Related Manuals for Samsung AG010 AA Series
Summary of Contents for Samsung AG010 AA Series
- Page 1 CHILLER Technical Data Book DVM Chiller for North America (R32, 60Hz, HP) Model : AG010/015DSV***/AA...
- Page 2 History Version Modification Date Remark Ver.1.0 Release R-32 DVM CHILLER for North America 24.03.07...
- Page 3 Nomenclature Outdoor Unit Model Name Buyer (1) Classification (5) Feature 1 Chiller Inverter (6) Feature 2 (2) Capacity Standard + General Temp.+ Module usRT (3 digits) (3) Version (7) Rating Voltage 2024 3Ø, 3#, 208~230V, 60Hz 3Ø, 3#, 380V, 60Hz 3Ø, 3#, 460V, 60Hz (4) Product Type (8) Mode...
- Page 4 In this case, compared to conventional water chillers, 49% of installation space can be saved. Samsung DVM Chiller enables users to reduce annual utility costs compared to traditional chillers, while the operational modes can be adjusted to allow for seasonal requirements.
- Page 5 Features & Benefits • IPLV 21.53 - IPLV is much higher than that of competitors 21.53 AG010DSVAFG/AA, AG010DSVAJG/AA Easy Installation & Small Space • Flexible Combination and Expansion of System Capacity Integrated Control • DVM Chiller provides the integrated control system same as the VRF Main...
- Page 6 Features & Benefits Control structure - Case 1 • DMS control - DVM Chiller & FCU kit (Samsung) - FCU kit : It needs to connect FCU interface module. - DVM Chiller : It can connect to DMS directly (R1R2) DMS 2.5...
- Page 7 (Local) (Local) Control structure - Case 3 • 3rd party BMS control (2) - Not using Samsung control system - 3rd party DDC can control and monitor DVM Chiller using the external input/output of DVM Chiller. (Integration system. 3 party)
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Page 8: Table Of Contents
Contents 1. Line up 2. Specification 3. Electric Characteristics 4. Dimensional Drawing 5. Centre of Gravity 6. Electrical Wiring Diagrams 7. Sound Data 8. Sound Data 8. Operation Range 9. Piping Diagram 10. Capacity Table 11. Capacity Correction 12. Installation... -
Page 9: Line Up
1. Line up External appearance Capacity (usRT) Model (Image) AG010DSVAFG/AA AG015DSVAFG/AA 208~230V 460V AG010DSVAJG/AA AG015DSVAJG/AA... - Page 10 1. Line up Modulation guide Standard High Efficiency usRT Recommended Recommended AG010DSV*** AG015DSV*** AG010DSV*** AG015DSV*** pipe size [A] pipe size [A] 2" 2" 2" 2 1/2" 2 1/2" 2 1/2" 3" 3" 3" 3" 3 1/2" 3 1/2" 4" 4" 4"...
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Page 11: Specification
2. Specification DVM Chiller (R-32) Type DVM Chiller DVM Chiller DVM Chiller DVM Chiller Model Name AG010DSVAFG/AA AG015DSVAFG/AA AG010DSVAJG/AA AG015DSVAJG/AA Power Supply Φ, #, V, Hz 3,3,208~230,60 3,3,208~230,60 3,3,460,60 3,3,460,60 Mode HEAT PUMP HEAT PUMP HEAT PUMP HEAT PUMP usRT Amb. - Page 12 2. Specification DVM Chiller (R-32) Type DVM Chiller DVM Chiller DVM Chiller DVM Chiller Model Name AG010DSVAFG/AA AG015DSVAFG/AA AG010DSVAJG/AA AG015DSVAJG/AA Type Brazing Plate Brazing Plate Brazing Plate Brazing Plate Cooling LPM (GPM) 59.8 (15.8) 63.6 (16.8) 59.8 (15.8) 63.6 (16.8) Minimum Heating LPM (GPM)
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Page 13: Electric Characteristics
3. Electric Characteristics Power Supply Voltage Range Nominal Running Capacity Current [A] ODU Fan Current [A] Model Min. Max. Motor [kW] Voltage (-10%) (+10%) Cooling Heating AG010DSVAFG/AA 208~230 28.4 31.5 52.0 70.0 0.630 x 2 AG015DSVAFG/AA 208~230 44.0 47.7 70.0 90.0 0.630 x 2 14.2... -
Page 14: Dimensional Drawing
4. Dimensional Drawing DVM Chiller (R-32) • AG010/015DSV***/AA Unit: mm (inches) DETAIL [9"] [10"] [2'- 6"] [2'- 1/2"] [3"] 1571 [2'- 7 1/2"] [5'- 1 3/4"] [3"] 1796 [5'- 10 3/4"] Pitch of foundation bolt holes 1655 [3"] [5'- 5 1/4"] 4-20X12 SLOT HOLE Foundation bolt holes Table of descriptions... -
Page 15: Centre Of Gravity
5. Centre of Gravity DVM Chiller (R-32) • AG010/015DSV***/AA Unit: mm (inches) 1796.0 803.0 [5’ - 10 3/4”] [2’ - 7 1/2”] Model 1020 AG010/015DSV***/AA [3’-4 1/4”] [1’-3] [1’-11 1/4”]... -
Page 16: Electrical Wiring Diagrams
6. Electrical Wiring Diagrams Inverter controller AG010/015DSVAFG INV PCB1 Printed circuit board (inverter1) EEV1 Electronic expansion valve 1 HOTGAS1 BYPASS V/V Solenoid valve (Hot Gas Bypass1) INV PCB2 Printed circuit board (inverter2) EEV2 Electronic expansion valve 2 EVI BYPASS1 V/V Solenoid valve (EVI BYPASS) EMI PCB1 Printed circuit board (emi1) - Page 17 6. Electrical Wiring Diagrams Inverter controller AG010/015DSVAJG INV PCB1 Printed circuit board (inverter1) EEV1 Electronic expansion valve 1 HOTGAS1 BYPASS V/V Solenoid valve (Hot Gas Bypass1) INV PCB2 Printed circuit board (inverter2) EEV2 Electronic expansion valve 2 EVI BYPASS1 V/V Solenoid valve (EVI BYPASS) EMI PCB1 Printed circuit board (emi1)
- Page 18 6. Electrical Wiring Diagrams Hydro controller AG010/015DSVAFG, AG010/015DSVAJG HYDRO-UNIT Printed circuit board EVI1-OUT(10K) Thermistor (EVI-out_10kohm) F101 FUSE(HYDRO-UNIT) EVI2-IN(10K) Thermistor (EVI-in_10kohm) EEV1 Electronic expansion valve 1 EVI2-OUT(10K) Thermistor (EVI-out_10kohm) EEV2 Electronic expansion valve 2 WATER IN(10K) Thermistor (WATER IN_10kohm) EVI1-IN(10K) Thermistor (EVI-in_10kohm) WATER OUT(10K) Thermistor (WATER OUT_10kohm) NOTE...
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Page 19: Sound Data 8. Sound Data
7. Sound Data Sound Pressure level Unit: dB(A) Model Cooling Silent1 Silent2 Silent3 Microphone AG010DSVAFG/AA 1.5m Front AG010DSVAJG/AA AG015DSVAFG/AA AG015DSVAJG/AA • 1) AG010DSVAFG/AA 2) AG010DSVAJG/AA Cooling Cooling Silent 1 Silent 2 NC 55 NC 55 Silent 3 Silent 3 NC 50 NC 50 NC 45 NC 45... - Page 20 7. Sound Data Sound Power level Unit: dB(A) Model Power AG010DSVAFG/AA AG010DSVAJG/AA AG015DSVAFG/AA AG015DSVAJG/AA 1) AG010DSVAFG/AA 2) AG010DSVAJG/AA NC 55 NC 55 NC 50 NC 50 NC 45 NC 45 NC 40 NC 40 NC 35 NC 35 NC 30 NC 30 NC 25 NC 25...
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Page 21: Operation Range
8. Operation Range Inverter controller Cooling Heating ℉ Note ℉ 131 140 Outdoor temperature(℉ WB) Outdoor temperature(℉ WB) Note1) It might work in part load in this area... - Page 22 8. Operation Range Hydro controller AG010DSV***/AA (21.75) (14.5) (7.25) 0(0) (1.41) (2.12) (2.83) (3.53) (4.24) (4.94) (5.65) (7.06) (6.36) Supply flow rate : LPM (CFM) AG015DSV***/AA (36.25) (29) (21.75) (14.5) (7.25) 0(0) (1.41) (2.83) (4.24) (5.65) (7.06) (8.48) (9.89) Supply flow rate : LPM (CFM)
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Page 23: Piping Diagram
9. Piping Diagram DVM Chiller (R-32) • AG010/015DSV***/AA Outdoor Fan Motor 2 (OFM2) Thermistor - Suction pipe 2 (T_S2) Outdoor Fan Motor 1 Thermistor - (OFM1) Ambient (T_A) Thermistor - Suction pipe 1 Heat Exchanger - SUB (T_S1) (HX_SUB) Heat Exchanger - Main Electronic Thermistor - Electronic... -
Page 24: Capacity Table
10. Capacity Table AG010DSV*** Cooling (ΔT = 10°F) TC : Total Capacity, PI : Power Input Outdoor Air temperature(°F, DB) 118.4 Water Water Water Water Water Water Water Water (°F) flow flow flow flow flow flow flow flow GPM Ton GPM Ton GPM Ton GPM Ton... - Page 25 10. Capacity Table AG015DSV*** Cooling (ΔT = 10°F) TC : Total Capacity, PI : Power Input Outdoor Air temperature(°F, DB) 118.4 Water Water Water Water Water Water Water Water (°F) flow flow flow flow flow flow flow flow 10.931 8.823 26.232 10.685 10.610 25.642 10.336 12.384 24.805 9.368 13.481 22.481 8.646 14.645 20.748 7.235 15.596 17.363 4.990 13.007 16.800 4.205 11.580 16.800 14.039 9.460 33.691 14.027 11.262 33.661 13.881 13.020 33.311 13.240 14.156 31.773 12.574 14.462 30.174 10.778 16.467 25.866 7.901 14.460 18.962 6.657 13.196 16.800 14.183 9.578 34.035 14.171 11.553 34.007 14.025 13.523 33.657 13.383 14.659 32.116 12.713 15.388 30.509 10.900 17.005 26.157 8.468 14.834 20.322 7.136 13.804 17.126...
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Page 26: Capacity Correction
11. Capacity correction DVM Chiller (R-32) 1) Correction factor by % glycol Anti-freeze Ethylene glycol Propylene glycol Correction factor Correction factor Freezing Freezing Min. LWT Min. LWT point point Power Pressure Power Pressure (℉) (℉) Capacity Capacity (℉) (℉) Input drop Input drop... - Page 27 11. Capacity correction DVM Chiller (R-32) 3) Correction factor by water frow rate Outdoor Air Temperature (℉, DB) Correction Power input ΔT (℉) 4) Quiet funcion correction factor • Cooling Outdoor Air Temperature (℉, DB) Quiet funcion 32.0 68.0 95.0 113.0 Capacity Power Input...
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Page 28: Installation
12. Installation Choosing the installation location Required space for installation • Space requirement is based on the following conditions; Cooling mode, outdoor temperature of 35°C (95°F). Larger space is required if the outdoor temperature is higher than 35°C (95°F) or if the place is heated easily by extreme solar radiation. - Page 29 12. Installation Choosing the installation location 2 Module installation Unit: mm (inch) <Case 1> Front side 100 (4) or 100 (4) or more more 100 (4) or 200 (8) or more more <Case 2> 300 (12) or Height of the wall is unlimited more Front side 200 (8) or...
- Page 30 12. Installation Choosing the installation location • Installing by <Case 1> or <Case 3> – Height of the wall on the front side should not be higher than 1500 mm (59 inch). – Height of the wall on the air inlet side should not be higher than 500 mm (20 inch). –...
- Page 31 12. Installation Outdoor unit installation Supporting base construction Unit : mm (inch) Bottom surface of the base ground must be horizontally leveled 200 (8) or more 200 (8) or more Draining pit 200 (8) or more <When installing on the ground> <When installing on the roof>...
- Page 32 12. Installation Outdoor unit installation Examples of draining work • Use concrete or steel bar for draining work to prevent any damage or cracks. • For smooth draining of defrost water, make sure to apply 1/50 slant. • Construct a drainage ditch/channel around the product to prevent the defrost water (from the product) from stagnating, overflowing or freezing near the installation space.
- Page 33 12. Installation Base construction and installation Connecting the anchor bolt CAUTION • Tighten the rubber washer to prevent the bolt connection part of the DVM CHILLER from corroding. Plastic (rubber) washer Anchor specification • Use the anchor bolts and nuts that is zinc plated or made of STS material. Regular anchor bolts or nuts may get damaged by corrosion.
- Page 34 12. Installation Base construction and installation Installing vibration-isolation frame During installation, make sure there is no gap between the supporting base and the extra structures such as • vibration-isolation frame or H beam. • Supporting base must be constructed strongly to support the bottom part of the vibration-isolation mount. •...
- Page 35 12. Installation Installing the wind/snow prevention duct Installing vibration-isolation frame Ex.) Mechanical room Ex.) Balcony Discharged Upper floor Discharged air Grille/ louver Suction air • It is necessary to install a wind/snow prevention duct (field supply) to direct exhaust from the fan horizontally, when it is difficult to provide a minimum space of 2 m (6.56 ft) between the air outlet and a nearby obstacle above.
- Page 36 12. Installation Installing the wind/snow prevention duct Installing the discharge duct in regions with strong wind • In windy regions such as near sea shores, protection wall or wind protection duct must be installed for normal operation of the product. (Refer to the illustration of the snow prevention duct, for installing the wind protection duct.) •...
- Page 37 12. Installation Water pipe installation Water pipe diagram • Install the water system according to the diagram. Direction of water flow Expansion vessel Field scope DVM CHILLER Cleaning and flushing pipe Water (Install when cleaning) side heat exchanger Load unit AHU or Fan coil Name...
- Page 38 12. Installation Water pipe installation Warning • The maximum operation water pressure of the product is 1.0 Mpa (145 psi). • The water strainer is not included in the product. You must install 50 Mesh stainless strainers (field supply). If the strainer is not installed, it may cause breakdown of the product. •...
- Page 39 12. Installation Water pipe installation Maintaining circulating water amount • If the product is operated below minimum amount of circulating water (more than 50 % of rated flow rate), plate type heat exchanger may freeze and be damaged. Use the product within recommended circulating water amount.
- Page 40 12. Installation Water pipe installation Maintaining contamination Small foreign substances in chilled/heating water may pass through the strainers and may become stuck or stacked inside plate type heat exchanger. Foreign substance accumulation inside the plate type heat exchanger can lead to performance decrease or it may freeze and be permanently damaged. Therefore, clean the plate type heat exchanger periodically.
- Page 41 12. Installation Securing water storage Minimum water storage Buffer tank Fan coil Chilled/ heating water pump • If the length of water pipe is too short, water storage within the system becomes lower and ON/OFF operation of the compressor occurs more often. For stable operation, maintain certain water storage by applying header or Buffer tank.
- Page 42 12. Installation 10. Installation External contact wiring work Output contact Output contact A-T/B A-T/B 9 10 11 12 13 14 15 16 17 18 19 20 Maximum Contact On Contact Off Name Signal Function allowable (Short) (Open) current Cooling/Heating Display when operates in Heat Cool 0.5A...
- Page 43 12. Installation External contact wiring work Input contact Input contact B-T/B 9 10 11 12 13 14 15 16 17 18 19 20 Maximum Maximum Contact On Contact Off Signal Setting ContactOn ContactOff Signal Setting Name Signal Function allowable Name Signal Function allowable...
- Page 44 12. Installation External contact wiring work • Usual input: Operate by current status of contact • Instant input: Operate when contact signal changes from OFF to ON / from ON to OFF. For use of external contacts, be sure to set options for each function.
- Page 45 12. Installation Electrical wiring work Maximum Contact Contact Off Signal Name Signal Function Setting unit allowable On (Short) (Open) recognition current Recognize water outlet set temperature by external input (4 ~ 20 mA) Recognize Set temperature/ Note1) Analog Current Main unit of value of room temperature sensor (4 ~ 20 17-18 room temperature 20 mA...
- Page 46 12. Installation Electrical wiring work notE • Room temperature sensor and external water outlet temperature sensor is not supplied. Purchase and install the appropriate sensor according to the usage. - Room temperature sensor: 4 mA: -50°C (-58°F), 20mA: 50°C (122°F)) - External water outlet temperature sensor: 4 ~ 20 mA (4 mA: -30°C (-22°F), 20mA: 70°C (158°F)) •...
- Page 47 12. Installation Electrical wiring work Function description Description Select operation On/Off input method of module/group Select temperature setting input method of module/group Select operation mode (Cool/Heat, Hot water/Cool storage) input method of module/group Select demand control input method of module/group Select demand level •...
- Page 48 2024.05 Ver.1.1 Samsung Electronics Co., LTD. Head Office (Suwon Korea) 129, Samsung-Ro, Yeongtong-Gu, Suwon City, Gyeonggi-Do, Korea 16677 Website : www.samsung.com, https://partnerhub.samsung.com Email : airconditioner@samsung.com Images and data in this book may subject to change without prior notice.