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AIR TO WATER HEAT PUMP - EVI DC INVERTER SPLIT TYPE - MODEL HSS060V2LS - OPERATING TEMPERATURES -25⁰C TO +45⁰C

$ 9,644.00 CAD

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  • Specifications
  • Heating Capacities
  • Technical Documents
  • INTRODUCTION

    Air to Water Heat Pump is a closed loop thermal device that draws heat from one place (called heat source) and reject the drawn heat to another place (called heat sink). Unlike conventional air to air heat pump, where generated thermal energy is used to cool/heat air fluid, Air to Water Heat Pumps use generated thermal energy to  cool/heat water or water/glycol fluid mixture. Our EVI DC INVERTER Split Series Air to Water Heat Pumps can work at outdoor temperatures ranging between -25⁰C and +45⁰C.

    Features

    Control Protocol

    Our air to water heat pumps have Modbus protocol. Modbus is a communication protocol developed by Modicon systems. In simple terms, it is a method used for transmitting information over serial lines between electronic devices. Modbus is an open protocol, meaning that it is free for manufacturers to build into their equipment without having to pay royalties. It has become a very common protocol used widely by many manufacturers HVAC Equipment. Modbus is typically used to transmit signals from instrumentation and control devices back to a main controller or data gathering system.

    Modbus can be easily integrated with BACnet Controller either through BACnet/Modbus Gateways or simply by integrating the Modbus controller with the BACnet Controller (most BACnet controllers’ manufacturer have adapted their firmware to read Points Table of Modbus controllers).

    Control Interface & Control Cards

    Control interface is CAREL PGD1000 interface and Heat Pumps Controller are CAREL Controllers with Modbus Protocol.

    controller

    Compressors

    Compressors are Panasonic EVI DC Inverter Twin Rotary Compressors. Panasonic uses high efficiency pump and environmentally friendly refrigerant, to achieve energy efficient and reliable rotary compressor designs. Panasonic has the smallest size variable speed rotary compressor in the industry. Panasonic rotary compressor has a good reputation with clients all over the world and are commonly used for room air conditioning and refrigeration.

    Integrated Circulation Pump

    Grundfos UPM GEO 25-85 130, 230V/1Ph/50-60Hz. Power Supply allowance is -15%<230V<+10%

    pump curve

    Pump Connection Size : 1 1/2" BSPT.

    SPECIFICATIONS

    Model Number

    HSS060V2LS

    Properties

    SI

    Unit

    IP

    Unit

     

    Outdoor 86°F (30°) DB / 73°F (23°C) WB - Fluid Supply/Return Temperatures 44.6°F (7°C)/54.32°F (12°C)

    Nominal Cooling Capacity

    13.6

    KW

    46401

    BTU/HR

    COP / EER

    3.09

    KW Out /KW In

    10.55

    MBH Out /KW In

    Min/Max Cooling Capacity

    6.26/13.61

    KW

    21357/46401

    BTU/HR

    Min/Max Power Input

    1.396/4.668

    KW

    1.396/4.668

    KW

    Min/Max COP / EER

    2.91/4.48

    KW Out /KW In

    9.93/15.3

    MBH Out /KW In

     

    Outdoor 95°F (35°) DB / 75°F (24°C) WB - Fluid Supply/Return Temperatures 44.6°F (7°C)/54.32°F (12°C)

    Nominal Cooling Capacity

    12.4

    KW

    42307

    BTU/HR

    COP / EER

    2.48

    KW Out /KW In

    8.47

    MBH Out /KW In

    Min/Max Cooling Capacity

    5.69/12.37

    KW

    19413/42307

    KW

    Min/Max Power Input

    1.649/5.305

    KW

    1.649/5.305

    KW

    Min/Max COP / EER

    2.33/3.45

    KW Out /KW In

    7.84/11.8

    MBH Out /KW In

     

    Outdoor 44.6°F (7°) DB / 42.8°F (6°C) WB - Fluid Supply/Return Temperatures 95°F (35°C)/86°F (30°C)

    Nominal Heating Capacity

    18.8

    KW

    64142

    BTU/HR

    COP

    4.39

    KW Out /KW In

    4.39

    KW Out /KW In

    Min/Max Heating Capacity

    8.648/18.8

    KW

    BTU/HR

    Min/Max Power Input

    1.576/4.282

    KW

    1.576/4.282

    KW

    Min/Max COP

    4.39/5.49

    KW Out /KW In

    4.39/5.49

    KW Out /KW In

     

    Outdoor 44.6°F (7°) DB / 42.8°F (6°C) WB - Fluid Supply/Return Temperatures 113°F (45°C)/104°F (40°C)

    Nominal Heating Capacity

    17.7

    KW

    60389

    BTU/HR

    COP

    3.4

    KW Out /KW In

    3.4

    KW Out /KW In

    Min/Max Heating Capacity

    8.13/17.67

    KW

    27738/60389

    BTU/HR

    Min/Max Power Input

    1.949/5.032

    KW

    1.949/5.032

    KW

    Min/Max COP

    3.51/4.17

    KW Out /KW In

    3.51/4.17

    KW Out /KW In

    Power Supply (V/Ph/Hz)

    220-240/1/60

    Rated Current (Amp) - Excluding Electric Heater

    20.5

    Maximum Current (Amp) - Excluding Electric Heater

    29.71

    Rated Current (Amp) - Including Electric Heater 34.1
    Maximum Current (Amp) - Including Electric Heater 43.31

    Refrigerant Type

    R410A

    Compressor

    Twin Rotary

    Condenser Fan Quantity

    2

    Condenser Fan Airflow

    5500

    m³/hr

    3235

    ft³/min

    Condenser Fan Rated Power

    210

    Watt

    210

    Watt

    Fluid Side Heat Exchanger Type

    Plate Heat Exchanger

    Fluid Side Pressure Drop

    25

    Kpa

    8.365

    ft of Water

    Fluid Piping Connection Size

    1"

    Refrigerant Piping Connection Size

    φ19 / φ12.7

    mm x mm

    3/4 x 1/2

    in x in

    Allowable Water Flow (Min / Rated / Max)

    0.56/0.9/1.5

    L/s

    8.88/14.26/23.77

    US gpm

    Noise Level

    63

    Expansion Tank Size

    5

    L

    1.33

    US Gallon

    Electric Heater Heating Capacity

    3

    KW

    10236

    BTU/HR

    Grundfos Inverter Pump Model

    UPMGEO 25-85-130

    Outdoor Unit Dimensions (LxDxH)

    1100x490x1350

    mm x mm x mm

    44x22x54

    in x in x in

    Indoor Unit Dimensions (LxDxH)

    550x325x650

    mm x mm x mm

    22x13x26

    in x in x in

    Outdoor Unit Weight

    124

    Kg

    273

    Lb

    Indoor Unit Weight

    27

    Kg

    60

    Lb

    Notes

     

     

     

     

    DB: Outdoor Dry Bulb Temperature

    WB: Outdoor Wet Bulb Temperature

    COP: Coefficient of Performance = Heat Output in KW / Power Input in KW

    EER: Energy Efficiency Ratio = Heat Output in MBH (1000 x Btu/hr) / Power Input in KW


  • HEATING PERFORMANCE

    HSS060V2LS

    Outdoor Air DB Temperature (°C)

    Outdoor Air DB Temperature (°F)

    Supply Water Temperature 95°F (35°C) / Return Water Temperature 86°F (30°C)

    Supply Water Temperature 113°F (45°C) / Return Water Temperature 104°F (40°C)

    Supply Water Temperature 131°F (55°C) / Return Water Temperature 122°F (50°C)

    Heating Capacity (KW)

    Heating Capacity (BTU/HR)

    Power in (KW)

    COP

    Heating Capacity (KW)

    Heating Capacity (BTU/HR)

    Power in (KW)

    COP

    Heating Capacity (KW)

    Heating Capacity (BTU/HR)

    Power in (KW)

    COP

    -25

    -13

    7

    23,883

    3.32

    2.11

    6.67

    22,757

    3.91

    1.71

    7.6

    25,930

    4.88

    1.56

     -20 

    -4

    12.11

    41,317

    4.89

    2.48

    10.26

    35,006

    4.82

    2.13

    10.7

    36,507

    6.05

    1.77

     -15 

    5

    14.76

    50,359

    5.06

    2.92

    12.51

    42,682

    5.05

    2.48

    12.74

    43,467

    6.47

    1.97

     -7 

    19.4

    15.16

    51,723

    4.41

    3.44

    14.72

    50,222

    5.22

    2.82

    14.98

    51,109

    6.69

    2.24

     2 

    35.6

    17.84

    60,867

    4.78

    3.74

    17.32

    59,093

    5.22

    3.32

    17.63

    60,151

    7.09

    2.49

     7 

    44.6

    18.8

    64,142

    4.23

    4.45

    17.67

    60,287

    4.91

    3.6

    18.56

    63,324

    6.28

    2.96

     12 

    53.6

    19.74

    67,349

    4.08

    4.85

    18.56

    63,324

    4.64

    4

    19.48

    66,462

    5.94

    3.28

     20 

    68

    20.73

    70,727

    3.82

    5.43

    19.48

    66,462

    4.24

    4.6

    20.46

    69,806

    5.43

    3.77



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