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Centrifugal Chiller - Fundamentals Energy-Models

  1. In this video we take a detailed look at how the Centrifugal compressor works on a chiller and why it's important.We use 3D models, real world photos and wor..
  2. Types of Chiller. A chiller is a machine that removes heat from a liquid via a vapor-compression or absorption refrigeration cycle. This liquid can then be circulated through a heat exchanger to cool air or equipment as required. Chiller is a compressor based equipment that cools and controls the temperature of a liquid unlike the air conditioners, which cools the air
  3. Efficiency-enhancing features, such as an integrated flash economizer, improve cycle efficiency by 5% to 7%, delivering industry-leading efficiency for low life-cycle costs Trane CenTraVac Chillers - The most efficient and reliable centrifugal chillers on the planet CTV-SLB036-EN. 794KB. Download. CenTraVac Chillers 120-350 ton.
  4. Centrifugal 25 Axial 20 Propeller 15 Ventilating roof-mounted 20 Coils DX, water, or steam 20 Electric 15 Heat Exchangers Shell-and-tube 24 Reciprocating compressors 20 Packaged chillers Reciprocating 20 Centrifugal 23 Absorption 23 Cooling towers Galvanized metal 20 Wood 2
Centrifugal Chiller - Fundamentals | Energy-Models

The course covers fundamental principles of centrifugal chillers with in-depth coverage of the operation and service techniques associated with most Carrier centrifugal chillers produced over the last 30 years. Carrier chiller models covered include 19D low pressure chillers and 19E, F, 19XL, XR and 19XRV high-pressure chillers This video guides you through the basic operation of a chiller, making use of animations, illustrations, 3D models and real world photographs to help build y.. Centrifugal Chiller achieved high efficiency through Two-stage Compressor. With optimized Two-stage compressing cycle, energy efficiency has been improved and operation costs has been reduced as opposed to the previous One-stage Centrifugal Chiller Design COP is iteratively computed. Provided is a centrifugal chiller performance evaluation system including a data acquisition section (101) for acquiring operating data from a centrifugal chiller as input data; a storage section (102) storing a design COP estimation formula obtained by adding correction values corresponding to losses occurring in an actual environment to a computational. A chiller is a machine that removes heat from a liquid via a vapor-compression, adsorption refrigeration, or absorption refrigeration cycles. This liquid can then be circulated through a heat exchanger to cool equipment, or another process stream (such as air or process water). As a necessary by-product, refrigeration creates waste heat that must be exhausted to ambience, or for greater.

Centrifugal chillers are complex and often have more moving parts than any other piece of equipment in a plant. Internal microprocessor controls have evolved over the years to monitor and tweak every aspect of the refrigerant-cycle process. Even a kink in an oil line can throw a chiller into alarm and cause troubleshooting headaches for days The YORK® YKEP Chiller extends the YORK single-stage centrifugal chiller product range by providing additional capacity and greater efficiency through an economized cycle. This is the only product available that uses a second single-stage compressor to perform half lift in parallel. The advantage of this cycle is great The use of a cooling tower in a centrifugal chiller has its issues. The need for more maintenance and care, increasing the weight and volume of the chiller and high water consumption are some of the negative aspects of having a cooling tower in a cold water centrifugal chiller. Air-cooled centrifugal chiller but no additional attachment required For some chillers, such as small scroll chillers, 3-7 years is approximately the maximum length of time you can expect. If properly maintained, screw chillers and water-cooled centrifugal chillers should last for 15-20 years and more than a 25-year, respectively The YORK® YK Centrifugal Chiller is built to last. With seismic certification OSP-0045-10, this water-cooled chiller can maintain operation in the event of an earthquake, making it ideal for sensitive applications, like hospitals or data centers

centrifugal chillers, cooling towers, variable primary chilled water flow and constant condenser water flow, has the lowest first cost and the lowest life cycle cost over 25 years. Based on these findings, a water-cooled plant that is efficient, scalable and requires minimal maintenance is recommended. III The chillers in the comparison were an industry-average, 1,000-ton electric centrifugal chiller with variable speed drive and absorption chillers of three different types: single-stage steam, two. Magnitude® magnetic bearing centrifugal chillers According to ISO 14025 Product Definition The Magnitude product is a high-efficiency, oil-free water-cooled centrifugal chiller. A chiller is a machine that removes heat from a liquid via a vapor-compression cycle chillers costs half as much in up-front capital, the Magnet-ic approach provides nearly three times the energy savings, producing a simple payback in 5 years - a year sooner than the Scroll chillers. The Magnetic bearing approach resulted in a Life-Cycle advantage of more than twice that of any other approach YK-EP Centrifugal Chiller With Economizer 2,500-3,500 TR (8,800-12,300 kW) YORK® YK-EP Centrifugal Chillers are engineered to deliver greater control flexibility, maximum efficiency and extended cooling capacity. Economized refrigeration cycle to extend capacity and improve efficienc

Trane CenTraVac centrifugal chiller is the first commercial chiller in the world to earn product-specific Type III Environmental Product Declaration (EPD) registration based on a third-party life cycle assessment In order to identify the main stages and the key influence factors of the environment impact of the whole life cycle of the centrifugal chiller,and provide the basis for the optimization design of the product,this study contributed a life cycle assessment ( LCA) model and analyzed life cycle environmental assessment by life cycle impact. 2-stage Centrifugal Chiller Cycle Surge Protection Adopting strict criteria specified in JIS for stable operation under high cooling water temperature. 3D 2-stage impeller enables stable operation even at low cooling load or high cooling water inlet temp. which prevents occurrence of surge Life Cycle Cost Analysis of WC Chillers October 2012 |4 LIFE CYCLE COST COMPARISON Chiller Performance Models Chiller performance is based on actual selections, and normalized to averages that are considered typical for the generic type of compressor/chiller. Differences between manufactures do exist and will change results to some degree. Al Get Chiller Units With Fast And Free Shipping For Many Items On eBay. Looking For Great Deals On Chiller Units? From Everything To The Very Thing. All On eBay

two stages. In the one-stage compressor cycle without the econo-mizer, all refrigerant flows in the cycle. Comparatively, in the 2-stage compressor cycle the part of the refrigerant is bypassed from the economizer to the 2-stage impeller. 2-stage Centrifugal Chiller Cycle Comparison of Chiller Size (Comparison of 1000RT models 2.1 REFRIGERATION CYCLE The compressor on a centrifugal chiller utilizes the Vapour Compression cycle in the much the same way as any positive displacement compressor. The Vapour compression cycle uses a medium such as refrigerant to absorb heat at one part of the cycle and reject that heat at a different part of the cycle. The centrifugal

Refrigeration Cycle of Centrifugal Chiller - WAZIPOIN

Because of its inherent inefficiency arising from a transcritical cycle with low critical temperature, a direct application to the conventional chiller cycle requires power consumption of 1.2 kW/ton at the rating condition. As an innovative breakthrough, a high efficiency carbon dioxide chiller will be developed Ebara centrifugal chiller consists of centrifugal compressor, condenser, evaporator, economizer, throttling device and control panel etc. refrigerant cycle efficiency by 4% in full load condition and 6% in part load condition compared with single stage compression. 02 Our chillers offer customers an unbeatable combination of performance, reliability, unique construction features, a long-term refrigerant, and advanced control technology, all adding up to a superior value. After reviewing our features and benefits, choose the superior value of McQuay centrifugal chillers for your next project

Using an Economizer in Centrifugal Compressor Chiller Cycle

First, let's review the components of a 2-stage centrifugal chiller in the context of the refrigeration cycle. Refrigerant vapor leaves the evaporator and flows to the compressor, where it is compressed to a higher pressure and temperature Describe how the vapor cycle is reversed in a heat pump to provide heating. Describe the operation of each of the types of positive displacement compressor: reciprocating, rotary, scroll, and screw. Describe the operation of a centrifugal compressor in a non-positive displacement cycle. Explain the operation of the centrifugal refrigeration cycle Liquid refrigerant interacts with the stream of gas flowing through in a centrifugal water chiller, downstream of the occurrence of the compression process in the compressor portion of the chiller but prior to the condensing of the gas in the chiller condenser, to reduce the acoustic energy of the gas. The noise emanating from the chiller which would otherwise result from the interaction of.

Refrigeration Principles and how a Refrigeration System

How does a Chiller Work? In most process cooling applications, a pumping system circulates cool water or a water/glycol solution from the chiller to the process. This cool fluid removes heat from the process and the warm fluid returns to the chiller. The process water is the means by which heat transfers from the process to the chiller A centrifugal chiller uses the vapor compression cycle to chill water and reject the heat through a condenser. The condenser could be air-cooled or water-cooled. Figure 1 shows a basic refrigeration cycle consisting of an evaporator, compressor, condenser and expansion device. Normal refrigerant flow through the system should be from compressor. Centrifugal Chiller, Single Compressor Model WSC Daikin single compressor centrifugal chillers, from 300 to 1800 tons, offer excellent full and part-load performance for increased energy savings and an excellent life cycle return on your investment

Centrifugal chillers are a significant investment in your building system. You need a chiller that offers flexible design and a return on that investment throughout its life cycle. Whether your requirements are air conditioning, district energy plants or process cooling, new constructio JMP is excited to announce our new technical HVAC magazine! It is a great resource to get bite-sized educational pieces similar to the content featured in our seminars. Register to have the latest blog sent to your email address Centrifugal chillers use the centrifugal compressor to compress the refrigerant to increase the overall pressure and speed. The centrifugal compressor often differs from other compressors which uses the positive displacement theory. Instead, the centrifugal chillers use the turbine or aerodynamic type of compression which moves the refrigerants

240 ton screw chiller typically costs $70,000 to $75,000. 240 ton centrifugal chiller costs $107,000 to $130,000. Two 120 ton scroll chillers cost $65,000 to $75,000. To determine the best chiller to use in a specific application, factor in efficiency, equipment and installation cost, maintenance cost and recurring costs The figure shows how economizer works in the centrifugal chiller for 2 stage chiller and 3 stage chiller. An economizer can be used in conjunction with multiple expansion devices to improve the efficiency of a multi-stage chiller Centrifugal chillers are available in sizes ranging from 70 to 2,500 tons factory-assembled and up to 9,000 tons field-assembled. They use HCFC-123, HFC-134a, or HCFC-22 refrigerants. Chillers that use HCFC-123 currently have the highest efficiencies, down to 0.49 kilowatts per ton (kW/ton) at full load and ARI conditions (see box, Chiller.

Tasks during Centrifugal Chiller Compressor Maintenance. Acid. Compressor discharge is the hottest part of the refrigerant cycle. Acid can be formed from the refrigerant in this part of the system. Refrigerant Types. A popular refrigerant for centrifs is R134a Chiller Types Centrifugal Screw Reciprocating Scroll Absorption Centrifugal Uses a rotating impeller to increase velocity of fluid. Can be single or multi-stage Increased velocity results in increase in pressure. Lift or pressure increase is proportional to the square of velocity of the fluid. 1 2 tan h h

This may translate into higher life cycle costs. Compactness ; Centrifugal compressors are generally smaller and lighter than screw compressors of similar capacities. This is very important for industries that are short of space. With the same amount of floor space, a centrifugal compressor can deliver twice as much as a screw compressor of controlling a centrifugal compressor is with a variable-speed drive. On electric chillers, the drive is an add-on component. On the other hand, steam turbines have the inherent capability to change speeds. So, at reduced cooling loads and reduced ECWT, the steam-turbine centrifugal chiller becomes very efficient We are the authorized sales & service provider of Kirloskar Chillers Private Limited, INDIA Our TURBOLEV® series of chillers uses and adapts the principle of magnetic levitation to suit the chiller application. Magnetic levitation, already a proven technology in aerospace, oil and gas exploration and transportation applications, is combined with variable speed centrifugal compression and. A normal centrifugal chiller or screw chiller has a power factor of 0.85 at 100% load which further reduces at part load and can go down to as low as .60.Many utilities require correction, or impose financial penalties when operating with lower power factors FEMP has calculated that a 500-ton water-cooled centrifugal chiller meeting the required 0.541 kW/ton efficiency level saves money if priced no more than $54,800 above the less efficient model.The best available model saves the average user more: it is cost-effective up to a price premium of $78,700 above the less efficient model

Centrifugal Chiller Design NewYork Engineer

Frictionless Centrifugal Chillers. a mechanical compressor the absorption chillers use a heat source to be the driving force behind the refrigeration cycle. These chillers typically use two liquids, one to cool and one to absorb. The absorbent liquid is usually ammonia or lithium bromide, and the coolant is usually water.. On a centrifugal chiller, increasing the temperature of chilled water supply by 2-3°F will reduce chiller energy use 3-5%. Reduce condenser water temperature: Reducing the temperature of the water returning from the cooling tower to the chiller condenser by 2-3°F will reduce chiller energy use 2-3% Centrifugal Chillers Highest efficiency • Exceeding 10 percent more efficient than any other centrifugal chiller design - Direct drive compressor provides 2 to 3 percent better efficiency - Multi-stage design with integrated flash economizer drives 5 to 7 percent better cycle efficienc chillers costs half as much in up-front capital, the Magnet-ic approach provides nearly three times the energy savings, producing a simple payback in 5 years - a year sooner than the Scroll chillers. The Magnetic bearing approach resulted in a Life-Cycle advantage of more than twice that of any other approach @article{osti_20000166, title = {Development testing of a magnetic bearing centrifugal chiller}, author = {Benedict, S M and Cole, G S and Gottschlich, J}, abstractNote = {Mainstream Engineering Corporation is developing a lubrication-free centrifugal compressor for high efficiency chiller applications which relies on magnetic bearing technology to support the rotor

LG CENTRIFUGAL CHILLERS | Goldman Energy

Centrifugal Compressors - Chillers HVAC - YouTub

Centrifugal Water Chillers - Free download as Powerpoint Presentation (.ppt), PDF File (.pdf), Text File (.txt) or view presentation slides online. Punya Trane...mhon maaf klo ga ijin dlu ke Trane bwt upload Featuring Ozone-safe HCF134a Hitachi Centrifugal Chillers HC-F-GXG Higher-efficiency Type ARI temperature condition 1,463 kW to 4,571 kW (416 USRT to 1,300 USRT) JIS temperature condition 1,407 kW to 4,395 kW (400 USRT to 1,250 USRT) Printed in Japan (H) MR-E060P 0709 Distributed b LG CENTRIFUGAL CHILLERS. LG Electronics offer high-efficiency chlorine-free, water-cooled centrifugal Chillers using the R-134a refrigerant. Available from 700 kW to 10,370 kW and with a world-class COP of 6.7, LG centrifugal Chillers have:-Significantly reduced power consumptio

Types of Chiller and Refrigeration Cycle

Brian S. Smith, director of global marketing, chiller solutions and building efficiency, Johnson Controls Inc., said that, in addition to offering a wide range of chiller solutions — from small air-cooled scroll chillers to large 6,000-ton water-cooled centrifugal chillers, and from free-cooling air-cooled screw chillers to simultaneous heating and cooling centrifugal heat pumps — the. Absorption chillers have proven to be ideal replacements for compressor chillers in places where power is unreliable, unavailable or costly, where waste heat is available, or where restrictions on noise deem compressor chillers useless. Comparing the chillers with compression chillers may give more insight into how do absorption chillers work

CenTraVac Water-Cooled Chille

2 Stage Centrifugal Chiller Cycle. Compact Design. Significantly compact and light weight design enables space saving and easy replacement. Newly developed economizer realized significant downsizing of chiller unit. Easy Operation with Touch Panel Type Control Panel. Featuring 10.4 inch color touch panel scree chillers. Centrifugal water chillers can also be divided into two types based on the method used to reject heat to the atmosphere: water-cooled or air-cooled. Since most centrifugal chillers are water-cooled, they are the primary focus of this clinic. Water-cooled centrifugal chillers are generally available from 100 to 3,00

Centrifugal chillers are very dependable vapor compression cycle chillers ideal for medium to large scale cooling operations (from 150 - 6000 tons of refrigeration). They consist of the usual evaporator, compressor, condenser, and expansion device set-up but with additional rotating impellers, which compress the refrigerant and transport it. chiller uses the vapor compression cycle to chill water and reect the heat through a condenser The condenser Centrifugal chillers are vulnerable to surge at part-load conditions and/or high lift conditions as shown in Figure 2. The author has seen many instances of cen Chillers use the refrigeration cycle to remove heat from chilled water. A chilled water system's refrigeration cycle works by removing heat from chilled water in the evaporator of the chiller. The compressor is what drives the entire process. It also uses the most energy in a chilled water system

Vapour-compression refrigeration or vapor-compression refrigeration system (VCRS), in which the refrigerant undergoes phase changes, is one of the many refrigeration cycles and is the most widely used method for air-conditioning of buildings and automobiles. It is also used in domestic and commercial refrigerators, large-scale warehouses for chilled or frozen storage of foods and meats. Air‐Cooled Screw Chiller and a Water‐Cooled Centrifugal Chiller Daikin Applied Americas Frank Cakmakci Phillip Johnson Kazushige Kasai Michael Zamalis. 2 2014 Daikin Applied economizer refrigerant cycle PVE type oil • Refrigerants R‐134a (baseline) R‐1234ze(E) D4Y. 9 2014 Daikin Applied Equipment Descriptio

Centrifugal Chiller | HVAC | Business | LG Global

Centrifugal Chiller Fundamentals Carrier Universit

or refrigeration cycle, cools water in the chilled water loop by absorbing heat and rejecting it to either a condensing water loop (water cooled chillers) or to the ambient air (air-cooled chillers). As listed in Table 1, ASHRAE standards and guidelines define the most common types of chillers by the compressors they use (ASHRAE 2012) Centrifugal chillers are available from 80 to 2,000 tons with full load COPs ranging from 4.1 to 4.9. Field-assemblied centrifugal chillers have been installed with capacities up to 10,000 tons. Screw-type chillers are available from 100 to 750 tons with full load COPs ranging from 3.3 to 4.5 Absorption chillers: Absorption chillers operate using a concentration-dilution cycle to change the energy level of the refrigerant (water) by using lithium bromide to alternately absorb heat at low temperatures and reject heat at high temperatures. The absorption chillers can be direct fired (using natural gas or oil fuel), or indirect fired Air-cooled liquid chillers with centrifugal fans are designed for installation inside the building. These chillers have several distinct advantages: wide application flexibility and generally a lower life cycle cost than air-cooled chillers with propeller fans. The CGCL centrifugal fan indoor air-cooled chiller is the right solution for

A chiller will use either a vapor compression or absorption cycle to cool. Chilled water has a variety of applications from space cooling to process uses. Types of Industrial Chillers A chiller is rated between one to 1000 tons of cooling energy. There are three different types of chillers:(1) air, (2) water, and (3) evaporative condensed chiller District cooling (DC) systems have recently proven to be more economically and environmentally viable as compared to conventional cooling techniques. In most DC setups, electric centrifugal chillers (ECCs) are installed to provide chilled water (CW) to charge the thermal energy storage (TES) tank or for direct CW supply to the DC network. The operation of these ECC systems consumes most of the. Operation Manual - Model YST Steam Turbine Drive Centrifugal Liquid Chiller with OptiView™ Control Center Design Level F and G 160.67-O1 Wiring Diagram - Field Control Modifications MaxE™ Model YST Chillers (Style F) 160.67-PW2 Wiring Diagram - Model YST Steam Turbine Drive Centrifugal Liquid Chillers Floor Mounted Stea 2-stage centrifugal chiller Refrigeration Cycle 2-stage compressor. economizer. evaporator condenser. American Standard Inc. 1999 expansion devices Air Conditioning Clinic TRG-TRC010-EN Pressure-Enthalpy (p-h) Chart. subcooled pressure. liquid mixture of liquid and.

The basic gear driven centrifugal water chiller design was introduced in 1976 and has been proven in thousands of installations. The Trane Company continues to deliver its reliability and energy fitness commitment on its newest line of gear drive centrifugal water chillers, the Model CVGF.The major advantages of the Model CVGF are A centrifugal chiller system uses vapor compression cycle to cool water and it rejects the heat which is collected from the cold water and from the cooling tower Centrifugal Chiller Fundamentals: Centrifugal Chiller Fundamentals Thermodynamics and Temperature Relationships Single Stage Centrifugal Refrigeration Cycle. Evaluating Log for Thermal Performance: Full Load and Part Load Expectation: Trouble Diagnosis: Multistage Hermetic Compressor

Chiller Basics - How they work - YouTub

Centrifugal Chiller. Air conditioning equipment that utilizes a centrifugal compressor in a vapor-compression refrigeration cycle. Under Centrifugal Chiller, a centrifugal chiller is a chiller intended for comfort cooling and does not include chillers used for industrial process cooling and refrigeration. Cold Storage Warehouse The implementation of a three-port condensing wave rotor in the R718 centrifugal compressor refrigerating cycle is investigated by Kharazi et al. (2005, 2006). The authors use an unsteady time-dependent flow device for second stage compression, where pressurized water is employed to generate shock waves in the wave rotor flow field and is used. Life Cycle Costs In every market in the land there is this life cycle market—these guys who care deeply about their energy consumption, says Laura Wand, vice president and general manager of global chiller products, building technologies, and solutions at Johnson Controls.You're going to see the YZ Chiller in hospitals, large office complexes, mixed-use complexes, data centers. IMM WSCWDC-5 Centrifugal Chillers 7 load falls below the minimum chiller plant capacity or on close-coupled systems with very small water volumes. Some of the things the designer should consider when looking at water volume are the minimum cooling load, the minimum chiller plant capacity during the low load period and th

Solstice® zd is a non-flammable, ultra-low GWP replacement for R-123 for low pressure centrifugal chillers. It has a GWP of 1 which is 99.9% lower than R-245fa, making it an environmentally preferable alternative in applications such as Organic Rankine cycle (ORC) and high temperature heat pumps Chillers using Centrifugal compressors • Centrifugal compressors are generally available in prefabricated chillers from 100 to 3,000 tons [350 to 10,500 kW], and up to 8,500 tons [30,000 kW]. This factor has the second greatest impact on chiller efficiency and cost All water-cooled centrifugal chillers were selected based on the capability of the software to select and rate the unit that contributes to the best life-cycle value, making it the most attractive to own. A high-level, simplified comparison can help determine the available chiller alternatives that ca

Centrifugal Chiller HVAC Business LG Globa

1 The centrifugal chillers used as the main engines for district heating and cooling systems. Refrigerant is evaporated, compressed, condensed and expanded inside the machine, in a cycle that produces chilled water for use in cooling. Photo Top: Marina Bay, Singapore's New Downtown, where international resort facilities are springing up. Centrifugal Chiller High Efficiency Centrifugal Chiller HC-F-GFG-SSC Series HC-F-GXG-S Series (High Efficiency Type) HC-F-GSG-S Series (Compact Type) (Super High Efficiency Type) 1,055~7,032kW (300~2,000USRT) *Capacity can be extended up to max. 2,500USRT with single compressor.High Efficiency Inverter Controlled Centrifugal Chiller HC-F-GFG-SITSC Series HC-F-GXG-SIT Series (High Efficiency. During the compression cycle, the refrigerant passes through four major components within the chiller: the evaporator, the compressor, the condenser, and a flow-metering device such as an expansion valve. The evaporator is the low-temperature (cooling) side of the system and the condenser is the high-temperature (heat-rejection) side of the. The Trane CenTraVac centrifugal chiller is the first commercial chiller in the world to earn product-specific Type III Environmental Product Declaration (EPD) registration based on a third-party life cycle assessment. The CenTraVac chillers are also among the Trane products within the EcoWise™ product portfolio and can operate with either R. The YORK® YK-EP Chiller extends the range of the YORK single-stage centrifugal chiller product range by providing additional capacity and greater efficiency through an econo-mized cycle. This is the only product available that uses a second single-stage compres-sor to perform half lift in parallel

Ice Storage Centrifugal Chiller | HVAC | LG PhilippinesKyoto Station, Kyoto, Japan - HPB Magazine

The new LG Centrifugal Chiller achieved the industry's highest energy efficiency rating thanks to its effective three-level inverter and two-stage compression cycle. This promising technology allows the Centrifugal Chiller to register an integrated part load value (IPLV) of 11.3 while simultaneously recording a 6.4 coefficient of performance. Smardt oil-free centrifugal chillers offer the highest IPLV energy efficiencies and the lowest lifetime operating costs The Thailand operations of the Smardt Chiller by Goldmarktech offer a greater depth of technical support and greater experience than anyone else in the market with oil-free centrifugal technology and its successful delivery of lifetime energy cost saving The centrifugal chiller 11 is configured to implement a two-stage compression, two-stage expansion subcooling cycle. Specifically, the centrifugal chiller 11 includes a turbocompressor 60 for compressing a refrigerant, a condenser 62 for condensing the high-temperature, high-pressure gas refrigerant compressed by the turbocompressor 60, a.

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