Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
Lovato HSBXH4D024 is a 0.3 K/W forced-air heatsink with integrated 24 V DC fan designed for thermal management of one compatible HS1B or HS2B solid state relay.
£139.44
The Lovato HSBXH4D024 is a high-performance forced-air heatsink for solid state relays, designed to provide effective thermal management for compatible Lovato HS series switching devices. As part of the Lovato HSBX solid state relay accessories range, it combines a substantial aluminium heatsink with an integrated 24 V DC cooling fan to increase heat dissipation in demanding industrial applications.
The HSBXH4D024 is designed for use with one compatible Lovato HS1B or HS2B solid state relay. Its forced-air cooling arrangement provides a specified heatsink thermal resistance of 0.3 K/W, allowing heat generated by the semiconductor switching device to be transferred efficiently away from the relay during operation.
Designed for industrial heating, machinery and automation installations, the HSBXH4D024 is particularly useful where higher SSR currents or elevated thermal loads require more effective cooling than a passive heatsink can provide. The integrated 24 V DC fan delivers continuous airflow across the heatsink fins, supporting reliable relay operation and effective thermal management within electrical control panels.
Solid state relays generate heat while conducting load current because their semiconductor switching elements have a small on-state voltage drop. Effective removal of this heat is essential for maintaining acceptable semiconductor junction temperatures and supporting reliable operation, particularly at higher switching currents.
The Lovato HSBXH4D024 combines a heatsink with a 24 V DC fan to provide forced-air cooling and a specified heatsink thermal resistance of 0.3 K/W. A suitable thermal interface pad should be installed between the relay and heatsink to optimise heat transfer, while the applicable Lovato SSR derating data should be considered when determining the permissible load current for the installation.
Tick the specs you need, then view products that match.
| Device Type | Accessory | |
|---|---|---|
| Manufacturer | Lovato Electric | |
| Series | HSBX Solid State Relay Accessories | |
| Model | HSBXH4D024 | |
| Product type | Solid state relay heatsink with fan | |
| Thermal resistance | 0.3 K/W | |
| Fan supply voltage | 24 V DC | |
| Cooling method | Forced-air cooling | |
| Fan | Integrated | |
| Compatible relay families | HS1B and HS2B | |
| Relay capacity | One compatible solid state relay | |
| Accessory type | SSR thermal management accessory | |
| Weight | approx. 610 g | |
| Package dimensions | 153 × 146 × 60 mm | |
| EAN | 8013975321751 | |
| HS code | 85389099 | |
| Applicable standards | IEC/EN/BS 60947-4-3, IEC/EN/BS 60947-4-2, IEC/EN/BS 62314, IEC/EN/BS 60335-1 |
The HSBXH4D024 is a forced-air heatsink designed to dissipate heat generated by a compatible Lovato HS1B or HS2B solid state relay.
The HSBXH4D024 has a specified heatsink thermal resistance of 0.3 K/W.
Yes. The HSBXH4D024 is supplied complete with an integrated cooling fan for enhanced forced-air heat dissipation.
The integrated cooling fan requires a 24 V DC supply.
The HSBXH4D024 is designed for use with one compatible Lovato HS1B or HS2B series solid state relay.
Forced-air cooling increases heat transfer from the heatsink to the surrounding air, allowing more effective thermal management where the solid state relay generates significant heat during high-current operation.
A suitable Lovato thermal pad should be applied between the solid state relay and heatsink to promote effective thermal transfer from the relay base into the heatsink.
Lovato HSBX thermal management accessories provide dedicated cooling solutions for compatible HS series solid state relays, supporting dependable switching performance in industrial heating, automation and machine-control applications.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.