Submitted to Reference Approval Construction Unit Designation Schedule #

Transcription

1 Page 1of5 Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # System Performance Modules Connected US Ton (nominal) Capacity (Btu/h) System Specifications Module 1 Module 2 Module 3 AM096HXWAFR/AA AM192HXWAFR/AA AM192HXWAFR/AA Nominal / Rated Cooling¹ 480,000 / 460,000 Nominal / Rated Heating² 540,000 / 515,000 EER Ducted / NonDucted / IEER Ducted / NonDucted / SCHE Ducted / NonDucted / High Heat COP Ducted / NonDucted 4.40 / Heat pump or heat recovery unit (configured in field). When using <ode Change Units (MCU) models MCUS1NEK1N, MCUS2NEK2N, MCUS4NEK3N, or MCUS6NEK2N on heat recovery systems, cooling only indoor units can pipe direct to the liquid and suction pipes bypassing MCU connection. Compatibility Only compatible with Samsung DVM S indoor units (AM****N**CH**), AHU kits (MXDK***AN), and UCK (MCMD211UN) Construction The unit shall be galvanized steel with a baked on powder coated finish. Power Indoor Units Voltage (ø/v/hz) 3 / / % Of Outdoor Unit Capacity Refrigerant R410A Factory Charge (lbs.) 55.3 Pipe Connections Liquid X Suction X HP Gas (inches) 3/4 X 1 5/8 X 1 3/8 Installation Limitation³ ODU to IDU Highest/Lowest IDU (ODU above) / 131 (ODU below) Sound Level db (A) Max. See module data Temperatures Safety Certifications Protection Devices Accessories Qty. Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) Total Capacity (%) Maximum Indoor Unit Quantity 2Way Solenoid Valve Control PCB Output Flow Control Valve Output Signal Condenser Water Pump Output Max. Distance ODU to IDU (feet) Vertical Separation (feet) Total Refrigerant Pipe (feet) Standard Operating Water Temperature Range (without antifreeze) Installation Location Conditions Model Number 1 MXJTA3819M 1 MXJTA4422M MXJTA3100M MXJTA3800M MCMC200 Heat pump mode selector switch for HP applications Dry contact (0.2A, 250V max., high voltage available from PCB) 50 F 113 F 32 F 104 F, humidity < 80% Description 0V 10V Dry contact 558 (623 equivalent) Plate Heat Exchanger Pressure Drop ftaq 46.2 Water Flow Rate GPM Maximum Working Pressure (PSI) 164 (HR systems) / 131 (HP systems) 1,640 Install in a dry location ETL & ETLc Intelligent logic to ensure proper operation within unit design limitations and operational parameters. High pressure sensor, low pressure sensor, overvoltage protection, compressor over current protection, current transformer, fan motor voltage protection, fan motor thermal protection, overheat protection, phase detection protection, high voltage fuses Inverter PCB cooling done with liquid refrigerant to maintain optimal and safe operating temperatures. Outdoor unit tee (liquid and suction fittings, 461,000 Btu/h ) Outdoor unit tee (liquid and suction fittings, 478,400 Btu/h) Outdoor unit tee (HP gas fitting for HR applications, 461,000 Btu/h) Outdoor Unit Tee (HP gas fitting for HR applications, 478,400 Btu/h) 1 Nominal cooling capacities are based on: Indoor temperature: 80⁰F DB, 67⁰F WB. Inlet water temperature: 85⁰F 2 Nominal heating capacities are based on: Indoor temperature: 70⁰F DB, 60⁰F WB. Inlet water temperature: 68⁰F 3 Other pipe restrictions and requirements exist. Please consult technical data book or installation manuals for full details regarding limitations and other requirements for vertical separation over 163 feet (outdoor to lowest indoor). Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. 285 Heat Exchanger The heat exchanger shall be stainless steel PHE (plate heat exchanger). Controls The unit shall be operated via NASA Protocol with controls provided by Samsung. Controls shall integrate with a BMS system without additional interface modules. Control wiring shall be 16 AWG X 2 shielded wire. Refrigerant System The compressor(s) shall be Samsung hermetically sealed, DC inverter driven, direct vapor injected, scroll type. Vapor injected compressors provide improved performance in cooling and heating modes. Asymmetrical scroll design with rotating compressor operation/priority (where applicable). Refrigerant flow shall be controlled by EEV (electronic expansion valve) throughout the system. Subcooling devices in system maintain capacity at extreme system refrigerant pipe lengths and minimize refrigerant noise. Water System Circulating water must meet Samsung specifications and regulations. Refer to the DVM S Water Design Guide found at The water pipe system must be closed loop. If hydrothermal or open cooling towers are used, additional heat exchangers must be installed. Excess heat within the water circuit can be exhausted via a dry cooler or cooling tower. Alternative heat sinks can also be used, including natural water sources such as rivers, lakes and bore holes (where local laws and regulations allow). Existing process or chilled water circuits can also be utilized if fitted with additional heat exchangers. Low pressure hot water from a boiler is generally utilized to maintain the required temperature levels within the water circuit. Steam, district/process/industrial heating systems or solar energy can also act as a heat source. Water flow switch, strainers, ball valves, expansion tanks, heat exchangers, water line service ports, pressure gauges, vibration isolators, additional water pumps, and other items are required (purchased separately). AntiFreezing Protection If inlet water temperature is below 50 F, appropriate antifreeze must be used according to water temperature. When lowest inlet water temperature is 23 F, freezing point of antifreeze must be lower than 17.6 F. When lowest inlet water temperature is 14 F, freezing point of antifreeze must be lower than 5 F. Refer to Samsung design guides for full details regarding cooling water management and freeze protection Other Features Maximum current control of outdoor unit(s) to limit current (50% 100% of design current) adjustable at outdoor unit or central control devices: DMS 2 (MIMD00AN) DMS2.5 (MIMD01AUN), BACnet Gateway (MIMB17N, MIMB17BN), LON Gateway (MIMB18N, MIMB18BN). QSDVMSW032017A Variable Refrigerant Flow (VRF) MultiSplit AC and HP AHRI Standard 1230

2 Single Module Details Page 2of5 Module Model Number Performance Power Compressor Module Specifications AM096HXWAFR/AA AM192HXWAFR/AA AM192HXWAFR/AA US Ton (nominal) Capacity (Btu/h) Nominal / Rated Cooling¹ 96,000 / 92, ,000 / 184, ,000 / 184,000 Nominal / Rated Heating² 108,000 / 103, ,000 / 206, ,000 / 206,000 Compressor Modulation Down to Btu/h 7,513 7,513 7,513 Voltage (ø/v/hz) 3 / / 60 3 / / 60 3 / / 60 Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) SCCR ka SSC Scroll X 1 SSC Scroll X 2 SSC Scroll X 2 RLA A Refrigerant R410A Factory Charge lbs Pipe Connections Liquid X Suction X HP Gas (inches) inches 3/8 X 7/8 X 3/4 5/8 X X /8 X X Condenser Dimensions Plate Heat Exchanger Plate Heat Exchanger Plate Heat Exchanger Socket Size Inlet/Outlet (inch) 1 1/4" NPT 1 1/4" NPT 1 1/4" NPT Pressure Drop ftaq Water Flow Rate GPM Maximum Working Pressure (PSI) W X H X D Inches 30 5/16 X 39 3/8 X 21 1/2 43 5/16 X 39 3/8 X 21 1/2 43 5/16 X 39 3/8 X 21 1/2 Weight lbs Shipping Weight lbs Sound Level db (A) Max ¹ Nominal cooling capacities are based on: Indoor temperature: 80⁰F DB, 67⁰F WB. Outdoor temperature: 95⁰F DB, 75⁰F WB. ² Nominal heating capacities are based on: Indoor temperature: 70⁰F DB, 60⁰F WB. Outdoor temperature: 47⁰F DB, 43⁰F WB. Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice.

3 AM096HXWAFR/AA Dimensional Drawing Page 3of5 TOP 30 5/16" 3 1/2" 3 1/16" 5 7/16" 1 11/16" /16" 2 5/8" 3 15/32" 21 5/16" 20 9/16" 21 7/16" LEFT FRONT RIGHT 35 3/8" 36 3/8" 34 1/4" 31 7/16" 25 9/16" 7 1/16" 39 3/8" 16 15/32" 12 1/8" 8" 5 9/16" Drain 1/2" FPT BOTTOM (anchor points) 25 13/16" No. Name Details No. Name Details Liquid refrigerant pipe 3/8" Water inlet pipe 1 1/4" NPT H.P. gas refrigerant pipe External device wiring Suction refrigerant pipe 7/8" Communication wiring Water outlet pipe 1 1/4" NPT Power wiring

4 AM192HXWAFR/AA Dimensional Drawing Page 4of5 2 1/8" /4" " " 7" 18 1/8" " 5 15/16" 5/16" " 4 1/8" 43 5/16" 21 7/16" 7" 4 5/16" Drain N N

5 MXJTA4422M & MXJTA3800M MXJTA3819M & MXJTA3100M Low pressure gas pipe MXJTA4422M MXJTA3819M Page 5of5 SUBMITTAL AM480HXWAFR2AA Modular Installation Components Modular Heat Recovery Installation Modular Heat Pump Installation High pressure gas pipe Liquid pipe Low pressure gas pipe Liquid pipe MAIN SUB 1 SUB 2 MAIN SUB 1 SUB 2 Requires: 1 X MXJTA4422M, 1 X MXJTA3800M, MXJTA3819M, and 1 X MXJTA3100M Requires: 1 X MXJTA4422M and 1 X MXJTA3819M MXJTA3819M Outdoor Tee (liquid and suction) With 1/2" Wall Polystyrene Insulation 3 15/16" 11 1/8" Liquid Gas Included Reducers 5 1 x 2 EA 4 x 1 EA ID ø 1 7/16" ID ø1 5/8" 18 7/8" 9 7/16" 10 5/16" 2 x 1 EA 3 x 1 EA OD ø ID ø 1/2" ID ø 3/8" 20 OD ø1 3/8" /8" 120 OD ø 1 3/8" 50 ID ø 1 1/4" ID ø 1 1/8" OD ø MXJTA4422M Outdoor Tee (liquid and suction) With 1/2" Wall Polystyrene Insulation 14 5/16" 5 7/8" Liquid Gas Included Reducers 18 1/2" OD ø 1" ID ø 1/2" 2 1 3/8" 5 x 2 EA ID ø 2 1/8" 10 11/16" 6 x 1 EA 1 9/16" 2 15/16" 4 5/16" 5 11/16" 6 1/2" MXJTA3100M Outdoor Tee for Systems (high pressure gas) With 1/2" Wall Polystyrene Insulation ID ø1 3/8" 16 5/8" 10 5/16" H.P. Gas ID ø1 3/8" 7 x 1 EA 8 x 1 EA Included Reducers 7 7 1/16" 8 OD ø 1 3/8" 2 5/16" 16" 12 7/8" 8 11/16" 6 1/4" OD ø 1 1/8" MXJTA3800M Outdoor Tee for Systems (high pressure gas) With 1/2" Wall Polystyrene Insulation H.P. Gas Included Reducers ID ø /8" 10 7/16" 9 x 1 EA 10 x 1 EA 11 x 2 EA 16" ID ø 1 1/2" ID ø 1 1/4" 1 4 1/2" 5 1/2" 2 3/8" 12 7/8" 8 11/16" 6 1/4" OD ø 1 1/8" Some dimensions may be rounded. Samsung and Quietside maintains a policy of ongoing development. Specifications are subject to change without notice /8"