Guangzhou Jin Lun Electric Equipment Co.,Ltd

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Water Cooled Heat Pump , EVI Low Tem Hydronic Heat Pump System

Water Cooled Heat Pump , EVI Low Tem Hydronic Heat Pump System

    • Water Cooled Heat Pump , EVI Low Tem Hydronic Heat Pump System
    • Water Cooled Heat Pump , EVI Low Tem Hydronic Heat Pump System
    • Water Cooled Heat Pump , EVI Low Tem Hydronic Heat Pump System
  • Water Cooled Heat Pump , EVI Low Tem Hydronic Heat Pump System

    Product Details:

    Place of Origin: Guangzhou China
    Brand Name: Meeting
    Certification: CE ISO CCC UKAS,ROHS
    Model Number: MDS40D

    Payment & Shipping Terms:

    Minimum Order Quantity: 5 PCS
    Price: Negotiation
    Packaging Details: Plywooden case
    Delivery Time: 15 days
    Payment Terms: T/T, L/C WESTERN UNION
    Supply Ability: 800/MONTH
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    Detailed Product Description
    Materail: Galvanized Steel Sheet Contactor: Fuji Brand
    Copper Pipe Thick: 1 Mm Compressor: ZW Series ,With Crank Heating
    Working Temperature: -20--45 Degree Insulation: Foam Pack Pipe And Stick On The Machine Innner
    Defrosting: Automaticlly Temperature: 80 Degree

    4P meeting_MDS40D water source heat pump_380V Copeland compressor hot water heating house save power high temprature

     

    Technology Specification

     

    Water source heat pump

     

     

    MODEL Unit MDS15D
    Rated heating capacity KW 5
    Hot water supply L/h 100
    Average heating input power KW 1.2
    Rated heating input current A 6
    Max outlet water temp 80
    COP   4
    Power V/Hz 220V/50
    Noise Db(a) 50
    Dimension W*D*H mm 657×557×765
    Packing size W*D*H mm 737×637×915
    Unit weight KG 75
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Panasonic
    water source heat exchanger Type   Plate heat exchange
    Pipe size DN 25
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow L/H 2000L/h
    Water pressure down Kpa 30
    Pipe size DN 25
    Max house heating M2 40
    MODEL Unit MDS20D
    Rated heating capacity KW 7
    Hot water supply L/h 150
    Average heating input power KW 1.7
    Rated heating input current A 9
    Max outlet water temp 80
    COP   4
    Power V/Hz 220V/50
    Noise Db(a) 50
    Dimension W*D*H mm 657×557×765
    Packing size W*D*H mm 737×637×915
    Unit weight KG 75
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Panasonic
    water source heat exchanger Type   Plate heat exchange
    Pipe size DN 25
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow L/H 2000L/h
    Water pressure down Kpa 30
    Pipe size DN 25
    Max house heating M2 55
    MODEL Unit MDS30D
    Rated heating capacity KW 12
    Hot water supply L/h 260
    Average heating input power KW 2.89
    Rated heating input current A 13/6
    Max outlet water temp 80
    COP   4
    Power V/Hz 220V/380V/50
    Noise Db(a) 50
    Dimension W*D*H mm 657×557×765
    Packing size W*D*H mm 737×637×915
    Unit weight KG 108
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Copeland
    water source heat exchanger Type   Plate heat exchange
    Pipe size DN 25
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow L/H 3300L/h
    Water pressure down Kpa 35
    Pipe size DN 25
    Max house heating M2 100
    MODEL Unit MDS40D
    Rated heating capacity KW 16
    Hot water supply L/h 380
    Average heating input power KW 4
    Rated heating input current A 9
    Max outlet water temp 80
    COP   4.2
    Power V/Hz 380V/50
    Noise Db(a) 50
    Dimension W*D*H mm 657×557×765
    Packing size W*D*H mm 737×637×915
    Unit weight KG 145
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Copeland
    water source heat exchanger Type   Plate heat exchange
    Pipe size DN 32
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow L/H 4000L/h
    Water pressure down Kpa 40
    Pipe size DN 25
    Max house heating M2 125
    MODEL Unit MDS50D
    Rated heating capacity KW 19
    Hot water supply L/h 400
    Average heating input power KW 4.4
    Rated heating input current A 9
    Max outlet water temp 80
    COP   4.2
    Power V/Hz 380V/50
    Noise Db(a) 50
    Dimension W*D*H mm 657×557×765
    Packing size W*D*H mm 737×637×915
    Unit weight KG 145
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Copeland
    water source heat exchanger Type   Plate heat exchange
    Pipe size DN 32
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow L/H 5000L/h
    Water pressure down Kpa 40
    Pipe size DN 25
    Max house heating M2 150
    MODEL Unit MDS60D
    Rated heating capacity KW 25
    Hot water supply L/h 520
    Average heating input power KW 6
    Rated heating input current A 12
    Max outlet water temp 80
    COP   4.5
    Power V/Hz 380V/50
    Noise Db(a) 50
    Dimension W*D*H mm 657×557×765
    Packing size W*D*H mm 737×637×915
    Unit weight KG 158
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Copeland
    water source heat exchanger Type   Plate heat exchange
    Pipe size DN 32
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow L/H 6000L/h
    Water pressure down Kpa 45
    Pipe size DN 25
    Max house heating M2 175
    Model Unit MDS100D
    Rated heating capacity KW 38
    Hot water supply L/h 800
    Average heating input power KW 8.8
    Rated heating input current A 18
    Max outlet water temp 80
    COP   4.6
    Power V/Hz 380V/50
    Noise Db(a) 55
    Dimension W*D*H mm 1050*810*760
    Packing size W*D*H mm 1140*900*910
    Unit weight KG 290
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Copeland
    water source heat exchanger Type   Plate heat exchange
    Pipe size DN 32
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow L/H 10000L/h
    Water pressure down Kpa 50
    Pipe size DN 32
    Max house heating M2 300
    Model Unit MDS150D
    Rated heating capacity KW 42
    Hot water supply L/h 1200
    Average heating input power KW 11
    Rated heating input current A 21
    Max outlet water temp 80
    COP   4.6
    Power V/Hz 380V/50
    Noise Db(a) 55
    Dimension W*D*H mm 1050*810*760
    Packing size W*D*H mm 1140*900*910
    Unit weight KG 300
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Copeland
    water source heat exchanger Type   Plate heat exchange
    Pipe size DN 32
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow L/H 15000L/h
    Water pressure down Kpa 50
    Pipe size DN 32
    Max house heating M2 350
    MODEL Unit MDS200D
    Rated heating capacity KW 74
    Hot water supply L/h 1590
    Average heating input power KW 17.6
    Rated heating input current A 36
    Max outlet water temp 80
    COP   4.6
    Power V/Hz 380V/50
    Noise Db(a) 58
    Dimension W*D*H mm 1260×850×860
    Packing size W*D*H mm 1350×910×1020
    Unit weight KG 630
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Copeland
    water source heat exchanger Type   Plate heat exchange
    Pipe size DN 63
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow M3/H 20000L/h
    Water pressure down Kpa 55
    Pipe size DN 50
    Max house heating M2 600
    MODEL Unit MDS300D
    Rated heating capacity KW 100
    Hot water supply L/h 2400
    Average heating input power KW 25
    Rated heating input current A 45
    Max outlet water temp 80
    COP   4.6
    Power V/Hz 380V/50
    Noise Db(a) 55
    Dimension W*D*H mm 1260×850×860
    Packing size W*D*H mm 1350×910×1020
    Unit weight KG 660
    Refrigerant   R134A
    Working air temp range (-40℃)—45℃
    compressor Type   Copeland
    water source heat exchanger Type   Tube heat exchange
    Hot water side heat exchange Type   Coil heat exchanger
    Water flow M3/H 30000L/h
    Water pressure down Kpa 60
    Pipe size DN 50
    Max house heating M2 730

     

    Product Description

     

    Applicable scope: The reservoir farms near the rivers and lakes, hotels, schools, hospitals, factory staff quarters and other places.

     

     

         1. Water source heat pump system is a highly efficient and energy efficient refrigeration system that utilizes underground shallow geothermal resources (also known as ground energy, including groundwater, soil, or surface water). Stable geothermal resources throughout the year to meet the hot and cold demand, it is the best choice for alpine region to get hot water and heating.

     

         2.The machine adopts international brand-name compressor, with patented technology efficient heat exchanger, refrigeration and heating more powerful, high efficiency, automatic micro computer intelligent control technology, set the multiple protection function.

     

    Our Services

     

    1. After installation, our company will be responsible for problems caused by quality of production or raw material except the damageable spare parts of heat pump caused by incorrect man-made operation during the guarantee period.

     

          2. Intelligent Controlling service system will be avoid the long distance of the             after sale problem. Wherever are you, our engineer can be controlled your             equipment, when some questions occur on the equipment. Just tell us                 what number will be shown on the screen, then the engineer will be solve             the problem.

     

          3. We accept OEM, ODM and customization.

     

     

           4.24*7 after sales service. You will get satisfied service.

     

           5. We have More than 17years production and sales experience;                                  Professional sales team.

     

     

           6. Fast delivery time: small order: 3-5 days, bulk order: 15-25 days.

     

    Water to water system pumps heat through the use of a simple refrigeration system, it pumps heat from the warm earth in the winter and move it into your house or business. In the summer, the process is reversed. Since it costs far less to move heat than to make it, much less energy is consumed.

     

    For closed loop system, water or an antifreeze solution is circulated through plastic pipes buried beneath the earth’s surface. During the winter the fluid collects heat from the earth and carries it through the system and placing it in the ground.

     

    Open systems operate on the same principle as closed loop systems and can be installed where an adequate supply of suitable water is available and open discharges is feasible.

     

    Loops can be installed three ways: horizontally, vertically or in a pond or lake. The type chosen depends on the available land area and the soil and rock type at the installation site.

     

    Monoblock evi air to water source heat pump factory description:

    * Products design and produce heat pump by European standard EN14511, approved by ECM with its high efficiency. Factory audited by Bureau Veritas.

     

    * Delivers higher capacity at low evaporating temperature thereby better responding to heating requirement thanks to EVI compressor

    * It also results in less supplementary heating to cover the full heating demand on the coldest days.

    * Workable ambient temperature range - 25℃ to 35℃.

    * Two speed energy saving fan motors. The speed of fan varies so only the required amount of air is utilized. The blades are specially designed to move as much air as possible at the lowest noise level.

    * Timer ON/OFF.

    * Varied heat curve. Controlled water temperature varies according to ambient temperature

    * Most components are well sealed to retain heat and prevent dripping

     

    1. Copeland EVI scroll R407C compressor.

    2. Designed for central heating for houses in cold area including North Europe and East Europe.

    3. Can work stably at -25DegC ambient and the COP at -15DegC ambient is up to 2.5.

    4. Can work with auxiliary heater.

    5. Using electronic expansion valve, achieving accurate, stable and high efficiency throttling.

    6. Split design, no water system outside, no freezing and damage to water system. Optional refrigerant pipe quick connection is available, to reduce installation cost.

    7. Low noise design for the outdoor unit. The compressor is on a floating plate to reduce vibration at the most extent. Noise insulation inside the cabinet. The fan is extremely quiet.

    8. The refrigerant connections are designed to allow hiding all pipes, wires into the ground to ensure good looking installation.

     

     

     

    ABOUT US

    1). We were established in 2001.

    2).We are a professional heat pump manufacturer, Located around Baiyun Air port

    3). We are trading on Meeting Brand ,Meeting heat pump Well-know brand we operate in Europe market

    4). Our company has been inspected and certificated by TUV and SGS.

    5).We are the one of the first manufacturers whose heat pumps are with top COP gaining grants from Chinese government.

    6).We passed ISO 9001 quality management system and ISO14000 environment protection system

    7). Our testing laboratory can test heat pump up to 60KW heating capacity and create testing air temperature condition during -25DegC~45DegC,according to EN14511 standard.

    9). Our leading products: Air to water heat pump , DC inverter heat pump, High water temperature heat pumps,

    Mono block house heating heat pumps, Split heat pump, super low noise heat pump

    Heat pump dryer, Ground source heat pump, water to water heat pump, swimming pool heat pump

    Contact Details
    Guangzhou Jin Lun Electric Equipment Co.,Ltd

    Contact Person: Alinna

    Send your inquiry directly to us (0 / 3000)

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