Air-Handling Unit 9XT Air flow 000 00000m/h *EUROVENT Certification *50mm double skins *Excellent casing insulation and strength *Flexible selection *Excellent Cooling Performance *Quiet Operation *Reliable and Durable
Carrier China Carrier Corporation is a subsidiary of the United Technologies Corp. (UTC), which ranks th in Fortune Top 500 in 009 and has its operation in aerospace and building systems industries all over the world. Carrier is the largest supplier of HVAC and refrigeration equipment around the world, and also a global leader to provide energy management and sustainable building services. Its products and sales cover China and other 70-plus countries. From the time our founder Dr. Carrier invented the first system of modern air conditioning in 90, Carrier has been the world leader in the air conditioning industry, and up to now, holds several thousands of air-conditioning patented technologies as well as R&D centers in China and other countreis. In 009, Carrier ranked top in the industry with its sales volume of US $. billion. In 987, Carrier established its first joint venture in Shanghai, China. Today, Carrier has more than,000 Chinese employees, and around the country, there are over 0 sales and after-sale service organizations to provide customers with quality products. The world-class Carrier factory in China has a number of technically advanced production lines of units and compressors, manufacturing commercial and residential central air-conditioning units and air-end products. A wide range of products are able to meet diversified requirements of different customers. Contents Identification & Dimension Air Volume Features Europe Standard (EUROVENT) Casing Properties Software Unit Orientation Quick Selection Standard Components Coil Connection Steam Coil Connection Fan Filter Filter Size Schedule Purification Classification Electric Heater Others 5 7 8 9 7 9 0
Identification & Dimension 9XT 07 Unit Type Height Module Width Module Other Components General rule of the height, width and length of a section or unit can be determined with the module concept: 9XT () Unit Height = Height Module 00 + 0+ 00 (base) () Unit Width = Width Module 00 +0 Example: 9XT 07 07 Height Module Unit Height: 7 00 +0 +00 (base) = 90mm Width Module Unit Width: 00 + 0 =,0mm Air Volume 9XT 000~00000m /h 0
Features Corrugated damper flexible to adjust Manual or electric mode available. The corrugated linkage damper can be opened flexibly, and can also add an electric controller as required. Unit panel inside Treated with a special gap-filling glue, the inner wall is smooth, and free of cutting burr and welding marks. Panel sealing is more ensured. Quiet and vibration-free operation All fan impellers and belts are subjected to static and dynamic balance calibrations, and overload tests before delivery. High-performance coils All cooling and heating coils are composed of copper tubes and aluminum foils through mechanical expanders, and provided with a strong galvanized steel frame. The entire header is subjected to special anti-corrosive treatment after welding. Each coil is subjected to the reliability air pressure leak test at.8mpa. Each coil is equipped with a vent valve and a drainage valve to ensure complete discharge. The entire coil is placed on a slide for easy movement. 0 0
The casing adopts a patented construction It can withstand severe weather, and possible wear and tear in operation, and avoid any possible damage in shipment or stacking casing. The casing and access door are of a patented double-skin structure to ensure that all performances reach internationally advanced level. High airtight construction, double-skin panel The high air-tightness of Carrier s double-skin panel for air-handling units is from the special non-toxic and pollution-free gap-filling glue. This feature makes it not only applicable to general commercial air conditioning needs, but also meet stringent needs for industrial air conditioning and clean-room air conditioning. Various filters available to meet different needs Filters of various filtering levels are available ranging from low efficiency filters (Panel type, efficiency: G), to medium efficiency filters (Bag type, efficiency: F8), and to high efficiency filters (H).And some special filters such as activated carbon filters, cartridge filters and destatic filters can also be provided. High Efficiency Filter Bag Filter Panel Filter Optional Stainless Steel Drain Pan A standard drain pan may be constructed of stainless steel sheet, with 0mm thick insulation outside the drain pan. The drain pipe is arranged at the bottom of the drain pan to ensure complete drainage and side drainage. The inlet and outlet pipes of the drain pipe and coil are arranged on the same side. 0
Europe Standard EUROVENT 9XT series unit is an air-handling unit for clean rooms designed with internationally up-to-date design, materials and technology, all technical parameters of which refer to various highest standards of European air handling units. EUROVENT is a professional certification for ventilation and air conditioning of buildings for human comfort identified all over the world. It is awarded from EUROVENT certification company in France, which is one oft the most authoritative organization in the world. EUROVENT Certification contains EN88 and EN05. EN88 is the standard for mechanical performance of air-handling unit, including Mechanical Strength, Cold Bridge Factor, Thermal Transmittance, Air Leakage Rate of Casing, Filter Bypass Rate and Acoustic Insulation of Casing. EN05 certification primarily targets machine performance testing to ensure that the actually measured values of air flow, air pressure, coil heating/cooling capacity, motor input power and octonary noise are superior to calculated values for selection procedures, i.e. the actual coil cooling capacity, heating capacity, air blow and air pressure are higher than the calculated values, but motor input power and noise are below the calculated values for selection procedures. EN88: Europe standard for air-handling unit 9XT) Casing Class Casing Class D D D Max. Deflection (mm.m-) 0 No requirement Withstand Max. Fan Pressure Yes Yes Yes Class TB Class TB Class TB Class TB Class TB5 0.75 Kb 0. Kb 0.75 0.5 Kb 0. 0. Kb 0.5 No requirement Casing air leakage rate L L L Max. air leakage rate l/sm (-00Pa) 0.5 0.. Max. air leakage rate l/sm (+700Pa) 0. 0..90 Mechanical Strength of Casing Thermal Bridge Factor Air Leakage Rate Max. Deflection refers to the maximum allowable elastic deflection of the unit at ±000Pa. Withstand Max. Fan Pressure means that the unit will not suffer from permanent deformation at ±500Pa. Thermal Bridge Factor Kb=Tmin/Tair, where Tmin refers to the difference between temperature inside the unit and outer surface temperature of the unit, and Tair the difference between temperature inside the unit and ambient temperature. The air leakage rate of the unit is measured at 00Pa internal negative pressure and 700Pa internal positive pressure. 0
Casing properties Patent No.: ZL07050. Removable panels Joining angles Pipeline connection Removable panels Inside and outside of the panel are subjected to spraying treatment Excellent airtightness The casing is made up of panels, frame and sealing strips. The panels are connected accurately by adopting unique embedded abutting method. Type of sealing strips between the frame and the panels, and careful sealing design to all access panels and locations passing-through pipes ensure excellent air tightness of the unit, Optimal thermal insulation Between unit panels, a 50mm thick polyurethane foam insulation material is inserted, and even between aluminum frames are added polyurethane materials, with each junction subject to special heat insulation treatment. The units are ensured to have no condensation in a variety of damp conditions. The outer surface of the panels is treated with special spraying to ensure good fireproof and rust-preventive performance of the unit. Robust casing strength The patented double-skin panel and joining-angle structure enable the units to maintain stable performance in all kinds of harsh environments and prevent the units from permanent deformation under the maximum design air pressure. 05
Quick Selection Unit Size Air Volume Coil Face Cooling/Heating Coil Capacity kw Steam Coil Heating Capacity kw Inside Dimension of Damper 9XT Dimensions m /h Area (m ) R Heating R Heating R Heating 0.MPa mm*mm Hight Width 9XT008 9XT009 9XT07 9XT08 9XT09 9XT09 9XT09 9XT05 9XT7 9XT7 9XT8 9XT0 9XT 9XT8 9XT85 9XT05 9XT5 9XT 9XT8 9XT 9XT5 9XT8 9XT 9XT8 9XT8 9XT 9XT750 000 000 000 5000 000 7000 00 0000 000 00 00 0000 5000 0000 000 5000 0000 5000 50000 0000 770 808 89 0 0 59 990 0. 0. 0. 0.57 0.9 0.7 0.8.0..8.90....75.0..8 5.9. 8. 9.0 9.98..9 7.7.0.9 9.5 7.9.. 7.9 5.9 9. 8.79 07.0.. 5.8 0.0..05 7.70 07..97 7.5* 70. 5.8* 57.5* 8.5 8.7 00.87 97.0 0..0.8 9.0 5.. 7.5 0.5 5.95 8.8 99.9.0.0 75.5 97..8 7.8 8.70 99.7 5.9* 57. 507.9 5.0* 5.9 759.88 9.70 90.9.5*.5*. 79.0 95.9.77.5 5.0 88.88 7.0 8. 9.9 9.* 9.8* 50.* 5.* 7.* 9.8* 7.0* 8.* 95.*.8* 7.79* 770.7* 087.9* 5.* 0.77* 0...8 9. 97.5 07.8 8. 5.5 0.7..8 7...7 5.0 595.5.5 7.5 78.0 898. 70*.5 *.5 00*.5 00*.5 0*.5 0* 0* 0* 0* 0* 70*7 90*7.5 00*7.5 0*795 0*795 0*795 0*95.5 50*95.5 70*95.5 0*95.5 0*95.5 0*95.5 0*7.5 70*7.5 00*58.5 0*58.5 90*58.5 70 70 90 00 00 00 0 0 0 70 90 90 0 0 0 0 0 0 90 0 50 90 50 90 00 0 0 0 0 0 90 0 0 0 0 0 0 70 90 0 0 0 0 90 0 50 50 Note. The data of R coil heating capacity is under the standard condition. (Air temperature in is 5 db, water temperature in is 0 ). The data of R coil cooling capacity is under the standard condition. (Air temperature in is 7 db/9.5 wb, water temperature in is 7 ). The data of R coil cooling capacity is under the fresh air condition. (Air temperature in is 5 db/8 wb, water temperature in is 7 ). The unit height does not include the damper on top and the base of 00mm (008~) / 00mm (5~750) 5. The cooling and heating capacity of the coil in the table is just for your reference, the data with "*" means temperature difference of in/out is more than 5. Please refer Carrier AHU selection software for detail information. 07
Standard Components No. Unit Section Return/Mixing/Supply Chamber Diagram Section Length (M: Module) Remark (008~09) 5M (09~7) M (8~) 8M (8~05) 9M (5~) M (5~8) M (~8) 5M (8~750) 8M.Could be used as access section.could reduce the length of section suitably when the direction of in/out air is horizontal Electrostatic/Bag/Combined Filter Cooling Coil Heating Coil M/M 5M or M M M Access section is recommended at upstream.for 008~, the section length is 5M with drift eliminator and M without drift eliminator. For 5~750, the section length is M May be be installed together with the cold water coil if the cooling coil does not include a film humidifier and a drift eliminator Steam Heating Coil M Pay attention that the steam pressure could impact the heating capacity Electric Heating Coil M Pay attention to the power stage of control Steam Humidifier M Pay attention that the steam pressure could impact the humidifier capacity Film Humidifier* M May be installed directly in the coils and drain pan, no additional space needed Spray Humidifier* M Could share the drift eliminator with cooling coil when it is installed next the coil. Electric Humidifier M Fan Refer to fan table Four discharge configurations available Combined Mixing Chamber Attenuator (008~09) 0M (09~85) M (05~) 8M (5~8) M (~8) M (8~750) 8M M Level M Level Could be used as access section Access section is recommended at upstream Plenum/Access M M The length can not be less than 5M, when it is used as access section. High Efficiency Filter 9M Already include the access section at upstream Energy Recovery* M Pre-filter at upstream and access section at downstream are recommended Note: The section with "*" is not available for 5~750 in the selection software, please contact Carrier sales office 08
Coil Connection Cooling & Heating Coil 008~ Supply/Return Water Conn ФC 9XT A B øc F (mm) 008 57 -/" MPT 8 009 -/" MPT 8 07 90 7 " MPT 08 00 599 " MPT 09 0 7 -/" MPT 5 09 0 7 -/" MPT 5 09 0 7 -/" MPT 5 05 0 77 -/" MPT 5 7 7 0 8 078 " MPT " MPT 59 59 8 0 " MPT 59 0 0 " MPT 59 " MPT 59 8 00 58 " MPT 59 85 00 58 " MPT 59 (mm) Condensate Drain Conn 9XT Coil Row D E øc *MPT- Male Thread 008~85 008~05 Rows Hot Water Rows 55 9 8 7 -/" MPT 7~85 Rows 8 8 008~009 07~08 Rows Rows 70 0 9 See above table 09~05 Rows 77 87 7~85 Rows 8 008~85 8Rows 8 Upper Coil Supply/ Return Water Conn C D (mm) 9XT A B øc øf 05 0 95 " MPT 59 5 0 078 " MPT 59 Lower Coil Supply/ Return Water Conn ФC 00 E D -/ MPT 75 E Condensate Drain Conn 50 5 B 7 7 A 8 9XT 05~ 05~ 05~ 05~ 0 50 50 05 9 9 Coil Row D Rows Hot Water 55 Rows 09 Rows 09 8Rows 88 " MPT " MPT " MPT E 8 0 0 59 59 59 (mm) øc -/" MPT See above table MPT- Male Thread 09
Coil Connection Cooling Coil 5~750 Unit Size Total Qty of Coil Coil Model*Qty Coil Diameter*Qty 9XT 5 9XT 8 9XT 9XT 8 9XT 8 9XT 9XT 750 500* 500* 00* 500* 700* 0* 70* 70* 770* 570* 70* 5* * Φ89* Φ89* 00 Upper coil Φ8* 00 Lower coil Φ89* Φ89* 700 Upper coil Φ8* 700 Lower coil Φ89* 0 Upper coil Φ8* 0 Lower coil Φ89* 70 Upper coil Φ8* 70 Lower coil Φ0* 70 Upper coil Φ8* 70 Lower coil Φ89* 770 Upper coil Φ8* 770 Lower coil Φ89* Φ89*8 70 Upper coil Φ8* 70 Lower coil Φ89* Φ89* Upper coil Φ8*8 Lower coil Φ89*8 Coil Model:500 Coil Model:500 Qty: Qty: Coil Model:00 Upper Coil Qty: Coil Model:00Lower Coil Coil Model:500 Qty: Qty: Figure 9XT 5 Figure 9XT 8 Coil Model:500 Qty: Coil Model:700 Upper Coil Qty: Coil Model:700 Lower Coil Qty: Note:table and figure are just for your reference Both sides water connection for unit 8~750 Figure 9XT Coil Model:0 Upper Coil Qty: Coil Model:70 Upper Coil Qty: Coil Model:70 Upper Coil Qty: Coil Model:Lower Coil Qty: Coil Model:0Lower Coil Qty: Coil Model:70Lower Coil Qty: Coil Model:70Lower Coil Qty: Coil Model: Upper Coil Qty: Coil Model:70 Upper Coil Qty: Coil Model:770 Upper Coil Qty: Coil Model:570 Qty: Coil Model:5 Qty: Coil Model:70Lower Coil Qty: Coil Model:770Lower Coil Qty: Coil Model:570 Qty: Coil Model: Upper Coil Qty: Coil Model:Lower Coil Qty: Figure 9XT 8 Figure 5 9XT 8 Figure 9XT Figure 7 9XT 750 Heating Coil 5~750 Unit Size Total Qty of Coil Coil Model*Qty Coil Diameter*Qty -Φ8 -Φ8 both sides 9XT 5 9XT 8 9XT 9XT 8 9XT 8 9XT 9XT 750 00* 00* 500* 500* 0* 0* 0* 70* 70* 570* 5* Φ8* Φ8* Φ8* Φ8* Φ8* Φ8*8 Φ8* Φ8* Φ8* Φ8*8 Φ8* Figure 9CBFI/9CBF 5,8, Figure 9CBFI/9CBF 8,,750 Note: table and figure are just for your reference Both sides water connection for unit 8~750 0
Steam Coil Connection Supply/Return Water Conn ФC D (mm) 9XT A B øc F D E 9XT008 7 " MPT 50 9XT009 7 " MPT 50 9XT07 90 8 " MPT 50 9XT08 00 50 " MPT 50 00 F B 9XT09 0 " MPT 9XT09 0 " MPT 9XT09 0 " MPT 9XT05 0 78 " MPT 9XT7 0 78 " MPT Note: the data above is just for your reference 50 50 50 50 50 E Upper Coil Supply/ Return Water Conn C D 9XT A B øc F D (mm) E 9XT7 89 " MPT 50 9XT8 0 50 " MPT 50 9XT0 0 50 " MPT 50 9XT " MPT 50 9XT8 00 78 " MPT 50 Lower Coil Supply/ Return Water Conn ФC E B 9XT85 9XT05 9XT5 9XT 00 0 0 0 78 8 8 8 D Note: the data above is just for your reference 00 B F " MPT " MPT " MPT " MPT 50 50 50 50 A 9XT8 50 88 " MPT 50 9XT 50 88 " MPT 50 E Connection Dimensions of unit 5~750 depend on the actual condition
Fan Horizontal Vertical Unit Size Fan Model Fan section length 9XT008 9XT009 9XT07 9XT08 9XT09 9XT09 9XT09 9XT05 9XT7 9XT7 9XT8 9XT0 9XT 9XT8 9XT85 9XT05 9XT5 9XT 9XT8 9XT (kw) Max. Motor Power Max. Motor Model Y90 Y00 Y Y Y Y Y Y Y0 Y0 Y0 Y Y Y Y00 Y00 Y00 Y00 Y5 Y5 0 0 0 70 70 70 70 70 70 90 90 90 90 0 90 0 0 0 0 0 0 0 0 0 0 0 70 70 70 90 70 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 0 90 0 0 0 0 0 0 0 ADZ0 ADZ ADZ ADZ00 ADZ00 ADZ5 ADZ5 ADZ/RDZ50 ADZ/RDZ50 ADZ/RDZ ADZ/RDZ ADZ/RDZ5 ADZ/RDZ5 ADZ/RDZ55 ADZ/RDZ55 ADZ/RDZ00 ADZ/RDZ00 ADZ/RDZ50 ADZ/RDZ00 ADZ/RDZ50 ADZ/RDZ50 ADZ/RDZ500 ADZ/RDZ500 ADZ/RDZ50 ADZ/RDZ50 ADZ/RDZ0 ADZ/RDZ50 ADZ/RDZ0 ADZ/RDZ0 ADZ/RDZ70 ADZ/RDZ0 ADZ/RDZ70 ADZ/RDZ70 ADZ/RDZ0 ADZ/RDZ70 ADZ/RDZ0 ADZ/RDZ0 ADZ/RDZ900 ADZ/RDZ0 ADZ/RDZ900.5..7.7 5.5 5.5 7.5 7.5 5 5 8.5 8.5 8.5 0 0 0 0 7 5 Fan & Motor 008~ (mm)
THF BHF Fan Fan Arrangement- Horizontal Unit 008- View A Right Hand Left Hand Right Hand Left Hand View A View B View B UBF UBR E THF BHF UBF UBR D A Unit Size Fan Model 9XT008 9XT009 9XT07 9XT08 9XT09 9XT09 9XT09 9XT05 9XT7 9XT7 9XT8 9XT0 9XT 9XT8 9XT85 9XT05 9XT5 9XT 9XT8 9XT ADZ0 ADZ ADZ ADZ00 ADZ00 ADZ5 ADZ5 ADZ/RDZ50 ADZ/RDZ50 ADZ/RDZ ADZ/RDZ ADZ/RDZ5 ADZ/RDZ5 ADZ/RDZ55 ADZ/RDZ55 ADZ/RDZ00 ADZ/RDZ00 ADZ/RDZ50 ADZ/RDZ00 ADZ/RDZ50 ADZ/RDZ50 ADZ/RDZ500 ADZ/RDZ500 ADZ/RDZ50 ADZ/RDZ50 ADZ/RDZ0 ADZ/RDZ50 ADZ/RDZ0 ADZ/RDZ0 ADZ/RDZ70 ADZ/RDZ0 ADZ/RDZ70 ADZ/RDZ70 ADZ/RDZ0 ADZ/RDZ70 ADZ/RDZ0 ADZ/RDZ0 ADZ/RDZ900 ADZ/RDZ0 ADZ/RDZ900.0 8.5 98.0 7.5 7.5 8.5 8.5 8.5 8.5.5 9.5 9.5 99.5 0.5 5.5 0.5 50.5.5 50.5 9.5.5 7.5 57.5 58.5 58.5.5 8.5 5.5 77.5 0.5 77.5 0.5 5.5 50.5.5 0.5 70.5.5 970.5 9.5 05.0 9.0 9.0 5.0 5.0 88.0 88.0.0.0.0.0 0.0 0.0 5.0 5.0 507.0 507.0 59.0 507.0 59.0 59.0 8.0 8.0 75.0 75.0.0 75.0.0.0 898.0.0 898.0 898.0 007.0 898.0 007.0 007.0 0.0 007.0 0.0 9.5 9.5 9.5 00.5 00.5.5.5.0.0.0.0.0.0 87.0 87.0 5.0 5.0.0 5.0.0.0 5.0 5.0 55.0 55.0 598.0 55.0 598.0 598.0.0 598.0.0.0 75.0.0 75.0 75.0 77.0 75.0 77.0 95.0 95.0 95.0 95.0 95.0 95.0 95.0 95.0 95.0 95.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 8.0 55.0 8.0 8.0 8.0 8.0 8.0 99.0.0.0.0.0 70.0 70.0 59.0 59.0 08.0 08.0 95.0 95.0 7.0 7.0 7.0 7.0 75.0 7.0 75.0 75.0 97.0 97.0 8.0 8.0 7.0 8.0 7.0 7.0 58.0 7.0 58.0 58.0 57.0 58.0 57.0 57.0.0 57.0.0 (mm)
Fan Fan Arrangement- Vertical Unit 008~ BHF View A Right Hand Left Hand Right Hand Left Hand View A View B View B UBF UBR A D E THF BHF UBF UBR Unit Size Fan Model 9XT008 9XT009 9XT07 9XT08 9XT09 9XT09 9XT09 9XT05 9XT7 9XT7 9XT8 9XT0 9XT ADZ0 ADZ ADZ ADZ00 ADZ00 ADZ5 ADZ5 ADZ/RDZ50 ADZ/RDZ50 ADZ/RDZ ADZ/RDZ ADZ/RDZ5 ADZ/RDZ5 ADZ/RDZ55 ADZ/RDZ55 ADZ/RDZ00 ADZ/RDZ00 ADZ/RDZ50 ADZ/RDZ00 ADZ/RDZ50 ADZ/RDZ50 ADZ/RDZ500 ADZ/RDZ500 ADZ/RDZ50 ADZ/RDZ50 ADZ/RDZ0.0 8.5 98.0 7.5 7.5 8.5 8.5 8.5 8.5.5 9.5 9.5 99.5 0.5 5.5 0.5 50.5.5 50.5 9.5.5 7.5 57.5 58.5 58.5.5 05 9 9 5 5 88 88 0 0 5 5 507 507 59 507 59 59 8 8 75 75 99.5 99.5 99.5 00.5 0.5 8.5 8.5 0.0 0.0 7.0 7.0.0.0 9.0 9.0 59.0 9.0 8.0 89.0 88.0 98.0 99.0 99.0 00.0 0.0 0.0 87.0 87.0 87.0 87.0 97.0 97.0 07.0 07.0 7.0 7.0 7.0 7.0 7.0 99.0 99.0 99.0 99.0 99.0 599.0 599.0 99.0 99.0 99.0 759.0 959.0 959.0 99 70 70 59 59 08 08 95 95 7 7 7 7 75 7 75 75 97 97 8 8 7 (mm)
Fan Fan & Motor 5~750 (mm) Unit Size Fan Model Max. Motor Power (kw) Max. Motor Model Fan Section Length THF UBF 9XT5 9XT8 9XT 9XT8 9XT8 9XT 9XT750 Fan Arrangement - Horizontal Unit (5~750) View A View A A Right Hand Left Hand View B View B UBF Right Hand Left Hand (mm) Unit Size 9XT5 9XT8 9XT 9XT8 9XT8 9XT 9XT750 Fan Model A D E THF UBF 8 87.5 87.5 987 87.5 987 5 5 08 08 7 Note: the datas in table are just for your reference 5
Filter The types of filters offered are as follows. " External High Velocity Filter " External Low Velocity Filter " Internal High Velocity Filter " Internal Low Velocity Filter Internal Primary Efficiency Bag Filter Internal Sub-High Efficiency Bag Filter Primary & Medium Efficiency Filter Performance Efficiency: Primary Efficiency Panel Filter G. Medium Efficiency Bag Filter F5 G (Panel) G (Panel) Air Friction Air Friction Face Velocity Face Velocity F5 (Bag) F (Bag) Air Friction Air Friction Face Velocity Face Velocity F7 (Bag) F8 (Bag) Air Friction Air Friction Face Velocity Face Velocity
7 Filter Size Schedule 9XT η=g Unit Size External Panel Filter Cell Quantities 008 009 07 08 09 09 09 05 7 7 8 0 8 85 05 5 8 9 95 9 95 59 95 9 95 9 95 9 95 9 59 95 8 59 595 9 95 8 9 595 η=g Unit Size Internal Panel Filter Cell Quantities 008 009 07 08 09 09 09 05 7 7 8 0 8 85 05 5 8 90 9 9XT 90 595 7 90 9 90 595 5 595 595 8 5 9 595
Filter Size Schedule Unit Size 9XT 90 9 90 595 Internal Bag Filter Cell Quantities η=f5 90 9 90 595 9 90 9 595 595 90 595 90 595 595 008 009 07 08 09 09 09 05 7 7 8 0 8 85 8 05 5 8 5 5 High Efficiency Box Filter Cell Quantities Unit Size 9XT 90 9 90 595 90 9 90 595 008 009 07 08 09 09 09 05 7 7 8 0 8 85 05 5 8 7 5 η=h 9 595 595 595 8 5 8
Filter Size Schedule Unit Size 9XT5 9XT8 9XT 9XT8 9XT8 9XT 9XT750 Internal Panel Filter Cell Quantities 90 595 595 90 595 595 0 5 0 5 0 9 8 5 Internal Combine / Bag Filter Cell Quantities 88 59 59 88 5 8 59 59 0 0 5 0 9 5 Purification Classification Purification Level US Fed. Std. 09D US Fed. Std. 09E 00,000 M.5 0,000 M5.5,000 M.5 00 M.5 0 M.5 M.5 0. M0.5 Purification Level VDI 08 5 0 Flow Pattern Turbulent Flow Transition Flow Laminar Flow Filter Suffusion Rate (%) 5~0 0~0 0~70 > >90 First Level DIN EN 779 G F5 F Second Level DIN EN 779 DIN 8/EN 8 F7 F9 H0 H0 H H H Third Level DIN 8/EN 8 H H H H H5 H H7 9
Electric Heater Electric Heater Selection No. Unit Size Unit Model Face Area Row Heater Row Heater Row Heater Max. Capacity of Single Pipe (W) (m ) power range(kw) power range(kw) power range(kw) 5 7 8 9 0 5 7 8 9 0 5 7 9XT008 9XT009 9XT07 9XT08 9XT09 9XT09 9XT09 9XT05 9XT7 9XT7 9XT8 9XT0 9XT 9XT8 9XT85 9XT05 9XT5 9XT 9XT8 9XT 9XT5 9XT8 9XT 9XT8 9XT8 9XT 9XT750 90 0 0 90 0 590 70 00 00 00 500 50 0 50 50 50 00 700 50 5 5 5 50 7 850 0. 0.5 0. 0.9 0.5 0.7 0. 0.99.9.5.8.08.55.07.5.00.. 5.9.. 7. 8.5 0.5..0 9.98 5 8 8 0 5 0 5 8 0 70 85 90 95 05 5 5 0 75 5 85 50 55 5~0 ~ 8~ ~ ~8 ~ 8~ ~5 0~0 5~70 0~ 5~90 8~9 0~0 70~0 85~70 90~ 95~90 05~0 5~50 5~90 0~0 75~50 5~50 85~570 50~700 55~90 0~5 0~8 ~ ~ 8~ ~8 ~5 5~78 0~90 70~05 ~0 90~5 9~ 0~ 0~0 70~55 ~70 90~85 0~5 50~75 90~5 0~ 50~55 50~75 570~855 700~050 90~5 Note. Star connection is used in the wiring of electric heaters. Multi-group control is available, in which the capacity for each group is generally 0kW or less. The power supply is -phase V.. Minimum air velocity is m/s.. M module holds maximum of row heater.. Capacity exceeding row should choose two separated heaters in M module section. 0
Others.Our company can help you select the best unit according to different requirements by our selection software..the base requirements of the units: The base is designed according to the length and weight of units. Unit base shall be higher than the ground level in order to install condensate trap. See the figure below: unit casing unit base </H Unit installation foundation Note: H=the maximun negative pressure(mm)+50mm.coil pressures: The working pressure of cooling coils and heating coils is.mpa. The maximum pressure of steam coils is no more than.mpa..preheat coils should be started or precautions taken before start to protect coil from freezing operation with fresh air temperature below 0. 5.The fan outlet and discharge should be connected with canvas..the water in the coil should be drawn off completely when the unit is stopped and below freezing temperature. Antifreeze shall be poured into pipe if remaining water cannot be drawn off completely. 7.Insulation measures have been sufficiently considered and condensation in unit surface cannot happen in normal situation. 8.Check to keep enough space for daily maintenance. 9.The unit supply air temperature should be no more than (when heating). If it is, please give us clear indication, so we can adopt high temperature baring special motor. 0.Details should be illustrated in the order when customers have special requirements such as effective air dampers, copper headers, stainless drainpans, film humidifiers, secondary high efficiency filters..details should be illustrated in the order when customers have requirements such as noise attenuators, secondary return air, purification, converter and heat recovery. Steam pressure: (0.0~0.) MPa.
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