アピステ Product Lineup

■Welding fumes and dust can be collected with one unit ■Mobile due to caster wheels ■No need for filter replacement for a long time ■Reduces fire risk with a fume box The Apiste welding fume dust collector 'GDE-FUME series' comes with a fume box. The fume box features a fire suppression mechanism and an automatic supply function for filtering aids, which helps reduce the risk of fire caused by spatter generated during welding. 【Features】 ■Optimal for collecting welding fumes - Comes with a fume box that has a fire suppression mechanism and an automatic supply function for filtering aids ■Standard ultra-fine filter + Green Pulse system adopted - No need for filter replacement for a long time - Clean exhaust ■Automatic airflow control by inverter - Achieves dust collection at appropriate airflow - Reduces power consumption and realizes energy savings ☆We also accept inquiries for test machines. Please feel free to contact us.

• Dust collector

- The era is shifting from centralized air conditioning to localized air conditioning - The "PAU-GR series" is a non-Freon precision air conditioning unit designed to manage temperature, humidity, and cleanliness in various manufacturing processes based on the concept of localized air conditioning. The "PAU-GR series" reduces energy consumption compared to centralized air conditioning. Furthermore, it achieves ultra-energy savings (eco) through complete heater-less operation and inverter control, reducing power consumption by up to approximately 88% compared to conventional models. In addition to high-precision temperature management, it also allows for precise control of humidity, which is often considered challenging, as needed. Moreover, by combining with a fan filter unit, it can easily achieve a wide range of cleanliness management. Additionally, it features a newly developed LCD operation panel with excellent visibility, providing user-friendly operation with intuitive icons that allow for quick identification of operating status. 【Features】 ■ Adoption of non-Freon HFO-1234yf refrigerant to reduce management costs ■ Maximum 88% energy savings (eco) with complete heater-less operation and inverter control *Compared to our conventional models *For more details, please refer to the PDF materials or feel free to contact us.

• Temperature and Humidity Control

■Automatic filter cleaning with pulse jet - No dirt on the workers during filter cleaning! ■Automatically adjusts pulse frequency according to filter differential pressure - No need for fine adjustments during operation. After installation, leave it to the dust collector! - No unnecessary pulses, so the filter lasts longer! ■No need for regular filter replacement The Apiste dust collector 'GDE Series' is equipped with ultra-fine filters. The ultra-fine filter features a "nano-sized mesh structure" made up of fine fibers on the order of hundreds of nanometers, allowing it to filter even fine dust on the filter surface. Additionally, the dust removal function using compressed air effectively removes the filtered dust, solving the issue of "filters clogging quickly" and eliminating the need for filter replacement for an extended period! *For more details, please refer to the PDF document or feel free to contact us.

• Dust collector

Significant reduction in installation and operating costs! By using "local air conditioning" that only conditions limited spaces, it enables energy-saving and high-precision management of temperature, humidity, and cleanliness. 【Features】 ■ Temperature control accuracy: ±0.1℃ ■ Humidity control accuracy: ±1.0% RH ■ Minimal costs due to local air conditioning! Precision air conditioning units are in a local air conditioning format that divides spaces. Since only the areas where temperature and humidity management is needed are controlled, large-scale equipment is unnecessary. It can be installed at a lower cost compared to whole-building air conditioning. ■ No management costs for refrigerants since non-fluorocarbon refrigerants are used! With an extremely low Global Warming Potential (GWP), it is exempt from the Fluorocarbon Emission Control Law, eliminating costs for refrigerant recovery or destruction upon disposal, and there are no obligations for regular inspections of precision air conditioning units during use. ■ Up to 88% energy savings (eco) with completely heater-less and inverter control compared to our conventional models. *For more details, please refer to the PDF document or feel free to contact us.

• Temperature and Humidity Control

Significant reduction in introduction and operating costs! With "local air conditioning" that only conditions limited spaces, energy-saving and highly precise management of temperature, humidity, and cleanliness is possible. 【Features】 ■ Temperature control accuracy: ±0.1℃ ■ Humidity control accuracy: ±0.5% RH ■ Dehumidification of absolute moisture content by ▲65%! Rapid dehumidification of humid air at 27℃ and 70% to 23℃ and 30% in a single pass! Traditionally, it was considered difficult to dehumidify absolute moisture content by ▲65% using only a refrigeration cycle. The "PAU-AZ2000SE-DR" adopts Apiste's unique "MAX-DRY operation method," enabling rapid dehumidification of humid air in a single pass. 【Application Examples】 - As a dry air conditioning unit when using hygroscopic materials! - For drive booths in processes using organic solvents or powders! - As a dry air supply unit for the OA intake of air conditioning equipment! *For more details, please refer to the PDF document or feel free to contact us.

• air conditioning

Achieved energy-saving and high-precision temperature management through "local air conditioning," which only conditions a limited space. It is recommended for constant temperature rooms, testing machines, and precision processing machines where even slight temperature changes are not allowed. 【Features】 ■ Temperature control accuracy: ±0.1℃ ■ Minimal costs due to local air conditioning! Precision air conditioning systems use a local air conditioning method that divides spaces. Since only the area where temperature and humidity management is desired is controlled, large-scale equipment is unnecessary. It can be implemented at a lower cost compared to whole air conditioning. ■ No management costs for refrigerants as it uses non-fluorocarbon refrigerants! With an extremely low Global Warming Potential (GWP), it is exempt from the Fluorocarbon Emission Control Law, eliminating costs for refrigerant recovery or destruction upon disposal, and there are no obligations for regular inspections of the precision air conditioning unit during use. ■ Up to 88% energy savings (eco) with complete heater-less and inverter control compared to our conventional models. ■ Equipped with a dry mode for dehumidification purposes The standard dry mode enhances dehumidification capability. Therefore, it can not only maintain a constant temperature but also dehumidify simultaneously. *For more details, please refer to the PDF document or feel free to contact us.

• Temperature and Humidity Control

The "PCU-R Series" is a compact wide-range chiller that meets the various needs of manufacturing, development, and research fields where stability, precision, and reliability are required. The precision chiller PCU-R Series has an ultra-wide range of -10°C to 80°C, allowing a single chiller to handle a wide temperature range. Furthermore, thanks to Apiste's unique parallel task control, it achieves high-precision water temperature management with an accuracy of ±0.05°C. It consistently delivers high stability and high precision across all temperature control ranges, contributing to temperature regulation in various applications. 【Features】 ■ Wide range: -10 to 80°C ■ High precision: ±0.05°C ■ Pulsation-free with high stability ■ Various functions that ensure high stability and reliability ■ Control based on the temperature of the target object rather than the circulating water temperature is possible *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

The oil chiller is a device that adjusts the oil temperature of machines to an appropriate level. It is widely used in high-precision machine tools' spindles and hydraulics. The high-precision non-fluorocarbon oil chiller 'VSC-N Series' has been developed, using the non-fluorocarbon refrigerant HFO-1234yf and capable of temperature control within ±0.1°C. It is exempt from the "Fluorocarbon Emission Control Law," eliminating the need for collection and destruction by designated contractors and the obligation for regular inspections, thereby removing the cost burden associated with fluorocarbons. We encourage you to consider the high-precision non-fluorocarbon oil chiller 'VSC-N Series'! 【Features】 ■ Zero fluorocarbon management workload with the new refrigerant HFO-1234yf ■ Oil temperature control with high precision of ±0.1°C ■ High precision of ±0.1°C with hot gas bypass control ■ Available in 1500W/3000W/6000W types ■ IoT compatible, allowing setting changes from touch panels and PLCs *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

The panel cooler, using an internal circulation method, can perform cooling, dust prevention, and dehumidification within the panel. It keeps the equipment inside the manufacturing site in optimal condition, ensuring stable production. ■ Significant reduction in maintenance costs and labor with finless and filterless design The GR-Pro series employs a finless condenser. There are no areas prone to clogging, so there is no filter, eliminating the need for filter cleaning or replacement. ■ No management costs for refrigerants as it uses non-Freon refrigerants With an extremely low global warming potential (GWP), it is exempt from the Freon emission control law, meaning there are no costs for recovering or destroying Freon from discarded coolers, and there is no obligation for regular inspections during use. ■ Energy-saving operation By operating according to the load rate, it achieves up to 55% energy savings compared to conventional models. In addition to "compressor control" using a uniquely developed inverter, it also controls the "condensing fan" and "electronic expansion valve." 【Features】 ■ Low maintenance due to no clogging ■ Energy-efficient (eco) & powerful cooling ■ High convenience with IoT compatibility ■ Lightweight, slim, and easy to install ■ User-friendly global specifications

• Control Panel Cooler

The "GR-Pro" is a control panel cooler that not only eliminates the cost of refrigerants with its "non-Freon" design but also features new functions that further reduce the burden on customers. By adopting a finless condenser, there are no clogging points, which eliminates the need for filters and significantly reduces maintenance costs and labor. The risk of failure due to clogging is also minimized. Additionally, it can connect up to 32 units at once, allowing for temperature and error display as well as setting changes. 【Features】 ■ Low maintenance due to no clogging ■ Energy-saving (eco) and powerful cooling ■ High convenience with IoT compatibility ■ Lightweight, slim, and easy to install ■ User-friendly global specifications *For more details, please refer to the PDF materials or feel free to contact us.

• Control Panel Cooler

The "ENC-GR-eco series" is an energy-saving, non-Freon control panel cooler that uses an inverter to control a compressor with a built-in DC motor. It does not operate at full capacity until the load rate reaches 100%, which reduces running costs, and because there are fewer temperature fluctuations inside the panel compared to ON/OFF control, it also reduces stress on electronic devices. 【Features】 ■ Up to 55% energy saving compared to conventional models (Eco) ■ All models support high-temperature environments up to 55°C ■ 200-240V free power supply ■ QR code for quick identification of model and manufacturing serial number *For more details, please refer to the PDF document or feel free to contact us.

• Control Panel Cooler

The cooler for control panels can perform cooling, dust prevention, and dehumidification inside the panel due to its internal circulation system. It keeps the equipment inside the manufacturing site in optimal condition, ensuring stable production. ■ Ceiling Mountable Even if there is no space around the control panel, it can be installed on the ceiling of the control panel. ■ Significant reduction in maintenance costs and labor with no fins and no filters! The ENC-GR-EX-Pro series adopts a finless condenser. Since there are no clogging points, there are no filters, eliminating the need for filter cleaning or replacement. ■ No management costs for refrigerants as it uses non-fluorocarbon refrigerants! With an extremely low Global Warming Potential (GWP), it is exempt from the Fluorocarbon Emission Control Law, meaning there are no costs for recovering or destroying the refrigerants when disposing of the cooler, and there is no obligation for regular inspections during use. ■ Energy-saving operation By operating according to the load rate, it achieves up to 55% energy savings compared to conventional models. In addition to "compressor control" using a uniquely developed inverter, it also controls the "condensing fan" and "electronic expansion valve."

• Control Panel Cooler

The "ENC-GR-SUS series" is designed for long-term use in harsh environments, such as those with high moisture or outdoors, featuring an all-stainless steel body for durability and high weather resistance. Additionally, in terms of internal structure, the condenser is coated with cationic electrodeposition paint, and the refrigerant piping is coated with modified epoxy resin paint, making it a highly reliable non-Freon control panel cooler. Furthermore, by controlling the "condenser fan" and "electronic expansion valve," and utilizing a uniquely developed inverter for "compressor control," we have achieved energy savings of up to 64% compared to conventional models. 【Features】 ■ Usable in outdoor and water/moisture-rich environments ■ Pursuit of durability and high weather resistance ■ All-stainless steel body *For more details, please refer to the PDF materials or feel free to contact us.

• Control Panel Cooler

The cooler for control panels uses an internal circulation method, allowing for cooling, dust prevention, and dehumidification within the panel. It keeps the equipment in the manufacturing site in optimal condition, ensuring stable production. ■ Non-drain type with special evaporative filter! This is a non-drain type cooler for control panels that can be used in sites where draining water is difficult. It temporarily retains drain water with a special evaporative filter that excels in water absorption and air permeability, and vaporizes the drain water using the heat expelled by the cooler, eliminating the need for additional power consumption. It has achieved non-drain operation even in high-temperature and high-humidity environments of 35°C and 85% humidity. ■ No management costs for refrigerants as it uses non-fluorocarbon refrigerants! With an extremely low Global Warming Potential (GWP), it is exempt from the Fluorocarbon Emission Control Law, meaning there are no costs for recovering or destroying the refrigerants when disposing of the cooler, and there are no obligations for regular inspections during use. ■ Energy-saving operation By operating according to the load rate, it has achieved energy savings of up to 55% compared to conventional methods. It features "compressor control" through a uniquely developed inverter. *The materials can be viewed immediately via "PDF Download."

• Control Panel Cooler

The "ENC-GR Series" is a non-fluorine cooler for control panels with an ultra-compact body. It uses non-fluorine refrigerant R1234yf, which has a global warming potential of less than 1. It is not subject to the Fluorocarbon Emission Control Law, eliminating the need for fluorine management labor. Please consider using it for control panels in narrow spaces where installation was previously abandoned due to space constraints. 【Features】 ■ Ultra-compact body ■ Non-fluorine R1234yf refrigerant ■ Oil-resistant fan motor *For more details, please refer to the PDF document or feel free to contact us.

• Control Panel Cooler

The "NRC Series" is a Peltier cooler that has significantly improved reliability due to the adoption of fully coated special Peltier elements. This element, used for cooling computer CPUs, employs an environmentally friendly cooling method that differs from air conditioning systems using refrigerants like Freon. By not using a compressor, it achieves significant miniaturization and maintains the conditions inside the control panel through internal circulation. 【Features】 ■ Fully coated special Peltier elements ■ Non-Freon clean cooling ■ Internal circulation system & mild cooling/dehumidification ■ Compliant with VCCI Class A (radio wave regulations) ■ AC100V–240V, free power supply *For more details, please refer to the PDF materials or feel free to contact us.

• Cooling system

The cooler for control panels can perform cooling, dust prevention, and dehumidification inside the panel due to its internal circulation system. It keeps the equipment in the manufacturing site in optimal condition, ensuring stable production. ■ Compatible with 400V! It supports three-phase AC 380–415/AC 400–460 (50Hz/60Hz). It can be installed in control panels of equipment that commonly use 400V, such as large press machines, without the need for a transformer. ■ Energy-saving features and eco mode included! The operation mode of the internal cooling fan can be switched. By alternating between continuous airflow mode and eco mode, which synchronizes with the compressor, approximately 20% energy savings can be achieved. *For more details, please refer to the PDF materials or feel free to contact us.

• Control Panel Cooler

The cooler for control panels can perform cooling, dust prevention, and dehumidification inside the panel due to its internal circulation method. It keeps the equipment in the manufacturing site in optimal condition, enabling stable production. ■ Downflow cooling efficiently cools large inverters Some electronic devices in control panels are equipped with self-cooling fans that draw air from below. This allows for efficient cooling of electronic devices, such as large inverters, that draw air from a low position. ■ No management costs for refrigerants as it uses non-fluorocarbon refrigerants! With an extremely low Global Warming Potential (GWP), it is exempt from the Fluorocarbon Emission Control Law, eliminating the costs associated with recovering or destroying refrigerants from discarded coolers, and there is no obligation for regular inspections of the cooler during use. ■ Energy-saving operation It features "compressor control" developed in-house using an inverter. By operating according to the load rate, it achieves energy savings of up to 55% compared to conventional methods. *For more details, please refer to the PDF document or feel free to contact us.

• Control Panel Cooler

The Apiste dust collector "GDE Series" is a high-performance dust collector that can maintain and control airflow. It not only maintains the set airflow but also allows you to check the trends of airflow and differential pressure on the touch panel. Additionally, it is compatible with fume collection during welding work, which has been gaining attention recently. 【Features】 ■ Automatic airflow control with an inverter - Achieves dust collection at optimal airflow - Reduces power consumption and realizes energy savings ■ Compatible with welding fumes - Fume box that can automatically supply filtration aids (optional) ■ Standard equipped with ultra-fine filters + Green Pulse method adopted - No need for filter replacement for an extended period - Clean exhaust ☆ Consultation for test machines is also available. Please feel free to contact us. *For more details, please refer to the PDF materials or feel free to contact us.

• Dust collector

I feel that the airflow of the dust collector is decreasing, but I cannot make a comparison. Even if I want to replace the filter, I lack sufficient grounds to write a proposal. In fact, we receive many inquiries about such concerns. The Apiste dust collector GDE series has a data storage function that allows for easy confirmation of airflow and differential pressure on the touch panel. As a result, we have been able to achieve preventive maintenance, such as cause analysis during trouble occurrences and predictions for maintenance timing. 【Solution Proposal Example】 ■ Conventional Method - Using a dust collector that does not display or record airflow or differential pressure ■ Issues - Airflow records are only available at the timing of self-inspection - Cannot confirm if the necessary airflow is truly being achieved ■ Benefits - Operating records are automatically saved and can be easily checked later - Preventive maintenance can be performed + Additional: Significant energy savings achieved + Additional: Equipped with ultra-fine filters, eliminating the need for filter replacement for a long time *For more details, please refer to the PDF materials or related product catalogs, or feel free to contact us.

• Dust collector

The "GDE Series" is a dust collector that contributes to improving the working environment in factories through clean air technology. By combining an ultra-fine filter created with advanced nano-fiber technology and the Green Pulse system, it breaks the conventional concept of dust collectors, eliminating the need for long-term filter replacements and achieving clean exhaust that previous dust collectors did not offer. Additionally, it can accommodate fume collection during welding operations by installing an optional fume box, which has recently gained attention. 【Features】 ■ Standard ultra-fine filter + Green Pulse system - No need for long-term filter replacements - Clean exhaust ■ Compatible with welding fumes - Fume box (optional) that can automatically supply filtration aids ■ Automatic airflow control with an inverter - Achieves dust collection at appropriate airflow - Reduces power consumption and promotes energy saving (eco-friendly) ☆ We are also offering a free service for test units. *For more details, please refer to the PDF materials or feel free to contact us.

• Dust collector

Dust Checker" that constantly monitors for dust leakage and can detect dust collector fires early. ■ Detects dust leakage from dust collectors! It detects dust leakage due to environmental factors such as filter deterioration or clogging, as well as dust leakage caused by filter damage due to fire. ■ Easy installation with a dedicated exhaust flange! It can be easily installed with the exhaust flange on the high-performance dust collector GDE series from Apiste. * The materials can be viewed immediately via "PDF Download.

• Dust collector

The "PCU-NE Series" is a non-fluorocarbon chiller that takes into consideration the Earth's environment and user burden, utilizing the non-fluorocarbon refrigerant HFO-1234yf. It is not subject to the "Fluorocarbon Emission Control Law," eliminating the need for collection and destruction by designated contractors, as well as the obligation for regular inspections, thereby removing the cost burden associated with fluorocarbons. 【Features】 ■ Drive recorder and time calendar functions ■ Capable of recording data from external temperature sensors ■ Large-diameter tank for easy water supply operations ■ Four-blade multi-stage vortex pump adopted ■ Temperature control using external sensors ■ Reliable cooling performance ■ Standard equipped with Ethernet to meet a wide range of communication needs! To accommodate various communication requirements, Ethernet is standard. In addition to read/write compatible external communication Modbus/TCP, it also supports MC protocol and socket communication methods. It can cater to diverse needs such as checking operating status, visualizing data, and remote control. ☆ Free service for test units is currently available. *For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

The "PCU-SL Series" is a high-durability chiller that achieves high durability for safe use even in harsh field environments. It continues to cool without stopping even in high-temperature environments of 45°C. Not only does it offer durability, but it also features excellent usability that allows anyone to operate it intuitively and easily. 【Features】 ■ Reliable durability even in harsh environments ■ Excellent cooling performance suitable for various applications ■ Usability focused on ease of use ■ Functions that support stable cooling ■ Continues to operate even in high-temperature environments ☆ Free service for test units is currently available. *For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

A chiller is a device that controls and circulates the temperature of various liquids, such as water, and is used as a device to maintain a constant temperature for various industrial equipment and scientific instruments. The "PCU-R Series" is a compact wide-range chiller that excels in stability, accuracy, and reliability, meeting the needs of various fields such as manufacturing, development, and research. It achieves a wide temperature control range of -10 to 80°C. Furthermore, thanks to Apiste's unique parallel task control, it has realized high-precision water temperature management with an accuracy of ±0.05°C. It allows for continuous operation without stopping the compressor in all ranges, eliminating the instability associated with ON/OFF control, and consistently achieving high stability and high precision in any temperature control range. 【Features】 ■ High precision ±0.05°C ■ Wide range -10 to 80°C ■ Pulsation-free with high stability ■ Various functions that ensure high stability and reliability ■ Water temperature control tailored to applications *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

The "VSC-N Series" is a non-Freon oil chiller that uses the non-Freon refrigerant HFO-1234yf. It is exempt from the "Freon Emission Control Law," eliminating the need for collection and destruction by designated contractors and the obligation for regular inspections, thereby removing the cost burden associated with Freon. It is now standard for oil chillers to be non-Freon. 【Features】 ■ Zero Freon management workload with the new refrigerant HFO-1234yf ■ High precision control with hot gas bypass, ±0.1℃ ■ Available in 1500W, 3000W, and 6000W types ■ IoT compatible, allowing for setting changes from touch panels and PLCs ☆ We are also offering free service for test units. *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

The "GME-SCF" is a high-performance filter that creates a comfortable working environment without being selective about mist. The GME-SCF is composed of ultra-fine glass fibers and polyester fibers, capturing oil mist particles that could not be collected by mist collectors alone. You will no longer be troubled by differences in collection efficiency based on particle size. 【Features】 ■ High collection efficiency ■ No need for filter replacement for an extended period ■ Dedicated installation frame for the GME-S series is also available *For more details, please refer to the PDF document or feel free to contact us.

• Oil Mist Collector

The "PAU Series" is a precision air conditioning system designed to manage temperature, humidity, and cleanliness in various manufacturing processes based on the concept of localized air conditioning. By providing air conditioning for localized spaces, the "PAU Series" can reduce energy consumption compared to whole-room air conditioning, enabling high-precision temperature management as well as precise control of humidity, ranging from low to high humidity environments as needed. Additionally, by combining with fan filter units, it is possible to easily achieve a wide range of cleanliness management. 【Features】 ■ Temperature Control ±0.1℃ ■ Humidity Control ±0.5% RH ■ Cleanliness Control Class 10 to Class 10000 ■ Flexible response to changes in manufacturing line specifications and layouts ☆ Free service for test units is currently available. *For more details, please refer to the PDF document or feel free to contact us.

• Temperature and Humidity Control

The "ENH Series" is a heat exchanger that can be used in various fields such as control panels for machine tools and heat dissipation and dust prevention for various analytical instruments. The heat pipe consists of an evaporator section and a condenser section, and the interior is in a vacuum state. Additionally, it contains pure water as the working fluid, utilizing the evaporation and condensation of this pure water for heat transfer. Compared to plate-type heat exchangers, it enables more efficient heat exchange and has been made smaller, thinner, and lighter. 【Features】 ■ Industry's smallest level ENH-105L ■ Industry's thinnest level ENH-115S with a thickness of 45mm also available ■ Achieves remarkable miniaturization, thinning, and weight reduction *For more details, please refer to the PDF materials or feel free to contact us.

• Heat exchanger

Conventional plate-type heat dissipation fins have large folded sections, making it challenging to increase the size of the fins. The "ENH-P Series" adopts a next-generation heat dissipation module with improvements to the folded sections. By reducing the fin pitch to an extremely small 3mm, we have achieved high efficiency that delivers the same heat dissipation capability in a smaller area. 【Features】 ■ High-efficiency plate type ■ Adoption of next-generation heat dissipation module ■ Delivers the same heat dissipation capability in a smaller area ■ Achieves a 3mm fin pitch with thin plate design *For more details, please refer to the PDF document or feel free to contact us.

• Heat exchanger

This document is a "reference book" that can be utilized when constructing a cooling water system, summarizing basic knowledge about the piping and ancillary components surrounding cooling equipment in 72 pages. It clearly introduces the types of components such as piping, pumps, valves, and heat exchangers, along with their characteristics. It also includes many practical tips and points to consider when piping. This material is not only suitable for beginners but also packed with information that even experienced professionals would want to review before system construction. 【Contents (excerpt)】 ■ Piping sizes and flow rate guidelines ■ Types of piping (materials) and main usage examples ■ Types of piping connection methods and their advantages and disadvantages ■ Types and characteristics of fittings ■ Examples of pump troubles and solutions ■ Types and characteristics of valves ■ Types and characteristics of heat exchangers ■ 10 examples of piping *The document can be viewed immediately via "PDF Download."

• Chiller

This document summarizes the basics of "piping system diagrams," useful tips, and solutions to cooling-related troubles. It serves as educational material for employees newly involved in equipment piping and cooling systems, as well as a reference for those who regularly handle equipment piping and cooling systems. Please take a look. 【Contents (Excerpt)】 ■Chapter 1 Basics of Piping System Diagrams ■Chapter 2 Types of Cooling Equipment ■Chapter 3 Key Points of Piping as Seen in Piping System Diagrams ■Chapters 4 & 5 Tips for Interpreting Piping System Diagrams and Methods for Cooling Improvement (1) Raw Material Tank to Mixing [Chemical, Resin-related, Food-related] (2) Hydraulic Equipment *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This is an example from a grinding factory. In grinding, not only oil mist but also chips and abrasive particles are generated together. Therefore, traditionally, even if a mist collector was installed, it would quickly become clogged, allowing mist to spread throughout the factory. 【Proposed Solution Example】 ■ Traditional Method - Use of filter-type mist collectors ■ Issues - The mist collector's filter quickly clogs due to the suction of oil mist containing chips and abrasive particles - Frequent maintenance of the mist collector is required - Oil mist disperses, causing odor and haze ■ Ideal Condition - The mist collector's filter does not clog even when sucking in oil mist mixed with chips and abrasive particles - Oil mist is effectively collected and does not disperse within the factory - Longer maintenance cycles with reduced labor ■ Apiste's Proposal - Installation of the GME-S series mist collector, which adopts a "one-way flow system" that does not accumulate chips and abrasive particles internally, allowing for longer maintenance cycles ■ Benefits - Reduction in labor due to extended maintenance cycles - Environmental improvement due to reduced mist leakage outside the processing machine

• Oil Mist Collector

Hatena Magazine - Basic Knowledge Edition" is a highly popular technical document that explains fundamental knowledge divided into 17 themes over 70 pages. It also provides clear explanations of concepts such as the mechanisms of electricity and static electricity, accompanied by diagrams and illustrations, so please take a look. [Contents (Excerpt)] - What is a unit? - What is energy? - What is electricity? - What is a fan motor? - What is freon? - What are international standards? - International standards and power supply issues - What are the plugs and sockets around the world? *The document can be viewed immediately via "PDF Download.

• Chiller

Static electricity causes various issues such as poor printing quality and equipment troubles. It occurs under several overlapping conditions, with "humidity" being the most important factor among them. In a factory that manufactures precision parts, there was a customer who experienced a high number of defects due to foreign substances adhering to coiled metal before pressing, caused by static electricity. Apiste proposed a localized air conditioning system to stabilize the temperature and humidity in the production area, creating an environment where static electricity is less likely to occur. 【Solution Proposal Example】 ■ Conventional Method - Use of general air conditioning ■ Issues - Static electricity occurs in winter, causing foreign substances to adhere to the workpiece. - If the workpiece enters the press with foreign substances attached, it results in defective products. ■ Ideal State - Suppression of static electricity generation, preventing foreign substances from adhering. ■ Apiste's Proposal - Installation of the precision air conditioning unit PAU series along with booths and fan filter units to implement localized air conditioning. ■ Benefits - Control of humidity to suppress static electricity generation. - Stabilizing temperature and humidity only in the necessary areas minimizes initial costs. - Additionally, measures to prevent the intrusion of foreign substances are also realized.

• air conditioning

【Case Study of Proposed Solutions】 ■Traditional Method - Using fan motors for cooling control panels ■Issues - High temperatures inside the control panels during summer cause malfunctions in control devices such as servo amplifiers and inverters - Consequently, the factory line stops ■Ideal Condition - The factory line does not stop due to malfunctions of control devices throughout the year ■Apisute's Proposal - Calculation of heat generation and investigation of current temperatures for each control panel - Installation of appropriate coolers for control panels based on heat generation ■Benefits - Stable temperatures inside control panels year-round, reducing malfunctions of control devices - Additionally, abnormal conditions of the control panel cooler are output externally. In case of emergencies, alerts will notify you *For more details, please refer to the related product catalog or feel free to contact us.

• Control Panel Cooler

【Proposed Solution Case】 ■Conventional Method 　・Using a natural convection hydraulic unit ■Issues 　・During summer and other times of high outdoor temperatures, heat dissipation efficiency decreases, leading to increased oil temperature 　・Oil leaks occur due to seal deterioration 　・High maintenance costs due to pump failures ■Ideal Condition 　・The oil temperature of the hydraulic unit is maintained below a constant temperature year-round 　・No oil leaks occur 　・Pumps do not frequently fail 　・Production is not halted due to pump replacement maintenance ■Our Proposal 　・Install the compressor-type oil chiller VSC-N series ■Benefits 　・Achieve oil temperature management for the hydraulic unit 　・Resolve oil leaks caused by seal deterioration 　・Reduce time and costs for pump replacement 　＋α Implement preventive maintenance with external output for oil temperature alarms (IoT compatible) *For more details, please refer to the related product catalog or feel free to contact us.

• Chiller

【Proposed Solutions】 ■Conventional Methods 　・Using filter-type mist collectors 　・Using cyclone-type mist collectors ■Issues 　・Frequent maintenance required for mist collectors 　・Oil mist disperses, causing slippery factory floors ■Ideal Condition 　・Oil mist is effectively collected and does not disperse within the factory 　・Longer maintenance cycles with reduced labor ■Our Proposal 　・Install the GME series mist collectors with longer maintenance cycles 　・Recalculate the required airflow for each processing machine and survey the current airflow ■Benefits 　・Reduction in labor due to extended maintenance cycles 　・Decrease in mist leakage outside processing machines by maintaining airflow 　＋α Achieve significant energy savings (※Models equipped with energy-saving mode) ※For more details, please refer to the related product catalog or feel free to contact us.

• Oil Mist Collector

In the Fire Service Act, items that have a high risk of fire occurrence, a significant risk of fire spread in the event of a fire, and a high degree of difficulty in extinguishing are designated as "hazardous materials." Many of the non-water-soluble cutting oils used on-site fall under the category of hazardous materials, so measures based on regulations and preventive measures against fire hazards are necessary. This document summarizes the designated quantities of hazardous materials such as gasoline, kerosene, and heavy oil, so if you are interested, please take a look. *The document can be viewed immediately via "PDF Download." [Contents] ■ Hazardous materials under the Fire Service Act ■ Classification of hazardous materials for non-water-soluble cutting oils

• Technical and Reference Books

■Cooling equipment such as air-cooled heat exchangers, water-cooled heat exchangers, cooling towers, and chillers. As we check the piping system diagrams, they are almost always installed. Let's understand the types and features to make the best use of them! - What are the weaknesses of air-cooled radiators? - What kind of heat exchangers are easy to use even with high-viscosity fluids? For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

This document is an application guide for the semiconductor, electronics, and electrical industries using our high-performance chiller, the "PCU-SL Series." It introduces various applications, including the cooling of sputtering and etching equipment, cooling of laser oscillators, and more, along with illustrations. Please make use of it. [Contents] ■ Cooling of vacuum deposition equipment ■ Cooling of sputtering and etching equipment ■ Temperature conditions for aging test equipment for semiconductor devices ■ Cooling of laser oscillators ■ Temperature control of chemical solution tanks *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the food and pharmaceutical industries. It introduces various applications, including the cooling of grinders and mixers, as well as the cooling of vacuum drying, distillation, sterilization, and degassing/defoaming equipment, along with illustrations. Please make use of it. 【Contents】 ■ Cooling of vacuum drying, distillation, sterilization, and degassing/defoaming equipment ■ Cooling of mixers and tanks ■ Cooling of thawing device transmitters ■ Cooling of laminators, heat sealers, and blisters ■ Cooling of grinders and mixers *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the chemical and resin industry. It introduces various applications, including temperature management in the sheet extrusion process and temperature management in the coating and laminating processes, along with illustrations. Please make use of it. [Contents] ■ Temperature management in the sheet extrusion process ■ Temperature management in the coating and laminating processes ■ Cooling of the extruder water tank ■ Temperature control of molds ■ Cooling of mixers and tanks *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the development and evaluation department. It introduces various applications, including the cooling of engine bench testers, radiators and heat exchangers, and the utilities of environmental test chambers and air handlers, along with illustrations. Please make use of it. [Contents] ■ Cooling of engine bench testers ■ Cooling of battery charging and discharging devices ■ Cooling of turbine and motor benches ■ Cooling of radiators and heat exchangers ■ Utilities of environmental test chambers and air handlers *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the paper and cardboard industry. It introduces various applications, including temperature control in coating and gluing processes, and cooling of hydraulic units for pressure rolls, presses, and cylinders, along with illustrations. Please make use of it. [Contents] - Temperature control in coating and gluing processes - Cooling of X-ray thickness gauges - Cooling of cooling rolls - Cooling of hydraulic units for pressure rolls, presses, and cylinders - Cooling and stabilization of BM gauges *For more details, please refer to the PDF document or feel free to contact us.

• Chiller