High-performance Chiller PCU-SL Series / Precision Chiller PCU-R Series

When selecting a chiller, it is important to carefully consider the usage conditions, usage situation, and the chiller's functions, performance, and specifications. Neglecting the selection process may result in the chiller not performing as expected after it is put into use, potentially leading to issues with the equipment or the chiller itself. Additionally, the selection of a chiller requires not only the work (cooling target) temperature and heat load but also factors such as the piping lift. Therefore, compared to other equipment and devices, selecting the appropriate chiller model is more challenging and prone to problems. In this volume, we will clearly introduce the method for selecting a chiller. 【Contents (Excerpt)】 ■ Selection Step 1: Determine the temperature of the circulating water ■ Selection Step 2: Decide on the cooling method ■ Selection Step 3: Determine the cooling capacity ■ Selection Step 4: Determine the pump capacity *If you have any questions, please feel free to contact us.

When selecting a chiller, it is important to carefully choose the operating conditions, usage situation, and the chiller's functions, performance, and specifications. Neglecting the selection process may result in the chiller not performing as expected after it is put into use, potentially leading to issues with the equipment or the chiller itself. Additionally, selecting a chiller requires not only the work (cooling target) temperature and heat load but also considerations such as the piping lift. Therefore, compared to other equipment and devices, selecting a chiller is more complex and prone to problems. In this volume, we will clearly introduce the method for selecting a chiller. Please take a look. [Content (Excerpt)] ■ Selection Step 1: Determine the temperature of the circulating water ■ Selection Step 2: Decide on the cooling method ■ Selection Step 3: Determine the cooling capacity ■ Selection Step 4: Determine the pump capacity *If you have any questions, please feel free to contact us.

【Temperature Control for Evaluation Devices and Test Benches with the PCU-R Series! "Precision Chiller Catalog" Released】 Are you wondering whether to install two chillers to perform heating and cooling simultaneously? Apisate's precision chiller has an ultra-wide range of -10°C to 80°C, allowing one chiller to handle a broad temperature range. Moreover, with Apisate's unique parallel task control, ultra-high precision water temperature management at ±0.05°C has been achieved. If you are interested, please download the PDF from the related catalog below or feel free to contact us. 【Contents】 ■ Compact Wide Range Chiller PCU-R Series ■ Various features that achieve high stability and reliability ■ Specifications for the PCU-R Series (Air-Cooled) ■ Specifications for the PCU-R Series (Water-Cooled)

We are currently publishing a catalog showcasing examples that are possible only because of Apiste's expertise in both environmental improvement and air conditioning/temperature control. 【Solution Proposal Examples】 ■ Conventional Method - Using two chillers divided into low-temperature and high-temperature ranges ■ Issues - Difficult temperature control due to the use of two chillers - Initial costs for two units - Requires installation space for two units ■ Ideal Condition - One chiller that can handle both low and high-temperature ranges - High-precision water temperature control ■ Apiste's Proposal - Use one ultra-wide range chiller from the PCU-R series, capable of -10℃ to 80℃ ■ Benefits - One chiller covers both low and high-temperature ranges - Achieves temperature control with high precision of ±0.05℃ + Double safety pan structure for peace of mind in case of emergencies + Standard RS232C communication for remote control capability + Use of external temperature sensors allows for cascade control *For more details, please refer to the related product catalog or feel free to contact us.