42C/V. Fan Coil Unit 42C/V

Transcription

1 2/V Fan oil Unit 2/V

2 arrier makes the world a better place to live by creating a comfortable, productive and healthy environment regardless of climate. It is our mission is to be customer s first choice for air conditioning, heating and refrigeration solutions everywhere around the world. Great Hall of the People, Beijing, hina Nomenclature Feature Technical Data Dimension Fan urve Electric data Kremlin, Moscow, Russia White House, Washington, USA Imperial Palace, Tokyo, Japan

3 MODEL NUMBER NOMENLATURE 2 L L UNIT ONNETION DIRETION UNIT SIZE MODEL TYPE PRODUT SERIES DIGIT NO. 1 2 PRODUT SERIES 2 : FAN OIL UNIT DIGIT NO. 3 MODEL TYPE L : Horizontal cabinet FU VL : Vertical cabinet FU VM : Vertical concealed FU VP : Vertical concealed FU (high static pressure) DIGIT NO. UNIT SIZE 002 : m 3 /h 003 : m 3 /h DIGIT NO. UNIT ONNETION DIRETION L : LEFT R : RIGHT Air Flow 0m 3 /h 01

4 arrier 2/V is a range of fan coil units designed for horizontal/vertical, concealed/cabinet application. Seven size of various type of fan coil unit Airflow from -0MH, cooling capacity from 0-0w 2-pipe application oil rows: 2 rows coil Left/Right connection Minimum dimension ompact design of 2/V with thick depth of the unit. High efficiency opper tubes are mechanically bonded into slit aluminum fin collars, which ensure the heat transferring better. Low noise levels Low noise level with optimized fan, low speed motor and special acoustic materials. High Quality arrier quality philosophy embraces the product itself, its conception, design and the integrity of its declared performance (proven in rigorous laboratory tests) as well as the manufacturing process, materials and components used to create the product. Easy Maintenance 2/V use a heavy gage, galvanized steel with closed-cell, fire-retardant foam insulation. never touched the case, so that the corrosion is minimized and a long life is ensured. All coils are factory leakage tested. The motor/fan can be easily removed from the units, which makes it easy for maintenance. 02

5 Various series of FU with excellent performance 2E: Horizontal oncealed Type (More details in 2E catalog) 2VM: Vertical oncealed Type 2VP: Vertical oncealed Type with High static pressure motor 2L: Horizontal abinet Type 2VL: Vertical abinet Type 03

6 Technical Data L/VL/VM/VP Nominal Airflow m 3 /h High Med Low ooling apacity KW Heating apacity KW Input Power W VL/VM/L VP Sound db (A) VL/VM/L VP Flow l/min. 1 2 Pressure Drop Kpa 1 3 Fan Type Qty entrifugal, Front urve 2 Motor Type Qty Permanent, apacitive oil oil onnection Type Working Pressure In-Out ondensing Drain opper tube, double slit sheet 1.MPa 3/ FPT 3/ MPT VL Net Weight kg L VM/VP Accessory VL L/VM/VP Thermostat Note: 1. ooling capacity based on: Entering water temperature, water temperature rise, Air temperature: /1., DB/WB. 2. Heating capacity based on: Entering water temperature 0, Air temperature, DB. 3. Nominal Airflow, cooling capacity, heating capacity based on: ESP=0Pa(VL/L/VM), ESP=Pa (VP). Performance data are based on high speed. 0

7 Dimension 2VL A Air Return Grilles 3/ FPT Inlet 3/ FPT Outlet Switch Terminal Block 1 2 Fixing Slots() Dimension 2VL A B Levelling Screws() Drain Tube Filter Fixing Slots(2) B 1 2 B 1 3 Dimension 2L A B / 3/ / Filter 1 2 Fixing Slots() B A / 3/ 3 2 B A D E.1 2 VM/VP A B Dimension D E Fixing Slots() L FPT Inlet FPT Outlet Terminal Block MPT Drain ONN Air Return Grilles 2VM/VP Air Vent 0 FPT Inlet FPT Outlet Fan Motor Terminal Block 0 0 Drain Tube B Levelling Screws Filter 0

8 l/min kpa.0wb 2.0DB 1.0WB 2.0DB 2.0DB 1.0WB 2.0DB.0DB ooling apacity Entering Temperature flow Pressure Drop TH SH TH SH TH SH TH SH TH SH Entering Air Temperature Note: Performance data are based on high speed. To calculate Med and Low speed data refers to the capacity multiplier vs. speed table.

9 0 l/min kpa 1.WB.0DB.0WB.0DB 2.0DB.0WB.0WB 2.0DB.0DB.0DB ooling apacity Entering Temperature flow Pressure Drop TH SH TH SH TH SH TH SH TH SH TH SH Entering Air Temperature apacity multiplier vs. speed table Med TH SH TH SH Low

10 0 l/min kpa.0wb 2.0DB 1.0WB 2.0DB 2.0DB 1.0WB 2.0DB.0DB Entering Temperature flow Pressure Drop TH SH TH SH TH SH TH SH TH SH Entering Air Temperature Note: Performance data are based on high speed. To calculate Med and Low speed data refers to the capacity multiplier vs. speed table. ooling apacity

11 0 l/min kpa 1.WB.0DB.0WB.0DB 2.0DB.0WB.0WB 2.0DB.0DB.0DB Entering Temperature flow Pressure Drop TH SH TH SH TH SH TH SH TH SH TH SH Entering Air Temperature apacity multiplier vs. speed table Med TH SH TH SH Low ooling apacity

12 l/min kpa.0wb 2.0DB 1.0WB 2.0DB 2.0DB 1.0WB 2.0DB.0DB Entering Temperature flow Pressure Drop TH SH TH SH TH SH TH SH TH SH Entering Air Temperature Note: Performance data are based on high speed. To calculate Med and Low speed data refers to the capacity multiplier vs. speed table. ooling apacity

13 l/min kpa 1.WB.0DB.0WB.0DB 2.0DB.0WB.0WB 2.0DB.0DB.0DB Entering Temperature flow Pressure Drop TH SH TH SH TH SH TH SH TH SH TH SH Entering Air Temperature apacity multiplier vs. speed table Med TH SH TH SH Low ooling apacity

14 ooling apacity 0 Entering Temperature flow l/min Pressure Drop kpa Entering Air Temperature.0WB 1.0WB 1.0WB 2.0DB 2.0DB 2.0DB 2.0DB.0DB TH SH TH SH TH SH TH SH TH SH Note: Performance data are based on high speed. To calculate Med and Low speed data refers to the capacity multiplier vs. speed table.

15 l/min kpa 1.WB.0DB.0WB.0DB 2.0DB.0WB.0WB 2.0DB.0DB.0DB apacity multiplier vs. speed table Med TH SH TH SH Low ooling apacity Entering Temperature flow Pressure Drop TH SH TH SH TH SH TH SH TH SH TH SH Entering Air Temperature

16 l/min kpa Heating apacity.0db Entering Temperature Entering Air Temperature Entering Temperature flow

17 Heating Performance correction Heating capacity is based on DB entering air temperature and high speed air flow. Example: Given: Unit size: 00 flow: 1l/min Entering water temperature: 0 Entering air temperature: 1 DB From heating capacity table, unit 00 provides 0W heating capacity when operating at 0 entering water and DB entering air temperature. The coil heating capacity per 1 temperature difference is: 0 / (0-) =2W/ Actual heating capacity at 1 DB entering air temperature is: 2 X (0-1) = 0W apacity multiplier vs. speed table

18 Fan Performance Standard Static Pressure Unit (Pa) ESP (Pa) Airflow (m 3 /min) High Static Pressure Unit ESP Airflow (m 3 /min) Based on dry air condition, high speed, without filter and grills. 1

19 Electric Data Electric Diagram O L M H Red Blue White Yellow ap apacitor FM Fan & Motor SS Switch O Off TB Terminal Block Factory Wiring Field Wiring One motor used in model 002,003,00,00,00 Two motors used in model 00,0,0 Motor input power Power (W) urrent (A) VL/L/VM VP VL/L/VM VP Motor output power Power (W) VL/L/VM VP Note: Base on high speed, 0V/1PH/0HZ. Unit onfiguration Base Unit Filter Speed Switch Thermostat 2L VM Vp VL Note: Refers to the standard accessory Refers to the options. ustomers need to order it dividually

20 T-2/V-00-01(E)