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VTS F-VS-SD-300-WD [9/72] Technical specifications
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02
FVS FAN COIL UNITS - GENERAL
9
Unit Casing:
Galvanized steel casing of minimum 0.8 mm thickness. Casing is internally lined with 6mm closed
cell elastomeric foam insulation.
Drain Tray:
They are fabricated from heavy gauge galvanized steel and are insulated to prevent condensation.
Powder coated on both sides to RAL 9002.
Cooling Coils:
Fabricated from copper tubes mechanically bonded with aluminum ns and are leak tested at 350 Psig nitrogen
pressure.
Blower:
Fans are forward curved centrifugal type of double inlet, statically and dynamically balanced to ensure quiet
operation.
Air Filters:
All Units are provided with 25 mm Aluminum Mesh lter as a standard option. Filters accessible from rear end of
the unit and is easily removable by pulling out from unit frame.
Fan Motors:
Motors are single phase, 3 speed, 220-240V/1 Phase/50 Hz with internal thermal protection. EC motors available
as an option.
Options:
Double skin fan coil units with casing made of 0.8mm galvanized steel sheet and 10mm close cell insulation.
Decorative fan coil units, suitable for wall or ceiling mounting.
Technical Specifications
Содержание
- Fvs fan coil units chilled water ws 3
- Fvs fan coil units district cooling wd 3
- Fvs fan coil units ec motors 3
- Fvs fan coil units general 3
- Vts group 3
- Immediate 4
- Is a manufacturer of technically advanced equipment for the hvac sector using innovative technologies in the area of project research production and logistics 4
- Vts group 4
- Our mission 5
- Vts group 5
- Centers 6
- Immediate 6
- Multilevel quality control systems enables vts to offer the longest warranty in the market 18 months guarantee of the trouble free operation of equipment in the standard package 6
- Permanently highest quality of products the best prices in the market the shortest delivery time these three constituents of market policy ensure that vts is always one step ahead in every single place in the world 6
- U n i t s 6
- Fvs fan coil units general 8
- Hotels 8
- Technical specifications 8
- Typical applications 8
- Air filters 9
- Blower 9
- Cooling coils 9
- Drain tray 9
- Fan motors 9
- Fvs fan coil units general 9
- Options 9
- Technical specifications 9
- Unit casing 9
- A b c d e f g mm inches mm 10
- Dimension chilled water ws 10
- Dimension district cooling wd 10
- Fvs fan coil units general 10
- Length filter size connection 10
- Dimensional drawings 11
- Electrical wiring diagrams for all models 11
- Fvs fan coil units general 11
- Chilled water ws product family and general technical specification 12
- F vs sd 200 ws f vs sd 300 ws f vs sd 400 ws f vs sd 600 ws f vs sd 800 ws 12
- Fvs fan coil units ws 12
- Low static normal cooling unit 12
- Rated parameters units speed 12
- Chilled water ws product family and general technical specification 13
- F vs sd 1000 ws f vs sd 1200 ws f vs sd 600 ws hs f vs sd 800 ws hs 13
- Fvs fan coil units ws 13
- Low static normal cooling unit high static normal cooling unit 13
- Rated parameters units speed 13
- Chilled water ws product family and general technical specification 14
- F vs sd 1000 ws hs f vs sd 1200 ws hs f vs sd 1400 ws f vs sd 1600 ws 14
- Fvs fan coil units ws 14
- High static normal cooling unit 14
- Rated parameters units speed 14
- Chilled water ws product family and general technical specification 15
- F vs sd 1800 ws f vs sd 2000 ws f vs sd 2400 ws f vs sd 3000 ws 15
- Fvs fan coil units ws 15
- High static normal cooling unit 15
- Rated parameters units speed 15
- 54 f 7 12 c 16
- Air flow 16
- Cooling coil air inlet entering leaving water temperature 16
- F vs sd 200 ws 16
- Fvs fan coil units ws 16
- Performance data of f vs sd 200 ws 16
- Total cooling sensible cooling water flow rate water pressure drop 16
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 16
- 54 f 7 12 c 17
- Air flow 17
- Cooling coil air inlet entering leaving water temperature 17
- F vs sd 300 ws 17
- Fvs fan coil units ws 17
- Performance data of f vs sd 300 ws 17
- Total cooling sensible cooling water flow rate water pressure drop 17
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 17
- 54 f 7 12 c 18
- Air flow 18
- Cooling coil air inlet entering leaving water temperature 18
- F vs sd 400 ws 18
- Fvs fan coil units ws 18
- Performance data of f vs sd 400 ws 18
- Total cooling sensible cooling water flow rate water pressure drop 18
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 18
- 54 f 7 12 c 19
- Air flow 19
- Cooling coil air inlet entering leaving water temperature 19
- F vs sd 600 ws 19
- Fvs fan coil units ws 19
- Performance data of f vs sd 600 ws 19
- Total cooling sensible cooling water flow rate water pressure drop 19
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 19
- 54 f 7 12 c 20
- Air flow 20
- Cooling coil air inlet entering leaving water temperature 20
- F vs sd 800 ws 20
- Fvs fan coil units ws 20
- Performance data of f vs sd 800 ws 20
- Total cooling sensible cooling water flow rate water pressure drop 20
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 20
- 54 f 7 12 c 21
- Air flow 21
- Cooling coil air inlet entering leaving water temperature 21
- F vs sd 1000 ws 21
- Fvs fan coil units ws 21
- Performance data of f vs sd 1000 ws 21
- Total cooling sensible cooling water flow rate water pressure drop 21
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 21
- 54 f 7 12 c 22
- Air flow 22
- Cooling coil air inlet entering leaving water temperature 22
- F vs sd 1200 ws 22
- Fvs fan coil units ws 22
- Performance data of f vs sd 1200 ws 22
- Total cooling sensible cooling water flow rate water pressure drop 22
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 22
- 54 f 7 12 c 23
- Air flow 23
- Cooling coil air inlet entering leaving water temperature 23
- F vs sd 600 ws hs 23
- Fvs fan coil units ws 23
- Performance data of f vs sd 600 ws hs 23
- Total cooling sensible cooling water flow rate water pressure drop 23
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 23
- 54 f 7 12 c 24
- Air flow 24
- Cooling coil air inlet entering leaving water temperature 24
- F vs sd 800 ws hs 24
- Fvs fan coil units ws 24
- Performance data of f vs sd 800 ws hs 24
- Total cooling sensible cooling water flow rate water pressure drop 24
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 24
- 54 f 7 12 c 25
- Air flow 25
- Cooling coil air inlet entering leaving water temperature 25
- F vs sd 1000 ws hs 25
- Fvs fan coil units ws 25
- Performance data of f vs sd 1000 ws hs 25
- Total cooling sensible cooling water flow rate water pressure drop 25
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 25
- 54 f 7 12 c 26
- Air flow 26
- Cooling coil air inlet entering leaving water temperature 26
- F vs sd 1200 ws hs 26
- Fvs fan coil units ws 26
- Performance data of f vs sd 1200 ws hs 26
- Total cooling sensible cooling water flow rate water pressure drop 26
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 26
- 54 f 7 12 c 27
- Air flow 27
- Cooling coil air inlet entering leaving water temperature 27
- F vs sd 1400 ws 27
- Fvs fan coil units ws 27
- Performance data of f vs sd 1400 ws 27
- Total cooling sensible cooling water flow rate water pressure drop 27
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 27
- 54 f 7 12 c 28
- Air flow 28
- Cooling coil air inlet entering leaving water temperature 28
- F vs sd 1600 ws 28
- Fvs fan coil units ws 28
- Performance data of ff vs sd 1600 ws 28
- Total cooling sensible cooling water flow rate water pressure drop 28
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 28
- 54 f 7 12 c 29
- Air flow 29
- Cooling coil air inlet entering leaving water temperature 29
- F vs sd 1800 ws 29
- Fvs fan coil units ws 29
- Performance data of f vs sd 1800 ws 29
- Total cooling sensible cooling water flow rate water pressure drop 29
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 29
- 54 f 7 12 c 30
- Air flow 30
- Cooling coil air inlet entering leaving water temperature 30
- F vs sd 2000 ws 30
- Fvs fan coil units ws 30
- Performance data of f vs sd 2000 ws 30
- Total cooling sensible cooling water flow rate water pressure drop 30
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 30
- 54 f 7 12 c 31
- Air flow 31
- Cooling coil air inlet entering leaving water temperature 31
- F vs sd 2400 ws 31
- Fvs fan coil units ws 31
- Performance data of f vs sd 2400 ws 31
- Total cooling sensible cooling water flow rate water pressure drop 31
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 31
- 54 f 7 12 c 32
- Air flow 32
- Cooling coil air inlet entering leaving water temperature 32
- F vs sd 3000 ws 32
- Fvs fan coil units ws 32
- Performance data of f vs sd 3000 ws 32
- Total cooling sensible cooling water flow rate water pressure drop 32
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 32
- Current amps air flow cfm input power watts 34
- Fan characteristics low static 34
- Fvs fan coil units ws 34
- Current amps air flow cfm input power watts 35
- Fan characteristics high static 35
- Fvs fan coil units ws 35
- 125 250 500 1000 2000 4000 8000 36
- Air on coil dbt 80 f wbt 67 f water at 7 c 12 c 44 f 53 f chilled water 36
- Db a db a 36
- Db a db a db a db a db a db a db a db a 36
- Esp in wg 36
- F vs sd 1000 ws 36
- F vs sd 1200 ws 36
- F vs sd 200 ws 36
- F vs sd 300 ws 36
- F vs sd 400 ws 36
- F vs sd 600 ws 36
- F vs sd 800 ws 36
- Freq hz 36
- Fvs fan coil units ws 36
- Pressure 36
- Sound data 36
- Sound power level 36
- Sound pressure level according to iso 11203 at 1 meter from the unit 36
- Unit operating conditions are the following 36
- 1000 ws hs 37
- 1200 ws hs 37
- 125 250 500 1000 2000 4000 8000 37
- 1400 ws 37
- 1600 ws 37
- 1800 ws 37
- 2000 ws 37
- 2400 ws 37
- 3000 ws 37
- 600 ws hs 37
- 800 ws hs 37
- Air on coil dbt 80 f wbt 67 f water at 7 c 12 c 44 f 53 f chilled water 37
- Db a db a 37
- Db a db a db a db a db a db a db a db a 37
- Esp in wg 37
- F vs sd 37
- Freq hz 37
- Fvs fan coil units ws 37
- Pressure 37
- Sound data 37
- Sound power level 37
- Sound pressure level according to iso 11203 at 1 meter from the unit 37
- Unit operating conditions are the following 37
- District cooling wd product family and general technical specification 38
- F vs sd 200 wd f vs sd 300 wd f vs sd 400 wd f vs sd 600 wd f vs sd 800 wd 38
- Fvs fan coil units wd 38
- Low static district cooling unit 38
- Rated parameters units speed 38
- District cooling wd product family and general technical specification 39
- F vs sd 1000 wd f vs sd 1200 wd f vs sd 600 wd hs f vs sd 800 wd hs 39
- Fvs fan coil units wd 39
- Low static district cooling unit high static district cooling unit 39
- Rated parameters units speed 39
- District cooling wd product family and general technical specification 40
- F vs sd 1000 wd hs f vs sd 1200 wd hs f vs sd 1400 wd f vs sd 1600 wd 40
- Fvs fan coil units wd 40
- High static district cooling unit 40
- Rated parameters units speed 40
- District cooling wd product family and general technical specification 41
- F vs sd 1800 wd f vs sd 2000 wd f vs sd 2400 wd f vs sd 3000 wd 41
- Fvs fan coil units wd 41
- High static district cooling unit 41
- Rated parameters units speed 41
- 58 f 5 14 c 42
- Air flow 42
- Cooling coil air inlet entering leaving water temperature 42
- F vs sd 200 wd 42
- Fvs fan coil units wd 42
- Performance data of f vs sd 200 wd 42
- Total cooling sensible cooling water flow rate water pressure drop 42
- X 1 000 btu hr kw x 1 000 btu hr kw gpm l s ft wg kpa 42
- 58 f 5 14 c 43
- Air flow 43
- Cooling coil air inlet entering leaving water temperature 43
- F vs sd 300 wd 43
- Fvs fan coil units wd 43
- Performance data of f vs sd 300 wd 43
- Total cooling sensible cooling water flow rate water pressure drop 43
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 43
- 58 f 5 14 c 44
- Air flow 44
- Cooling coil air inlet entering leaving water temperature 44
- F vs sd 400 wd 44
- Fvs fan coil units wd 44
- Performance data of f vs sd 400 wd 44
- Total cooling sensible cooling water flow rate water pressure drop 44
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 44
- 58 f 5 14 c 45
- Air flow 45
- Cooling coil air inlet entering leaving water temperature 45
- F vs sd 600 wd 45
- Fvs fan coil units wd 45
- Performance data of f vs sd 600 wd 45
- Total cooling sensible cooling water flow rate water pressure drop 45
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 45
- 58 f 5 14 c 46
- Air flow 46
- Cooling coil air inlet entering leaving water temperature 46
- F vs sd 800 wd 46
- Fvs fan coil units wd 46
- Performance data of f vs sd 800 wd 46
- Total cooling sensible cooling water flow rate water pressure drop 46
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 46
- 58 f 5 14 c 47
- Air flow 47
- Cooling coil air inlet entering leaving water temperature 47
- F vs sd 1000 wd 47
- Fvs fan coil units wd 47
- Performance data of f vs sd 1000 wd 47
- Total cooling sensible cooling water flow rate water pressure drop 47
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 47
- 58 f 5 14 c 48
- Air flow 48
- Cooling coil air inlet entering leaving water temperature 48
- F vs sd 1200 wd 48
- Fvs fan coil units wd 48
- Performance data of f vs sd 1200 wd 48
- Total cooling sensible cooling water flow rate water pressure drop 48
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 48
- 58 f 5 14 c 49
- Air flow 49
- Cooling coil air inlet entering leaving water temperature 49
- F vs sd 600 wd hs 49
- Fvs fan coil units wd 49
- Performance data of f vs sd 600 wd hs 49
- Total cooling sensible cooling water flow rate water pressure drop 49
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 49
- 58 f 5 14 c 50
- Air flow 50
- Cooling coil air inlet entering leaving water temperature 50
- F vs sd 800 wd hs 50
- Fvs fan coil units wd 50
- Performance data of f vs sd 800 wd hs 50
- Total cooling sensible cooling water flow rate water pressure drop 50
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 50
- 58 f 5 14 c 51
- Air flow 51
- Cooling coil air inlet entering leaving water temperature 51
- F vs sd 1000 wd hs 51
- Fvs fan coil units wd 51
- Performance data of f vs sd 1000 wd hs 51
- Total cooling sensible cooling water flow rate water pressure drop 51
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 51
- 58 f 5 14 c 52
- Air flow 52
- Cooling coil air inlet entering leaving water temperature 52
- F vs sd 1200 wd hs 52
- Fvs fan coil units wd 52
- Performance data of f vs sd 1200 wd hs 52
- Total cooling sensible cooling water flow rate water pressure drop 52
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 52
- 58 f 5 14 c 53
- Air flow 53
- Cooling coil air inlet entering leaving water temperature 53
- F vs sd 1400 wd 53
- Fvs fan coil units wd 53
- Performance data of f vs sd 1400 wd 53
- Total cooling sensible cooling water flow rate water pressure drop 53
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 53
- 58 f 5 14 c 54
- Air flow 54
- Cooling coil air inlet entering leaving water temperature 54
- F vs sd 1600 wd 54
- Fvs fan coil units wd 54
- Performance data of f vs sd 1600 wd 54
- Total cooling sensible cooling water flow rate water pressure drop 54
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 54
- 58 f 5 14 c 55
- Air flow 55
- Cooling coil air inlet entering leaving water temperature 55
- F vs sd 1800 wd 55
- Fvs fan coil units wd 55
- Performance data of f vs sd 1800 wd 55
- Total cooling sensible cooling water flow rate water pressure drop 55
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 55
- 58 f 5 14 c 56
- Air flow 56
- Cooling coil air inlet entering leaving water temperature 56
- F vs sd 2000 wd 56
- Fvs fan coil units wd 56
- Performance data of f vs sd 2000 wd 56
- Total cooling sensible cooling water flow rate water pressure drop 56
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 56
- 58 f 5 14 c 57
- Air flow 57
- Cooling coil air inlet entering leaving water temperature 57
- F vs sd 2400 wd 57
- Fvs fan coil units wd 57
- Performance data of f vs sd 2400 wd 57
- Total cooling sensible cooling water flow rate water pressure drop 57
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 57
- 58 f 5 14 c 58
- Air flow 58
- Cooling coil air inlet entering leaving water temperature 58
- F vs sd 3000 wd 58
- Fvs fan coil units wd 58
- Performance data of f vs sd 3000 wd 58
- Total cooling sensible cooling water flow rate water pressure drop 58
- X 1 00 btu hr kw x 1 00 btu hr kw gpm l s ft wg kpa 58
- Current amps air flow cfm input power watts 60
- Fan characteristics low static 60
- Fvs fan coil units wd 60
- Current amps air flow cfm input power watts 61
- Fan characteristics high static 61
- Fvs fan coil units wd 61
- 125 250 500 1000 2000 4000 8000 62
- Air on coil dbt 76 f wbt 64 f water at 5 c 14 c 41 f 57 f 62
- Db a db a 62
- Db a db a db a db a db a db a db a db a 62
- Esp in wg 62
- F vs sd 1000 wd 62
- F vs sd 1200 wd 62
- F vs sd 200 wd 62
- F vs sd 300 wd 62
- F vs sd 400 wd 62
- F vs sd 600 wd 62
- F vs sd 800 wd 62
- Freq hz 62
- Fvs fan coil units wd 62
- Pressure 62
- Sound data 62
- Sound power level 62
- Sound pressure level according to iso 11203 at 1 meter from the unit 62
- Unit operating conditions are the following 62
- 1000 wd hs 63
- 1200 wd hs 63
- 125 250 500 1000 2000 4000 8000 63
- 1400 wd 63
- 1600 wd 63
- 1800 wd 63
- 2000 wd 63
- 2400 wd 63
- 3000 wd 63
- 600 wd hs 63
- 800 wd hs 63
- Air on coil dbt 76 f wbt 64 f water at 5 c 14 c 41 f 57 f 63
- Db a db a 63
- Db a db a db a db a db a db a db a db a 63
- Esp in wg 63
- F vs sd 63
- Freq hz 63
- Fvs fan coil units wd 63
- Pressure 63
- Sound data 63
- Sound power level 63
- Sound pressure level according to iso 11203 at 1 meter from the unit 63
- Unit operating conditions are the following 63
- Ec motors optional equipment technical specifications 64
- Fvs fan coil units ec motors 64
- Key features and benefts 64
- Specifiations 64
- By esp parameter rpm value is determined by the room temperature setpoint 65
- Ec motor characteristics 65
- Fvs fan coil units ec motors 65
- In power consumption when room set point temperatue is achieved 65
- The data presents performance of ec motor at varying torque requirements which is determined 65
- The rpm reduces as the room set point is achieved 65
- The true indicator of ec motor effectiveness is the reduction 65
- By esp parameter rpm value is determined by the room temperature setpoint 66
- Ec motor characteristics 66
- Fvs fan coil units ec motors 66
- In power consumption when room set point temperatue is achieved 66
- The data presents performance of ec motor at varying torque requirements which is determined 66
- The rpm reduces as the room set point is achieved 66
- The true indicator of ec motor effectiveness is the reduction 66
- By esp parameter rpm value is determined by the room temperature setpoint 67
- Ec motor characteristics 67
- Fvs fan coil units ec motors 67
- In power consumption when room set point temperatue is achieved 67
- The data presents performance of ec motor at varying torque requirements which is determined 67
- The rpm reduces as the room set point is achieved 67
- The true indicator of ec motor effectiveness is the reduction 67
- By esp parameter rpm value is determined by the room temperature setpoint 68
- Ec motor characteristics 68
- Fvs fan coil units ec motors 68
- In power consumption when room set point temperatue is achieved 68
- The data presents performance of ec motor at varying torque requirements which is determined 68
- The rpm reduces as the room set point is achieved 68
- The true indicator of ec motor effectiveness is the reduction 68
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