.

Q: What is the process for mounting the RHS30040D heatsink?

A: The heatsink features a thru-wall mount terminal type, allowing effortless integration into various enclosures and systems through standard mounting procedures.

Q: How does the black anodized finish provide extra protection?

A: The splendid black anodized surface contributes to corrosion resistance, ensuring long-lasting performance in harsh operating conditions ranging from -20C to +100C ambient temperatures.

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