Industrial Water Chillers

Budzar Industries Portable Chillers with a Programmable Logic Controllers are designed to circulate a fluid medium between 20° – 70°F and are built to take the heat in an industrial duty application. The Air Cooled Portable Chillers features top quality non-proprietary components that will stand up to the process and plant environment. Each Industrial Portable Air Cooled Chiller is factory tested prior to shipping to ensure top quality. Arrived at KIG in July 2016 were four of these pristine, never-used York YCAL 33 ton Air Cooled Chillers. R410 refrigerant, high and low ambient , onboard pump, hot gas bypass, louvers option, compressor insulation, flow switch. Perfect for comfort cooling, manufacturing, injection molding, etc. Arrived at KIG last week of January 2015 was this Nice 2006 Carrier Aquasnap 22 ton Air Cooled Chiller. Unit was run and tested in our Massachusetts shop and sold with money back guarantee of functionality.

If you require unlimited cooling water for your industrial application, a natural draft cooling tower may be the right choice for you. Since mechanical fans don’t need to be used in this type of cooling tower, the expenses for operating the cooling tower are lower than what’s necessary for a mechanical draft cooling tower. If you require a system that will effectively cool your food processing unit or power plant, the two main types of systems that can be used for numerous cooling purposes include a chiller and a cooling tower. While both of these systems are designed to remove any heat from a liquid before it’s used as a coolant, there are distinct differences between the two systems that you should be fully aware of. Arrived at KIG in October 2014 was this immaculate and well maintained Trane CGAM series 90 ton Air Cooled Chiller. Unit has less than 9500 total run hours, and see the low hours per compressor below.

fan coil unit manufacturers

TopChiller® air cooled screw chillers are featured by semi-hermetic double screw compressors. Each compressor is highly efficient and can be managed by the unit controller to modulate the capacity. Air cooled chillers eliminate the need of cooling tower & the associated maintenance. For water cooled chillers, cooling tower is a must have additional equipment. In air cooled chillers, air is used as a condensing medium to cool the refrigerant. In this, a fan is employed to blow the ambient air over the coil. Refrigerant condensing temperature depends on surface area of the condensing coil & airflow rate. This type of cooling is possible when the outdoor air temperature is colder than cooling fluid temperature requirements. There is a wide range of air-cooled chillers to suit different needs and purposes, but overall, air cooled chillers are used to lower the temperature of a certain space by transferring the heat there to ambient air.

Treating the water in your system helps cut down on corrosion, scaling, and the growth of biological contaminants such as Legionella. All of these issues can let to a decrease in heat transfer caused by fouling and diminished heat transfer due to build up inside of pipes. It’s important to continually monitor your chilled water loops remotely and visually inspect them annually. This was a nice 15 ton Thermal Care portable Air Cooled Chiller that sold recently. This 460 volt unit was stripped down, cleaned, completely repainted, new controller screen added, and was run and tested for a solid week before shipping. This is an indoor unit, BUT has blower option for added CFM so it CAN BE DUCTED TO THE OUTSIDE. Super for manufacturing or other cooling applications. Depending on your process requirements and temperature, you will get about 11 to 14 tons of cooling out of this chiller.

At the end of the pressure test, the customer and our engineer witnessed the result- it was a pass. First, he looked for leaks- building up the pressure in stages to the final test pressure. The initial pressure test value was recorded on our Pressure Test Certificate. Although they were straight out of the packet, they were still cleaned with our solvent. The vibration eliminators were cooled during brazing as per the instructions that come in the box. Trailer mounted, utilizing our large selection of trailer inventory designed to make delivery more efficient and ease maneuverability on your job site. Top mounted discharge that connects to plant ventilation ducts to supplement facility heat in the winter and increase ventilation in the summer.

When considering how much energy a chiller uses to begin with and extra 7% adds up quickly. Your chiller’s ability to cool relies on having the right amount of refrigerant. To ensure your systems optimal efficient performance make sure you’ve got the right level of refrigerant. If there is air, moisture, or leaks in your system it will impact it’s performance. With insufficient refrigerant it will take more electricity for your system to perform the same cooling effect. Knowledge is power and saving power is a big deal when it comes to chillers.

Any production of excess heat with an air-cooled chiller can actually be beneficial during the cold winter months when the heat could be used to warm the plant and reduce your monthly energy bills. The internal pressure relief valve allows you to limit the maximum fluid pressure to meet the application requirements. Provides analog and digital communication for remote operation, monitoring and data logging. Includes a remote sensor port which allows for remote temperature control of an application when used with a remote sensor . This frees crucial backup power for other mission critical operations while maintaining sensitive climate controlled areas. In most cases the chiller motor is the largest draw on electricity in the entire building. Single speed drives are on or off and cannot adjust for the difference in load the system is running under.

S&A Teyu CW-3000 water chillers are able to cool CNC spindles and are energy saving with compact design,stable cooling performance, ease of use and provide good protection for the equipment. The higher efficiency of cooling towers makes them more suitable to large-scale applications where high amounts of cooling are required. Any industrial plant that requires continuous cool water flow will typically use a cooling tower. Chillers are used in smaller applications that aren’t directly affected by the discharge of extra heat. As for cooling towers, they consist mainly of pumps and a basin. When you use a cooling tower, the pumps send the water throughout the facility in order to cool the area. No matter which type of cooling tower you use for your industrial application, the cooling flow is created when the pumps allow the water to circulate in the tower. The distribution basin that’s used with the cooling tower will collect any of the discharged water. The air that enters the cooling tower from outside has a different density than the interior air.

Not only do we provide the best support during the sales, but also we offer 7 x 24 after sales support. Sensorex is the premier manufacturer of optical and electrochemical water quality sensors and instrumentation. Partial flow internal DI cartridge minimizes footprint and provides fluid resistivity between 0.2 to 3.0 MEG-Ohm / cm with DI level control/monitoring on deluxe controller. Automatic refilling from a facility-supplied water source to ensure the proper fluid level is maintained. Thermo Scientific recirculating chillers support a variety of applications, from lab bench to large manufacturing processes. Design, manufacture and commissioning of special AWACS instrument Liquid Cooling Units, and cabin, avionics, and rotodome cooling units. Free Waste Heat – TECOCHILL also offers optional “waste” heat recovery that is always available anytime the chiller is running.

This ~40 ton unit is outdoor rated, and has 3 Danfoss Scroll Compressors, and an insulated stainless tank. In depth video on one of our SSCD air cooled screw chillers featuring our President, Tim Baker. eNoise Control was retained by the Architect and City to perform a noise survey and recommended noise abatement strategies. We took field sound measurements with a 1/3rd octave band sound level meter both near/far field along with property line sound measurements. A chiller is simply a facilitator of heat transfer between the inside and the outside of a building, and the chilled water system can have many different configurations. Air-cooled chillers and water-cooled chillers are the most commonly used types of chillers. Chilled water systems are typically used for cooling medium and large buildings. While the upfront cost of a water chilled system can be a lot, the greater energy efficiency and lower maintenance costs usually make up for it. The condenser water flows through the chiller and picks up heat. The cooling tower is almost always located outside of the building and removes heat from the condenser water by evaporating some of the condenser water into the atmosphere.

Water-cooled chillers require cooling towers, condenser water pumps, and other associated HVAC components. Air-cooled chillers do not need any of these additional building blocks. These complex machines require a lot of maintenance to keep them in good working order. If proper steps aren’t taken, the chiller can corrode, clog, lose efficiency, or experience a number of other issues. For example, if proper water treatment isn’t maintained or if open cooling towers aren’t cleaned, sediment or particulates can be introduced to the system, causing clogged pipes and poor heat transfer. An air-cooled chiller’s condenser can be blocked by debris or become caked in dirt, which also lowers efficiency. Our Tandem Scroll Chillers are designed for efficiency and reliability in medium to high temperature applications.