Models: 174│205│358│410│515│720│724
Cooling capacities from 3,1 to 25 KW
Heating capacities from 4,5 to 55,5 KW
MEDIUM STATIC PRESSURE DUCTABLE TYPE
05.16 Ref. 88386 Rev. 104
TE
CH
NIC
AL
CA
TA
LO
GU
E
BHW
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
2
INDEX
INTRODUCTION ................................................................................................................................. 3
DESCRIPTION ..................................................................................................................................... 3 CABINET ............................................................................................................................................ 3 EXCHANGERS ..................................................................................................................................... 3 FANS .................................................................................................................................................. 3 AIR FILTER .......................................................................................................................................... 3 POWER SUPPLY .................................................................................................................................. 3 OPERATING CONDITIONS ................................................................................................................... 3 STANDARDS AND CERTIFICATIONS ..................................................................................................... 3
TECHNICAL SPECIFICATIONS ........................................................................................................ 4
OPTIONALS ........................................................................................................................................ 5
FANS WITH EC MOTOR 3 SPEEDS VERSION .......................................................................................... 5 PLENUM TUBULAR IMPULSION........................................................................................................... 6 IMPULSION PLENUM .......................................................................................................................... 7 VARIATIONS ON STANDARD MANUFACTURE ...................................................................................... 7
DIMENSIONS ...................................................................................................................................... 8
BHW 174, 205, 358, 410 ..................................................................................................................... 8 BHW 515............................................................................................................................................ 9 BHW 720, 724 .................................................................................................................................... 9
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
3
INTRODUCTION
DESCRIPTION The air conditioning units of the series BHW, Fan-Coil type “Low profile” water-air, are supplied totally finished and ready for its installation after having had a strict final verification. The design and the disposition of the elements that compose it make them adaptable to a high number of practical needs, at the same time that they allow an easy access to the interior of the equipment for its later maintenance. Its low height allows its installation in false ceilings, with the unit supported or suspended.
CABINET Manufactured with high quality steel sheet coated with aluminium, zinc and silicon alloy, finished with an electrostatically application and oven polymerized polyester powder. The interior of the set is thermo acoustically insulated. The condensation tray is treated with an asphaltic material.
EXCHANGERS Manufactured with copper tubes mechanically expanded on aluminium fins which its special corrugated and wavy surface achieves high exchange performances.
FANS Centrifugal type, driven by 3 speeds motors of reduced sound level. They incorporate prelubricated bearings and are statically and dynamically balanced.
AIR FILTER Air filter of foamed polyurethane of 10mm of thickness and a special reticulate S-20 of great filtration efficiency, removable and washable.
POWER SUPPLY This units work with a voltage of 230V triphasic or 400V triphasic and 50Hz~.
OPERATING CONDITIONS
COOLING CYCLE TEMPERATURE
Indoor air inlet 27ºC, DT / 19ºC, WT
Water inlet 7ºC
Water outlet 12ºC
HEATING CYCLE TEMPERATURE
Indoor air inlet 21ºC
Water Inlet 50ºC
STANDARDS AND CERTIFICATIONS ISO 9001:2008 CERTIFICATION: HIPLUS AIRE ACONDICIONADO S.L always search satisfaction on its costumers, it is accredited in the Quality System ISO 9001:2008 referred to their own productive activity. It is manifested in a continuous commitment to improve the quality and reliability of all our products; commercial activity, design, source materials, production and post sale service, are the way that allows us to accomplish our targets. CE QUALIFICATION: HITECSA units have CE brand in accordance with the expected for the relevant community directive, and its last modifications, as well as for each country's national legislation.
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
4
TECHNICAL SPECIFICATIONS
(1) Cooling capacity for water temperature of 7ºC. (2) Cooling capacity for water temperature of 50ºC and indoor temperature of 20ºC. (3) Cooling capacity for water temperature of 70ºC and indoor temperature of 20ºC.
BHW 174 205 358 410 515 720 724
CAPACITIES
Cooling capacity (1)
Speed I KW 3,1 4,4 6,0 7,9 12,2
20,2 25,0 Speed II KW 4,1 5,0 5,9 9,1 13,9
Speed III KW 4,5 5,3 8,4 10,8 15,3
Heating capacity (2)
Speed I KW 4,5 6,4 8,6 11,1 16,1
26,5 32,7 Speed II KW 5,8 7,1 9,7 12,6 18,2
Speed III KW 6,3 7,5 11,9 14,9 19,7
Heating capacity (3)
Speed I KW 7,6 10,8 14,6 18,8 27,2
44,8 55,5 Speed II KW 9,8 12,1 16,5 21,4 30,8
Speed III KW 10,7 12,7 20,1 25,2 33,5
VENTILATION
Fan model 146/220 146/220 185/240 185/240 216/236 2 X 9/9DD 2 X 9/9DD
Cold air flow
Speed I m3/h 600 950 1100 1400 2259
3500 4850 Speed II m3/h 900 1130 1340 1700 2596
Speed III m3/h 1050 1220 1850 2200 2800
Hot air flow
Speed I m3/h 700 1050 1300 1600 2357
3850 5200 Speed II m3/h 1000 1230 1540 1900 2700
Speed III m3/h 1150 1330 2070 2400 2900
Available static pressure
Speed I Pa 20 25 45 60 30
50 50 Speed II Pa 25 30 50 75 40
Speed III Pa 30 40 60 80 55
Motor fan power KW 0,18 0,18 0,25 0,25 0,55 0,25 0,36
HEAT EXCHANGER
Water connections Ø („‟) 3/4 3/4 3/4 3/4 1 1 1/4 1 1/4
Cooling and heating water flow
Speed I m3/h 0,53 0,76 1,03 1,36 2,09
3,37 4,19 Speed II m3/h 0,69 0,85 1,18 1,56 2,36
Speed III
m3/h 0,76 0,90 1,44 1,85 2,57
ELECTRICAL SPECIFICATIONS
Voltage V / f / Hz 230 / III / 50
Nominal power input KW 0,20 0,26 0,36 0,56 0,60 0,81 1,6
Nominal current input A 1 0,5 1,75 2,5 2,75 3,9 7,4
DIMENSIONS
Width mm 829 829 915 915 1200 1350 1350
Length mm 791 791 791 791 826 900 900
Height mm 219 258 285 315 352 412 412
Weight Kg 30 34 44 45 62 80 80
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
5
OPTIONALS FANS WITH EC MOTOR 3 SPEEDS VERSION
BHW 174 205 358 410 515 720 724
CAPACITIES
Cooling capacity (1)
Speed I KW 3,1 To determine To determine 7,9 12,2
To
determine
To
determine Speed II KW 4,1 To determine To determine 9,1 13,9
Speed III KW 4,5 To determine To determine 10,8 15,3
Heating capacity (2)
Speed I KW 4,5 To determine To determine 11,1 16,1
To determine
To determine
Speed II KW 5,8 To determine To determine 12,6 18,2
Speed III KW 6,3 To determine To determine 14,9 19,7
Heating capacity (3)
Speed I KW 7,6 To determine To determine 18,8 27,2
To determine
To determine
Speed II KW 9,8 To determine To determine 21,4 30,8
Speed III KW 10,7 To determine To determine 25,2 33,5
VENTILATION
Fan model EC082 To determine To determine EC 145 EC 208 - 240 To
determine To
determine
Turning speed
Speed I RPM 851 To determine To determine 832 635
To
determine
To
determine Speed II RPM 844 To determine To determine 888 730
Speed III RPM 846 To determine To determine 967 800
Air flow
Speed I m3/h 600 To determine To determine 1400 2250
To determine
To determine
Speed II m3/h 900 To determine To determine 1700 2596
Speed III m3/h 1050 To determine To determine 2200 2800
Available static pressure
Speed I Pa 35 To determine To determine 120 30
To
determine
To
determine Speed II Pa 30 To determine To determine 110 40
Speed III Pa 20 To determine To determine 80 60
Motor fan power KW 0,08 To determine To determine 0,25 0,25 To
determine To
determine
HEAT EXCHANGER
Type Water coil with copper tubes and aluminium fins.
Cooling and heating water flow
Speed I m3/h 0,53 To determine To determine 1,36 2,09
To determine
To determine
Speed II m3/h 0,69 To determine To determine 1,56 2,36
Speed III m3/h 0,76 To determine To determine 1,85 2,57
Water connections Ø(„‟) 3/4 To determine To determine 3/4 1 To
determine
To
determine
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
6
(1) Cooling capacity for water temperature of 7ºC. (2) Cooling capacity for water temperature of 50ºC and indoor temperature of 20ºC. (3) Cooling capacity for water temperature of 70ºC and indoor temperature of 20ºC. (4) Sound pressure level with supply and return jacks free discharge, measured 2 meters away, in free field.
PLENUM TUBULAR IMPULSION
Discharge plenum through tubular mouthpieces, built in "aluzinc" steel sheet.
MODEL A B C
174 160 219 829
205 200 258 829
358 200 285 915
410 250 315 915
BHW 174 205 358 410 515 720 724
ELECTRICAL SPECIFICATIONS
Voltage V / f / Hz 230 / I / 50
Nominal power input
Speed I KW 0,06 To determine To determine 0,13 0,14 To determine To determine Speed II KW 0,06 To determine To determine 0,18 0,22 To determine To determine Speed III KW 0,06 To determine To determine 0,21 0,32 To determine To determine
Nominal current input
Speed I A 0,44 To determine To determine 0,80 0,98 To determine To determine Speed II A 0,44 To determine To determine 0,94 1,49 To determine To determine Speed III A 0,45 To determine To determine 1,19 2,13 To determine To determine
SOUND LEVEL (4)
Sound power
Speed I dB(A) 63 To determine To determine 68,5 69,8 To determine To determine Speed II dB(A) 64 To determine To determine 69,8 71,8 To determine To determine Speed III dB(A) 64,8 To determine To determine 71 74,5 To determine To determine
Sound presure (a 2m)
Speed I dB(A) 43,98 To determine To determine 48,48 49,78 To determine To determine Speed II dB(A) 43,98 To determine To determine 49,78 51,78 To determine To determine Speed III dB(A) 44,78 To determine To determine 50,98 54,48 To determine To determine
DIMENSIONS
Width mm 829 To determine To determine 915 1200 To determine To determine Length mm 791 To determine To determine 791 826 To determine To determine Height mm 219 To determine To determine 315 352 To determine To determine Weight Kg 30 To determine To determine 45 62 To determine To determine
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
7
IMPULSION PLENUM
Plenum para descarga directa. Esta construido en chapa de acero “aluzinc”. Incorpora rejilla de salida en aluminio anodizado.
MODEL A B C
174 100 219 829
205 100 258 829
358 100 285 915
410 100 315 915
515 200 350 1198
720-724 200 410 1348
VARIATIONS ON STANDARD MANUFACTURE
Heating coils by electric resistances.
Hot water coils by boiler.
Vertical impulsion.
For other special requirements, please consult.
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
8
DIMENSIONS BHW 174, 205, 358, 410
MODEL A B C D E F G H I J K L
174 mm 829 789 877 127 433 219 183 200 122 28 156 315
205 mm 829 789 877 70 490 258 221 160 159 30 194 320
358 mm 915 875 963 213 347 285 249 128 194 25 221 355
410 mm 915 875 963 213 347 315 279 80 230 30 251 324
CONSTRUCTIVE DETAILS
1. Plenum tubular mouthpiece
2. Plenum impulsión
3. Coil
4. Turbine
5. Motor turbine
6. Power supply input
7. Water outlet (connection 3/4‟‟)
8. Water inlet (connection 3/4‟‟)
9. Drainage 3/4‟‟ male
10. Air filter
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
9
BHW 515
BHW 720, 724
CONSTRUCTIVE DETAILS
1. Plenum impulsión
2. Turbine
3. Motor turbine
4. Water outlet (connection 1‟‟)
5. Water coil
6. Water inlet (connection 1‟‟)
7. Electrical coil
8. Air filter
9. Drainage 3/4‟‟ male
CONSTRUCTIVE DETAILS
1. Plenum impulsión
2. Motors turbines
3. Turbines
4. Water outlet (connection 1 1/4‟‟)
5. Water coil
6. Water inlet (connection 1 1/4‟‟)
7. Electrical coil
8. Air filter
9. Drainage 3/4‟‟ male
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
10
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
MEDIUM STATIC PRESSURE DUCTABLE TYPE
BHW
04.16 Ref. 88386 Rev.104
11
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
.....................................................................................................................................................
04.16 Ref. 88386 Rev.104
12
HIPLUS AIRE ACONDICIONADO S.L. Masia Torrents, 2
Tel. +34 93 893 49 12
Fax. +34 93 893 96 15
08800 Vilanova i la Geltrú
Barcelona, Spain
www.hitecsa.com
We reserve the right to make modifications without prior notice. This document is a translation from the original document in Spanish.
Top Related