FEATURED PRODUCT
Rittal Thermoelectric Coolers
System‑engineered cooling—not a bolt‑on fix.
As temperatures rise, thermal stress quietly accelerates wear, erodes performance margins, and pushes already‑stressed enclosures beyond safe operating limits. Building thermal resilience before downtime hits starts with getting cooling right.
Proper cooling does more than keep systems running. It protects uptime today, extends system life tomorrow, and improves energy efficiency by matching cooling capacity to real heat load—not oversizing as a safety blanket. When cooling is treated as part of the system, reliability becomes predictable instead of reactive.
Rittal TopTherm Series of Products
Rittal TopTherm Series of coolers uses nano-coated condenser coils and integrated condensate evaporators to resist corrosion and reduce maintenance time and cost while maintaining reliable cooling capacity.
3305544
TopTherm Blue e Cooling Unit
Wall-mounted, energy-efficient, at 1706-8530 Btus, with e-Comfort controller integrated as standard.
3359500
TopTherm Blue e Roof-Mounted Cooling Unit
Energy-efficient, with integral e-Comfort controller and electric condensate evaporation as standard.
Rittal Blue e+ Series of Products
Using advanced technology, while focusing on energy efficiency, flexibility, and ease of use, Rittal offers a range of features designed to enhance performance and user experience.
3185530
Blue e+ Wall-Mounted Cooling Unit
Revolutionary energy efficiency through hybrid technology. On average 75% energy savings.
3179800
Blue e+ S Series Wall-Mounted Cooling Unit
This unit offers the world’s highest energy efficiency, resulting in a reduced CO2 footprint.
3334300
Blue e+ 3-Phase Chiller
Efficient, flexible, and compact. Save up to 70% energy due to speed-regulated components.
3189940
Blue e+ Wall-Mounted Cooling Unit
Energy efficient. Average 75% energy savings. Speed regulated components and heat pipe technology.
3185830
Blue e+ Cooling Unit
Energy efficient through innovative hybrid technology. On average 75% energy saved due to speed-regulated components.











