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Water-cooled industrial chillers and air-cooled industrial chillers are generally used in long-term working conditions. If there is a little leakage in the refrigeration system, air will enter the refrigeration system of the industrial chiller for a long time. The low-temperature refrigerant in the refrigeration system will not condense into liquid with the heat dissipation of the air, which will affect the heat dissipation effect of the condenser and cause the condensing pressure to rise, causing the industrial chiller to fail to operate normally. Therefore, it is necessary to discharge the air in the industrial chiller to maintain the normal operation of the industrial chiller. 1. Operation steps of industrial chiller deflation in Freon system 1. Close the outlet valve of the accumulator or the outlet valve of the condenser; 2. Start the compressor and put the refrigerant in the low pressure section into the condenser or accumulator; 3. Stop the machine after the pressure of the low-pressure system drops to a stable vacuum state; 4. Loosen the screw plug of the bypass hole of the exhaust stop valve, turn it about half a turn, and the exhaust valve stem will make the valve into a three-way shape, so that the high-pressure gas can escape from the bypass hole. Block the exhaust air with the palm of your hand. When the hand feels cold and there are oil stains on the hand, it means that the air has basically been exhausted. Tighten the screw plug, reverse the exhaust valve stem, and close the bypass hole. 5. It should be noted that each deflation time should not be too long, and it can be carried out 2 to 3 times in a row to avoid wasting the refrigerant. If the top of the condenser or accumulator is equipped with a spare shut-off valve, the air can also be released directly from the valve. 2. Operation steps of industrial chiller deflation of refrigerant refrigeration system 1. When using the air separator to release air, put the return valve of the air separator in the normally open state to reduce the pressure of the air separator to the suction pressure, and other valves should be closed. 2. Properly open the mixed gas inlet valve, so that the mixed gas in the refrigeration system of the chiller enters the air separator. 3. Slightly open the liquid supply valve, so that the refrigerant is throttled into the air separator to vaporize and absorb heat, and cool the mixed gas. 4. Connect one end of the rubber hose to the air release valve interface into the water in the water container. When the refrigerant in the mixed gas is cooled into ammonia liquid, frost will form at the bottom of the air separator. At this time, the air valve can be slightly opened to discharge the air through the water container. If the bubbles are round in the process of rising in the water and there is no volume change, and the water is not turbid and the water temperature does not rise, then air is released. At this time, the opening of the air release valve should be appropriate. 5. The refrigerant in the mixed gas is gradually condensed into refrigerant liquid and accumulated at the bottom. The liquid level height can be seen from the frosting of the shell. When the liquid level reaches 12, close the liquid supply throttle valve and open the liquid return throttle valve. The bottom refrigerant liquid is returned to the air separator to cool the mixed gas. When the bottom frost layer is about to melt, close the liquid return throttle valve and open the liquid supply throttle valve. 6. When stopping the air release, first close the air release valve to prevent the refrigerant from leaking out, and then close the liquid supply throttle valve and the mixed gas intake valve. To prevent pressure build-up in the air vent, the return valve should not be closed. 3. Refueling method of rotary compressor of industrial chiller When adding refrigeration oil to the rotary compressor, first seal the low pressure pipe of the compressor (or close the low pressure valve), and pour the refrigeration oil into the oil cup. Connect the middle hose of the compound pressure gauge to the high-pressure exhaust pipe of the compressor, connect the high-pressure hose of the compound pressure gauge to the vacuum pump, and insert the low-pressure hose into the oil cup. First start the vacuum pump, after the inside of the compressor is evacuated, then close the high pressure valve of the compound pressure gauge. Then open the low pressure valve of the compound pressure gauge, so that the refrigeration oil in the oil cup is sucked into the compressor. When the oil suction reaches the specified amount, close the low pressure valve and stop refueling.

1,Accurate Temperature Control Equipped with precise digital temperature controller and LCD display. Water temperature ranges from 41℉to 86℉. 2,High Efficiency Equipped with copper coil water tank type evaporator and copper sets corrugated aluminum fin type condenser, which are designed with the internal threaded copper tube for high efficient heat exchange to save over 30% energy. 3,Outstanding Durability & Low Operating Costs Equipped with high quality compressor, evaporator, condenser and water pump for ultra-powerful refrigeration, with low noise, power-saving and prolonged service life. 4,Perfect Safety Protection Equipped with sensitive alarm and control system, which has compressor protection, over current protection, high/low pressure protection, over temperature protection, flow switch, phase sequence/phase missing protection, low coolant level protection, anti-freezing protection, exhaust overheat protection, etc. 5,Easy Setup & Operation Equipped with auto analysis function and user-friendly interface for easy supervision and operation. No complex installation requirements except for basic inlet & outlet connections. 6,Easy Maintenance Equipped with open-type stainless steel water tank and built-in auto filling water devices, convenient for cleaning and maintenance. 7,Frozen accessories The frozen parts are selected from SPORLAN, ALCO, DANFOSS, etc., with excellent performance, safety and environmental protection. 8,Highly durable fan MAER(hangzhou)blower has more stable quality, long service life, low noise, high efficiency, rain and snow resistance, high temperature resistance, and its efficacy has not declined for more than ten years, greatly improving the thermal efficiency ratio.

Toyocool Mobile Cold Storage debuted in Shenzhen Low Carbon City In China, more than 100 million tons of fruit and vegetable products are lost every year due to improper harvesting, backward post-harvest treatment technology, and inadequate storage conditions, so that the circulation loss rate of fresh agricultural products is as high as 20% to 30%. In the face of problems such as high initial investment cost, immature technology and equipment, and seasonal output of agricultural products in cold chain of agricultural products in China, the mobile cold storage in the field will greatly reduce the loss caused by the failure to pre-cool the agricultural products in time after collection, and prolong the fresh-keeping cycle and sales period of the products. Chinese cold storage market is developing, and the mobile cold storage market is developing rapidly on this basis. With the expansion of market demand in the future, its market size is expected to exceed 10 billion in 2025. At present, the Future Building of Shenzhen Academy of Low-Carbon Urban Construction together with Toyocool has created a future community farm that advocates a low-carbon lifestyle. In response to the demand for preservation, storage and transportation of agricultural products in the field and woodland, Toyocool has creatively developed an integrated mobile photovoltaic cold storage. The mobile cold storage adopts the self-developed embedded integrated cold storage machine unit, which combines the air cooler and the refrigeration host into one, which is small in size, easy to install, and ready to use when plugged in. The mobile cold storage adopts the photovoltaic technology developed by the Academy of Construction Sciences, so that it can get rid of the constraints of power supply. The mobile cold storage can effectively meet the needs of on-site preservation of agricultural products, greatly reduce the picking cost and breakage rate, and truly realize the freshness and deliciousness from the field to the table, so that the community farms in the future have more room for imagination. The Future Building has created a mobile Pop-up Farm in a low-carbon way without civil construction. It advocates a green lifestyle and the concept of "organic, fun, and loving" life. It reduces the distance from the farm to the table, and shortens the distance between builders and villagers through community self-sufficiency and community sharing. It also brings a series of changes such as community employment opportunities, skills training, natural science popularization, and business model innovation. Art DescriptionArt Concept ①Folding the landscape Mobile Trailer | Edible Landscape | Aromatherapy Plant Life Home brings us a series of planting boxes that can be seen, eaten, smelled and felt. ②Mobile refrigerator Movable Trailer | Integrated Cold Storage Unit | Photovoltaic Power Generation Meet the needs of fresh-keeping agricultural products, extend the fresh-keeping cycle and market sales period Can be used nearby without the constraints of land resources, effectively reducing the picking cost and breakage rate Low cost and short construction period (compared to civil engineering cold storage) Easy disassembly and assembly, flexible use, convenient storage and transportation Explore photovoltaic technology to get rid of power supply constraints About the integrated mobile photovoltaic cold storage The integrated mobile photovoltaic cold storage is composed of embedded integrated cold storage unit, high-density polyurethane insulation box, trailer mobile frame, photovoltaic power generation module and cold storage intelligent management and control system. Mobile cold storage fully considers the pain points of pre-cooling, fresh-keeping, storage and transportation of agricultural products in the field, and has the advantages of low cost, short construction period, convenient disassembly, flexible use, convenient storage and transportation, etc. that traditional civil cold storage does not have. It is widely used for timely pre-cooling and fresh-keeping storage of fruits, vegetables and flowers in fields and woodlands after picking. It can also be used for classified fresh-keeping storage of fruits, vegetables and meat in farmers' markets and large supermarkets. It can also be used for household or community food storage, and epidemic prevention materials storage and transportation. The cold storage adopts the self-developed embedded integrated cold storage unit, which has a compact structure, exquisite workmanship, no debugging, plug-in, easy installation, safe operation, and fast energy saving. 1. The paint process of the unit shell is anti-corrosion and durable; 2. Adopt internal thread copper tube and high-efficiency aluminum fin heat exchange process; 3. Forced convection evaporation system; 4. Perfect defrosting and water collection system; 5. Remote intelligent management and control system; 6. Only need to install holes in the library body, no need to take over the debugging, which is convenient and quick. Shenzhen Toyocool Refrigeration Equipment Co., Ltd. Established in 1993, Shenzhen Toyocool Refrigeration Equipment Co., Ltd. is a hi-tech machinery manufacturer which has R&D, production, trade and engineering service as one, with nearly 30 years of experience in supplying high-quality products and reliable technical service for refrigeration industry. The main products include: screw chiller, air-cooled chiller, water-cooled chiller, low-temperature chiller, integrated cooling and heating machine, water-cooled central air-conditioning, cold storage, etc. Widely used in electronics, chemical, food, medicine, new energy and other industries, with a series of hundreds of specifications, solutions can be customized according to customer needs. The company has a professional R & D team and technical personnel, using advanced foreign production equipment and quality inspection equipment, core components from Europe and the United States, adhere to the German manufacturing philosophy and management model. It has always maintained the leading position in China's refrigeration equipment industry. It has passed ISO9001 and CE certifications. It was listed on the Shanghai Stock Exchange in 2015. In 2018, it passed the Shenzhen high-tech enterprise and national high-tech enterprise certification. Toyocool Refrigeration has always been committed to solving cooling, refrigeration, temperature control and other needs for modern manufacturing, and continuously promoting the development of a better living environment. Contact us Company address: Building 16-17, Longxi Third Industrial Zone, Longgang District, Shenzhen City, Guangdong Province Service Hotline: 0755-84877928 Technical consultation: 13827472315 Lynn Chinese official website: www.toyocool.cn English official website: www.toyochiller.com Ali International: www.toyochiller.cn

The chiller and industrial chiller produced by the chiller manufacturer is a refrigeration device that provides chilled water, which can provide chilled water or chemical solution of -30 to 20 degrees according to the needs of users. It is especially suitable for cooling on production lines such as electroplating, medicine, chemicals, plastics, and food additives, as well as places where enterprises and institutions need centralized air conditioning or frozen water for production processes. 1. The chiller manufacturer can use it in the supporting vacuum equipment. This type of chiller also meets the needs of high-quality vacuum equipment, such as molecular pumps, small vacuum coating machines, etc.; 2. The chiller is used in supporting medical laser equipment; the unique water quality treatment characteristics of this type of chiller make it an ideal choice for supporting laboratory equipment for medical laser equipment; 3. The chiller can be used with supporting experimental condensing equipment; such as rotary evaporator, distiller, condenser tube, with the characteristics of temperature controllable, stable temperature and high condensation efficiency, which can effectively improve the recovery rate; at the same time, its fluid purification function, It can avoid the blockage of the circulation pipeline and the growth of microorganisms; 4. Chillers are used in supporting semiconductor laser equipment; semiconductor laser equipment has higher requirements on water quality due to its special structure; compared with refrigerators, chillers and industrial chillers produced by other chiller manufacturers, it has a wide range of applications; except Outside the refrigeration industry, chillers and industrial chillers are also widely used in other industries such as HVAC, electroplating, metallurgy, electronics, plastics, chemical industry, etc. You can see a wide range of services between chillers and industrial chillers. Due to its cross-industry use, chillers and industrial chillers use relatively large space.

Chillers are divided into air-cooled chillers and water-cooled chillers in the industry. The chillers are divided into low temperature chillers and normal temperature chillers in terms of temperature control. The normal temperature is generally controlled within the range of 0 degrees to 35 degrees. The temperature control of the low temperature machine is generally in the range of 0 degrees to minus 45 degrees. When the chiller refrigerant circulates in the system, the liquid refrigerant in the evaporator absorbs the heat in the water and starts to evaporate. A certain temperature difference is formed between the final refrigerant and the water, and the liquid refrigerant is also completely evaporated into a gaseous state and then sucked in by the compressor and evaporated. Compressed, the gaseous refrigerant releases heat through the condenser, condenses into a liquid, and after being throttled through the thermal expansion valve, becomes a low-temperature and low-pressure refrigerant and enters the evaporator to complete the refrigerant circulation process.

Inspection When the unit is delivered, verify that it is the correct unit and that it is properly equipped. Inspect all exterior components for visible damage. Report any apparent damage or material shortage to the carrier and make a [unit damage" notation on the carrier`s delivery receipt. Specify the extent and type of damage found and notify the appropriate Trane Sales Office. Do not proceed with installation of a damaged unit without sales office approval. Inspection Checklist To protect against loss due to damage incurred in transit, complete the following checklist upon receipt of the unit. • Inspect the individual pieces of the shipment before accepting the unit. Check for obvious damage to the unit or packing material. • Inspect the unit for concealed damage as soon as possible after delivery and before it is stored. Concealed damage must be reported within 10 days after receipt. • If concealed damage is discovered, stop unpacking the shipment. Do not remove damaged material from the receiving location. Take photos of the damage, if possible. The owner must provide reasonable evidence that the damage did not occur after delivery. • Notify the carrier`s terminal of the damage immediately, by phone and by mail. Request an immediate, joint inspection of the damage with the carrier and the consignee. • Notify the Trane sales representative and arrange for repair. Do not repair the unit, however, until damage is inspected by the transportation representative. Loose Parts Inventory Check all items against the shipping list. Water vessel drain plugs, isolation pads, rigging and electrical diagrams, service literature and the starter/control panel wire pullbox (required on some starters) are shipped loose in the control panel. Storage If the chiller is to be stored more than one month prior to installation, observe the following precautions: • Do not remove the protective coverings from the electrical panel. • Store the chiller in a dry, vibration-free, secure area. • At least every three months, attach a gauge and manually check the pressure in the refrigerant circuit.

If you want to use, operate, or maintain a chiller, or work in the refrigeration industry, then you need to have a general understanding of water-cooled chillers first. Understanding chillers begins with the general workflow and important components, as detailed below. Approximate workflow of a chiller. First exclude the water-cooled chiller, air-cooled chiller does not say, this is only the condenser heat dissipation, cooling mode to classify, here the chiller workflow, whether it is air-cooled or water-cooled are the same. 1, from the start of the chiller said, the compressor will be inhaled from the refrigerant, from the suction pipe inhaled low temperature and low pressure refrigerator gas, and then compressed, compressed words will make the refrigerant heat and pressure will become higher, according to the compression ratio and all kinds of compressors, compression results are different. 2, after the completion of compression, the compressor will be discharged from the exhaust pipe has been compressed, has become a high temperature and high pressure of refrigerant gas. When the refrigerant into the condenser, the condenser began to play a role, the condenser will not actively work, it is only because the compressor discharged gas and passive work, is a machine rather than a component, the role of the condenser is to condense, that is, to cool the refrigerant, the condenser will be high temperature and high pressure gas refrigerant heat dissipation cooled to liquid. Its working method is to dissipate heat through the copper tube of the condenser itself, and spread the heat of the copper tube (actually the heat brought to the refrigerant by the compressor and the heat of the refrigerant itself) through water cooling or air cooling. According to the different of air-cooled and water-cooled chiller, the cooling medium of condenser can be water or air (air-cooled). 3, has been cooled refrigerant, will be through one of the important parts of the chiller throttle valve, after which the refrigerant will be throttled into low pressure and low temperature refrigerant liquid. 4, refrigerant liquid will enter the evaporator, the purpose of entering the evaporator is to absorb the heat of the target equipment, heat absorption will be vaporized, refrigerant from the liquid into a gas again, after the system recovery, again into the compressor, in order to recycle. Refrigeration process important components, basically is the evaporator, compressor, condenser, expansion valve that is the throttle valve. The role of the compressor is to compress the refrigerant gas, and the condenser is to be compressed by the high temperature and high pressure refrigerant cooling into a medium temperature and high pressure liquid refrigerant, refrigerant temperature is moderate but the pressure is still relatively high, through the expansion valve (throttle valve) can become a lower pressure, temperature is correspondingly lower refrigerant liquid, after entering the chiller evaporator to play the role of cooling target equipment or objects. Toyo's chillers are made of imported, high quality parts, which ensure the efficient and high quality operation of the chiller.

Q:how does chiller work A:A chiller works on the principle of vapor compression or vapor absorption. ... As the heat-transfer takes place, the refrigerant evaporates, changing from a low-pressure liquid into vapor, while the temperature of the process coolant reduces. The refrigerant then flows to a compressor, which performs multiple functions. Q:how to chiller work A:How Does a Chiller Work? A chiller works on the principle of vapor compression or vapor absorption. Chillers provide a continuous flow of coolant to the cold side of a process water system at a desired temperature of about 50°F (10°C). Q:where to buy chiller machine A:We have 30 years of experience in design, development and production. State-level high-tech enterprises, appearance, use of new-type patents.Air-cooled chillers are widely used in electronics, electroplating, food, machinery, chemical, laser, card making, medical and other industries. Because the source of its heat exchange is gas, it is equipped with a dedicated electric fan, so it is called "air cooling". The air-cooled chiller is mainly used for plastics. It can accurately control the temperature of plastic forming molds to shorten the molding cycle and accelerate product setting. This series uses the principle of cold and heat exchange for cooling, which can quickly cool down and stabilize the temperature control. It is not affected by environmental factors and is an indispensable configuration device in modern industry.

Low-temperature chillers are characterized by a lower refrigeration range compared to medium-temperature chilled water or ordinary chillers, which can be as low as minus tens of degrees Celsius or even below minus 100 degrees Celsius, the refrigeration efficiency of the compressor, the electrical resources required for refrigeration are higher than ordinary or Chinese chillers, in terms of maintenance, maintenance, low-temperature chillers to be more tricky. Take the explosion-proof low-temperature chiller of Lingtong Refrigeration as an example, it adopts the world famous brand compressor, and due to the characteristics of explosion-proof low-temperature chiller, the unit must be confirmed before leaving the factory, it can operate under the harsher environment without problems. The explosion-proof low-temperature chiller produced by Lingtong Refrigeration can be used in flammable and explosive special occasions, and customers can even choose different explosion-proof levels according to the actual needs, and the price of Lingtong Refrigeration's explosion-proof low-temperature chiller varies according to the different explosion-proof levels. As mentioned above, the maintenance of low-temperature chillers is not simple, but the low-temperature chillers produced by Lingtong Refrigeration Equipment Co., Ltd. have a relatively low failure rate due to the use of internationally renowned compressors and other components, and have various advantages such as energy saving and environmental protection, good performance, low noise, so maintenance is much simpler than other similar machines. The length of use of low-temperature chillers, according to the components, especially the main components of the length of use, but in addition to whether the components have high quality, the correctness of maintenance, frequency and other factors, is also a decisive factor in the stability of the operation of low-temperature chillers, the length of use. Most low-temperature chillers use R22 refrigerant, so in the refilling and maintenance of refrigerant, the same method as the ordinary R22 refrigerant industrial chillers. Low-temperature chiller refrigerant carrier according to the different needs of use, can be divided into a variety of different types, including the most common industrial chiller refrigerant carrier - water. When the low-temperature chiller makes a strange noise, noise rises, the cooling capacity drops, the temperature rises, should pay special attention, even if most manufacturers of low-temperature chillers are equipped with computer control systems, alarm systems, explosion-proof low-temperature chillers are also equipped with explosion-proof circuit systems, etc., but in the first time the problem is found, it should still be dealt with in a timely manner, so as not to turn small problems into big problems. Low-temperature chillers are characterized by more complex and higher environmental requirements than ordinary industrial chillers, want to save on maintenance, maintenance, you should compare more from the purchase and selection, choose low failure rate, simple installation and use, high safety factor of low-temperature chillers! Translated with www.DeepL.com/Translator (free version)

Q : How to anti-freeze for a laser system water chiller? A : Three tips to guard your chiller through winter. "Working 24 hours" Run the chiller for 24 hours per day and make sure the water under recirculation status. "Empty the water" Empty the water inside the laser, laser head and chiller after done with using. "Add antifreeze" Add antifreeze into the water tank of chiller. S&A recommends the antifreeze which is exclusive used for automobile. Note: all kinds of antifreeze contain certain corrosive property, not to be used for long period. Please use clean pipes with deionized water or distilled water after winter, and refill deionized water or distilled water as the cooling water. Warm Note: because antifreeze contains certain corrosive property, please dilute it strictly according to usage note before adding into cooling water. Antifreeze Tips Antifreeze usually uses alcohols and water as base with high boiling point, freezing point, specific heat and conductivity for anti-corrosion, anti-incrustant and rust protection. Three important principles of chillers antifreeze need to aware during usage. 1. The lower concentration the better. As most antifreeze with corrosiveproperty,the concentration will be the lower the better under condition of antifreeze requirement meet. 2. The shorter usage period the better.Antifreeze will deteriorate after long time use, the corrosive will stronger and viscosity will change. So need to replaceregular, recommend to replacing after 12 months usage.Use pure water at summer, and replace new antifreeze at winter. 3. Don`t mix up. Better use the same brand antifreeze. Even the main components are the same for different brandsantifreeze, the additive formulas are different, so don`t suggest combine different brands antifreeze, in case chemistry reaction, sediment or air bubble happen. Q : Chiller turned on but unelectrified A : Failure Cause: A. Power cord is not plugged in place Approach: Check and ensure the power interface and the power plug is plugged in place and in good contact. B. Fuse burnt-out Approach: Replace the protective tube in the power socket on the back of chiller. Q : Flow Alarm (controller displays E6)use a water pipe directly connect to the water outlet and inlet but still without water flowing A : Failure Cause: Water level in the storage water tank is too low Approach: Check the water level gauge display, add water until the level shown in the green area; And check whether water circulation pipe leaks. Q : Flow Alarm occurs while running with other equipment (controller displays E6),but there is water flowing and no alarm whten use a water pipe directly connected to the chiller water outlet and inlet. A : Failure Cause: Water circulation pipes are blocked or a pipe bending deformation. Approach: Check water circulation pipe Q : Ultra-high temperature alarm A : Failure Cause: A. Blocked dust gauze, bad thermolysis Approach: Unpick and wash the dust gauze regularly B. Poor ventilation for air outlet and inlet Approach: To ensure a smooth ventilation for air outlet and inlet C. Voltage is extremely low or astable Approach: To improve the power supply circuit or use a voltage regulator D. Improper parameter settings on thermostat Approach: To reset controlling parameters or restore factory settings E. Switch the power frequently Approach: To ensure there is sufficient time for refrigeration (more than 5 minuets) F. Excessive heat load Approach: Reduce the heat load or use other model with larger cooling capacity

Chillers are also called chillers and water coolers. If you want to use, operate, or maintain a chiller, or work in the refrigeration industry, then you need to have a general understanding of water-cooled chillers first. Understanding chillers begins with the general workflow and important components, as detailed below. Approximate workflow of a chiller. First exclude the water-cooled chiller, air-cooled chiller does not say, this is only the condenser heat dissipation, cooling mode to classify, here the chiller workflow, whether it is air-cooled or water-cooled are the same. 1, from the start of the chiller said, the compressor will be inhaled from the refrigerant, from the suction pipe inhaled low temperature and low pressure refrigerator gas, and then compressed, compressed words will make the refrigerant heat and pressure will become higher, according to the compression ratio and all kinds of compressors, compression results are different. 2, after the completion of compression, the compressor will be discharged from the exhaust pipe has been compressed, has become a high temperature and high pressure of refrigerant gas. When the refrigerant into the condenser, the condenser began to play a role, the condenser will not actively work, it is only because the compressor discharged gas and passive work, is a machine rather than a component, the role of the condenser is to condense, that is, to cool the refrigerant, the condenser will be high temperature and high pressure gas refrigerant heat dissipation cooled to liquid. Its working method is to dissipate heat through the copper tube of the condenser itself, and spread the heat of the copper tube (actually the heat brought to the refrigerant by the compressor and the heat of the refrigerant itself) through water cooling or air cooling. According to the different of air-cooled and water-cooled chiller, the cooling medium of condenser can be water or air (air-cooled). 3, has been cooled refrigerant, will be through one of the important parts of the chiller throttle valve, after which the refrigerant will be throttled into low pressure and low temperature refrigerant liquid. 4, refrigerant liquid will enter the evaporator, the purpose of entering the evaporator is to absorb the heat of the target equipment, heat absorption will be vaporized, refrigerant from the liquid into a gas again, after the system recovery, again into the compressor, in order to recycle. Refrigeration process important components, basically is the evaporator, compressor, condenser, expansion valve that is the throttle valve. The role of the compressor is to compress the refrigerant gas, and the condenser is to be compressed by the high temperature and high pressure refrigerant cooling into a medium temperature and high pressure liquid refrigerant, refrigerant temperature is moderate but the pressure is still relatively high, through the expansion valve (throttle valve) can become a lower pressure, temperature is correspondingly lower refrigerant liquid, after entering the chiller evaporator to play the role of cooling target equipment or objects. Toyo's chillers are made of imported, high quality parts, which ensure the efficient and high quality operation of the chiller.

How should I choose a heat pump chiller? I think this is no longer an issue for users who have used chiller units, and sizing is no longer an issue. But for users who are going to buy a heat pump chiller for the first time, they are not familiar with this area and may not know what size chiller unit to use. So, how do we match the chiller unit that is most suitable for you? After reading the article below, you should know it! Heat pump chiller can be divided into air-cooled chiller and water-cooled chiller according to different heat dissipation methods, which can control the temperature between 5-35 degrees, while the low-temperature chiller can control the temperature between 0-40 degrees. For the selection of the chiller we need to correctly understand the chiller's inlet water temperature, how much water temperature, how much flow, how big the tank, etc., but also the chiller's working environment has a clearer understanding of the chiller, such as the amount of ambient temperature, the seasonal changes in ambient temperature, environmental space. Temperature, the return water temperature refers to the cooling water temperature, some heat dissipation requirements of more stringent requirements of the equipment will have cooling water supply temperature requirements; water pressure: some need to heat dissipation equipment due to the complex internal heat dissipation structure of the equipment, cooling water supply has certain pressure requirements, then need to consider whether the chiller's rated water pressure can meet the requirements. Pump head: If it is a single machine used one to one, the pump head should not be a problem. If multiple water-cooled chillers are connected in parallel to form a system for the application of multiple cooling equipment, the resistance of the piping system should be taken into account, from which it is estimated how large a pump head needs to be configured; control and regulation requirements: generally refers to pressure control and temperature control and regulation; chiller set safety protection function requirements: A. compressor delayed start protector B. high and low voltage protection function C. reverse phase protection D. compressor overload protection E. anti-freezing protection F. compressor overheating protection G. compressor frequent start protector and abnormal indicator and various protection switches. Compressor overload protection E. Anti-freezing protection F. Compressor overheat protection G. Compressor frequent start protector and abnormal indicator and various protection switches. Shenzhen Dongyang has more than 30 years of refrigeration experience, specializing in the manufacture of chillers, freezers. Welcome to contact us!https://www.toyochiller.com/

The filter is very important in the chillers produced by the chiller plant, what is the specific role of the filter? In the chiller system, the filter plays the role of filtration, but it looks like a simple filtering job, but it's not simple at all. The filter can play a role in filtering impurities, its purpose is to reduce or eliminate the possibility of impurities in the chiller system, once the chiller system into the impurities or foreign matter, it will cause the chiller operating efficiency reduced, cooling capacity, temperature rise, compressor load becomes high, serious, but also trigger the chiller's protection device, causing the compressor shutdown or even system damage. Both air chillers and water chillers need filters. The filter, also known as a filter by the chiller plant technicians, is in most cases used to filter out impurities and foreign matter, and used along with the filter is a dryer, which ensures that moisture is avoided from entering the chiller system, and that the system does not suffer from ice blockage or other problems due to moisture entering the system. The main components of the filter are the cartridge and the dryer is the desiccant, and together they are used as a filter drier to filter out the magazines and the moisture that may enter the chiller system, that is, to protect the normal operation of the chiller system. Air-cooled chiller is relatively more dependent on the filter cartridge, because of the characteristics of air-cooling decision: air-cooled that is, the fan system, because of the air cooling method of heat exchange, so in the continuous operation of the fan process, the dust and foreign bodies in the surrounding environment will be continuously inhaled into the chiller, if there is no protection of the filter cartridge, these foreign bodies or dust will inevitably enter the air-cooled chiller system, causing damage to the machine, affecting normal production. Whether water-cooled, air-cooled, you should pay attention to the filter drier, aligned for regular replacement, if the maintenance cost is limited, you should clean the filter, blow dry desiccant. The installation position of the filter drier is mostly in the middle of the refrigerant storage tank and expansion valve (or capillary tube) of the chiller, which can filter the refrigerant as well as the magazine "given" to the refrigerant in the system and the moisture that may be brought into the refrigerant, so as to prevent ice blockage and prevent the water from entering the compressor with the system and causing various problems. As for how to clean the filter drier, the chiller plant recommends using a high-pressure air gun to blow it out, preferably replacing it directly.

A compression refrigeration machine is provided having ammonia as a refriant and including a condenser, a throttle device, an evaporator device, and a motor-compressor unit. The motor compressor unit includes an electric motor that drives a compressor and may be arranged in a semi-hermetic or hermetic encapsulation. In an hermetic encapsulation, the electric motor is located outside a suction gas stream flowing into the compressor and outside a discharge gas stream exiting from the compressor so that the electric motor is only exposed to an essentially static ammonia atmosphere. The motor-compressor unit and the semi-hermetic encapsulation are composed of materials stable or resistant to ammonia.

In April, our company's water-cooled, air-screw and water-cooled chiller began to be shipped.