Applied Thermal Control

<p>A user friendly and reliable chiller unit with 480 Watt cooling capacity. An economic purchase, ideal for OEM applications.</p> <ul> <li>480W Cooling capacity (at 17⁰C set point)</li> <li>Simple plug in and use unit</li> <li>Ultra compact design</li> <li>Economic purchase and in operation</li> <li>Easy filling from the top with simple cap</li> <li>Large bright LED display</li> <li>Standalone filling level indicator, easy to access and change</li> <li>Splash proof keypad with integrated mains switch</li> <li>Reliable microprocessor PID temperature control</li> <li>Vents are located on all faces for flexible installation</li> <li>Pressure gauge Internal by pass valve to adjust pump pressure, as standard</li> <li>Permissible temperature in return line +70⁰C</li> <li>Alarm output, potential free change over contact (maximum 30 VA)</li> <li style="text-align: left;">Low liquid level protection with optical and audible alarm signal</li> </ul>

<p>The KTD chiller is a self-contained unit for precision chilling offering 480 Watt cooling capacity, with full temperature control and display.</p> <ul> <li>Ultra-compact design</li> <li>480W cooling capacity (at 17⁰C set point)</li> <li>Versatile temperature control and alarm</li> <li>Easy filling from the top with simple cap</li> <li>Simple operation and an ergonomic design</li> <li>Large bright LED display</li> <li>Standalone filling level indicator, easy to access and change</li> <li>Splash proof keypad with integrated mains switch</li> <li>Reliable microprocessor PID temperature control</li> <li>Vents are located on all faces for flexible installation</li> <li>Pressure gauge Internal by pass valve to adjust pump pressure, as standard</li> <li>Permissible temperature in return line +70⁰C</li> <li>Alarm output, potential free change over contact (maximum 30 VA)</li> <li>Low liquid level protection with optical and audible alarm signal</li> </ul>

<p>The neat KT1 chiller takes the cooling capacity up to 1000W with full control of temperature stability to +/-0.1°C</p> <ul> <li>1000W cooling capacity (at 20⁰C set point)</li> <li>Full temperature control</li> <li>Versatile flow rates and pressures</li> <li>Easy filling from the top with simple cap</li> <li>Simple operation and an ergonomic design</li> <li>Large bright LED display</li> <li>Standalone filling level indicator, easy to access and change</li> <li>Splash proof keypad with integrated mains switch</li> <li>Reliable microprocessor PID temperature control</li> <li>Vents are located on all faces for flexible installation</li> <li>Pressure gauge Internal by pass valve to adjust pump pressure, as standard</li> <li>Permissible temperature in return line +70⁰C Alarm output</li> <li>Potential free change over contact (maximum 30 VA)</li> <li>Low liquid level protection with optical and audible alarm signal</li> </ul>

<table width="100%"> <tbody> <tr valign="top"> <td> <ul> <li>Compact and robust design</li> <li>Pressure gauge Internal by pass valve to adjust pump pressure, as standard</li> <li>Optional RS485 interface for PC connection</li> <li>Permissible temperature in return line +70⁰C </li> <li>Alarm output, potential free change over contact (maximum 30 VA)</li> <li>Plastic moulded bath tanks, suitable for DI and nonferrous applications</li> <li>Low liquid level protection with optical and audible alarm signal</li> <li>The K1 has an exceptionally high 1.75kW cooling capacity </li> </ul> </td> <td> <ul> <li>Best used with Hexid heat transfer fluid  </li> <li>K1 chillers are built to specification/order</li> <li>Standalone filling level indicator, easy to access and change </li> <li>Simple operation and an ergonomic design</li> <li>Large bright LED display</li> <li>Splash proof keypad with integrated mains switch </li> <li>Reliable microprocessor PID temperature control</li> <li>Vents are located on all faces for flexible installation</li> </ul> </td> </tr> </tbody> </table> <p> </p>

<p>A full 3.2kW of cooling in a very compact and robust chiller. The chiller has a full range of optional accessories.</p> <ul> <li>K3 chillers are built to specification/order</li> <li>Hexid heat transfer fluid extends the life of recirculating chillers, prevents frost and protects against growth of damaging bacteria and algae</li> <li>Designed for laboratory, but with a robust steel enclosure so can be deployed in almost any environment</li> <li>Compact and robust design</li> <li>K3 units can be customised to fit specific application</li> <li>Simple operation and an ergonomic design</li> <li>Large bright LED display</li> <li>Standalone filling level indicator, easy to access and change</li> <li>Splash proof keypad with integrated mains switch</li> <li>Reliable microprocessor PID temperature control</li> <li>Vents are located on all faces for flexible installation</li> <li>Pressure gauge Internal by pass valve to adjust pump pressure, as standard</li> <li>Optional RS485 interface for PC connection</li> <li>Permissible temperature in return line +70⁰C</li> <li>Alarm output, potential free change over contact (maximum 30 VA)</li> <li>Plastic moulded bath tanks, suitable for DI and nonferrous applications</li> <li>Low liquid level protection with optical and audible alarm signal</li> </ul>

<div class="text- lg:text- aos-init aos-animate" data-aos="fade"> <p>The K4 chiller, part of Applied Thermal Control’s K-Series, is a versatile cooling unit offering 4.5kW of cooling capacity at a 17°C set point. This chiller is designed to accommodate a variety of needs, with a range of options and voltage variants available for customisation. The design of the K4 unit is adaptable, allowing for both standard and non-standard options, catering to a wide array of cooling requirements.</p> <p>In terms of construction and ease of use, the K4 chiller features stainless steel tanks, which are ideal for both DI and nonferrous applications. It is designed for user convenience, with easy filling facilitated by a tool-less entry panel and a simple cap. The unit’s operation is secured by a splash-proof keypad and mains switch. For accurate and reliable temperature management, the chiller is equipped with a microprocessor PID temperature control system. Its design also includes vents on all sides, providing flexibility in terms of installation and placement.</p> <p>Safety and operational efficiency are integral to the K4 chiller’s design. It comes standard with a pressure gauge and an internal bypass valve, allowing for the adjustment of pump pressure according to specific needs. Additionally, the chiller offers an optional RS485 interface for PC connectivity, enhancing control and monitoring capabilities. For added safety, there is an option for an alarm output with a potential free change-over contact, and it is capable of handling a permissible temperature of +70°C in the return line, ensuring that the K4 chiller is a secure and efficient solution for a variety of cooling applications.</p> </div>

<div class="text- lg:text- aos-init aos-animate" data-aos="fade"> <p>The K6 recirculating chiller is engineered to deliver precise temperature control for 6.0kW of cooling at a 17°C set point. This chiller is designed as dependable equipment for various applications, offering flexibility with both standard and optional accessories. The K6’s design is versatile, supporting many standard and non-standard options, which makes it adaptable to different operational requirements.</p> <p>In terms of construction, the K6 chiller features stainless steel tanks that are suitable for use with DI and nonferrous applications. The design prioritises ease of use, with a top-filling system that includes a tool-less entry panel and a simple cap for quick and hassle-free maintenance. The unit is equipped with a splash-proof keypad and mains switch, enhancing its safety and durability.</p> <div class="container py-10 mx-auto lg:py-32"> <div class="relative z-10 grid h-full grid-cols-12"> <div class="relative h-full col-span-12 my-auto lg:col-span-5 lg:col-start-1"> <div class="text- aos-init aos-animate" data-aos="fade"> <p>Temperature control is managed by a reliable microprocessor PID system, ensuring accurate and consistent cooling performance. Additionally, the design includes vents on all sides, allowing for flexible installation in various settings. It is capable of managing a permissible temperature of up to +70°C in the return line, accommodating a wide range of cooling needs.</p> <p>Operational efficiency and safety are key aspects of the K6 chiller. It includes a standard pressure gauge and in internal bypass valve, enabling the adjustment of pump pressure to suit specific needs. For enhanced connectivity and control, the chiller offers an optional RS485 interface for PC connection. Safety features include an optional alarm output with a potential free change-over contact, providing an extra layer of security.</p> </div> </div> </div> </div> <div class="top-0 left-auto right-auto grid w-full h-full grid-cols-12 mx-auto lg:absolute"> <div class="h-full col-span-12 py-10 lg:col-start-7 lg:col-span-6 lg:py-32 text-brand-white clip-path-reverse bg-gradient-to-b from-brand-navy to-brand-midblue"> <div class="mt-10 mb-10 px-32"> <div class="my-4 md:my-8 aos-init aos-animate" data-aos="fade"> </div> </div> </div> </div> </div>

<p>The K4 chiller offers 4.5kW of cooling in a versatile package. A full range of options and voltage variants are available, to customise the K4 unit.</p> <ul> <li>4.5kW cooling capacity (at 17⁰C set point)</li> <li>Permissible temperature in return line +70⁰C</li> <li>Versatile design, allowing for many standard and non-standard options ·        </li> <li>Plastic moulded bath tanks, suitable for DI and nonferrous applications</li> <li>Easy filling from the top with tool-less entry panel and simple cap</li> <li>Splash proof keypad and mains switch</li> <li>Reliable microprocessor PID temperature control</li> <li>Vents are located on all faces for flexible installation</li> <li>Pressure gauge</li> <li>Internal by pass valve to adjust pump pressure, as standard</li> <li>Optional RS485 interface for PC connection</li> <li>Optional alarm output, potential free change over contact (maximum 30 VA)</li> </ul>

<p>A powerful chiller offering 9.0kW of cooling in a versatile package. A full range of options and voltage variants are available to create a bespoke chiller with exceptionally high cooling capacity.</p> <ul> <li>Exceptionally high 9.0kW cooling capacity (at 17⁰C set point)       </li> <li>Compact space saving design       </li> <li>Versatile design, allowing for standard and non-standard options  </li> <li>Easy filling from the top with tool-less entry panel and simple cap</li> <li>Permissible temperature in return line +70⁰C</li> <li>Plastic moulded bath tanks, suitable for DI and nonferrous applications</li> <li>Low liquid level protection with optical and audible alarm signal</li> <li>Simple operation and an ergonomic design</li> <li>Pressure gauge</li> <li>Internal by pass valve to adjust pump pressure, as standard</li> <li>Large bright LED display</li> <li>Splash proof keypad and mains switch</li> <li>Reliable microprocessor PID temperature control</li> <li>Vents are located on all faces for flexible installation</li> <li>Easy filling from the top with tool less entry panel and simple cap</li> <li>Optional alarm output, potential free change over contact (maximum 30 VA)</li> <li>Optional RS-485 communications pack, Modbus protocol</li> </ul>

<ul> <li>Exceptionally high 14.0kW cooling capacity (at 17⁰C set point)</li> <li>Compact space saving design</li> <li>Totally reliable workhorse</li> <li>Simple operation and an ergonomic design Large bright LED display</li> <li>Standalone filling level indicator, easy to access and change</li> <li>Splash proof keypad with integrated mains switch</li> <li>Reliable microprocessor PID temperature control</li> <li>Vents are located on all faces for flexible installation</li> <li>Pressure gauge</li> <li>Internal by pass valve to adjust pump pressure, as standard</li> <li>Permissible temperature in return line +70⁰C</li> <li>Plastic moulded bath tanks, suitable for DI and nonferrous applications</li> <li>Low liquid level protection with optical and audible alarm signal</li> <li>Optional alarm output, potential free change over contact (maximum 30 VA)</li> <li>Optional RS-485 communications pack, Modbus protocol</li> </ul>

<p>Traditional cooling systems can take up precious space in laboratories and data centers. Rack mounted chillers are cooling systems designed to fit into standard electrical housings, ideal for a reduced footprint. However, rack mounted chillers are not always mounted into electrical housing. They can be mounted into any electrical frame, such as a test rig.</p> <p>Rack mounted chillers use a refrigeration cycle to remove unwanted heat from heat transfer fluids. The heat transfer fluid may be water, glycol (ethylene glycol or propylene glycol) or oil.</p> <p>Applied Thermal Control manufacture rack mounted chillers designed to fit within standard electrical housings with a minimum depth of 23.62 inches (600mm). Mounting a chiller within existing electrical racking reduces the loss of valuable floorspace, making no addition to the existing footprint of the system.</p> <p>This is particularly beneficial for system integration. As technology advances, components become smaller, allowing for cooling systems to be integrated into existing racking as equipment is refurbished and modernized.</p> <p>The R-Series from Applied Thermal Control ranges from 500W to 2kW in cooling capacity, delivered in a compact and reliable design. With powerful cooling outputs and coolant flow rates, the R-series is a versatile range, suited to a range of applications. The use of ATC 19” rack mounted chillers is particularly beneficial where 19” racks are already in situ and have space to accommodate a chiller. It is important to note that the R-Series of Rack Mounted Chillers provide a supply of heat transfer fluids at constant pressure, in order to remove unwanted heat from an associated process and should not be confused with systems designed to provide chilled air to cool the internal air temperature of housing.</p> <p>The R-Series is primarily an air-cooled refrigeration system, although water cooled condensers are available as an option. All chillers within the R-Series have a stainless-steel reservoir, offering optimal thermal buffering, and a stainless-steel evaporator, ensuring corrosion free operation. Both ‘over temperature’ and ‘low liquid level’ signals are fitted as standard, making it easy to carry out visual checks. Other standard features include:</p> <ul> <li>Industry standard 6-pin signal plug</li> <li>Low noise operation</li> <li>Non-ferrous coolant circuit</li> <li>Pressure relief valve</li> <li>Convenient liquid fill point</li> </ul> <p>Applied Thermal Control offer several options, resulting in a chiller tailored to the needs of the application.</p>

<p> the ecoMini and KTR chillers are ideal where excess heat has to be removed efficiently and quietly. The ecoMini lacks a PID controller, but has an adjustable rate of cooling so that you can achieve your required temperature.  An LCD display shows the temperature the chiller is achieving. 500W cooling capacity, more powerful than the KT.</p> <ul> <li>Adjustable rate of cooling</li> <li>LCD interface</li> <li>Universal 90-260 VAC input voltage and 50/60Hz input frequency suitable for use all over the world</li> <li>Variable speed compressor and fan</li> <li>More energy efficient can better control noise</li> <li>Whisper quiet</li> <li>41% smaller than the KT range- a similar size to a desktop PC</li> <li>Consumes 20% of power of the previous version (KT)</li> <li>Overhauled refrigeration system, using a variable speed compressor</li> <li>Water System constructed from 12mm push fit fittings</li> <li>High degree of serviceability with limited need for specialist tools</li> <li>Options for both high and low pressure pumps</li> <li>USB port for downloading system data</li> <li>Remote diagnosis of faults</li> <li>Loading software updates</li> <li>Uploading set point against time programs</li> <li>Downloading system performance data</li> <li>Whisper quiet in operation</li> </ul>

<p>The Mini is the most sophisticated and energy efficient chiller ATC have produced. Designed to replace the KT range, the Mini combines excellent cooling performance, a smaller footprint and new touchscreen controller.  As all of the internals run on 24 volts, the unit is incredible energy efficient and suitable for use all over the world.  The low noise variable speed fans make the Mini whisper quiet and the perfect addition to your laboratory or workplace. 500W cooling capacity, more powerful than the KT with a set point of 20°C and at an ambient of 20°C </p> <ul> <li>Set temperature range of -10°C to +60°C</li> <li>A touchscreen interface</li> <li>Universal 90-260 VAC input voltage and 50/60Hz input frequency suitable for use all over the world</li> <li>Variable speed compressor and fan</li> <li>More energy efficient can better control noise</li> <li>Whisper quiet</li> <li>41% smaller than the KT range- a similar size to a desktop PC</li> <li>Consumes 20% of power of the previous version (KT)</li> <li>Overhauled refrigeration system, using a variable speed compressor</li> <li>Continual adjustment of refrigerant mass flow rate to control duty</li> <li>Water System constructed from 12mm push fit fittings</li> <li>High degree of serviceability with limited need for specialist tools</li> <li>Options for both high and low pressure pumps</li> <li>USB port for downloading system data</li> <li>Remote diagnosis of faults</li> <li>Loading software updates</li> <li>Uploading set point against time programs</li> <li>Downloading system performance data</li> <li>Whisper quiet in operation</li> </ul>

<table width="100%"> <tbody> <tr valign="top"> <td style="padding-right: 25px;" width="50%"> <p>Combining a a high efficiency, corrosion resistant plate heat exchanger,  compressor  and a non-ferrous pump, the W-series is suitable for both glycol and deionised water.</p> <p>By using R 134a refrigerant, fridge pressure is minimised and therefore allows operation in ambient temperatures as high as 55 ºC.</p> <p>All Chillers in theW-series range incorporate an antifreeze thermostat to protect the plate heat exchanger and integrated pres­sure switches to protect the fridge circuit against high and low pressure.</p> <p>Housings are made from galvanized steel and externally coated to provide corrosion protection against the harshest of environments.</p> </td> <td> <p>Standard Features:</p> <ul> <li>Visual water level</li> <li>High efficiency plate heat exchanger </li> <li>Corrosion resistant coolant circuit </li> <li>Stainless steel coolant tank</li> <li>Thermostatic expansion valve</li> <li>Operation up to 38 C ambient (standard)</li> <li>Powder coated galvanised steel housing </li> <li>Antifreeze protection</li> <li>Plug &amp; Play design</li> </ul> </td> </tr> </tbody> </table> <p> </p>

<table width="100%"> <tbody> <tr valign="top"> <td style="padding-right: 25px;" width="50%"> <p>The XR-Series is a range of 19” rack mountable water-to-water heat exchangers, designed for use with primary water circuits, providing cooling to applications for which the facilities water may be unsuitable. Water-to-water heat exchangers can address water quality concerns, overcoming issues associated with insufficient pressure, fluctuating flow, or very cold water, by providing a stable supply of coolant to the process, regardless of facility water condition, ensuring that processes remain at optimum performance. They are also effective at protecting more sensitive equipment from microbial contamination.</p> <p>A water-to-water heat exchanger sits between the application and the primary water circuit, modulating the flow rate to achieve temperature stability without the need for a refrigeration circuit. They are ideal in situations where the application set point is higher than the primary water supply, as the set point does not need to be lower than the primary circuit temperature.</p> <p>The XR-Series is a self-contained system, comprised of a modulated primary supply, the water-to-water heat exchanger, and the coolant storage tank. A wide range of non-ferrous/stainless steel pumps are available, both positive displacement and centrifugal, with varying flows and pressures to suit a multitude of requirements. All pumps have fan-cooled electric motors and are supplied in 304 &amp; 316 stainless steel as standard.</p> </td> <td style="padding-left: 25px;"> <p>The XR-Series is suitable for use with a wide range of fluids, including:</p> <ul> <li>Water </li> <li>Glycols</li> <li>Oils</li> </ul> <p>Features of the XR-Series include:</p> <ul> <li>Supplied complete with circuit breakers and on/off switches.</li> <li>Coolant pump starting contactors</li> <li>Pump motor protection</li> <li>IP54 protection.</li> <li>24V control circuit available</li> <li>Temperature gauge</li> <li>Pressure gauge</li> <li>Coolant safety bypass</li> <li>Visual tank level indicator </li> </ul> <p>Common applications include: ·        </p> <ul> <li>Resistance Welding Machines</li> <li>High Frequency Generators</li> <li>Furnace Equipment</li> <li>X-Ray Devices</li> <li>Lasers</li> <li>General Process Cooling  </li> </ul> <p>Floor standing variants are available on request. </p> </td> </tr> </tbody> </table> <p> </p> <p> </p>

<table width="100%"> <tbody> <tr valign="top"> <td style="padding-right: 25px;" width="50%"> <p>This range of floor-standing heat exchangers is designed for use with primary cooling circuits, providing cooling to applications for which the facilities water may be unsuitable for. Closed loop water to water heat exchangers from Applied Thermal Control utilize chilled house water to remove heat from the process coolant via a heat exchanger, providing an efficient way to cool without the need for an additional refrigeration circuit.</p> <p>Heat exchangers in the XF series provide a barrier, protecting process coolants from potentially harmful cooling water that may contain contaminants. Units from Applied Thermal Control also overcome problems associated with insufficient pressure, fluctuating flow, or very cold water, by providing a stable supply of coolant to the process, regardless of house water condition, thus ensuring that the process remains at optimum performance.</p> <p>Units in the XF range are self-contained systems with modulated primary supply, a water to water plate heat exchanger, coolant storage tank, and pump. A wide range of non-ferrous/stainless steel pumps with varying flows and pressures are available to suit requirement. Pumps are of positive displacement or centrifugal construction with fan-cooled electric motors, supplied in 304 &amp; 316 stainless steel as standard.</p> </td> <td style="padding-left: 25px;"> <p>Other features of the XF range include:</p> <ul> <li>Supplied complete with circuit breakers and on/off switches</li> <li>Coolant pump starting contactors</li> <li>Pump motor protection</li> <li>IP54 protection</li> <li>Temperature gauge</li> <li>Pressure gauge</li> <li>Coolant safety bypass</li> <li>Visual tank level indicator </li> <li>24 V control circuit available</li> </ul> <p>Common Applications include:</p> <ul> <li>Laser systems</li> <li>X-ray sources </li> <li>Vacuum pumps</li> <li>Resistance welding machines </li> <li>High frequency generators </li> <li>Furnaces </li> <li>Hydraulic systems</li> <li>RF generators </li> <li>Resistance welding </li> <li>Additive manufacturing </li> <li>Cooling cyrocompressors </li> <li>Vacuum systems </li> <li>Plasma etching </li> <li>Deposition systems</li> <li>PVD</li> <li>Microchip </li> <li>Extruders</li> </ul> </td> </tr> </tbody> </table> <p> </p> <p> </p>

<div class="ProductLayout__selling-card__text__scrollbar__description"> <p>Applications: Vacuum Packaging, Extruders, Solvent Distillation/Vapor Recovery, Sterilization, Degasifiers, Evaporators, Freeze Drying, Vapor Coating, Gas Compression</p> <p>A Series pumps are not as susceptible to cavitation compared to flat plate design because the flow path through the pump is an axial flow. This allows the velocity through the pump to be unchanged and carries the air out effortlessly. It is not unusual for these pumps to run 24/7 operation for years without maintenance. A Series pumps are vibration-free and environmentally friendly with no oil used for lubrication, and no oil discharged to atmosphere. Complete, self-contained systems including liquid recovery and recirculation are available.</p> <ul> <li>Simplistic in design, rugged in construction</li> <li>Built to run in the most severe of industrial conditions</li> <li>Unique design allows pump to operate flooded, without damage</li> <li>Flat power curve over entire vacuum range prevents motor overload</li> <li>No contact between operating components in the casing</li> <li>Pull down to 29” Hg - 25 Torr (33 mbar a)</li> <li>Increased water handling capability prevents heat build-up, extending single mechanical seal life</li> <li>Reduced stress on motor shaft and bearings</li> <li>Available in stainless steel, bronze, or cast iron (A200 &amp; A300 models available in cast iron)</li> <li>Compact, close-coupled design eliminates need for interstage manifold or motor alignment</li> </ul> </div>