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VTS American VENTUS AVS 130 [18/45] Avs 8 55 cross flow plate
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AVS 8-55 - CROSS-FLOW PLATE
Recommended range of airflow
Size AVS 008 AVS 012 AVS 016 AVS 020 AVS 030 AVS 040 AVS 055
[CFM]
Min.
446 427 427 697 618 618 846 819 819 1067 1037 1037 1526 1524 1524
2089 1945 1945 2732 2419 2419
Max.
1699 1254 924 2650 1817 1339 3218 2486 1832 4058 3331 2454 5799 4835 3563
7939 6697 4934 10386 8758 6453
H
f
[inch]
3.54
H 21.97 21.97 24.02 27.17 32.48 37.20 41.14
W 27.95 38.62 44.21 46.77 53.50 59.06 66.14
W
i
24.02 34.68 40.28 42.83 49.57 55.12 62.20
H
i
14.49 14.49 16.54 19.69 25.00 29.72 33.66
10 000
7 500
5 000
2 500
0
Rated parameters
Basic congurations
AVS-XXX- R -FPCV/FVPD_cd
-
L2
[inch]
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
4
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
130.64 130.64 130.64 130.64 145.04 145.04 173.83
AVS-XXX- R -FPCV/FVPD_cu
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
4
L2
130.64 130.64 130.64 130.64 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
AVS-XXX- R -FPCV/FPDV_pd
-
L2
101.85 101.85 101.85 116.24 130.64 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
4
L2
101.85 101.85 101.85 116.24 130.64 145.04 173.83
L1
130.64 130.64 130.64 130.64 145.04 145.04 173.83
AVS-XXX- R -FPCV/FPDV_pu
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
101.85 101.85 101.85 116.24 130.64 145.04 173.83
4
L2
130.64 130.64 130.64 130.64 145.04 145.04 173.83
L1
101.85 101.85 101.85 116.24 130.64 145.04 173.83
AVS-XXX- R -FPMCV/FVMPD_cd
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
4
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
130.64 130.64 130.64 130.64 145.04 145.04 173.83
AVS-XXX- R -FPMCV/FVMPD_cu
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
4
L2
130.64 130.64 130.64 130.64 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
AVS-XXX- R -FPCVH/FVPD_cu
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
130.64 130.64 130.64 130.64 159.44 159.44 188.23
4
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
145.04 145.04 145.04 145.04 159.44 159.44 188.23
AVS-XXX- R -FPCVH/FVPD_cu
-
L2
130.64 130.64 130.64 130.64 159.44 159.44 188.23
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
4
L2
145.04 145.04 145.04 145.04 159.44 159.44 188.23
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
DE*Main conguration
Basic congurations
AVS-XXX- R -FPV/FVPD_cd
-
L2
[inch]
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
101.85 101.85 101.85 101.85 130.64 130.64 159.44
AVS-XXX- R -FPV/FVPD_cu
-
L2
101.85 101.85 101.85 101.85 130.64 130.64 159.44
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
AVS-XXX- R -FPV/FPDV_pd
-
L2
101.85 101.85 101.85 116.24 130.64 145.04 173.83
L1
101.85 101.85 101.85 101.85 130.64 130.64 159.44
AVS-XXX- R -FPV/FPDV_pu
-
L2
101.85 101.85 101.85 101.85 130.64 130.64 159.44
L1
116.24 116.24 116.24 130.64 145.04 159.44 188.23
AVS-XXX- R -FPHV/FVPD_cd
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
AVS-XXX- R -FPHV/FVPD_cu
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
AVS-XXX- R -FPHV/FPDV_pd
-
L2
101.85 101.85 101.85 116.24 130.64 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
AVS-XXX- R -FPHV/FPDV_pu
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
101.85 101.85 101.85 116.24 130.64 145.04 173.83
AVS-XXX- R - FPMHV/FVMPD_cd
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
AVS-XXX- R -FPMHV/ FVMPD_cu
-
L2
116.24 116.24 116.24 116.24 145.04 145.04 173.83
L1
116.24 116.24 116.24 116.24 145.04 145.04 173.83
DE*Main conguration
* Include Droplet Eliminator after Cooling Coil * Include Droplet Eliminator after Cooling CoilL1- doesn't cover empty space in bottom deck L1- doesn't cover empty space in bottom deck
Technical Parameters Technical Parameters
3534
Содержание
- Connection and controls 2
- Designer support 2
- Functions 2
- Technical parameters 2
- Vts group 2
- Centers 5
- Competitive 5
- Consistently superior product quality unbeatable market prices the shortest lead time these three elements of market policy ensure that vts is always one step ahead in every region of the world 5
- Multilevel quality control systems enables vts to offer a 18 months warranty for each unit 5
- Quality 5
- The highest 5
- All browsers 7
- All devices 7
- All operating system 7
- Ccol 4 is adjust to 7
- Climacad online 4 ccol 4 7
- Data export to 7
- Dynamic counting of devices dimensions 7
- Managing your own database 7
- The versatility of designing 7
- Www ccol4 com 7
- A new approach to digital models of air handling units 8
- Https vtsgroup com us vts bim 8
- The process of model generation comes down to the following 3 steps as a result the client receives 8
- The release of families for the autodesk revit environment by vts makes it easier to design agencies for model the building installations on the basis of using the same platform at present the on line generator is a unique solution in bim environment it enables the generation of a ventus air handling unit model practically in no time in any configuration and with any parameters 8
- Vts bi 8
- Vts has created the possibility of generating digital models of ventus vs and american ventus air handling models on line this is possible thanks to the implementation of a new climacad online 4 selection tool equipped with rfa revit files generator 8
- 000 cfm 10
- Avs avs lite avs vertical 10
- Cross flow plate energy wheel 10
- In total capacity 10
- Premium efficiency motors energy recovery system 10
- Premium efficiency motors energy recovery system premium efficiency motors 10
- Salt spray test resistance on the external coating 10
- Aluminum posts as standard for all types of units 12
- C profile 12
- Casing skin 12
- Convenient 12
- Curb ready rails 12
- Design 12
- Fan section cage 12
- Galvanized steel support as standard for all types of units 12
- More than 2 000 hours salt spray test protection 12
- Resistance to corrosion 12
- Structural posts 12
- Z profile 12
- Additional post sealing 13
- Additional sealing edge 13
- Air tightness 13
- Aluminum structural posts with an additional sealing fin and a thermal insert 13
- Ergonomic inspection panel lock 13
- Labyrinth sealing 13
- Thermal break 13
- Curb ready rails 14
- Rooftop applications 14
- Sectional roof 14
- Variable discharge configuration 14
- Variable intake configurations 14
- Air inlet discharge dimensions 16
- Avs 8 55 supply exhaust dimensions avs 8 55 supply exhaust 16
- Avs xx x r l em hc em 16
- Technical parameters technical parameters 16
- Unit coding 16
- Air inlet discharge dimensions 17
- Avs 65 380 supply exhaust dimensions avs 65 380 supply exhaust 17
- Avs xx x r l em hc em 17
- Technical parameters technical parameters 17
- Unit coding 17
- Avs 8 55 cross flow plate 18
- Basic configurations 18
- De main configuration 18
- H 21 7 21 7 24 2 27 7 32 8 37 0 41 4 18
- Hi 14 9 14 9 16 4 19 9 25 0 29 2 33 6 18
- Include droplet eliminator after cooling coil include droplet eliminator after cooling coil l1 doesn t cover empty space in bottom deck l1 doesn t cover empty space in bottom deck 18
- Rated parameters 18
- Recommended range of airflow 18
- Size avs 008 avs 012 avs 016 avs 020 avs 030 avs 040 avs 055 18
- Technical parameters technical parameters 18
- W 27 5 38 2 44 1 46 7 53 0 59 6 66 4 18
- Wi 24 2 34 8 40 8 42 3 49 7 55 2 62 0 18
- Basic configurations 19
- De main configuration 19
- Include droplet eliminator after cooling coil include droplet eliminator after cooling coil l1 doesn t cover empty space in bottom deck l1 doesn t cover empty space in bottom deck 19
- Technical parameters technical parameters 19
- Avs 65 380 cross flow plate 20
- Basic configurations 20
- De main configuration 20
- H2 81 5 20
- Hfu 0 0 20
- Hi 35 2 20
- Include droplet eliminator after cooling coil include droplet eliminator after cooling coil l1 doesn t cover empty space in bottom deck l1 doesn t cover empty space in bottom deck 20
- L inch 20
- Rated parameters 20
- Recommended range of airflow 20
- Size avs065 avs085 avs100 avs130 avs170 avs230 avs300 avs380 20
- Technical parameters technical parameters 20
- W 75 4 20
- Basic configurations 21
- De main configuration 21
- Include droplet eliminator after cooling coil include droplet eliminator after cooling coil l1 doesn t cover empty space in bottom deck l1 doesn t cover empty space in bottom deck 21
- Technical parameters technical parameters 21
- Air inlet discharge dimensions 22
- Avs xx 22
- Dimensions avs 65 380 cross flow plate 22
- Dimensions avs 8 55 cross flow plate 22
- Functions functions 22
- Unit coding 22
- Avs 12 65 with energy wheel 23
- Basic configurations 23
- De main configuration 23
- H 21 7 24 2 27 7 32 8 37 0 41 4 42 0 23
- H2 40 9 44 9 50 9 61 2 70 7 78 4 81 5 23
- Hi 14 9 16 4 19 9 25 0 29 2 33 6 35 2 23
- Inch inch 23
- Include droplet eliminator after cooling coil include droplet eliminator after cooling coil l1 doesn t cover empty space in bottom deck l1 doesn t cover empty space in bottom deck 23
- Rated parameters 23
- Recommended range of airflow 23
- Size avs 012 avs 016 avs 020 avs 030 avs 040 avs 055 avs 065 23
- Technical parameters technical parameters 23
- W 38 2 44 1 46 7 53 0 59 6 66 4 75 4 23
- Wi 34 8 40 8 42 3 49 7 55 2 62 0 71 0 23
- Avs 85 380 with energy wheel 24
- Basic configurations 24
- De main configuration 24
- H 46 7 54 1 54 1 65 8 75 6 75 6 93 4 24
- H2 89 1 107 4 107 4 131 8 149 3 149 3 187 9 24
- Hfu 0 0 2 6 2 6 2 6 2 6 2 6 2 6 24
- Hi 39 9 47 3 47 3 58 68 7 68 7 86 5 24
- Include droplet eliminator after cooling coil include droplet eliminator after cooling coil l1 doesn t cover empty space in bottom deck l1 doesn t cover empty space in bottom deck 24
- Main configuration 24
- Rated parameters 24
- Recommended range of airflow 24
- Size avs085 avs100 avs130 avs170 avs230 avs300 avs380 24
- Technical parameters technical parameters 24
- W 82 7 82 7 98 4 102 6 122 4 141 3 146 4 24
- Wi 78 4 78 4 95 0 98 2 118 1 137 9 142 24
- Air inlet discharge dimensions 25
- Avs xx 25
- Dimensions avs 12 65 with energy wheel 25
- Dimensions avs 85 380 with energy wheel 25
- Technical parameters technical parameters 25
- Unit coding 25
- Air inlet discharge dimensions 26
- Avs lite 8 40 supply exhaust 26
- Avs xx x r l em hc em 26
- Dimensions avs lite 8 40 supply exhaust 26
- Unit coding 26
- Avs lite 8 40 cross flow plate 27
- Basic configurations 27
- De main configuration 27
- H 21 7 21 7 24 2 27 7 32 8 37 0 27
- Hi 14 9 14 9 16 4 19 9 25 0 29 2 27
- Include droplet eliminator after cooling coil include droplet eliminator after cooling coil l1 doesn t cover empty space in bottom deck l1 doesn t cover empty space in bottom deck 27
- Rated parameters 27
- Recommended range of airflow 27
- Size avs 008 avs 012 avs 016 avs 020 avs 030 avs 040 27
- Technical parameters technical parameters 27
- W 27 5 38 2 44 1 46 7 53 0 59 6 27
- Wi 24 2 34 8 40 8 42 3 49 7 55 2 27
- Avs lite 12 40 with energy wheel 28
- Basic configurations 28
- De main configuration 28
- H 21 7 24 2 27 7 32 8 37 0 28
- H2 40 9 44 9 50 9 61 2 70 7 28
- Hi 14 9 16 4 19 9 25 0 29 2 28
- Include droplet eliminator after cooling coil include droplet eliminator after cooling coil l1 doesn t cover empty space in bottom deck l1 doesn t cover empty space in bottom deck 28
- Rated parameters 28
- Recommended range of airflow 28
- Size avs 012 avs 016 avs 020 avs 030 avs 040 28
- Technical parameters technical parameters 28
- W 38 2 44 1 46 7 53 0 59 6 28
- Wi 34 8 40 8 42 3 49 7 55 2 28
- Air inlet discharge dimensions 29
- Avs xx 29
- Dimensions avs lite 12 40 with energy wheel 29
- Dimensions avs lite 8 40 cross flow plate 29
- Technical parameters technical parameters 29
- Unit coding 29
- Air inlet discharge dimensions 30
- Avs vertical configurations 30
- Avs xxx r l rhc 30
- Dimensions vertical configurations 30
- Technical parameters technical parameters 30
- Unit coding 30
- Connecting point construction and wiring 32
- The main benefits of air handling units equipped with the connecting point are as follows 32
- Constant pressure control with variable air volume 33
- Controls 33
- Electric heater control 33
- For management of our american ventus air handling units we recommend our control application based on plc controller supporting all advanced control functions and variable ways of external communication including integration with building management systems 33
- Hmi service 33
- Humidity control 33
- Main elements 33
- Measurement and control of the constant air volume 33
- Mixing box control 33
- New features 33
- Variable frequency drives 33
- Vts uses control algorithms that have been developed with an emphasis on energy savings while at the same time maintaining the required parameters of the air supplied and ensuring reliability of our units 33
- 10 v air damper actuator 34
- Differential pressure switch 34
- Duct temperature sensor 34
- Humidity sensor 34
- Low limit thermostat switch 34
- Three way valve with electric actuator 34
- Air flow control 35
- Alarm status info 35
- Analog and digital input and output status info 35
- Anti frost protection of a water heater 35
- Ap control system application for air supply exhaust units with cross flow heat exchanger 35
- Ar control system application for air supply exhaust units with thermal wheel 35
- As control system application for air supply units 35
- Connection and controls connection and controls 35
- Control 35
- Control applications list supply ahus 35
- Control of room temperature or supply or exhaust air temperature 35
- Control of the energy recovery level first stage of heating cooling 35
- Fan unit protection the function is active if an electric heater is present 35
- Filter contamination info 35
- Information 35
- Information on outdoor supply exhaust and indoor air temperatures 35
- Limiting the allowed supply air temperature 35
- Operation according to calendar temperature efficiency operation mode operation stand by stop 35
- Optional protection against minimal and maximal temperature of medium returning from the water heater with use of strap on temperature sensor standard ntc 10k 35
- Overload protection of a drive unit 35
- Protection 35
- Protection against overheating of an electric heater 35
- Stand by maintaining the minimum set indoor temperature initial heating of external air 35
- The control application layouts have been prepared on the basis of water exchangers 35
- The quantity of applied pressure switches for filters depends on the filter configuration 35
- Air to air energy recovery systems 40
- Air to air energy wheel 40
- All units have a two or four inches flat prefilter or a combination thereof 40
- Cross flow plate 40
- Direct drive plenum fan 40
- Flat prefilter 40
- Functions functions 40
- Plenum fan motor 40
- Variable frequency drive vfd 40
- 4 6 8 10 41
- Air dampers 41
- Cooling coils 41
- Functions functions 41
- Heaters 41
- Leakage cfm ft² 41
- Normal temperature barometric pressure 29 21 inches of mercury sea level 41
- Pressure in w g 41
- Psychrometric chart 41
- Wet bulb temperature 41
- Certified fan performance data for fans of vs 225 vs 400 sizes 42
- Certified fan performance data for fans of vs 450 vs 630 sizes 42
- Functions functions 42
- Certified sound pressure level for fans of vs 450 vs 630 sizes certified sound pressure level for fans of vs 225 vs 400 sizes 43
- Functions functions 43
- Auxiliary symbols 44
- Basic symbols 44
- Process function 44
- Symbol graphic name 44
- Symbol graphic name options of functions 44
- Symbols and labels 44
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