Aluminium heatsink for SSR solid state relay 10~40A
Brand: Fotek
VAT included (Ex VAT: 2.87 €)
Volume Discounts
| Quantity | Price | Save |
|---|---|---|
| 2+ | 3.53 € | -4% |
The SSR solid state relay heatsink is an essential accessory to ensure the correct operation and durability of SSR relays. Made from high-quality aluminium alloy, this heatsink is specifically designed for single-phase solid state relays with a capacity of 10 to 40 amperes.
This heatsink features strategically placed holes that allow the relay to be securely fixed, as well as the heatsink itself to the desired location, making installation easier and ensuring optimal thermal transfer.
Main features:
- Material: Aluminium alloy, providing excellent thermal conductivity and strength.
- Size: Top part 50 mm x 60 mm, bottom part 80 mm x 50 mm, with a height of 43 mm.
- Lightweight at 96 grams, making handling and installation easier.
- Silver colour that matches any equipment or installation.
- Compatible with single-phase SSR relays, ideal for industrial and repair applications.
Typical uses:
- Protection and extension of the service life of solid state relays in electronic and electrical systems.
- Improved heat dissipation in soldering stations and reballing equipment.
- Accessory for maintenance and repair of consoles and other electronic devices that use SSR relays.
This heatsink is an essential component for anyone looking to maintain the efficiency and safety of their SSR relays, avoiding overheating that could affect performance or cause premature failure.
Compatibility and mounting:
Designed for single-phase solid state relays with rated current between 10 and 40 amperes. Its design includes holes to make it easier to secure both the relay and the heatsink to the desired surface, ensuring a firm and effective installation.
Package contents:
- 1 x aluminium heatsink for SSR solid state relay.
- Aluminium alloy heatsink for excellent thermal dissipation.
- Compatible with 10 to 40 amp single-phase SSR relays.
- Dimensions: top 50x60 mm, bottom 80x50 mm, height 43 mm.
- Lightweight at 96 grams for easy installation.
- Includes holes for secure relay and heatsink mounting.
Customer Questions & Answers
What advantage does using this aluminium heatsink provide for 10 to 40 A SSR solid state relays compared with installing the relay without a heatsink?
The aluminium heatsink significantly improves heat dissipation, preventing the SSR from overheating. This extends the component’s service life and reduces the risk of thermal failure, especially in high-load applications or continuous use where the relay operates for several minutes or in repeated short cycles.
What are the exact dimensions, weight and package contents of this heatsink?
The heatsink measures 50 mm x 60 mm (top), 80 mm x 50 mm (bottom) and is 43 mm high, with a weight of 96 g. The package includes only 1 aluminium heatsink; screws and relay are not included.
What is the maximum operating temperature supported by this heatsink, and how can I tell whether forced ventilation is needed?
The heatsink, made from aluminium alloy, is designed to operate effectively by keeping the SSR below 80°C ambient, dissipating heat passively under conditions of up to 40 A current. If the ambient temperature exceeds 40°C or the relay operates close to its maximum continuous current, forced ventilation or a larger heatsink may be required. Refer to the thermal dissipation graphs for the SSR used.
What type of relay is this heatsink compatible with?
This heatsink is specifically designed for single-phase SSR solid state relays with a capacity of 10 to 40 amperes.
How is the heatsink installed on the relay?
The heatsink has holes for securing the relay to the heatsink and for mounting the assembly on the desired surface, making installation safe and stable.
What material is the heatsink made from?
It is made from aluminium alloy, which ensures good heat dissipation and durability.
What are the benefits of using this heatsink?
It helps dissipate the heat generated by the relay, extending its service life and helping prevent damage from overheating.