Chillers

Good for general industrial fluid temps in the 45°F to 75°F range . Arrived at KIG in March 2016 was this excellent condition 2001 Thermal Care 15 ton Air Cooled Chiller. This 460 volt unit is in above average condition, with coils in great shape, a 15 hp Trane 3D Scroll Compressor, and a brazed plate heat exchanger. The model number of this chiller is their “10” series, we were told by TC because it is set up to go to lower temps – specifically it has a setpoint range of 10°F to 65°F.

A sound level increase of 10 db is the equivalent to double the noise. It’ll assess the requirements, size of production, space conditions, geography, climate, temperature and humidity, among other things. On the other hand, water-cooled systems can provide advantages of efficiency and environmental impact over the air-cooled system.

We’ve been in business since 1956, and we’re an ETL listed and inspected manufacturer. Our commercial and industrial chiller rentals come with the most unit protection in the industry. Products are USA-made without specialized or OEM components, and we’re available to answer your questions about our chillers 24/7. To inquire further about chiller rentals for your business, please contact us. The industrial chiller used was a Koolant Kooler, model #JT500.

This unit is 230 volt 3 phase, has an insulated stainless tank, is outdoor rated , and a 1.5hp process pump. If your application is low temp (28°F) and/or a brewery application, we will modify the chiller’s piping and controls/electrical to achieve 28°F glycol. Arrived at KIG in November 2018 was this 2014 Cold Shot Air Cooled Chiller. This unit is 230 volt 3 phase, has an insulated stainless tank, is outdoor rated , and has an upgraded 3.0 hp process pump. Arrived at KIG in December 2015 were three Zarsky / Cold Shot 5 ton Air Cooled Chillers.

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Depending on the building type, usage and location in the country, the results will differ. However, because water is evaporated during the cooling-tower process, there is a cost of making up the water that is evaporated. Depending on the cost of water, this could reduce the overall cost difference drastically, especially in areas where water is not abundant. The life cycle analysis of the two types of plants is also important to consider. Many factors contribute to the life cycle of a plant including location of the plant , electricity charge from the energy company, size of the building being serviced and maintenance personnel training and retention. There is also a limitation on the size of an air-cooled chiller, typically the maximum size is 500 tons.

With the largest selection of options in the industry, the Air-Cooled Chiller may be designed and manufactured to your exact requirements and specifications. The office building that operates 16 hours per day at 85% load of the plan for 300 days per year. Per Tables 2 and 3, the air-cooled chiller plant would cost roughly $122,400 per year to operate compared to the $69,360 per year for the water-cooled plant. However, if the system has a 16°F delta T, the gpm would be 300 and equates to 1.5 gpm per ton. The higher the delta T in the system, the lower the gpm requirements are to achieve the same heat exchange in the system.

It has switch, piping and plumbing, and solenoid valves to direct flow as needed to a “free cooler” / liquid cooler in winter months if the temperatures support it, so you don’t use your refrigeration energy. That module is not included, and can be obtained from various suppliers like KRACK or similar if you are in a cold environment and interested in that feature. This unit was completely run and tested and checked prior to shipping.

The report analyzes the global Medical Water Chillers market with the aim of being capable to get a clear picture of existing and anticipated growth patterns of the market. The research also segments the global Medical Water Chillers market on the basis of end-user, product type, application, and demography for the forecast period 2021–2026. Comprehensive analysis of critical aspects such as impacting factors and competitive landscape are showcased with the help of vital resources, such as charts, tables, and info graphics. The report entails the exhaustive examination of the key factors expected to propel or restrict the expansion of the global Medical Water Chillers market during the forecast period from 2021 to 2026. Moreover, the report analyzes the numerous segments of product, applications, end-users, and major regions of the global market.

While the air-cooled segment is expected to register a higher growth, attributed to its low operating cost and compact design. The new ErP 2021 (Tier-2) compliant range delivers 250 to 1850kW cooling with an energy efficiency of up to 3.56 for 7/12° water and 35°C ambient air. Kaltra has overhauled its screw-compressor chillers to deliver higher operational efficiency with the new Lightstream Screw II range. Improvements include the latest screw compressors by Bitzer with smooth capacity regulation, redesigned refrigeration circuit, and evaporators. Air-cooled chillers also require a great deal of space – actual acreage — for the large air cooled radiators are required in the system. Air cooling is therefore typically a more expensive process, so it tends to be the secondary choice.

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