General Information General Information 7
Research and Development Leadership Reliability Innovation Cutting-edge technology People 8
General Information The Company Huayi Group has a global presence; headquarters in China and subsidiaries in Europe. Huayi Compressor Co., Ltd. Huayi Compressor Co., Ltd. was founded in 1990, located in Jingdezhen, China, and is a worldwide leader of household compressor manufacturing. It specializes in the production of hermetic compressors with a complete range from 40W to 400W for refrigerators, water dispensers and dehumidifiers, among other household appliances. The core value of the company is Employee, Customer and Shareholder Satisfaction. Huayi Compressor Barcelona, S.L. Huayi Compressor Barcelona, S.L., subsidiary of Huayi Group, was founded in 1962 under the name of Unidad Hermética with the aim of producing hermetic compressors and cooling equipment. Today, the company belongs to Huayi Compressors Co. Ltd. Oriented to develop quality product supported by European production, with more than 100 million compressors produced under the Cubigel Compressors brand, the company mission has remained the same during its 51 years of experience developing compressors and satisfying the refrigeration market trends of Commercial Refrigeration. The compressors are designed to optimize energy consumption to reduce the effects of Global Warming, which are the goals of innovative R&D, focused on developing a wide range of products apt for the market requirements. General Information 9
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General Information The Product Extended range of compressors The most complete range of hermetic compressors for every commercial application under the Cubigel Compressor brand. The offer includes more than 500 different models of compressors from ranges of 2.4 to 34cc, in most refrigerant gases, main voltages and types of applications. Condensing Units High quality hermetic condensing units with a wide range of options for most Commercial Refrigeration applications being also able to work under tropical temperature conditions. The range of condensing unit models covers both standard and customized versions. The green cooling ranges The advanced design of the Green Cooling ranges allows a remarkable efficiency improvement. These ranges comprise High Efficiency, Natural Refrigerants and the Variable Speed Compressors. This last one is crucial to reduce refrigeration energy consumption as the motor is electronically controlled. Compressors for mobile applications The best DC power supply compressors for mobile applications that are used in recreational vehicles, such as boats, caravans, cars that are equipped with refrigerators and freezers; and also in trucks or other transportation vehicles equipped with air conditioners in the sleeping cabins. 11
Family of Compressors and Condensing Units D range Features: Very compact design, Low weight, extra silent Range: 2.40 to 4.03 cc Refrigerants: R134a, R600a Applications: Water Coolers, Can Coolers, Bottle Coolers, Small Refrigerators and Freezers L range Features: The highest efficient range with propane (R290) & isobutene (R600a) Range: 4.00 to 9.9 cc Refrigerants: R134a, R404A, R600a, R290, R507, R22 Applications: Household Refrigerators, Bottle Coolers and Freezers, Can Coolers, Chest Freezers, Vending Machines, Ice Cream Freezers, Beer Dispensers, Ice Makers, Soft Drink Dispensers, Heat Pumps Systems L P P range Features: High Efficiency versions The highest efficient range with propane (R290) & isobutene (R600a) range with propane (R290) & isobutene (R600a) Range: 12.00-16.00 cc Refrigerants: R134a, R404A, R600a, R290, R507, R22 Applications: Household Refrigerators, Bottle Coolers and Freezers, Can Coolers, Chest Freezers, Vending Machines, Ice Cream Freezers, Beer Dispensers, Ice Makers, Soft Drink Dispensers 12
General Information range Features: High reliability & efficiency. New design to work under heavy duty operation conditions Range: 16.00 to 23.00 cc Refrigerants: R134a, R404A, R290, R407C, R507, R22 Applications: Large Freezers (vertical and chest), Blast Freezers, Ice Makers, Vending Machines, Display Cabinets, Display Islands, Soft Drink Dispensers X S S range Features: Top capacity range, Optimized design to reduce vibration Range: 18.00 to 34.42 cc Refrigerants: R134a, R404A, R407C, R507, R22 Applications: Large Freezers (vertical and chest), Soft drinks dispensers, Blast Freezers, Air Dryers, Ice Makers, Air Conditioning, Vending Machines, Heat Pumps, Display, Cabinets and Islands CONDENSING UNITS Features: Complete range of Condensing Units from 2.4 to 34 cc High reliability & top-quality components Specific customized versions Designed to work under 43º C tropical conditions Refrigerants: R134a, R404A, R290, R407C, R507, R22 Applications: Suitable for all applications 13
The Green Cooling Ranges The most extended range of compressors for sustainable refrigeration in terms of energy consumption reduction. The advanced design of the Green Cooling Ranges allows efficiency improvement providing energy consumption reductions up to 45% compared to standard versions; consequently, lower CO 2 emissions to the atmosphere. The Green Cooling Ranges comprise High Efficiency, Natural Refrigerants and Variable Speed Compressors. The Green Cooling range gets to improve the compressor COP between 20% and 30% in comparison with standard ranges. High Efficiency Ranges The High Efficiency models reduce energy consumption of commercial refrigeration appliances between 10% and 30% with respect to standard ranges. Most High-Efficiency models are equipped with electric motors, designed with the "optional run capacitor" concept, that is, the compressor can work with or without a running capacitor (CSR/CSIR), offering the level of efficiency with the same compressor. Natural Refrigerants Natural refrigerants like propane (R290) and isobutene (R600a) are being gradually introduced in commercial appliances, not only due to the replacement of H-CFC s and HFC s refrigerants which have high impact on environment, but also because it is more efficient in terms of performance and applications' energy consumption. Refrigerant propane has no direct contribution to global warming and its energy consumption is between 10% to 15% lower than a similar application with R404A. The Cubigel Compressors R290 compressors offer a higher cooling capacity and COP allowing energy-saving consumption with smaller displacement. The major environmental benefits are obtained combining the use of the R290 with the design criteria of high efficiency ranges. These compressor models, in their more advanced version can save up to 50% of energy when compared with standard efficiency series of R404A thanks to its high-efficiency mechanics, its advanced motor winding design and the optional running capacitor concept. 14
General Information Variable Speed Compressors The Variable Speed Compressor offers the lowest energy consumption by means of electronically self-adjusting the compressor's speed to the appliance's cooling needs, while improving COP up to 50%. Using Smart Speed software with communication capabilities, this compressor automatically achieves the best efficiency for the appliance while dynamically adapting the compressor's speed to the needed cooling capacity. The major benefit can be obtained with a Variable Speed Compressor combined with the use of natural refrigerants, achieving a better performance with no contribution to global warming. Variable Speed Compressors Features: High Efficiency, Flexible Speed Drive Drop-in Configuration External Controlling 200-240 V / 50-60Hz Models: GLT99FSN, NPT12FSC Refrigerant: R290, R134a 15
DC Compressors for mobile applications The Cubigel Compressors mobile cooling solutions for transportation vehicles are designed to operate from a 12-42V DC power supply. These compressors are designed for mobile DC applications in boats, trucks, private cars, medical appliances in ambulances, truck cabin air conditioners, among others. The GD30FDC model is the solution for users requiring comfort and reliability while traveling where a DC powered refrigerator is utilized. The GLT80TDC is the answer to the needs of users requiring comfort and reliability while traveling, either on holidays, at work or in any other circumstance where a DC powered air conditioner is utilized. The electronic driver from all Mobile Compressors include the Smart Speed programming option, which is a plug-in system for automatically self-adapting compressor speed to the current thermal load. The GD30FDC and GLT80TDC are designed to operate from a low voltage DC power supply to operate silently, efficiently and reliably even up to angles of tilt of 30º / 20º respectively, working with refrigerant R134a. DC Compressors Range Features: DC compressors for mobile applications, exceptionally silent GD30FDC VDE & UL approved Ready to work under heavy duty operating conditions 12-42V DC / 24-42V DC / 48-56V DC / 100-240 V / 50-60Hz AC Models: GD30FDC, GLT80TDC. Refrigerant: R134a, R600A 16
Compressor Ranges Main Characteristics Compressor ranges - Main characteristics General Information Range D L P X S Displacement (cm 3 ) Cooling capacity (W) [*] LBP HMBP min max min max min max 2.4 4.5 10 16 18 4 9.9 16 23 34 47 110 190 400 1215 95 460 775 1060 1620 210 324 1065 1655 2475 360 1410 2080 3030 5265 Weight (max) (kg) 7 11 13 17 23 *All refrigerants / Measured at ASHRAE rating condition 50 Hz Identification Labels and Approvals R134a GL90TG 200-220 V-50 Hz 220-230 V-60 Hz 9720657468000148 PH1 05101 Model Voltage Approvals Production Date Bar Code Refrigerant Approvals Directive compliance declarations Flammable gases 17
Compressor Nomenclature model GLY60RAa Indicates refrigerant. Not appearing in case of ranges for R22 G = R134a N = R290 M = R404A/R507 H = R600a G L Y 60 R A a Indicates compressor range (overall design). D = 2.4-4cm 3 P = 12-16cm 3 S = 18-34cm 3 L = 4.0-9.9cm 3 X = 16-23cm 3 Indicates energy efficiency level. Not appearing in case of R22 ranges and for standard efficiency. M = Medium Y = High Efficiency - Run Capacitor Optional RSIR/RSCR or CSIR/CSR T = Top Efficiency - Run Capacitor RSCR or CSR Indicates approximate compressor displacement under the following rule: D / L ranges 10 times the approx. displacement in cm 3 /rev (GL90TB -> approx 9 cm 3 /rev) P / X / S ranges The approx. displacement in cm 3 /rev (MX21TG -> approx 21 cm 3 /rev) Indicates the starting torque, application type and compressor cooling: A = LBP - LST - S G = LBP - LST - S (RSCR only) B = LBP - LST - OC L = LBP - HST - Fan (Current Relay) C = LBP - LST - FAN M = HMBP - LST/HST - S/FAN D = LBP - HST - S N = MBP - LST/HST - S/FAN E = LBP - HST - OC P = HMBP - LST - FAN F = LBP - HST -FAN R = HMBP - HST - FAN (CSR versions with Current Relay) T = HMBP - HST - FAN (CSR versions with Potential Relay) U = AC - LST/HST - FAN Y = VHBP - HST Fan Indicates the rated voltage: A = 220-240V 50Hz B = 220-240V 50Hz (old ranges) C = 100V 50/60Hz (old ranges) D = 115V 60Hz E = 115V 60Hz (old ranges) F = 208-230V 60Hz (old ranges) G = 200-220V 50Hz/220-230V 60Hz J = 100V 50/60Hz M = 115-127V 60Hz L/N = 200-220V 50Hz or 200-240V 50Hz 220-230V 60Hz (50ºC) R = 115-127V 60Hz (old ranges) T = 200-220V 50Hz U = 208-230V 60Hz 3 = 3 phase 400-440V 50/60Hz In case of old ranges R22, this character indicates refrigerant and constructive variations. Indicates a variant of the model that only affects the configuration of electrical components. Its meaning may vary from model to model. It does not appear on the compressor label but it is used for ordering, invoicing and Cubigel internal processes. Examples: 1. In high-efficiency compressors ( Y series, i.e.: GPY12LA or MLY80RD), the letters a or b may indicate the type of electrical connection corresponding to the electrical accessories supplied with the compressor. a = no use of running capacitor b = use of running capacitor c = static cooling and with starting capacitor d = fan cooling and with starting capacitor 2. In HMBP models of D range, R134a refrigerant (i.e.: GD30MB or GD40MB) it indicates the electrical accessories corresponding to the following situations: a = static cooling and without starting capacitor b = fan cooling and without starting capacitor 18
Voltage The standards consider the voltage variation of the network to be within +/- 6% of its rated value, nevertheless the Cubigel Compressors motors' design is able to work within -15% of the lowest rating and +10% of the highest rating. General Information Compressor Voltage Versions Voltage version Compressor rating Voltage operative range A or B C or J D or E G or F L or N M or R T U 3 220-240 V 50 Hz 100 V 50/60 Hz 115 V 60 Hz 200-220/220-230 V 50/60 Hz 200-220 V 50 Hz 208-230 V 60 Hz 115-127 V 60 Hz 400/440 V 50/60 Hz 3ph 187-264 V 50 Hz 85-110 V 50/60 Hz 98-127 V 60 Hz 170-242/187-253 V 50/60 Hz 187-242 V 50 Hz 177-253 V 60 Hz 98-140 V 60 Hz 340-440/374-484 V 50/60 Hz Applications Based on the characteristics of the system for which the compressor is intended, compressors are classified in different groups of application. Low Back Pressure (LBP) Compressors. Evaporating temperature range: -35 to -10ºC [-31ºF to +14ºF] (down to -40ºC [-40ºF] for refrigerant R404A). Rating condition: -25ºC [-13ºF] (CECOMAF) or -23.3ºC [-10ºF] (ASHRAE). High Back Pressure (HBP) Compressors. Evaporating temperature range: -15ºC to +10ºC [+5ºF to +50ºF]). Rating condition: +5ºC [+41ºF] (CECOMAF) or +7.2ºC [+45ºF] (ASHRAE). Medium Back Pressure (MBP) Compressors. Evaporating temperature range: -25ºC to 0ºC [-10 ºF to 32ºF] High Medium Back Pressure (HMBP) Compressors. Evaporating temperature range: -25 to +10 ºC [-13ºF to +50ºF]. Rating condition: +5ºC [+41ºF] (CECOMAF) or +7.2ºC [+45ºF] (ASHRAE). Very High Back Pressure (VHBP) Compressors. Evaporating temperature range 0ºC to +25ºC [+32 to +77ºF] with condensing temperature up to +75ºC [+167ºF]. The rating condition is defined by an internal Cubigel Compressors standard: Te = +10ºC [+50ºF]. 19
SOA - Safe Operating Area In order to grant the compressor reliability it is recommended that the point representing the operating conditions (suction and discharge pressures) falls within the shadowed area of the corresponding graph. SOA R134a LBP SOA R134a MBP SOA R134a HMBP SOA R134a HBP SOA R134a VHBP SOA R404A LBP 75 VHBP 60 LBP 70 40 45 40 0 5 25-40 -25-10 20
SOA R404A HMBP SOA R404A HBP General Information 60 HMBP 60 HBP 50 40 55 40-25 -10 10-15 -10 10 SOA R290 LBP SOA R290 HMBP SOA R22 HBP SOA R600a HMBP SOA R600a LBP SOA R22 HMBP 21
Types of Electrical Motors RSIR (Resistance Start-Induction Run) LST motor. No capacitors. Auxiliary winding is disconnected after start up. Standard energy efficiency. CSIR (Capacitor Start-Induction Run) HST motor. With starting capacitor. Auxiliary winding is disconnected after start up. Standard efficiency. RSCR (Resistance Start-Capacitor Run) LST motor. With running capacitor. Auxiliary winding remains connected after start up. Used for high efficiency in small capacity compressors (particularly in household refrigeration) CSR (Capacitor Start and Run) HST motor. Two capacitors (starting and running). Auxiliary winding remains connected after start up. Used for high efficiency in small compressors and for size reduced size motors in compressors with comparatively large displacements. Single phase motor classification Capacitor type With Running capacitor Motor type: CSR HST With starting capacitor Starting device: Current relay + NTC for L & P ranges Potential relay for P, X & S ranges LST Without starting capacitor Motor type: RSCR Starting device: PTC Without Running capacitor Motor type: CSIR Starting device: Current Relay Motor type: RSIR Starting device: Current Relay or PTC Type of starting device Type of torque Current relay RSIR engines, CSIR and CSR small (those with an NTC resistor in series with the starting capacitor to limit the current peak load). Potential relay (electromechanical). CSR high-power motors. LST Low Starting Torque Systems with capillary tube or balanced pressures at start up. HST High Starting Torque Systems with expansion valve or capillary tube, with unbalanced pressures at start up. PTC (Positive Temperature Coefficient), the resistance increases with the temperature. Device only with RSIR orrscr motors in the D, L and P ranges. NTC (Negative Temperature Coefficient), the resistance decreases with the temperature. Used in some CSR in order to reduce dimensions and components. 22
General Information Compressors Product Summary Refrigerants R290 R600a R134a R404A R507 R22 Application LBP HMBP VHBP Rated Voltages 220-240V 50HZ EU 100V 50/60HZ JAPAN 115-127V 60HZ USA - Latinamerica 200-240/220-230V 50/60HZ 50Hz unstable net 200-220/230V 50/60HZ and 60Hz net 400-440V 50/60HZ 3PH More than 500 MODELS Motor RSIR RSCR CSIR CSR CSR + NTC 3PH DC Displacement Cooling Capacity 2.4 cm 3-34.42 cm 3 35 kcal/h - 4,100 kcal/h (ASHARE) Starting Torque HST LST Efficiency STANDARD MEDIUM HIGH VARIABLE SPEED 23
Condensing Units Features, Benefits and Customized versions Cubigel Compressors offers a complete range of Condensing Units either standard or customized version, along with a wide variety of components to assemble customized condensing units. Features and Benefits Complete range from 2.4 to 34 cc High reliability & top-quality components High Efficiency version available Specific customized range Designed to work under 43ºC Suitable for all refrigerants & applications Condensing Units Main specific components Special power supply cable Special assembly supports (base plates) Dryer filters included (ceramic, molecular) Special pressure switches Non-assembled components Thermostat cables Special copper tubes (T connections) Sight glass Schrader valves Specific packaging Capillary tube Drain tray Main specific services Units UL approved on request Certified laboratory facilities at customer disposal Quick prototype building Quick quotation system Condensing Unit Versions Version "1" Basic equipment to be directly connected by soldering to the tubes of the condenser. Applicable to systems with a capillary expansion device. Version "2" Equipped with service valves in order to facilitate the connection and installation. Version "3" Equipped with service valves and liquid receiver. Applicable to systems with expansion valve. Version "3P" Version "3" additionally equipped with a hp/ lp pressure switch. Version "4" Version "1" additionally equipped with a Schrader valve on the refrigerant charging. 24
General Information Condensing Units Designation model CMS34TB3M2F C MS34TB3 M 2F C = Condensing Unit MS34TB = Compressor model 1-2-3-4 = Version M = 38ºC N = 43ºC Max. Amb. Temp. 2F (Optional) = Two Fans - P (Optional in v.3) = hp/lp pressure switch Condensing Units Summary Refrigerants R290 R600a R134a R404A R507 R22 Application LBP HMBP VHBP Rated Voltages 220-240V 50HZ EU 100V 50/60HZ JAPAN 115-127V 60HZ USA - Latinamerica 200-240/220-230V 50/60HZ 50Hz unstable net 200-220/230V 50/60HZ and 60Hz net 400-440V 50/60HZ 3PH More 500 than STANDARD MODELS Displacement Cooling Capacity 2.4 cm 3-34.42 cm 3 35 kcal/h - 4,100 kcal/h (ASHARE) Standard Versions 1 2 3 3P 4 25
How to read this Catalogue Compressors Grouped by Refrigerant type Grouped by Application type Grouped by Application type Voltage Cooling capacity CECOMAF & ASHRAE Operative range of evaporating temp Indicates Green Cooling models Dimensional drawing reference Indicates New models R404A HMBP HBP REFRIGERATION CAPACITY COP in W/W 1 W = 0,864 kcal/h = 3,415 BTU/h Evaporating Temperature ºC Cecomaf (W) Ashrae 5 7.2 cm 3 hp -25-15 W COP 10 kcal/h COP Kg ML40TB 4.05 1/6 HMBP F 220-240V 50Hz ~1 CSIR R C-V 133 214 473 1.43 558 510 1.74 10.0 Lc ML40TG 4.05 1/6 HMBP F 200-240/220-230V 50/60Hz ~1 CSIR R C-V 133 214 473 1.43 558 510 1.74 10.0 Lc ML45TB 4.50 1/5 HMBP F 220-240V 50Hz ~1 CSIR R C-V 151 238 528 1.49 624 570 1.82 10.1 Lc ML45TG 4.50 1/5 HMBP F 200-240/220-230V 50/60Hz ~1 CSIR R C-V 151 238 528 1.49 624 570 1.82 10.0 Lc MODEL DISPLACEMENT POWER APPLICATION CPR COOLING VOLTAGE FREQUENCY MOTOR MLY60RAa 5.98 1/4 HMBP F 220-240V 50Hz ~1 CSIR R C-V 212 346 766 1.77 902 825 2.15 10.5 Lc MLY60RAb 5.98 1/4 HMBP F 220-240V 50Hz ~1 CSR R C-V 212 346 766 1.93 902 825 2.36 10.5 Lc ML60TB 5.68 1/4 HMBP F 220-240V 50Hz ~1 CSIR R C-V 166 277 647 1.53 769 700 1.85 10.1 Lc ML60TG 5.68 1/4 HMBP F 200-220/230V 50/60Hz ~1 CSIR R C-V 166 277 647 1.53 769 700 1.85 10.0 Lc MLY80RAa 8.10 3/8 HMBP F 220-240V 50Hz ~1 CSIR R C-V 282 463 1055 1.86 1250 1140 2.27 10.2 Ld MLY80RAb 8.10 3/8 HMBP F 220-240V 50Hz ~1 CSR R C-V 282 463 1055 2.02 1250 1140 2.46 10.2 Ld ML80TB 7.57 3/8 HMBP F 220-240V 50Hz ~1 CSIR R C-V 227 385 880 1.63 1040 950 1.99 11.4 Ld ML80TG 7.57 3/8 HMBP F 200-240/220-230V 50/60Hz ~1 CSIR R C-V 227 385 880 1.63 1040 950 1.99 11.2 Ld MLY90RAa 9.09 3/8 HMBP F 220-240V 50Hz ~1 CSIR R C-V 317 512 1132 1.75 1334 1220 2.13 11.3 Ld MLY90RAb 9.09 3/8 HMBP F 220-240V 50Hz ~1 CSR R C-V 317 511 1136 1.92 1340 1225 2.34 11.3 Ld ML90TB 8.86 3/8 HMBP F 220-240V 50Hz ~1 CSIR R C-V 282 463 1055 1.63 1250 1140 1.98 11.6 Ld ML90TG 8.86 3/8 HMBP F 200-220/230V 50/60Hz ~1 CSIR R C-V 282 463 1055 1.63 1250 1140 1.98 12.7 Ld MP12RB 12.05 1/2 HMBP F 220-240V 50Hz ~1 CSR R C-V 373 634 1463 1.89 1732 1580 2.30 13.5 Pd MP12TG 12.05 1/2 HMBP F 200-220/220-230V 50/60Hz ~1 CSR R C-V 373 634 1463 1.85 1732 1580 2.25 13.5 Pd MPT12RA (**) 12.10 3/8 HMBP F 220-240V 50Hz ~1 CSR R C-V 398 676 1560 1.93 1845 1685 2.35 12.6 Pd MP14RB 14.17 1/2 HMBP F 220-240V 50Hz ~1 CSR R C-V 463 765 1674 1.76 1963 1800 2.14 13.5 Pd MPT14RA (**) 14.32 1/2 HMBP F 220-240V 50Hz ~1 CSR R C-V 478 784 1760 1.81 2078 1900 2.20 13.5 Pd MX16TB 16.03 3/4 HMBP F 220-240V 50Hz ~1 CSR R C-V 484 818 1880 1.76 2225 2030 2.15 16.2 Xc MX18TB 18.40 7/8 HMBP F 220-240V 50Hz ~1 CSR R C-V 554 937 2157 1.78 2554 2330 2.18 16.0 Xd MX18TG 18.40 7/8 HMBP F 200-220/220-230V 50/60Hz ~1 CSR R C-V 554 937 2157 1.78 2554 2330 2.18 17.0 Xd MX21TB 20.72 1 HMBP F 220-240V 50Hz ~1 CSR R C-V 625 1052 2425 1.77 2873 2620 2.15 17.4 Xd MX21TG 20.72 1 HMBP F 200-220/230V 50/60Hz ~1 CSR R C-V 625 1052 2425 1.77 2873 2620 2.15 17.6 Xd MS18T3 18.10 7/8 HMBP F 400/440V 50/60Hz ~3 3PHASE R C-V 423 838 2137 1.92 2557 2320 2.35 20.0 Sc MS22TB 21.75 1 HMBP F 220-240V 50Hz ~1 CSR R C-V 453 972 2566 2.04 3077 2789 2.50 20.5 Sc MS22T3 21.75 1 HMBP F 400/440V 50/60Hz ~3 3PHASE R C-V 453 975 2576 2.01 3090 2800 2.45 20.0 Sc MS26TB 25.93 1 3/8 HMBP F 220-240V 50Hz ~1 CSR R C-V 675 1295 3185 2.02 3789 3449 2.46 23.0 Sd MS26TG 25.93 1 3/8 HMBP F 200-220/230V 50/60Hz ~1 CSR R C-V 675 1295 3186 2.02 3791 3451 2.46 23.0 Sd MS26T3 25.93 1 3/8 HMBP F 400/440V 50/60Hz ~3 3PHASE R C-V 675 1295 3186 2.01 3791 3451 2.45 18.6 Sd MS34TB 34.42 1 5/8 HBP F 220-240V 50Hz ~1 CSR R C-V 1012 1860 4231 1.92 4959 4551 2.30 22.7 Sd MS34T3 34.42 1 5/8 HMBP F 400/440V 50/60Hz ~3 3PHASE R C-V 1007 1860 4231 1.82 4958 4551 2.20 22.8 Sd MS34TG 34.42 1 5/8 HMBP F 200-220/230V 50/60Hz ~1 CSR R C-V 1012 1860 4231 1.92 4959 4551 2.30 22.7 Sd STARTING EXPANSION WEIGHT DESIGN 26
Condensing Units Grouped by Refrigerant type Grouped by Application type Grouped by Application type Voltage Cooling capacity CECOMAF & ASHRAE Operative range of evaporating temp General Information Dimensional drawing reference Indicates New models Indicates Green Cooling models R134a MODEL DISPLACEMENT POWER MAX. AMBIENCE TEMP. T = TROPICALIZED APPLICATION VOLTAGE FREQUENCY MOTOR EXPANSION REFRIGERATION CAPACITY W Wx 0.86 = kcal/h W x 3.412 = BTU/h Evaporating Temperature ºC DIMENSIONS VERSION "3" TUBES SUCTION COMPRESSION WEIGHT 7.2 W x L x H cm 3 hp -25-15 -5 5 W W inp A 10 mm Inch Inch Kg CGD30MB_N 3.08 1/10 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 71 119 191 285 309 168 1.02 341 255x300x200 1/4 1/4 8.7 4A CGD36MB_N 3.62 1/10 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 91 147 230 341 369 196 1.0 407 255x300x200 1/4 1/4 8.8 4A CGD40MB_N 4.06 1/8 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 97 156 243 357 385 215 1.0 423 255x300x200 1/4 1/4 9.6 4A CGL45PB_N 4.50 1/6 43 T HMBP 220-240V 50Hz ~1 RSIR C-V 108 183 286 416 448 238 1.0 491 320x425x220 3/8 1/4 14.5 3B CGL45TB_N 4.50 1/6 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 108 183 286 416 448 238 1.0 491 320x425x220 3/8 1/4 14.5 3B CGL45TG_N 4.50 1/6 43 T HMBP 200-240/220-230V 50/60Hz ~1 CSIR C-V 109 180 279 407 439 219 1.0 482 320x425x220 3/8 1/4 14.5 3B CGLY45RAa_N 4.56 1/6 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 140 208 312 452 490 235 1.0 535 320x425x235 3/8 1/4 16 3B CGLY45RAb_N 4.56 1/6 43 T HMBP 220-240V 50Hz ~1 CSR C-V 140 208 312 452 490 211 0.99 535 320x425x235 3/8 1/4 16 3B CGL60PB_N 5.68 1/5 43 T HMBP 220-240V 50Hz ~1 RSIR C 130 232 361 520 558 271 1.0 609 320x425x235 3/8 1/4 17 3B CGL60TB_N 5.68 1/5 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 130 232 361 520 558 271 1.0 609 320x425x235 3/8 1/4 17 3B CGL60TG_N 5.68 1/5 43 T HMBP 200-240/220-230V 50/60Hz ~1 CSIR C-V 136 227 366 551 599 271 1.0 662 320x425x235 3/8 1/4 17 3B CGLY60RAa_N 5.98 1/5 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 137 251 396 573 616 264 1.0 673 340x425x235 3/8 1/4 17 3B CGLY60RAb_N 5.98 1/5 43 T HMBP 220-240V 50Hz ~1 CSR C-V 137 251 396 573 616 242 0.99 673 340x425x235 3/8 1/4 17 3A CGL80PB_N 7.57 1/5 43 T HMBP 220-240V 50Hz ~1 RSIR C-V 166 285 441 636 684 343 2.02 747 340x425x235 3/8 1/4 17 3B CGL80TB_N 7.57 1/5 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 166 285 441 636 684 343 2.02 747 340x425x235 3/8 1/4 17 3B CGL80TG_N 7.57 1/5 43 T HMBP 200-220/220-230V 50/60Hz ~1 CSIR C-V 178 300 473 699 755 333 2.02 831 340x425x235 3/8 1/4 17 3B CGLY80RAa_N 8.10 1/5 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 219 351 543 795 858 349 2.02 943 340x425x235 3/8 1/4 18.5 3B CGLY80RAb_N 8.10 1/5 43 T HMBP 220-240V 50Hz ~1 CSR C-V 219 351 543 795 858 324 1.0 943 320x425x235 3/8 1/4 18.5 3A CGL90PB_N 8.85 1/4 43 T HMBP 220-240V 50Hz ~1 RSIR C 203 341 533 780 842 386 2.02 924 340x425x235 3/8 1/4 18.5 3B CGL90TB_N 8.85 1/4 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 203 341 533 780 842 386 2.02 924 340x425x235 3/8 1/4 18.5 3B CGL90TG_N 8.85 1/4 43 T HMBP 200-220/220-230V 50/60Hz ~1 CSIR C-V 193 335 529 775 836 382 1.99 917 340x425x235 3/8 1/4 18.5 3B CGLY90RAa_N 9.09 1/4 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 215 360 564 827 893 437 2.0 981 350x425x270 3/8 1/4 19.5 3B CGLY90RAb_N 9.09 1/4 43 T HMBP 220-240V 50Hz ~1 CSR C-V 215 360 564 827 893 397 2.02 981 350x425x270 3/8 1/4 19.5 3A CGP12PB_N 12.05 3/8 43 T HMBP 220-240V 50Hz ~1 RSIR C 251 448 704 1019 1097 604 3.02 1199 350x425x270 3/8 1/4 20 3B CGP12TB_N 12.05 3/8 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 251 448 704 1019 1097 604 3.02 1199 350x425x270 3/8 1/4 20 3B CGP12TG_N 12.05 3/8 43 T HMBP 200-220/220-230V 50/60Hz ~1 CSIR C-V 251 412 671 1030 1123 539 2.99 1247 350x425x270 3/8 1/4 20 3B CGPY12RAa_N 12.10 3/8 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 314 504 768 1104 1188 571 3.02 1300 350x425x270 3/8 3/8 21.5 3B CGPY12RAb_N 12.10 3/8 43 T HMBP 220-240V 50Hz ~1 CSR C-V 314 504 768 1104 1188 523 1.99 1300 350x425x270 3/8 3/8 21.5 3A CGP14PB_N 14.17 3/8 43 T HMBP 220-240V 50Hz ~1 RSIR C 292 498 778 1130 1217 668 4.01 1334 350x425x270 3/8 1/4 21.5 3B CGP14TB_N 14.17 3/8 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 292 498 778 1130 1217 668 4.01 1334 350x425x270 3/8 1/4 21.5 3B CGP14TG_M 14.17 3/8 38 - HMBP 200-220/220-230V 50/60Hz ~1 CSIR C-V 327 534 820 1184 1275 630 2.99 1395 350x425x270 3/8 1/4 21.5 3B CGPY14RAa_N 14.32 3/8 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 442 618 867 1190 1270 623 2.99 1378 365x510x300 3/8 3/8 23.5 2D CGPY14RAb_N 14.32 3/8 43 T HMBP 220-240V 50Hz ~1 CSR C-V 442 618 867 1190 1270 579 3.02 1378 365x510x300 3/8 3/8 23.5 2E CGPY16RAa_N 16.15 3/8 43 T HMBP 220-240V 50Hz ~1 CSIR C-V 390 644 964 1350 1444 659 2.99 1568 365x510x300 3/8 3/8 23.5 2D CGPY16RAb_N 16.15 3/8 43 T HMBP 220-240V 50Hz ~1 CSR C-V 390 644 964 1350 1444 659 2.99 1568 365x510x300 3/8 3/8 23.5 2D DESIGN 27