Sealed Dual Pumpset

Cooling capacity range 230-1530 kw
Standard & Low Noise available
Indoor installation
Semi-hermetic Screw Compressors
Shell & Tube Condenser Coils
Double Passage Hydraulic Circuit
Expansion Vale
Shell & Tube Evaporator
Full Metal Structure
Electrical Panel
C2020 electronic controller with digital display

Summit-TPC’s Inverter Speed Control of air blast cooler fans provides substantial energy savings and reducing noise emissions.
Using standard Stage Control, fans are switched on and off at full speed to match cooling requirements and the cooler input power increases or decreases in direct proportion to the number of fans in operation. This wastes a great deal of power and creates unnecessary noise.
However, using Summit-TPC’s Inverter Control, cooler capacity is matched to load by changing the speed of all fans in unison. Power consumption and operating noise level falls dramatically with any reduction of load or ambient.

The Advantages of Air Blast Coolers

These systems provide numerous benefits. They’re easy to install and require less maintenance compared to chiller units, which significantly reduces operational costs. This cost-effectiveness comes without sacrificing performance, as they offer efficient solutions in a compact size. Their reduced footprint is a major advantage, offering an optimal balance between performance and utility.

Moreover, these coolers do not have a refrigeration circuit. This reduces maintenance requirements and eliminates the challenges associated with managing refrigerants. 

When you buy your system from Summit Process Cooling, you can also expect:

• Units built with high-quality leading brand components.
• A proven repeat performance.
• An optional 24-month warranty.
• Rapid response through Summit's service network. 

The Applications

Air Blast Coolers are integral components in various industries due to their proficiency in reducing excessive heat and maintaining optimal temperatures. They find utility in:

• The oil and gas industry, ensuring efficient operations in extremely hot environments.
• Chemical processing plants, to manage and reduce the high heat produced during reactions, preventing potential hazards and maintaining a safe working environment.
• Power generation plants, where they cool down machines and transformers. This improves the efficiency of power generation and extends the lifespan of the equipment.
• The food and beverage industry, where they're used for the rapid cooling of products. This preserves the quality of the food or beverages and extends their shelf life.
• Data centres, to regulate the heat generated by servers. This helps maintain operational efficiency and prevents overheating that could lead to data loss or equipment damage.

Some other notable applications include the metallurgical industry for cooling molten metals, or the automotive industry for cooling engines and maintaining optimal performance.