bmy series
DESCRIPTION
zamil handbookTRANSCRIPT
Modular Air Handling UnitsBMY Series
BMY020 thru BMY09520 TR thru 95 TR
70 kW thru 334 kW
R-22
Company BusinessZamil Air Conditioners was founded in 1974 as one of the first air conditioning business to be established in Saudi Arabiaand today is a leading international manufacturer of air conditioning systems and is No. 1 in the Middle East.
Zamil Air conditioners manufactures both consumer and central air conditioners and has sales operations in over 55countries in the Middle East, Europe, Africa and Asia.
The company’s operations are structured into four Strategic Business Units (SBUs) supporting five in-house product andservice brands as well as a number of international brands under the OEM sales.
The five in-house brands are Classic, Cooline, CoolCare, Clima Tech and Geoclima.
The four SBUs are:1. Consumer Business Unit supporting Classic, Cooline, GE and OEM brands for consumers.2. Unitary & Applied Business Unit supporting Classic, Cooline, GE and OEM brands for commercial and industrial
customers.3. Zamil CoolCare providing engineering & project management services, HVAC maintenance, retrofit services and parts.4. Geoclima srl is an independent business supporting other SBUs for their requirement of Chillers & Double skin AHU’s.
The first three SBUs - Consumer Products, Unitary & Applied Products and CoolCare Service direct their businessoperations from the corporate headquarters at Dammam, Saudi Arabia.
Geoclima has its engineering & production departments located at Monfalcone, Italy and has a design center in Austria.
All the four SBUs, while operating independently, supplement each other’s activities in a way that makes synergy work atits best and achieve the corporate goals of maximizing customer satisfaction.
Factories and ProductionsZamil Air Conditioners has two manufacturing plants in Dammam, Saudi Arabia and has one speciality production facilityin Italy operated by Geoclima.
The company can produce up to 550,000 Room Air Conditioners, 300,000 Mini-Split systems and 50,000 Central AirConditioning systems per year.
Quality & Product CertificatesThe Quality systems and policies at Zamil Air Conditioners comply with the required ISO 9001:2000 certification.
Zamil Air Conditioners is the first company in Saudi Arabia to receive the SASO (Saudi Arabia’s Standard Organization)Certificate for Room Air Conditioners. ZAC's products are also certified with:1. CE (Council of European Community)2. UL (Underwriters Laboratory)3. Eurovent4. DEMKO5. ETL
Other awards include the prestigious Engineering Excellence Award of General Electric and the inaugural Prince Mohammedbin Fahd Al Saud Award for Factory Safety.
Our ProductsIn addition to the consumer products such as the Room Air Conditioners (RAC) and the Mini Splits, Zamil Air Conditionersmanufacturers a host of residential, commercial and industrial air conditioners. This broad range extends from the Con-cealed Units up to 5 tons, the Ducted Splits up to 30 tons, the Packaged Units up to 90 tons, the Single and Double SkinAir Handling Units up to 70,630 CFM and the Water Chillers up to 660 tons cooling capacity.
Contents Page
Model decoding ........................................................................................................................................ 2
Introduction ............................................................................................................................................... 3
Standard specifications ......................................................................................................................... 3-4
Optional items ....................................................................................................................................... 4-6
Standard features/options ........................................................................................................................ 7
Physical data ............................................................................................................................................ 8
Selection procedure ................................................................................................................................. 9
Cooling capacities ............................................................................................................................. 10-13
Electrical data .................................................................................................................................... 14-16
Fan performance data ....................................................................................................................... 17-26
Sound level data ................................................................................................................................ 27-30
Static pressure drop ............................................................................................................................... 31
Unit dimensions ................................................................................................................................. 32-35
Optional sections, dimensions ........................................................................................................... 36-41
Fresh air hood assembly ........................................................................................................................ 42
Controls and sequence of operation ....................................................................................................... 43
Typical schematic wiring diagram...................................................................................................... 44-45
Economizer connection.................................................................................... ........................................ 46
Typical high & low voltage field wiring connections....................................................................................46
Rigging instructions ................................................................................................................................ 47
Load distribution & mounting points ........................................................................................................ 48
Installation clearance .............................................................................................................................. 49
Installation instructions ........................................................................................................................... 50
Electrical ................................................................................................................................................. 50
INDEX
CONTINUING RESEARCH RESULTS IN STEADY IMPROVEMENTS.THEREFORE, THESE SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE.
1
1, 2
& 3
BA
SIC
4, 5
& 6
NO
MIN
AL
CO
OLI
NG
CA
PAC
ITY
(TO
NS)
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( V-P
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BM
YM
OD
ULA
RA
IR H
AN
DLI
NG
UN
ITS
020
025
030
035
040
045
050
060
070
080
095
N:R
-22
H:2
08/2
30-3
-60
M:3
80-3
-60
(
4 W
IRE
)
F :4
60-3
-60
MO
DEL
DEC
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12EV
APO
RAT
OR
CO
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A:A
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IN
B:C
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FIN
C:C
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THE
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10B
LOW
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P O
DP
K:7
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L: 1
0HP
OD
P
M:1
0HP
TE
FC
N: 1
5HP
OD
P
P:1
5HP
TE
FC
Q: 2
0HP
OD
P
R:2
0HP
TE
FC
S: 2
5HP
OD
P
T:2
5HP
TE
FC
V: 3
0HP
TE
FC
D:4
0HP
TE
FC
15K
ITS,
ELEC
TRIC
AL
OPT
ION
SA
:STD
. OP
TIO
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V :
VO
LT F
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TAC
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D :
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N :
V &
D C
OM
BO
11H
EATE
RO
PTIO
NS
(kW
/STA
GE
S)
N:N
O H
EA
TER
D:1
0/2
F:1
5/2
G:2
0/2
J:3
0/2
L:4
0/2
M:5
0/2
P:6
0/2
Q:7
5/2 *
R:1
00/2
*
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PPLY
AIR
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DO
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FG
INSU
LATI
ON
E :T
OP
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DO
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INW
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2" T
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INSU
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VER
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AL
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SULA
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T :
TOP
SU
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SIN
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SK
INW
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1" T
HICK
FG
INSU
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ON
K :F
RONT
SUP
PLY,
DO
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NW
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2" T
HICK
FG
INSU
LATI
ON
L :
TOP
SUPP
LY,
DO
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INW
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2" T
HICK
FG
INSU
LATI
ON
16 &
17
SPEC
IAL
OPT
ION
S
AA :
STA
ND
AR
D
AB :
FRE
SH
AIR
DA
MP
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& R
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HO
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AC :
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ith 2
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fact
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for
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& 2
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kin
units
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of t
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crea
se b
y 50
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for
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insu
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2
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ICK
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) M
IXIN
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(WIT
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" TH
ICK
FG
INS
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-TI
ON
) M
IXIN
G B
OX
SE
CTI
ON
D:
B &
C C
OM
BO
G:
L &
E C
OM
BO
(FO
R BM
Y020
- BM
Y095
UNI
TS)
HO
RIZ
ON
TAL
AR
RA
NG
EMEN
T
(FO
R BM
Y020
- BM
Y050
UNI
TS)
VER
TIC
AL
AR
RA
NG
EMEN
T
LEG
END
:1
= S
UP
PLY
AIR
2 =
RE
TUR
N A
IR
3 =
FILT
ER
4 =
CO
OLI
NG
CO
IL
INTRODUCTIONGENERALThe modular Air handling unit is a factory assembled cooling or combination heating and cooling single zone unit suitablefor mounting on the roof or ground. Unit casing is of rigid construction mounted on pressed steel rail base with lifting holesfor overhead rigging. The unit is provided with an integral weather resistant control panel, ready for field connection toutilities and ducts. These units can be supplied with top and front supply air.
These units can be provided with additional modules & accessories such as mixing box, bag filters, low velocity filters,drip eliminator, economizer, manual fresh air damper with rain hood, etc...
SALIENT FEATURES OF THE BMY SERIES:***** Compact unit design with less unit footprint
***** Easy Installation & excellent serviceability.
***** Available Horizontal and Vertical unit configurations
***** Independent refrigeration circuits.
***** Bag filter with pre-filter can be ordered as an option to meet higher air filter efficiency.
***** High efficiency evaporator blower fan with quite operation.
***** High safety standards with UL listed electrical components.
***** Quality assurance according to ISO 9001: 2000. Guarantees high and constant product quality.
STANDARD SPECIFICATIONSA. UNIT ENCLOSUREUnit sections are of modular construction with base frame and panels made of heavy gauge galvanized steel. Top &bottom base pan, vertical posts, cross channels & supporting brackets joined together bolted. The whole unit is mountedon pressed steel channel base rail with lifting holes. Steel sheet panels are zinc-coated and galvanized by the hot dipprocess of lock-forming quality conforming to ASTM A 653 commercial weight G-90, followed by baked on electrostaticpolyester dry powder coat.
B. UNIT CONSTRUCTION1. The air handling section is made to meet the compact design requirements as shown below and this section contains
evaporator coil, drip eliminator (optional), blower fan & motor, electric heater (optional) and 2" inch synthetic filter rack.
3
HORIZONTAL ARRANGEMENT VERTICAL ARRANGEMENT
SUPPLY AIR
SUPPLY AIR
SUPPLY AIR
SUPPLY AIR
RETURN AIR
RETURN AIR
2. The air handling section is provided with one inch thick 3 Ib/ft3 (48 kg/m3) density fiberglass insulation as a standard.This will prevent condensation from forming on the casing. Insulation meets the requirements of NFPA 90A and isprotected against deterioration and erosion from air currents. As an option, double skin (inner wall) with two inch thickfiberglass insulation can be provided.
3. Filters can be easily accessible through the filter access rack. Two inch Synthetic filters are standard for all models.Also, as an option two inch Aluminum filters can be provided. Optional modules such as pre-filters plus bag filters andlow velocity filter can also be provided to enhance air filtration.
4. Evaporator coils are of the corrugated fin-and-tube type, constructed of seamless inner grooved copper tubes (3/8"dia.) and mechanically bonded to enhanced louvered aluminum fins for maximum heat transfer efficiency. As anoption, corrugated copper fins or coated aluminum fins or other coated coils may be provided. The fins have fullself spacing collars, which completely cover each tube. The staggered tube design improves the thermal efficiency.End plates and tube support sheets are 18 gauge galvanized steel, formed to provide structural strength. Each evapo-rator coil is pressure tested in the factory at 300 psi air pressure respectively. Coils conform to ARI 410.
DRIP ELIMINATOR (OPTIONAL): If velocity across the coil is above 500 FPM, eliminator is recommended. Eliminatorsare made of plastic material and it’s placed between coil & blower. This arrangement eliminates water carry over.
5. Drain pan is provided under the evaporator (cooling) coil and shall incorporate threaded connection on single side. Thedrain pan is made of G-90 galvanized steel. As an option, stainless steel drain pan can be provided.
6. Evaporator fans are of centrifugal type with forward curved blades for models (BMY020 - BMY070) & backward curvedblades for models (BMY080 - BMY095) capable of handling total required airflow & static pressure in the publishedranges. The choices of fan configurations are top and front supply air arrangements to provide optimum installationflexibility. Casing and impeller is made of galvanized steel. Fan drive is through adjustable pitch pulleys and V-beltdrive. Blower motor is mounted on anti-vibration pads on adjustable base and secured by locking device. Alignmentand tensioning can be done in the field without moving the motor from the base frame. Blower housing and motor aremounted on vibration pads. Fan wheels, shaft and bearings are selected to operate at 25% below first critical speed.Pillow block bearings are selected for at least 200,000 hours average life at design operating conditions. Shaft isturned, ground and polished from solid steel. Fans and pulleys are keyed to shafts and design for continuous operationat maximum motor horse power and fan speed. All rotating components & assemblies are statically and dynamicallybalanced and every unit is vibration tested before shipment from the factory.
7. Blower motors are of the open drip proof (ODP) type to NEMA design class B insulation and across-the-line start arestandard for models (BMY020 - BMY070), while totally enclosed fan cooled motors (TEFC) type with class F insulationare standard for models (BMY080 - BMY095) and available as an option for models (BMY020 - BMY070).
OPTIONAL ITEMSA. MIXING BOXThe optional mixing box has front return air arrangement with fresh air opening is always from the side of the unit and isfixed on the same unit for (BMY020 - BMY070) while it will be shipped separately for (BMY080 - BMY095). Additionalaccessories such as return and fresh air dampers (oppose blade) and rain hood can be provide.
B. ECONOMIZER/CO2 MONITORINGThe economizer permits low-cost operation by utilizing cool outdoor air for free cooling. A damper on the economizercontrols the amount of outdoor air and on closed position it provides a leak proof seal. It can easily be adjusted for 100%outdoor air, 100% return air or any proportions of mixed air.
The Economizer is operative either by a dry bulb Outdoor Air Thermostat (OAT) or a Solid State Enthalpy Controller (EC)to sense the outdoor air temperature. The unit is equipped with an electronic control board, the economizer controller witha sensitive feedback system carefully modulating the damper to allow correct percentage of fresh air and return air. Theeconomizer controller is designed to match with Zamil electronic thermostat.
4
1. OUTDOOR AIR THERMOSTAT (OAT) ECONOMIZER CONTROLEconomizer operation is governed by outdoor temperature and unit OAT setting, as follows:
a. Outdoor Temperature > Outdoor Air Thermostat (OAT) setting: (High ambient)If the thermostat calls for cooling, the economizer damper moves to minimum position, simultaneously blower motor,compressor-1 & fan motors would start.If further cooling is required, compressor-2 also starts with a time delay. After the thermostat is satisfied the compres-sors are staged out. The economizer controller moves the damper automatically to closed position simultaneously theblower is also shutdown.
b. Outdoor Temperature < Outdoor Air Thermostat (OAT) setting: (Low ambient)As the cooling load would be low, the economizer controller will operate as stage-1 of cooling system first switchingON the blower motor simultaneously modulating the damper in steps to required position, allowing the cool outside airinto indoor side. If further cooling is required compressor-1 & fan motors will switch ON as stage-2 of the system,whereas compressor-2 is pulled out of service. As the room temperature is attained, economizer controls will cut-offthe compressor, fan motors simultaneously closing damper to fully closed position.
2. ENTHALPY SENSOR FOR ECONOMIZER CONTROLThe solid state enthalpy sensor is capable of accurately sensing outdoor air enthalpy content (temperature & humidity)and controlling the economizer damper for the minimum heat content introduce to the evaporator coil. Thereby, providingan efficient & economical system operation.
3. CO2 MONITORIndoor air quality (IAQ) is becoming more and more important, CO2 monitoring give an indication of the amount of CO2inside a facility. Once it is exceeding a certain level it sends a signal to the control system demanding for fresh air toreplace the inside poor quality air. The control is responding in opening the damper and at the same time there is input inthe control for an exhaust relief fan externally connected to the unit as it purge the poor quality air.
5
ECONOMIZER SYSTEM WITH CO2 MONITOR
C. ULTRA VIOLET LIGHT FOR IMPROVED INDOOR AIR QUALITYWhy use "UV FLOWTM" solution for IAQ:1. Improved Overall Indoor Air QualityWhen used for general IAQ control, UV FLOWTM products can successfully:
• Control fungi in HVAC systems to reduce or eliminate mold-related allergies.• Prevent the development of different types of bacteria.• Reduce the spread of cold and flu viruses and other airborne-transmitted diseases.• Eliminate odors and maintain a fresh air smell indoors.
UV FLOWTM Emitters pose no risk to components, equipment or inhabitants. Their non-chemical energy kills organismswithout producing secondary contamination and costs little to operate.
2. Save Energy and Cut CostsUV FLOWTM can reduce maintenance cost as UVC lights successfully eliminate the bio-film (dirt) that fouls surface of heatexchangers - completely cleaning and continuously maintaining coils and drain pans to 'as new' conditions. This in turnimproves heat-transfer efficiency, coil pressure drop, and fan performance.
D. ELECTRIC HEATERSElectric heaters are of the resistance open coil type and conform to the requirements of UL 573 or equivalent. Electricalcharacteristics, kW capacities and number of stages are as indicated. Thermal cut-outs, fusible links and airflow switchesare provided to shut-off power to heaters in case of airflow failure.
E. ELECTRONIC THERMOSTATGeneral information: Electronic thermostat shall control one or two stage heating and cooling applications. The thermo-stat normally displays room temperature and mode of operation.The temperature can be set by up/down buttons for both cooling and heating cycles. The thermostat also allows you toselect continuous fan operation, or have the fan on intermittent operation with the equipment.The thermostat is best located about 1500 mm (5 Ft.) above floor level, on a partition wall (not an outside wall), and shouldnot be exposed to direct light from lamps, sun etc. It should be in return air stream, away from supply air registers/diffusers.
• Single/dual stage - Cooling & heating.
• Low voltage control - 24 VAC (nominal).
• Room temperature display - in 0C or 0F.
• Mode of operation - OFF/COOL/HEAT/AUTO.
• Fan mode - ON: Continuous fan operation; AUTO: Fan operates ON/OFF with compressor.
• Heating & cooling setpoint is permissible.
• Temperature set button - Up for increasing & down for decreasing temperature.
• Built-in compressor fault & clogged filter indication led lights.
• Remote/duct sensor (optional).
800-645-31 1 1 OFF-HEAT/COOL ON - AUTO
800-645-21* 2 2 OFF-HEAT/COOL ON - AUTO
TYPICAL THERMOSTAT
TYPICAL THERMOSTAT
HeatingStages
CoolingStages
Selector Switch Positions
Mode Switch Fan Switch
* with built-in compressor fault & clogged filter indication led lights.
6
Part No.
DESCRIPTION STANDARD FEATURESOPTION
(FACTORY INSTALLED)
Evaporator fan - belt driven, centrifugal type - Horizontal supply
Evaporator fan - belt driven, centrifugal type - Vertical supply
Evaporator fan motor - ODP (for models BMY020 - BMY070 only)
Evaporator fan motor - TEFC (for models BMY080 - BMY095 only)
Evaporator fan motor - TEFC (for models BMY020 - BMY070 only)
Thermo-guard coating on aluminum/copper coil
Drain pan connection, Single side
Thermostatic expansion valve
Filter (2" thick), Synthetic
Filter (2" thick), Aluminum
Bag filter & pre-filter ( 2" aluminum) section
Drip eliminator
Mixing box section
1" Insulation, Single skin
2'' Insulation, Double skin
Electrical heaters
Volt free contact
Differential pressure switches
Economizer
Manual fresh air damper with hood & pre-filters (only with mixing box)
7
STANDARD FEATURES/OPTIONS
MODEL NUMBER BMY020 BMY025 BMY030 BMY035 BMY040 BMY045 BMY050 BMY060 BMY070 BMY080 BMY095
MATCHING CONDENSING UNIT CDX020 CDX025 CDX030 CDX035 CDX040 CDX045 CDX050 CDX060 CDX070 CDX080 CDX090
NOMINAL CAPACITY (TONS) / POWER INPUT (kW)* 22/29 26/34 33/42 38/47 43/54 47/64 51/70 60/76 68/87 82/110 97/129
NUMBER OF REFRIGERATION CIRCUIT Dual Dual Dual Dual Dual Dual Dual Dual Dual Dual Dual
EVAPORATOR BLOWER Type Centrifugal & V-Belt drive
Size (inch) & Qty. 18x18 (1) 18x18 (1) 20x18 (1) 20x18 (1) 18x18 (2) 18x18 (2) 18x18 (2) 20x18 (2) 20x18 (2) 32x32 (1) 32x32 (1)
Nominal CFM 7500 9600 10500 12000 14000 15000 16300 19500 22000 25000 27000
Motor HP, Std./Alt. 7.5/10 7.5/10 7.5/10/15 10/15 10/15/20 15/20 15/20/25 15/20/25 20/25 30/40 30/40
Motor frame (NEMA), Std./Alt. 213-T/215-T 213-T/215-T 215-T/254-T 286-T/324-T
Fan RPM range 615-1106 682-1134 584-1010 626-1023 716-1179 748-1179 788-1238 659-1021 706-1021 833-1199 854-1239
EVAPORATOR COIL Type Inner grooved tubes & enhanced fin
Tube dia.- Rows - Fins per inch 3/8-3-14 3/8-3-14 3/8-4-14 3/8-4-14 3/8-4-14 3/8-4-14 3/8-4-14 3/8-4-14 3/8-5-14 3/8-4-14 3/8-5-14
Total face area (Sq. ft.) 21 21 24 24 34 34 34 41 41 60 60
REFRIGERANT LINES Suction line (Inch) 1-3/8 1-3/8 1-5/8 1-5/8 1-5/8 1-5/8 1-5/8 2-1/8 2-1/8 2-5/8 2-5/8(DUAL CIRCUIT)
Liquid line (Inch) 5/8 5/8 7/8 7/8 7/8 7/8 7/8 7/8 7/8 1-1/8 1-1/8
OPERATING WEIGHT, Kg. 722 722 869 869 1036 1036 1113 1423 1429 1909 1917
PHYSICAL DATA
215-T/254-T/256-T 254-T/256-T
254-T/256-T/284-T
254-T/256-T/284-T 256-T/284-T 286-T/324-T
* Cooling capacity & power input data @ 800F DB/670F WB indoor and 950F DB outdoor (ambient) temperature.
8
213-T/215-T/254-T
SELECTION PROCEDURE1. Determine cooling and heating capacity requirements at design conditions
Data:Condenser entering air temperature : 1150FEvaporator entering air temperature : 800F DB / 670F WBEvaporator airflow : 14,000 CFMRequired cooling capacity : 420,000 BTUHSensible heat capacity : 300,000 BTUHRequired heating capacity : 40 kWExternal static pressure : 1.6 INCH WG.Power supply (V-Ph-Hz) : 460-3-60Unit type : Front fan supply (front return air)
2. Unit selection based on required cooling capacityEnter cooling capacity performance data at condenser entering air temp. at 1150F and evaporator entering air temp. 800FDB, 670F WB, 14000 CFM airflow. The BMY040 with CDX040 (matching condensing unit) will give 474,000 BTUH cool-ing capacity (gross) and 354,000 BTUH sensible heat capacity (gross).
3. Electric heater selectionHeating capacity required = 40 kW.Enter electric heating table for BMY040 at 460-3-60 power supply.40 kW heater at 460 volts satisfies the required heating.
4. Determine fan speed and power requirements at design conditionsBefore entering the fan performance tables, calculate the summation of external static pressure for the required compo-nents as follows.
External static pressure : 1.6 INCH WG.Additional module : NIL
1.6 INCH WG.Enter fan performance table for BMY040 model. For 14000 CFM and external static pressure of 1.6 INCH WG, it require1006 RPM and 12.25 brake horse power (BHP) wherein the standard motor will meet job requirements.
5. Determine input power to motorUse fan motor efficiency table.
Blower motor watts = BHP x 746 watts = 12.25 x 746 = 10,042 watts.Motor efficiency 0.91
6. Determine net capacitiesAbove capacities are gross and do not include blower motor heat gain.Determine net capacities as follows:
Net cooling capacity = Gross cooling capacity – blower motor heat= 474,000 – (10,042 WATTS x 3.413 BTUH/WATTS) = 439,727 BTUH
Net sensible capacity = 354,000 – (10,042 WATTS x 3.413 BTUH/WATTS) = 319,727 BTUH
7.To calculate leaving air conditions (see footnote for capacity tables)DBL = DBE – (Sensible Capacity (Btuh) / 1.08 x CFM)WBL = DBL – [DR (DBE – WBE)]
When sensible capacity approaches 1.0, especially at enteringDB higher than 800F, find DBL in the same manner above, butWBL is to be found from intersection of DBL Line on a psychro-metric chart with the horizontal line of humidity ratio (W) where(at SHR = 1), WL = WE.
ALTITUDE, FT. 2000 4000 6000 8000 10000 Total capacity 0.98 0.96 0.93 0.90 0.88
Sensible capacity 0.93 0.86 0.80 0.75 0.70
8. Altitude correction factors for cooling capacity
FACTOR
W
WE
WE= WL
WBEWBL
DBL DBESHR=1.0 SHR<1.0
DBL DBE
WWBL
WBE
9
10
COOLING CAPACITIESDual scroll compressor units
BMY020 INDOOR UNIT WITH CDX020 OUTDOOR UNIT
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
62 67 72 62 67 72 62 67 72243 263 284 260 281 303 266 287 310216 185 152 255 213 170 260 225 17825 26 27 27 28 28 28 29 29231 250 270 247 267 288 252 273 295210 178 146 242 207 164 247 219 17226 27 28 28 29 29 29 30 30221 239 259 236 256 276 241 261 282205 173 141 232 201 159 236 214 16727 28 29 29 30 30 30 31 31211 229 247 225 244 264 230 249 269199 168 136 221 196 154 225 209 16229 29 30 30 31 31 31 32 33204 221 239 218 236 255 222 241 260196 164 133 213 193 151 217 205 15930 30 31 31 32 32 32 33 34
CONDENSERENTERING AIR
TEMP. (0F)
EVAPORATOR AIRFLOW, CFM/DR5400/0.02 7500/0.05 8500/0.08
EVAPORATOR ENTERING AIR, WBE (0F)
BMY025 INDOOR UNIT WITH CDX025 OUTDOOR UNIT
62 67 72 62 67 72 62 67 72286 311 336 304 330 356 310 336 363267 227 186 298 260 206 304 276 21629 30 31 32 33 33 34 35 35274 298 323 290 315 341 297 322 348261 221 179 284 254 200 291 270 21031 32 32 33 34 35 35 36 36257 279 303 272 295 320 278 301 326252 212 171 266 245 192 272 261 20232 33 34 34 35 36 36 37 38242 264 286 256 279 302 262 285 308237 205 164 251 238 185 256 254 19533 34 35 35 36 37 37 38 39231 251 273 244 266 288 249 271 294226 199 158 239 232 180 244 248 19034 35 36 37 37 38 38 39 40
CONDENSERENTERING AIR
TEMP. (0F)
EVAPORATOR AIRFLOW, CFM/DR7000/0.02 9600/0.07 11000/0.1
EVAPORATOR ENTERING AIR, WBE (0F)
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
CONDENSERENTERING AIR
TEMP. (0F)
BMY030 INDOOR UNIT WITH CDX030 OUTDOOR UNIT
62 67 72 62 67 72 62 67 72375 407 441 393 427 463 406 441 478323 275 226 366 307 246 398 336 26537 39 39 40 41 42 42 43 44347 378 409 364 396 430 376 409 444309 261 213 352 293 233 368 323 25239 40 41 41 42 43 44 45 46337 367 398 353 385 418 365 397 432304 257 208 347 288 229 357 318 24841 42 43 43 44 45 45 46 47314 343 372 330 360 391 340 371 404292 246 198 323 278 219 333 308 23842 43 44 44 45 46 46 47 49308 336 365 323 352 384 333 363 397289 243 195 316 275 216 326 304 23544 45 46 46 47 48 48 49 50
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
EVAPORATOR AIRFLOW, CFM/DR8200/0.06 10500/0.08 12800/0.09
EVAPORATOR ENTERING AIR, WBE (0F)
NOTES: 1. Direct interpolation is permissible – Do not extrapolate.2. Capacities above are based on DBE = 800F. For higher or lower DBE, add following Correction Factor to Sensible Capacity= 1.08 x CFM (1 – DR) (DBE – 80).3. To calculate leaving conditions, follow this procedure: DBL = DBE – (Sensible Capacity (Btuh) / 1.08 x CFM); WBL = DBL – [DR (DBE – WBE)].4. Total unit power input based on nominal CFM & 0.45 ESP for BMY020/BMY025 & 0.55 ESP for BMY030.
TC – Total Capacity (1000 Btuh) GrossSC – Sensible Heat Capacity (1000 Btuh) Gross
DBE – Dry Bulb Temp. (0F) of Air Entering CoilWBE – Wet Bulb Temp. (0F) of Air Entering Coil
DBL – Dry Bulb Temp. (0F) of Air Leaving CoilWBL – Wet Bulb Temp. (0F) of Air Leaving Coil
kW – Total unit power inputDR – Wet Bulb depression ratio
11
COOLING CAPACITIESDual scroll compressor units
BMY035 INDOOR UNIT WITH CDX035 OUTDOOR UNIT
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
62 67 72 62 67 72 62 67 72408 451 496 431 477 523 447 494 540354 304 252 403 341 275 445 371 29539 41 42 42 44 45 45 46 48403 440 479 423 462 503 437 476 518351 299 245 399 334 268 428 364 28743 44 46 46 47 48 48 50 51394 428 464 413 448 486 425 461 500347 294 239 394 328 261 416 358 28046 47 48 49 50 51 51 52 53365 396 429 381 415 449 392 426 463332 279 225 380 314 247 384 344 26647 49 50 50 52 53 53 54 55358 390 423 375 408 443 386 420 456329 277 223 367 311 245 378 341 26449 50 51 52 53 54 54 55 57
CONDENSERENTERING AIR
TEMP. (0F)
EVAPORATOR AIRFLOW, CFM/DR9400/0.09 12000/0.12 14400/0.13
EVAPORATOR ENTERING AIR, WBE (0F)
BMY040 INDOOR UNIT WITH CDX040 OUTDOOR UNIT
62 67 72 62 67 72 62 67 72477 526 576 504 555 607 522 574 627404 346 285 460 387 312 508 422 33445 47 49 48 50 52 52 53 55456 496 538 478 520 565 493 536 582394 333 270 448 373 296 483 407 31850 51 52 52 54 55 56 57 58432 469 508 452 491 533 465 505 550382 321 259 437 361 285 456 395 30752 53 55 54 56 57 58 59 60417 453 491 436 474 515 448 488 531375 314 252 430 354 278 439 389 30054 55 56 56 58 59 59 61 62410 445 483 428 466 508 440 480 523372 311 249 426 351 276 431 386 29756 57 58 58 60 61 61 63 64
CONDENSERENTERING AIR
TEMP. (0F)
EVAPORATOR AIRFLOW, CFM/DR11000/0.1 14000/0.11 16700/0.12
EVAPORATOR ENTERING AIR, WBE (0F)
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
CONDENSERENTERING AIR
TEMP. (0F)
BMY045 INDOOR UNIT WITH CDX045 OUTDOOR UNIT
62 67 72 62 67 72 62 67 72533 578 626 554 601 652 572 622 675476 404 330 529 442 355 560 488 38457 59 60 61 62 64 65 66 68504 548 594 524 570 618 542 589 640461 390 316 514 429 342 531 474 37160 61 63 63 64 66 67 69 70494 537 582 513 558 606 530 577 627456 385 312 509 424 337 519 469 36662 63 65 65 67 68 69 71 73466 506 549 483 525 571 499 543 591442 370 298 473 409 323 489 455 35364 65 67 67 69 70 71 73 75458 498 541 475 517 562 490 534 581438 367 295 466 406 320 480 452 34966 68 69 69 71 72 73 75 77
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
EVAPORATOR AIRFLOW, CFM/DR12200/0.03 15000/0.05 18500/0.07
EVAPORATOR ENTERING AIR, WBE (0F)
NOTES: 1. Direct interpolation is permissible – Do not extrapolate.2. Capacities above are based on DBE = 800F. For higher or lower DBE, add following Correction Factor to Sensible Capacity= 1.08 x CFM (1 – DR) (DBE – 80).3. To calculate leaving conditions, follow this procedure: DBL = DBE – (Sensible Capacity (Btuh) / 1.08 x CFM); WBL = DBL – [DR (DBE – WBE)].4. Total unit power input based on nominal CFM & 0.65 ESP for BMY035 & 0.75 ESP for BMY040/BMY045.
TC – Total Capacity (1000 Btuh) GrossSC – Sensible Heat Capacity (1000 Btuh) Gross
DBE – Dry Bulb Temp. (0F) of Air Entering CoilWBE – Wet Bulb Temp. (0F) of Air Entering Coil
DBL – Dry Bulb Temp. (0F) of Air Leaving CoilWBL – Wet Bulb Temp. (0F) of Air Leaving Coil
kW – Total unit power inputDR – Wet Bulb depression ratio
12
COOLING CAPACITIESDual scroll compressor units
BMY050 INDOOR UNIT WITH CDX050 OUTDOOR UNIT
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
62 67 72 62 67 72 62 67 72589 639 692 605 656 712 624 678 735539 456 371 581 487 391 611 535 42164 65 67 67 68 70 72 73 75555 601 652 570 618 670 587 638 692521 438 354 564 470 374 576 518 40566 68 69 69 70 72 74 75 77536 581 630 550 597 648 566 616 669511 429 345 539 460 366 555 508 39668 70 72 71 73 75 76 78 80507 550 597 521 565 613 536 584 634497 415 332 510 447 352 525 495 38370 72 74 73 75 77 78 80 82498 542 588 511 556 604 527 573 623493 411 328 501 443 349 517 490 37972 74 76 75 77 79 80 82 84
CONDENSERENTERING AIR
TEMP. (0F)
EVAPORATOR AIRFLOW, CFM/DR14000/0.04 16300/0.05 20000/0.08
EVAPORATOR ENTERING AIR, WBE (0F)
BMY060 INDOOR UNIT WITH CDX060 OUTDOOR UNIT
62 67 72 62 67 72 62 67 72677 734 794 697 756 819 718 780 845607 512 415 661 551 440 704 608 47668 70 72 71 73 75 77 78 80629 682 739 647 703 762 667 724 786583 489 393 637 529 418 654 585 45471 73 74 74 76 77 79 81 83614 666 722 631 686 743 650 708 768576 481 386 630 521 411 637 578 44773 75 77 76 78 80 81 83 85574 623 675 590 641 695 608 661 718556 463 368 578 503 393 595 559 43076 78 79 79 80 82 84 86 88564 612 664 579 630 684 597 649 707551 458 364 568 498 389 585 555 42678 80 82 81 83 85 87 88 90
CONDENSERENTERING AIR
TEMP. (0F)
EVAPORATOR AIRFLOW, CFM/DR16500/0.09 19500/0.1 24000/0.12
EVAPORATOR ENTERING AIR, WBE (0F)
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
CONDENSERENTERING AIR
TEMP. (0F)
BMY070 INDOOR UNIT WITH CDX070 OUTDOOR UNIT
62 67 72 62 67 72 62 67 72771 835 904 787 854 925 798 866 938697 585 473 742 619 494 777 644 51079 81 83 82 84 86 85 86 88723 784 849 738 801 868 748 813 881674 563 451 719 597 472 733 623 48982 84 86 85 87 89 88 89 91704 765 829 719 781 848 729 793 860665 555 443 710 588 465 714 614 48185 87 89 87 89 91 90 92 94637 692 751 651 708 768 660 717 779633 524 414 638 558 435 647 583 45288 90 92 90 92 94 93 95 97627 682 741 640 696 757 649 706 768615 520 410 628 553 431 636 580 44890 92 94 93 95 97 96 98 100
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
EVAPORATOR AIRFLOW, CFM/DR19500/0.09 22000/0.1 24000/0.12
EVAPORATOR ENTERING AIR, WBE (0F)
NOTES: 1. Direct interpolation is permissible – Do not extrapolate.2. Capacities above are based on DBE = 800F. For higher or lower DBE, add following Correction Factor to Sensible Capacity= 1.08 x CFM (1 – DR) (DBE – 80).3. To calculate leaving conditions, follow this procedure: DBL = DBE – (Sensible Capacity (Btuh) / 1.08 x CFM); WBL = DBL – [DR (DBE – WBE)].4. Total unit power input based on nominal CFM & 0.75 ESP.
TC – Total Capacity (1000 Btuh) GrossSC – Sensible Heat Capacity (1000 Btuh) Gross
DBE – Dry Bulb Temp. (0F) of Air Entering CoilWBE – Wet Bulb Temp. (0F) of Air Entering Coil
DBL – Dry Bulb Temp. (0F) of Air Leaving CoilWBL – Wet Bulb Temp. (0F) of Air Leaving Coil
kW – Total unit power inputDR – Wet Bulb depression ratio
13
62 67 72 62 67 72 62 67 72927 1010 1098 959 1045 1137 990 1080 1175800 680 558 870 732 592 961 800 63495 100 104 99 104 108 106 110 114877 957 1041 905 988 1077 934 1021 1114774 656 535 845 708 568 916 775 612101 106 111 105 110 115 111 116 121837 914 995 864 944 1029 892 975 1064755 637 516 825 689 550 874 757 593103 109 114 107 112 118 114 119 124748 818 892 772 844 921 797 872 953712 596 476 757 647 510 781 715 554106 111 117 110 115 121 116 122 127725 792 864 748 818 893 771 844 923702 584 466 733 637 500 756 704 543109 114 120 113 118 124 119 125 131
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
EVAPORATOR AIRFLOW, CFM/DR21200/0.05 25000/0.06 30200/0.08
EVAPORATOR ENTERING AIR, WBE (0F)
BMY080 INDOOR UNIT WITH CDX080 OUTDOOR UNIT
CONDENSERENTERING AIR
TEMP. (0F)
BMY095 INDOOR UNIT WITH CDX090 OUTDOOR UNIT
62 67 72 62 67 72 62 67 721091 1187 1290 1144 1245 1353 1182 1289 1403903 775 645 999 847 692 1091 915 736111 116 121 116 122 126 123 128 1331028 1120 1218 1076 1174 1278 1111 1214 1321870 744 615 966 815 661 1057 883 705117 123 129 123 129 134 130 135 141978 1066 1160 1024 1117 1216 1057 1154 1258845 719 590 940 790 637 1032 858 681120 126 132 126 132 138 133 139 145876 955 1039 916 1000 1089 945 1032 1127794 669 541 890 740 588 926 808 633122 129 135 128 134 141 135 141 148847 925 1007 885 967 1054 913 997 1090780 656 529 875 726 575 895 794 619125 132 138 131 138 144 138 145 152
CONDENSERENTERING AIR
TEMP. (0F)
EVAPORATOR AIRFLOW, CFM/DR22100/0.04 27000/0.05 32000/0.06
EVAPORATOR ENTERING AIR, WBE (0F)
TC85 SC
kWTC
95 SCkWTC
105 SCkWTC
115 SCkWTC
125 SCkW
COOLING CAPACITIESDual semi-hermetic compressor units
NOTES: 1. Direct interpolation is permissible – Do not extrapolate.2. Capacities above are based on DBE = 800F. For higher or lower DBE, add following Correction Factor to Sensible Capacity= 1.08 x CFM (1 – DR) (DBE – 80).3. To calculate leaving conditions, follow this procedure: DBL = DBE – (Sensible Capacity (Btuh) / 1.08 x CFM); WBL = DBL – [DR (DBE – WBE)].4. Total unit power input based on nominal CFM & 1.0 ESP.
TC – Total Capacity (1000 Btuh) GrossSC – Sensible Heat Capacity (1000 Btuh) Gross
DBE – Dry Bulb Temp. (0F) of Air Entering CoilWBE – Wet Bulb Temp. (0F) of Air Entering Coil
DBL – Dry Bulb Temp. (0F) of Air Leaving CoilWBL – Wet Bulb Temp. (0F) of Air Leaving Coil
kW – Total unit power inputDR – Wet Bulb depression ratio
14
ELECTRICAL DATA
LEGEND:
HP - Horse Power
BM - Blower Motor
FLA - Full Load Amps
LRA - Locked Rotor Amps
MOCP - Maximum Over Current Protection
MCA - Minimum Circuit Amps
MIN. MAX. HP FLA LRA kW FLA
0 0 25.5 40
10 25.1 56.9 60
7.5 20.4 100 15 37.7 72.6 80
20 50.2 88.3 90
30 75.3 119.6 120
208/230-3-60 187 25340 100.4 151 160
0 0 32.3 50
10 25.1 63.6 70
10 25.8 167 15 37.7 79.3 80
20 50.2 95 100
30 75.3 126.4 130
40 100.4 157.8 160
0 0 17.6 30
10 15.2 36.6 40
7.5 14.1 69.1 15 22.8 46.1 50
20 30.4 55.6 60
30 45.6 74.6 80
380-3-60 342 41840 60.8 93.6 100
0 0 21.9 40
10 15.2 40.9 50
10 17.5 109 15 22.8 50.4 60
20 30.4 59.9 60
30 45.6 78.9 80
40 60.8 97.9 100
0 0 12.8 20
10 12.6 28.4 30
7.5 10.2 50 15 18.8 36.3 40
20 25.1 44.1 50
30 37.7 59.8 60
460-3-60 414 50640 50.2 75.5 80
0 0 16.1 30
10 12.6 31.8 40
10 12.9 83.6 15 18.8 39.7 40
20 25.1 47.5 50
30 37.7 63.2 70
40 50.2 78.9 80
POWERSUPPLY
(V-Ph-Hz)
VOLTAGERANGE
BLOWERMOTOR
ELECTRICHEATER
MCA MOCP
MODEL No.: BMY020 & BMY025
(4 WIRE)
MIN. MAX. HP FLA LRA kW FLA
0 0 25.5 40
7.5* 20.4 100 20 50.2 88.3 90
30 75.3 119.6 120
40 100.4 151 160
0 0 32.3 50
208/230-3-60 187 253 10 25.8 16720 50.2 95 100
30 75.3 126.4 130
40 100.4 157.8 160
0 0 47.5 80
15 38 222 20 50.2 110.3 120
30 75.3 141.6 150
40 100.4 173 180
0 0 17.6 30
7.5* 14.1 69.1 20 30.4 55.6 60
30 45.6 74.6 80
40 60.8 93.6 100
0 0 21.9 40
380-3-60 342 418 10 17.5 10920 30.4 59.9 60
30 45.6 78.9 80
40 60.8 97.9 100
0 0 30.6 50
15 24.5 190 20 30.4 68.6 70
30 45.6 87.6 90
40 60.8 106.6 110
0 0 12.8 20
7.5* 10.2 50 20 25.1 44.1 50
30 37.7 59.8 60
40 50.2 75.5 80
0 0 16.1 30
460-3-60 414 506 10 12.9 83.620 25.1 47.5 50
30 37.7 63.2 70
40 50.2 78.9 80
0 0 23.9 40
15 19.1 111 20 25.1 55.3 60
30 37.7 70.9 80
40 50.2 86.6 90
POWERSUPPLY
(V-Ph-Hz)
VOLTAGERANGE
BLOWERMOTOR
ELECTRICHEATER
MCA MOCP
MODEL No.: BMY030 & BMY035
(4 WIRE)
* NOT APPLICABLE FOR BMY035.
15
ELECTRICAL DATA
LEGEND:
HP - Horse Power
BM - Blower Motor
FLA - Full Load Amps
LRA - Locked Rotor Amps
MOCP - Maximum Over Current Protection
MCA - Minimum Circuit Amps
MODEL No.: BMY040 & BMY045
MIN. MAX. HP FLA LRA kW FLA0 0 47.5 80
30 75.3 141.6 150
15* 38 222 40 100.4 173 180
50 125.5 204.4 210
60 150.6 235.8 240
0 0 75 130
30 75.3 169.1 170
208/230-3-60 187 253 20 60 285 40 100.4 200.5 210
50 125.5 231.9 240
60 150.6 263.3 270
0 0 85 150
30 75.3 179.1 180
25 68 408 40 100.4 210.5 220
50 125.5 241.9 250
60 150.6 273.3 280
0 0 30.6 50
30 45.6 87.6 90
15* 24.5 190 40 60.8 106.6 110
50 76 125.6 130
60 91.2 144.6 150
0 0 40.9 70
30 45.6 97.9 100
380-3-60 342 418 20 32.7 196 40 60.8 116.9 120
50 76 135.9 140
60 91.2 154.9 160
0 0 52.1 90
30 45.6 109.1 110
25 41.7 221 40 60.8 128.1 130
50 76 147.1 150
60 91.2 166.1 170
0 0 23.9 40
30 37.7 70.9 80
15* 19.1 111 40 50.2 86.6 90
50 62.8 102.3 110
60 75.3 118 120
0 0 37.5 60
30 37.7 84.6 90
460-3-60 414 506 20 30 142 40 50.2 100.3 110
50 62.8 115.9 120
60 75.3 131.6 140
0 0 42.5 70
30 37.7 89.6 90
25 34 204 40 50.2 105.3 110
50 62.8 120.9 130
60 75.3 136.6 140
POWERSUPPLY
(V-Ph-Hz)
VOLTAGERANGE
BLOWERMOTOR
ELECTRICHEATER
MCA MOCP
MODEL No.: BMY050, BMY060 & BMY070
(4 WIRE)
* NOT APPLICABLE FOR BMY070.
MIN. MAX. HP FLA LRA kW FLA0 0 32.3 50
30 75.3 126.4 130
10* 25.8 167 40 100.4 157.8 160
50 125.5 189.1 190
60 150.6 220.5 230
0 0 47.5 80
30 75.3 141.6 150
208/230-3-60 187 253 15 38 222 40 100.4 173 180
50 125.5 204.4 210
60 150.6 235.8 240
0 0 75 130
30 75.3 169.1 170
20 60 285 40 100.4 200.5 210
50 125.5 231.9 240
60 150.6 263.3 270
0 0 21.9 40
30 45.6 78.9 80
10* 17.5 109 40 60.8 97.9 100
50 76 116.9 120
60 91.2 135.9 140
0 0 30.6 50
30 45.6 87.6 90
380-3-60 342 418 15 24.5 190 40 60.8 106.6 110
50 76 125.6 130
60 91.2 144.6 150
0 0 40.9 70
30 45.6 97.9 100
20 32.7 196 40 60.8 116.9 120
50 76 135.9 140
60 91.2 154.9 160
0 0 16.1 3030 37.7 63.2 70
10* 12.9 83.6 40 50.2 78.9 80
50 62.8 94.6 10060 75.3 110.3 120
0 0 23.9 40
30 37.7 70.9 80
460-3-60 414 50 15 19.1 111 40 50.2 86.6 90
50 62.8 102.3 110
60 75.3 118 120
0 0 37.5 60
30 37.7 84.6 90
20 30.0 142 40 50.2 100.3 110
50 62.8 115.9 120
60 75.3 131.6 140
POWERSUPPLY
(V-Ph-Hz)
VOLTAGERANGE
BLOWERMOTOR
ELECTRICHEATER
MCA MOCP
(4 WIRE)
* NOT APPLICABLE FOR BMY045.
16
ELECTRICAL DATA
LEGEND:
HP - Horse Power
BM - Blower Motor
FLA - Full Load Amps
LRA - Locked Rotor Amps
MOCP - Maximum Over Current Protection
MCA - Minimum Circuit Amps
MIN. MAX. HP FLA LRA kW FLA
0 0 99.8 170
50 125.5 256.6 260
30 79.8 526 60 150.6 288 290
75 188.3 335.1 340
208/230-3-60 187 253100 251 413.5 420
0 0 136.3 240
50 125.5 293.1 300
40 109 719 60 150.6 324.5 330
75 188.3 371.6 380
100 251 450 460
0 0 60.4 100
50 76 155.4 160
30 48.3 319 60 91.2 174.4 180
75 114 202.9 210
380-3-60 342 418100 152 250.4 260
0 0 82.5 140
50 76 177.5 180
40 66 436 60 91.2 196.5 200
75 114 225 230
100 152 272.5 280
0 0 49.9 80
50 62.8 128.3 130
30 39.9 263 60 75.3 144 150
75 94.1 167.5 170
460-3-60 414 506100 125.5 206.8 210
0 0 68.1 120
50 62.8 146.6 150
40 54.5 360 60 75.3 162.3 170
75 94.1 185.8 190
100 125.5 225 230
POWERSUPPLY
(V-Ph-Hz)
VOLTAGERANGE
BLOWERMOTOR
ELECTRICHEATER
MCA MOCP
MODEL No.: BMY080 & BMY095
(4 WIRE)
Mod
el N
o.: B
MY0
20
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
5400
5700
6000
6200
6500
6800
7000
7300
7600
7900
8200
8500
615
1.84
658
2.10
700
2.31
720
2.52
780
2.94
803
3.15
840
3.36
895
3.48
920
3.59
935
3.99
971
4.41
1018
4.84
618
2.07
676
2.47
710
2.63
745
2.84
791
3.10
812
3.32
852
3.62
899
3.76
922
3.69
958
4.25
991
4.83
1024
5.15
620
2.31
693
2.84
720
2.94
770
3.16
801
3.26
820
3.50
864
3.89
902
4.05
924
3.79
980
4.52
1010
5.25
1030
5.46
645
2.57
698
2.98
734
3.10
783
3.27
807
3.63
846
3.90
882
4.25
912
4.44
953
4.47
991
4.99
1029
5.41
1053
6.30
670
2.84
702
3.13
748
3.26
795
3.37
812
4.00
872
4.31
900
4.62
921
4.83
981
5.15
1002
5.46
1048
5.57
1076
6.74
676
2.98
703
3.24
754
3.41
798
3.68
812
4.21
876
4.52
903
4.88
923
5.09
986
5.36
1004
5.57
1053
5.88
1078
6.88
682
3.13
704
3.36
760
3.57
801
3.99
812
4.41
880
4.73
905
5.15
925
5.36
990
5.57
1005
5.67
1057
6.20
1080
6.91
692
3.30
722
3.68
775
3.90
805
4.49
821
4.78
888
5.04
913
5.36
943
5.72
993
6.35
1013
6.46
1059
6.46
1085
6.93
701
3.47
740
3.99
790
4.22
808
4.99
830
5.15
895
5.36
920
5.57
960
6.09
995
7.14
1020
7.25
1060
6.72
1090
7.25
703
3.89
750
4.20
796
4.63
809
5.17
846
5.30
898
5.62
920
5.83
968
6.51
997
7.19
1022
7.46
1068
7.35
1093
7.67
705
4.31
760
4.41
801
5.04
810
5.36
861
5.46
901
5.88
920
6.09
976
6.93
998
7.25
1024
7.67
1075
7.98
1096
8.09
713
4.83
769
4.88
805
5.36
830
5.72
879
5.93
907
6.35
926
6.62
990
7.51
1010
7.72
1051
8.19
1085
8.40
1106
8.66
FA
N P
ERFO
RM
AN
CE
DAT
A
2.4
2.6
Mod
el N
o.: B
MY0
25
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
7000
7300
7600
7900
8200
8500
8800
9000
9300
9600
9900
1010
010
400
1070
011
000
2.4
2.6
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
682
3.13
704
3.36
760
3.57
801
3.99
812
4.41
880
4.73
905
5.15
925
5.36
990
5.57
1005
5.67
1057
6.20
1080
6.62
692
3.30
722
3.68
775
3.90
805
4.49
821
4.78
888
5.04
913
5.36
943
5.72
993
6.35
1013
6.46
1059
6.46
1085
6.93
701
3.47
740
3.99
790
4.22
808
4.99
830
5.15
895
5.36
920
5.57
960
6.09
995
7.14
1020
7.25
1060
6.72
1090
7.25
703
3.89
750
4.20
796
4.63
809
5.17
846
5.30
898
5.62
920
5.83
968
6.51
997
7.19
1022
7.26
1068
7.35
1093
7.67
705
4.31
760
4.41
801
5.04
810
5.36
861
5.46
901
5.88
920
6.09
976
6.93
998
7.25
1024
7.67
1075
7.98
1096
8.09
713
4.83
769
4.88
805
5.36
830
5.72
879
5.93
907
6.35
926
6.62
990
7.51
1010
7.72
1051
8.19
1085
8.40
1106
8.53
720
5.36
778
5.36
808
5.67
850
6.09
896
6.41
912
6.83
931
7.14
1004
8.09
1021
8.19
1078
8.31
1094
8.42
1116
8.66
741
5.46
792
5.47
814
5.88
865
6.51
901
7.04
915
7.14
944
7.56
1004
8.19
1023
8.51
1082
8.73
1095
8.82
1117
8.91
763
5.51
797
5.83
818
6.04
880
6.88
902
7.35
920
7.56
958
7.88
1005
8.24
1024
8.66
1083
8.74
1097
8.81
1118
8.92
784
5.57
801
6.20
821
6.20
894
7.25
903
7.67
924
7.98
972
8.19
1005
8.22
1025
8.72
1084
8.83
1098
8.94
1118
8.98
790
6.20
809
6.41
834
6.83
896
7.56
912
8.27
932
8.31
981
8.39
1007
8.53
1026
8.88
1085
8.90
1102
8.94
1120
9.01
793
6.62
812
6.83
843
7.40
898
7.93
921
8.45
943
8.51
989
8.59
1009
8.64
1027
8.73
1086
8.91
1104
8.98
1124
9.10
796
7.04
815
7.25
851
7.98
900
8.22
930
8.61
953
8.62
997
8.69
1011
8.71
1028
8.88
1090
8.92
1109
9.06
1129
9.15
803
7.51
835
7.67
871
8.24
904
8.33
940
8.72
966
8.71
1004
8.78
1017
8.92
1029
8.91
1091
8.98
1112
9.20
1131
9.18
809
7.98
854
8.09
890
8.51
907
8.75
950
8.81
978
8.82
1011
8.92
1022
8.97
1031
8.93
1094
9.14
1113
9.31
1134
9.42
I I
Not
es:
1.V
alue
s in
clud
e lo
sses
for 2
" fil
ters
(dirt
y co
nditi
on),
unit
casi
ng, d
rive
loss
es &
wet
coi
ls. I
f any
acc
esso
ries
used
suc
h as
bag
filte
rs, h
eate
r mod
ule
….e
tc .,
add
acc
esso
ries
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.2.
Uns
hade
d bo
rder
ed r
egio
ns in
dica
tes
stan
dard
7.5
HP
mot
or.
3.A
lt. 1
0 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I
& II
.
5.A
lt. I
& II
driv
e pa
ckag
es a
re in
clud
ed in
the
resp
ectiv
e m
otor
sel
ectio
n.
II
II
17
Mod
el N
o.: B
MY0
30
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
8200
8400
8600
8800
9000
9200
9400
9600
9800
1000
010
200
1035
010
500
1065
010
800
1100
011
200
1140
011
600
1180
012
000
1220
012
400
1260
012
800
584
3.36
611
3.57
647
4.01
680
4.31
708
4.52
757
5.19
798
5.46
817
5.66
852
6.10
891
6.34
906
7.04
928
7.25
593
3.52
621
3.75
659
4.24
688
4.52
714
4.78
766
5.41
799
5.65
823
5.87
859
6.28
894
6.46
908
7.27
929
7.51
603
3.68
631
3.94
671
4.47
695
4.73
720
5.04
776
5.64
801
5.83
830
6.08
867
6.45
896
6.57
911
7.51
930
7.77
612
3.83
640
4.12
683
4.70
703
4.94
726
5.30
785
5.86
802
6.02
836
6.30
874
6.63
899
6.69
913
7.74
931
8.03
621
3.99
650
4.31
695
4.94
710
5.15
732
5.57
794
6.09
803
6.21
842
6.51
881
6.80
901
6.80
915
7.98
932
8.30
623
4.25
657
4.57
698
5.07
711
5.36
745
5.72
796
6.33
807
6.44
844
6.85
885
7.03
906
7.08
922
8.11
943
8.35
626
4.52
664
4.83
701
5.20
712
5.57
758
5.88
797
6.56
812
6.67
847
7.19
889
7.25
910
7.35
929
8.24
953
8.40
628
4.78
671
5.09
703
5.33
713
5.78
770
6.04
799
6.80
816
6.91
849
7.53
893
7.48
915
7.63
935
8.37
964
8.45
630
5.04
678
5.36
706
5.46
714
5.99
783
6.20
800
7.04
820
7.14
851
7.88
897
7.70
919
7.90
942
8.51
974
8.51
644
5.28
684
5.61
710
5.78
726
6.22
786
6.51
802
7.30
821
7.43
856
8.03
898
7.95
919
8.13
946
8.85
976
9.06
658
5.51
691
5.87
714
6.09
739
6.46
789
6.83
804
7.56
822
7.72
860
8.19
900
8.20
919
8.35
950
9.19
978
9.61
671
5.75
697
6.13
718
6.41
751
6.69
791
7.14
806
7.82
822
8.01
865
8.35
901
8.45
918
8.58
953
9.53
979
10.1
6
685
5.99
703
6.38
722
6.72
763
6.93
794
7.46
808
8.09
823
8.30
869
8.51
902
8.70
918
8.80
957
9.87
981
10.7
1
688
6.01
705
6.57
729
6.93
768
7.22
796
7.64
811
8.24
834
8.43
873
8.72
904
9.00
921
9.20
961
10.2
698
510
.82
692
6.04
707
6.76
736
7.14
772
7.51
798
7.82
814
8.40
846
8.56
877
8.93
905
9.30
923
9.60
965
10.6
699
010
.92
695
6.06
709
6.95
743
7.35
777
7.80
800
8.01
817
8.56
857
8.69
881
9.14
907
9.60
926
10.0
096
811
.05
994
11.0
3
698
6.09
711
7.14
750
7.60
781
8.09
802
8.19
820
8.72
868
8.82
885
9.35
908
9.90
928
10.4
097
211
.45
998
11.1
3
701
6.51
713
7.38
757
7.80
786
8.24
807
8.37
825
8.95
874
9.27
889
9.74
909
10.0
593
510
.53
974
11.5
599
911
.58
704
6.93
715
7.61
764
8.03
791
8.40
812
8.56
830
9.19
880
9.71
894
10.1
391
010
.20
941
10.6
597
711
.66
1001
12.0
2
707
7.35
716
7.85
771
8.27
796
8.56
816
8.74
834
9.42
885
10.1
689
810
.53
911
10.3
594
810
.78
979
11.7
610
0212
.47
710
7.77
718
8.09
778
8.51
801
8.72
821
8.93
839
9.66
891
10.6
190
210
.92
912
10.5
095
410
.90
981
11.8
710
0312
.92
715
8.06
734
8.40
783
8.72
806
9.19
828
9.37
849
9.95
894
10.7
490
411
.13
916
10.8
595
811
.40
986
12.2
910
0513
.13
719
8.35
750
8.72
789
8.93
812
9.66
836
9.82
859
10.2
489
610
.87
907
11.3
492
011
.20
963
11.9
099
212
.71
1007
13.3
4
724
8.64
766
9.03
794
9.14
817
10.1
384
310
.26
868
10.5
389
911
.00
909
11.5
592
311
.55
967
12.4
099
713
.13
1008
13.5
5
728
8.93
782
9.35
799
9.35
822
10.6
185
010
.71
878
10.8
290
111
.13
911
11.7
692
711
.90
971
12.9
010
0213
.55
1010
13.7
6
FA
N P
ERFO
RM
AN
CE
DAT
A
2.4
2.6
RPM
BH
PR
PMB
HP
I
Not
es:
1.V
alue
s in
clud
e lo
sses
for 2
" fil
ters
(dirt
y co
nditi
on),
unit
casi
ng, d
rive
loss
es &
wet
coi
ls. I
f any
acc
esso
ries
used
suc
h as
bag
filte
rs, h
eate
r mod
ule
….e
tc .,
add
acc
esso
ries
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.
2.U
nsha
ded
bord
ered
reg
ions
indi
cate
s st
anda
rd 7
.5 &
10
HP
mot
or r
espe
ctiv
ely.
3.A
lt. 1
5 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I,
II &
III.
5.A
lt. I,
II &
III d
rive
pack
ages
are
incl
uded
in th
e re
spec
tive
mot
or s
elec
tion.
II
III
18
Mod
el N
o.: B
MY0
35
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
9400
9600
9800
1000
010
200
1035
010
500
1065
010
800
1100
011
200
1140
011
600
1180
012
000
1220
012
400
1260
012
800
1300
013
200
1340
013
600
1380
014
000
1420
014
400
FA
N P
ERFO
RM
AN
CE
DAT
A
2.4
2.6
Not
es:
1.V
alue
s in
clud
e lo
sses
for 2
" fil
ters
(dirt
y co
nditi
on),
unit
casi
ng, d
rive
loss
es &
wet
coi
ls. I
f any
acc
esso
ries
used
suc
h as
bag
filte
rs, h
eate
r mod
ule
….e
tc .,
add
acc
esso
ries
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.
2.U
nsha
ded
bord
ered
reg
ions
indi
cate
s st
anda
rd 1
0 H
P m
otor
.
3.A
lt. 1
5 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I
& II
.
5.A
lt. I
& II
driv
e pa
ckag
es a
re in
clud
ed in
the
resp
ectiv
e m
otor
sel
ectio
n.
RPM
BH
PR
PMB
HP
626
4.52
664
4.83
701
5.20
712
5.57
758
5.88
797
6.56
812
6.67
847
7.19
889
7.25
910
7.35
929
8.24
953
8.40
628
4.78
671
5.09
703
5.33
713
5.78
770
6.04
799
6.80
816
6.91
849
7.53
893
7.48
915
7.63
935
8.37
964
8.45
630
5.04
678
5.36
706
5.46
714
5.99
783
6.20
800
7.04
820
7.14
851
7.88
897
7.70
919
7.90
942
8.51
974
8.51
644
5.28
684
5.61
710
5.78
726
6.22
786
6.51
802
7.30
821
7.43
856
8.03
898
7.95
919
8.13
946
8.85
976
9.06
658
5.51
691
5.87
714
6.09
739
6.46
789
6.83
804
7.56
822
7.72
860
8.19
900
8.20
919
8.35
950
9.19
978
9.61
671
5.75
697
6.13
718
6.41
751
6.69
791
7.14
806
7.82
822
8.01
865
8.35
901
8.45
918
8.58
953
9.53
979
10.1
6
685
5.99
703
6.38
722
6.72
763
6.93
794
7.46
808
8.09
823
8.30
869
8.51
902
8.70
918
8.80
957
9.87
981
10.7
1
688
6.01
705
6.57
729
6.93
768
7.22
796
7.64
811
8.24
834
8.43
873
8.72
904
9.00
921
9.20
961
10.2
698
510
.82
692
6.04
707
6.76
736
7.14
772
7.51
798
7.82
814
8.40
846
8.56
877
8.93
905
9.30
923
9.60
965
10.6
699
010
.92
695
6.06
709
6.95
743
7.35
777
7.80
800
8.01
817
8.56
857
8.69
881
9.14
907
9.60
926
10.0
096
811
.05
994
11.0
369
86.
0971
17.
1475
07.
5678
18.
0980
28.
1982
08.
7286
88.
8288
59.
3590
89.
9092
810
.40
972
11.4
599
811
.13
701
6.51
713
7.38
757
7.80
786
8.24
807
8.37
825
8.95
874
9.27
889
9.74
909
10.0
593
510
.53
974
11.5
599
911
.58
704
6.93
715
7.61
764
8.03
791
8.40
812
8.56
830
9.19
880
9.71
894
10.1
391
010
.20
941
10.6
597
711
.66
1001
12.0
270
77.
3571
67.
8577
18.
2779
68.
5681
68.
7483
49.
4288
510
.16
898
10.5
391
110
.35
948
10.7
897
911
.76
1002
12.4
7
710
7.77
718
8.09
778
8.51
801
8.72
821
8.93
839
9.66
891
10.6
190
210
.92
912
10.5
095
410
.90
981
11.8
710
0312
.92
715
8.06
734
8.40
783
8.72
806
9.19
828
9.37
849
9.95
894
10.7
490
411
.13
916
10.8
595
811
.40
986
12.2
910
0513
.13
719
8.35
750
8.72
789
8.93
812
9.66
836
9.82
859
10.2
489
610
.87
907
11.3
492
011
.20
963
11.9
099
212
.71
1007
13.3
472
48.
6476
69.
0379
49.
1481
710
.13
843
10.2
686
810
.53
899
11.0
090
911
.55
923
11.5
596
712
.40
997
13.1
310
0813
.55
728
8.93
782
9.35
799
9.35
822
10.6
185
010
.71
878
10.8
290
111
.13
911
11.7
692
711
.90
971
12.9
010
0213
.55
1010
13.7
673
79.
3278
79.
6980
29.
8282
410
.87
855
11.0
388
411
.45
904
11.7
992
012
.44
938
12.5
097
913
.45
1003
13.7
010
1214
.10
745
9.72
792
10.0
380
610
.29
826
11.1
386
111
.34
890
12.0
890
712
.44
928
13.1
394
913
.20
987
13.6
010
0613
.80
1013
14.2
075
410
.11
796
10.3
780
910
.76
828
11.3
986
611
.66
895
12.7
190
913
.10
937
13.2
095
913
.30
994
13.7
010
0913
.90
1016
14.4
076
210
.51
801
10.7
181
211
.24
830
11.6
687
111
.97
901
13.1
091
213
.20
945
13.3
097
013
.50
1002
13.8
010
1114
.00
1017
14.5
0
772
10.6
180
310
.84
819
11.4
584
312
.18
879
12.6
090
413
.20
915
13.3
094
713
.50
971
13.7
010
0413
.80
1013
14.1
010
1914
.50
782
10.7
280
610
.97
825
11.6
685
612
.71
887
13.2
390
613
.40
919
13.6
094
913
.60
972
13.8
010
0613
.90
1016
14.2
010
2114
.60
791
10.8
280
811
.10
832
11.8
786
812
.90
894
13.4
090
913
.50
922
13.6
095
013
.70
973
13.9
010
0814
.00
1017
14.3
010
2214
.70
801
10.9
281
011
.24
838
12.0
888
113
.20
902
13.4
091
113
.80
925
13.9
095
214
.10
974
14.1
010
1014
.10
1018
14.4
010
2314
.80
I
II
19
Mod
el N
o.: B
MY0
40
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
1100
011
300
1160
011
900
1220
012
500
1280
013
100
1340
013
700
1400
014
300
1460
014
900
1520
015
500
1580
016
100
1640
016
700
716
575
85.
480
26.
184
26.
5588
37.
392
07.
995
58.
4699
09.
110
309.
710
6210
.27
1098
10.9
511
2711
.66
719
5.2
765
5.7
810
6.4
848
6.8
887
7.5
926
8.2
960
8.7
995
9.4
1036
10.0
410
6610
.611
0211
.32
1129
12.0
4
726
5.4
771
681
56.
785
67.
289
27.
893
18.
596
59
1002
9.7
1041
10.3
310
7010
.911
0711
.71
1132
12.4
5
741
5.7
780
6.3
822
786
47.
590
08.
193
78.
8497
19.
2810
0610
.05
1047
10.7
1074
10.3
311
1212
.15
1135
12.9
5
748
678
36.
5682
67.
387
27.
890
68.
494
49.
297
79.
710
1210
.45
1050
11.0
310
8111
.71
1115
12.4
211
3813
.4
755
6.3
789
6.95
834
7.6
880
8.05
910
8.7
950
9.5
981
1010
1610
.810
5311
.32
1085
12.0
511
1812
.81
1141
13.8
1
762
6.7
802
7.35
846
7.9
886
8.37
920
995
69.
898
410
.410
2011
.110
5611
.65
1091
12.4
1122
13.3
611
4414
.28
766
6.97
806
7.61
852
8.2
890
8.8
925
9.4
962
10.2
990
10.8
1024
11.5
210
5912
.110
9413
1124
13.7
411
4714
.66
772
7.38
815
7.92
857
8.6
894
9.35
930
9.7
964
10.6
992
11.2
1027
1210
6212
.63
1096
13.5
1126
14.1
511
5214
.98
778
7.79
820
8.33
863
990
09.
793
610
.196
611
998
11.6
1030
12.4
1066
13.2
1098
13.9
511
2814
.511
5415
.28
788
8.06
830
8.7
870
9.45
904
1094
110
.597
011
.48
1006
12.2
510
3512
.910
7013
.67
1100
14.3
611
3014
.97
1156
15.6
800
8.46
836
8.9
881
1091
010
.494
711
976
1210
1012
.610
4012
.34
1074
14.2
1108
14.8
511
3415
.411
5916
.15
805
8.87
844
9.31
886
10.4
591
710
.85
953
11.5
598
212
.42
1014
1310
4413
.76
1083
14.7
511
1215
.32
1140
15.8
411
6416
.56
815
9.14
850
9.84
893
11.1
593
011
.25
960
12.0
599
012
.84
1018
13.4
1050
14.1
810
9015
.34
1117
15.8
611
4416
.31
1166
17.8
823
9.55
855
10.1
890
211
.593
711
.696
412
.699
413
.26
1030
13.8
1060
14.6
810
9615
.84
1125
16.4
1146
16.7
411
7017
.61
830
9.95
864
10.5
910
1294
612
.05
967
1310
0113
.710
4014
.210
6715
.211
0415
.911
3217
1148
17.3
1173
18.0
8
836
10.3
687
511
916
12.4
951
12.6
974
13.3
410
1014
.110
4414
.610
7615
.711
1016
1137
17.5
511
5617
.71
1179
18.5
7
847
10.7
888
011
.51
920
12.7
595
613
.198
013
.74
1014
14.6
1048
15.1
1080
16.1
511
1316
.411
4018
.05
1161
18.4
1
851
11.2
885
1292
413
.295
913
.698
514
.25
1021
15.1
1052
15.6
1084
16.6
811
1616
.95
1142
18.5
3
860
11.7
290
012
.593
013
.45
962
14.1
599
214
.810
2715
.62
1056
16.3
1087
17.2
811
1717
.4
FA
N P
ERFO
RM
AN
CE
DAT
A
2.4
2.6
Not
es:
1.V
alue
s in
clud
e lo
sses
for 2
" fil
ters
(dirt
y co
nditi
on),
unit
casi
ng, d
rive
loss
es &
wet
coi
ls. I
f any
acc
esso
ries
used
suc
h as
bag
filte
rs, h
eate
r mod
ule
….e
tc .,
add
acc
esso
ries
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.
2.U
nsha
ded
bord
ered
reg
ions
indi
cate
s st
anda
rd 1
0 &
15
HP
mot
or r
espe
ctiv
ely.
3.A
lt. 2
0 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I,
II &
III.
5.A
lt. I,
II &
III d
rive
pack
ages
are
incl
uded
in th
e re
spec
tive
mot
or s
elec
tion.
RPM
BH
PR
PMB
HP
III
III
20
0.4
Mod
el N
o.: B
MY0
45
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
1220
012
500
1280
013
100
1340
013
700
1400
014
300
1460
014
900
1520
015
500
1580
016
100
1640
016
700
1700
017
300
1760
017
900
1820
018
500
748
678
36.
5682
67.
387
27.
890
68.
494
49.
297
79.
710
1210
.45
1050
11.0
310
8111
.71
1115
12.4
211
3813
.4
755
6.3
789
6.95
834
7.6
880
8.05
910
8.7
950
9.5
981
1010
1610
.810
5311
.32
1085
12.0
511
1812
.81
1141
13.8
1
762
6.7
802
7.35
846
7.9
886
8.37
920
995
69.
898
410
.410
2011
.110
5611
.65
1091
12.4
1122
13.3
611
4414
.28
766
6.97
806
7.61
852
8.2
890
8.8
925
9.4
962
10.2
990
10.8
1024
11.5
210
5912
.110
9413
1124
13.7
411
4714
.66
772
7.38
815
7.92
857
8.6
894
9.35
930
9.7
964
10.6
992
11.2
1027
1210
6212
.63
1096
13.5
1126
14.1
511
5214
.98
778
7.79
820
8.33
863
990
09.
793
610
.196
611
998
11.6
1030
12.4
1066
13.2
1098
13.9
511
2814
.511
5415
.28
788
8.06
830
8.7
870
9.45
904
1094
110
.597
011
.48
1006
12.2
510
3512
.910
7013
.67
1100
14.3
611
3014
.97
1156
15.6
800
8.46
836
8.92
881
1091
010
.494
711
976
1210
1012
.610
4013
.34
1074
14.2
1108
14.8
511
3415
.411
5916
.15
805
8.87
844
9.31
886
10.4
591
710
.85
953
11.5
598
212
.42
1014
1310
4413
.76
1083
14.7
511
1215
.32
1140
15.8
411
6416
.56
815
9.14
850
9.84
893
11.1
593
011
.25
960
12.0
599
012
.85
1018
13.4
1050
14.1
810
9015
.34
1117
15.8
611
4416
.31
1166
17.1
8
823
9.55
855
10.1
890
211
.593
711
.696
412
.699
413
.26
1030
13.8
1060
14.6
810
9615
.84
1125
16.4
1146
16.7
411
7017
.61
830
9.95
864
10.5
910
1294
612
.05
967
1310
0113
.710
4014
.210
6715
.211
0415
.411
3217
1148
17.2
511
7318
.08
836
10.3
687
511
916
12.4
951
12.6
974
13.3
410
1014
.110
4414
.610
7615
.711
1016
1137
17.5
511
5617
.71
1179
18.5
7
847
10.7
888
011
.51
920
12.7
595
613
.198
013
.74
1014
14.6
1048
15.1
1080
16.1
511
1316
.411
4018
.05
1161
18.4
1
851
11.2
885
1292
413
.295
913
.698
514
.25
1021
15.1
1052
15.6
1084
16.6
811
1616
.95
1142
18.5
311
6618
.95
860
11.7
290
012
.593
013
.45
962
14.1
599
214
.810
2715
.62
1056
16.3
1087
17.2
811
1717
.411
4418
.86
867
12.2
590
413
936
13.7
496
414
.56
1000
15.4
110
3316
.15
1060
16.9
1093
17.7
611
1918
.7
875
12.7
791
013
.594
414
.25
972
14.8
610
0815
.84
1040
16.6
110
6717
.610
9818
.311
3019
.4
885
13.1
291
414
948
14.8
980
15.3
410
1616
.410
4817
.110
7418
.311
0318
.85
1135
20.0
895
13.8
292
714
.55
952
15.4
984
15.7
510
2217
1058
17.6
1081
19.0
900
14.1
793
115
.03
956
16.1
990
16.2
510
3417
.410
6418
.210
9119
.65
908
14.7
939
15.6
960
16.4
599
616
.810
4018
1070
18.6
1100
20.0
FA
N P
ERFO
RM
AN
CE
DAT
A
2.4
2.6
RPM
BH
PR
PMB
HP
Not
es:
1.V
alue
s in
clud
e lo
sses
for 2
" fil
ters
(dirt
y co
nditi
on),
unit
casi
ng, d
rive
loss
es &
wet
coi
ls. I
f any
acc
esso
ries
used
suc
h as
bag
filte
rs, h
eate
r mod
ule
….e
tc .,
add
acc
esso
ries
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.
2.U
nsha
ded
bord
ered
reg
ions
indi
cate
s st
anda
rd 1
5 H
P m
otor
.
3.A
lt. 2
0 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I
& II
.
5.A
lt. I
& II
driv
e pa
ckag
es a
re in
clud
ed in
the
resp
ectiv
e m
otor
sel
ectio
n.
I
II
21
Mod
el N
o.: B
MY0
50
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
1400
014
300
1460
014
900
1520
015
500
1580
016
100
1640
016
700
1700
017
300
1760
017
900
1820
018
500
1880
019
100
1940
019
700
2000
0
788
8.06
830
8.66
870
9.45
904
1094
110
.597
011
.48
1006
12.2
510
3512
.910
7013
.68
1100
14.3
611
3014
.97
1156
15.6
800
8.46
836
8.92
881
1091
010
.494
711
976
1210
1012
.610
4013
.34
1074
14.2
1108
14.8
511
3415
.411
5916
.15
805
8.87
844
9.31
886
10.4
591
710
.85
953
11.5
598
212
.42
1014
1310
4413
.76
1083
14.7
511
1215
.32
1140
15.8
411
6416
.56
815
9.14
850
9.84
893
11.1
593
011
.25
960
12.0
599
012
.85
1018
13.4
1050
14.1
810
9015
.34
1117
15.8
611
4416
.31
1166
17.1
8
823
9.55
855
10.1
890
211
.593
711
.696
412
.699
413
.26
1030
13.8
1060
14.6
810
9615
.84
1125
16.4
1146
16.7
411
7017
.61
830
9.95
864
10.5
910
1294
612
.05
967
1310
0113
.710
4014
.210
6715
.211
0415
.411
3217
1148
17.2
511
7318
.08
836
10.3
687
511
916
12.4
951
12.6
974
13.3
410
1014
.110
4414
.610
7615
.711
1016
1137
17.5
511
5617
.71
1179
18.5
7
847
10.7
888
011
.51
920
12.7
595
613
.198
013
.74
1014
14.6
1048
15.1
1080
16.1
511
1316
.411
4018
.05
1161
18.4
111
8419
.2
851
11.2
885
1292
413
.295
913
.698
514
.25
1021
15.1
1052
15.6
1084
16.6
811
1616
.95
1142
18.5
311
6618
.95
1190
19.7
3
860
11.7
290
012
.593
013
.45
962
14.1
599
214
.810
2715
.62
1056
16.3
1087
17.2
811
1717
.411
4418
.86
1170
19.4
211
9820
.32
867
12.2
590
413
936
13.7
496
414
.56
1000
15.4
110
3316
.15
1060
16.9
1093
17.7
611
1918
.711
4619
.38
1176
2012
0620
.92
875
12.7
791
013
.594
414
.25
972
14.8
610
0815
.84
1040
16.6
110
6717
.610
9818
.311
3019
.411
5120
1182
21.6
112
1221
.42
885
13.1
291
414
948
14.8
980
15.3
410
1616
.410
4817
.110
7418
.311
0318
.85
1135
2011
6420
.53
1191
21.1
412
2021
.85
895
13.8
292
714
.55
952
15.4
984
15.7
510
2217
1058
17.6
1081
1911
1019
.43
1145
20.4
211
7220
.86
1198
21.5
812
2622
.4
900
14.1
793
115
.03
956
16.1
990
16.2
510
3417
.410
6418
.210
9119
.65
1118
19.9
411
5020
.94
1182
21.3
612
0422
1232
22.9
2
908
14.7
939
15.6
960
16.4
599
616
.810
4018
1070
18.6
1100
2011
2820
.411
5821
.38
1190
21.9
212
0822
.512
3822
.98
917
15.2
294
516
.197
016
.91
1002
17.4
1043
18.4
510
7619
.311
0720
.511
3420
.73
1164
21.7
511
9822
.512
1222
.58
922
15.7
595
216
.698
117
.42
1012
1810
4619
1084
19.7
1113
21.0
311
4021
.15
1170
22.2
812
0622
.92
930
16.1
896
117
.298
718
1020
18.5
1050
19.7
1090
20.1
1120
21.4
211
4621
.56
1176
22.7
612
0822
.95
935
16.8
496
617
.899
718
.610
2819
.210
5820
.110
9420
.511
2721
.95
1156
21.9
211
7822
.78
944
17.5
971
18.3
310
0719
.32
1034
19.9
510
6620
.610
9820
.91
1132
22.4
211
6222
.31
1180
22.8
FA
N P
ERFO
RM
AN
CE
DAT
A
2.4
2.6
Not
es:
1.V
alue
s in
clud
e lo
sses
for 2
" fil
ters
(dirt
y co
nditi
on),
unit
casi
ng, d
rive
loss
es &
wet
coi
ls. I
f any
acc
esso
ries
used
suc
h as
bag
filte
rs, h
eate
r mod
ule
….e
tc .,
add
acc
esso
ries
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.
2.U
nsha
ded
bord
ered
reg
ions
indi
cate
s st
anda
rd 1
5 &
20
HP
mot
or r
espe
ctiv
ely.
3.A
lt. 2
5 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I,
II &
III.
5.A
lt. I,
II &
III d
rive
pack
ages
are
incl
uded
in th
e re
spec
tive
mot
or s
elec
tion.
RPM
BH
PR
PMB
HP
III
III
22
Mod
el N
o.: B
MY0
60
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
1650
016
800
1710
017
400
1770
018
000
1830
018
600
1890
019
200
1950
019
800
2010
020
400
2070
021
000
2130
021
600
2190
022
200
2250
022
800
2310
023
400
2370
024
000
659
8.35
693
9.06
725
9.66
759
10.3
279
311
.16
823
11.9
585
512
.78
885
13.6
291
214
.48
946
15.1
974
15.7
510
0016
.59
662
8.64
696
9.25
729
9.95
762
10.5
479
511
.35
826
12.2
885
813
.12
887
14.0
914
14.7
894
915
.45
976
16.1
1000
16.9
3
667
8.9
701
9.54
731
10.2
376
510
.87
797
11.8
483
012
.52
861
13.4
688
914
.391
615
.195
215
.75
978
16.5
210
0017
.27
673
9.23
705
9.91
736
10.5
770
11.3
480
212
.25
834
12.9
866
13.8
891
14.5
891
815
.46
954
16.0
398
016
.87
1000
17.8
6
676
9.52
710
10.1
173
910
.88
772
11.7
580
512
.52
838
13.3
486
814
.15
894
15.0
921
15.7
595
616
.398
117
.15
1002
18.2
7
681
9.81
714
10.5
745
11.2
677
812
.12
808
13.0
841
13.8
870
14.5
897
15.3
192
316
.18
958
16.8
982
17.7
510
0418
.9
686
10.1
719
10.7
674
911
.65
781
12.5
812
13.2
484
514
.187
214
.83
899
15.6
492
516
.62
960
17.1
598
318
.210
0619
.25
692
10.4
721
11.1
575
311
.978
512
.87
816
13.6
847
14.3
387
415
.17
901
16.0
492
917
.06
962
17.6
798
518
.55
1008
19.6
698
10.7
672
611
.55
758
12.4
788
13.2
581
913
.96
850
14.8
876
15.4
590
416
.47
932
17.5
964
18.0
987
18.9
1010
19.9
5
702
11.1
731
11.9
476
112
.88
791
13.5
282
314
.31
853
15.1
187
815
.95
907
16.9
193
517
.93
966
18.3
798
819
.25
1012
20.3
706
11.4
273
712
.33
766
13.3
796
14.0
826
14.7
985
515
.51
881
16.3
691
017
.393
818
.46
970
18.9
990
19.6
710
1520
.8
712
11.8
747
12.8
676
913
.57
800
14.3
782
815
.15
858
16.0
885
16.9
591
317
.64
941
18.9
597
219
.25
992
20.1
210
1621
.21
717
12.1
275
213
.25
775
1480
814
.87
831
15.5
186
216
.36
887
17.4
916
18.2
294
219
.497
319
.67
995
20.5
810
1721
.64
721
12.5
754
13.6
577
914
.34
812
15.2
836
15.9
867
16.8
389
017
.892
018
.66
946
19.8
197
420
.199
721
.210
2022
.28
728
12.8
575
713
.91
785
14.8
816
15.5
841
16.4
869
17.4
896
18.3
924
19.1
948
20.1
897
620
.699
921
.610
2122
.8
730
13.2
276
014
.378
815
.182
016
.084
316
.84
873
17.9
190
018
.71
926
19.5
695
220
.597
821
.010
0222
.31
732
13.6
176
614
.879
415
.62
823
16.5
484
817
.46
876
18.3
790
319
.292
920
.095
521
.098
021
.610
0422
.75
734
13.9
773
15.2
680
216
.07
830
17.0
852
17.8
788
018
.83
908
19.6
593
220
.56
957
21.5
982
22.2
736
14.3
277
515
.57
806
16.3
583
217
.386
018
.18
882
19.1
591
020
.093
821
.096
221
.998
923
.073
814
.73
780
15.9
581
216
.88
835
17.7
786
318
.71
886
19.5
791
420
.62
940
21.4
596
422
.46
741
15.0
778
416
.47
815
17.3
684
018
.286
719
.289
219
.95
918
21.0
942
22.0
966
23.0
748
15.5
879
016
.88
819
17.8
184
318
.66
870
19.5
789
720
.43
926
21.6
894
422
.46
755
16.0
779
817
.36
822
18.3
384
719
.25
872
19.9
590
021
.092
922
.194
823
.14
758
16.5
580
317
.97
829
18.9
885
419
.71
879
20.6
290
821
.64
931
22.6
195
023
.16
764
16.9
680
818
.57
832
19.3
885
920
.288
521
.23
910
22.3
932
23.0
777
217
.56
815
18.9
883
619
.986
320
.888
721
.75
915
22.8
693
623
.09
FA
N P
ERFO
RM
AN
CE
DAT
A
2.4
2.6
RPM
BH
PR
PMB
HP
Not
es:
1.V
alue
s in
clud
e lo
sses
for 2
" fil
ters
(dirt
y co
nditi
on),
unit
casi
ng, d
rive
loss
es &
wet
coi
ls. I
f any
acc
esso
ries
used
suc
h as
bag
filte
rs, h
eate
r mod
ule
….e
tc .,
add
acc
esso
ries
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.
2.U
nsha
ded
bord
ered
reg
ions
indi
cate
s st
anda
rd 1
5 &
20
HP
mot
or r
espe
ctiv
ely.
3.A
lt. 2
5 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I,
II &
III.
5.A
lt. I,
II &
III d
rive
pack
ages
are
incl
uded
in th
e re
spec
tive
mot
or s
elec
tion.
I
ΙΙΙ
ΙΙΙ
ΙΙΙ
ΙΙΙ
ΙΙΙ
II
23
Mod
el N
o.: B
MY0
70
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
2.2
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
1950
019
800
2010
020
400
2070
021
000
2130
021
600
2190
022
200
2250
022
800
2310
023
400
2370
024
000
706
11.4
273
712
.33
766
13.3
796
1482
614
.79
855
15.5
188
116
.36
910
17.3
938
18.4
697
018
.999
019
.67
1015
20.8
712
11.8
747
12.8
676
913
.57
800
14.3
782
815
.15
858
16.0
885
16.9
591
317
.64
941
18.9
597
219
.25
992
20.1
210
1621
.21
717
12.1
275
213
.25
775
1480
814
.87
831
15.5
186
216
.36
887
17.4
916
18.2
294
219
.497
319
.67
995
20.5
810
1721
.64
721
12.5
754
13.6
577
914
.34
812
15.2
836
15.9
867
16.8
389
017
.892
018
.66
946
19.8
197
420
.199
721
.210
2022
.28
728
12.8
575
713
.91
785
14.8
816
15.5
841
16.4
869
17.4
896
18.3
924
19.1
948
20.1
897
620
.699
921
.610
2122
.8
730
13.2
276
014
.378
815
.182
016
.084
316
.84
873
17.9
190
018
.71
926
19.5
695
220
.597
821
.010
0222
.31
732
13.6
176
614
.879
415
.62
823
16.5
484
817
.46
876
18.3
790
319
.292
920
.095
521
.098
021
.610
0422
.75
734
13.9
773
15.2
680
216
.07
830
17.0
852
17.8
788
018
.83
908
19.6
593
220
.56
957
21.5
982
22.2
736
14.3
277
515
.57
806
16.3
583
217
.386
018
.18
882
19.1
591
020
.093
821
.096
221
.998
923
.0
738
14.7
378
015
.95
812
16.8
883
517
.77
863
18.7
188
619
.57
914
20.6
294
021
.45
964
22.4
6
741
15.0
778
416
.47
815
17.3
684
018
.286
719
.289
219
.95
918
21.0
942
22.0
966
23.0
748
15.5
879
016
.88
819
17.8
184
318
.66
870
19.5
789
720
.43
926
21.6
894
422
.46
755
16.0
779
817
.36
822
18.3
384
719
.25
872
19.9
590
021
.092
922
.194
823
.14
758
16.5
580
317
.97
829
18.9
885
419
.71
879
20.6
290
821
.64
931
22.6
1
764
16.9
680
818
.57
832
19.3
885
920
.288
521
.23
910
22.3
932
23.0
7
772
17.5
681
518
.98
836
19.9
863
20.8
887
21.7
591
522
.86
FA
N P
ERFO
RM
AN
CE
DAT
A
2.4
2.6
Not
es:
1.V
alue
s in
clud
e lo
sses
for
2" fi
lters
(di
rty c
ondi
tion)
, uni
t cas
ing,
driv
e lo
sses
& w
et c
oils
. If a
ny a
cces
sorie
s us
ed s
uch
as b
ag fi
lters
, hea
ter
mod
ule
….e
tc .,
add
acce
ssor
ies
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.
2.U
nsha
ded
bord
ered
reg
ions
indi
cate
s st
anda
rd 2
0 H
P m
otor
.
3.A
lt. 2
5 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I
& II
.
5.A
lt. I
& II
driv
e pa
ckag
es a
re in
clud
ed in
the
resp
ectiv
e m
otor
sel
ectio
n.
RPM
BH
PR
PMB
HP
I
II
24
833
10.4
285
311
.14
874
11.8
889
512
.63
915
13.3
993
614
.17
956
14.9
597
015
.76
995
16.5
710
1517
.39
1035
18.2
2
839
10.6
785
911
.40
880
12.1
390
012
.89
920
13.6
694
014
.44
960
15.2
398
016
.04
1000
16.8
610
1917
.68
1039
18.5
3
847
10.9
986
711
.73
888
12.4
790
813
.24
928
14.0
194
714
.80
967
15.6
098
716
.41
1006
17.2
410
2518
.07
1044
18.9
2
854
11.2
987
311
.99
893
12.7
491
313
.51
933
14.2
995
215
.08
972
15.8
999
116
.71
1011
17.5
410
3018
.38
1049
19.2
3
859
11.5
187
912
.26
899
13.0
291
913
.79
938
14.5
795
815
.37
977
16.1
999
617
.01
1015
17.8
410
3418
.70
1053
19.3
5
866
11.7
888
512
.53
905
13.3
092
414
.07
944
14.8
796
315
.67
982
16.4
910
0117
.32
1020
18.1
610
3819
.01
1057
19.8
8
871
12.0
289
012
.77
910
13.5
492
914
.32
948
15.1
296
715
.93
986
16.7
510
0517
.59
1023
18.4
310
4219
.29
1060
20.1
6
878
12.3
389
813
.09
917
13.8
793
614
.66
955
15.4
697
316
.28
992
17.1
110
1117
.95
1029
18.8
010
4719
.66
1066
20.5
3
886
12.6
590
513
.42
924
14.2
094
315
.00
961
15.8
198
016
.63
998
17.4
610
1718
.31
1035
19.1
710
5320
.04
1071
20.9
2
893
12.9
891
213
.75
931
14.5
494
915
.34
968
16.1
698
616
.98
1004
17.8
210
2318
.68
1041
19.5
410
5920
.42
1076
21.1
3
900
13.2
791
814
.05
937
14.8
595
515
.65
974
16.4
899
217
.31
1010
18.1
510
2819
.01
1046
19.8
810
6320
.76
1081
21.6
6
907
13.6
192
614
.40
944
15.1
996
216
.01
980
16.8
499
817
.68
1016
18.5
310
3419
.40
1051
20.2
710
6921
.16
1087
22.0
6
914
13.9
593
314
.75
951
15.5
596
916
.38
987
17.2
110
0518
.05
1022
18.9
210
4019
.79
1057
20.6
610
7521
.56
1092
22.4
7
921
14.2
693
915
.06
957
15.8
897
516
.70
993
17.5
410
1018
.39
1028
19.2
510
4520
.13
1063
21.0
210
8021
.92
1097
22.8
3
929
14.6
594
715
.46
965
16.2
998
317
.12
1000
17.9
710
1818
.82
1035
19.6
910
5220
.57
1070
21.4
710
8722
.37
1104
23.2
9
937
15.0
195
515
.83
972
16.6
699
017
.50
1007
18.3
510
2419
.22
1041
20.0
910
5920
.98
1076
21.8
810
9322
.80
1109
23.7
1
945
15.4
296
316
.25
980
17.0
899
717
.93
1015
18.7
910
3219
.66
1049
20.5
410
6621
.43
1083
22.3
410
9923
.27
1116
24.1
9
954
15.8
497
116
.67
988
17.5
110
0518
.37
1022
19.2
310
3920
.11
1056
21.0
010
7321
.91
1090
22.8
211
0623
.74
1123
24.6
8
960
16.1
797
717
.01
995
17.8
710
1218
.72
1028
19.5
910
4520
.48
1062
21.3
810
7822
.28
1095
23.2
011
1124
.13
1128
25.0
7
968
16.5
698
517
.40
1002
18.2
710
1919
.13
1035
20.0
110
5220
.90
1068
21.8
010
8522
.71
1101
23.6
411
1724
.52
1134
25.5
2
974
16.8
799
017
.72
1007
18.5
810
2419
.45
1041
20.3
410
5721
.24
1073
22.1
410
9023
.06
1106
23.9
811
2224
.92
1138
25.8
8
980
17.2
399
718
.08
1014
18.9
510
3019
.83
1047
20.7
210
6321
.62
1079
22.5
410
9523
.46
1111
24.3
911
2825
.34
1143
26.2
9
987
17.5
810
0418
.45
1020
19.3
310
3720
.24
1053
21.1
010
6922
.02
1085
22.9
311
0123
.86
1117
24.8
011
3325
.75
1149
26.7
2
994
17.9
610
1018
.83
1027
19.7
010
4320
.60
1059
21.5
010
7522
.41
1091
23.3
311
0724
.27
1123
25.2
211
3926
.18
1154
27.1
4
1001
18.3
310
1719
.21
1033
20.0
910
4920
.99
1065
21.9
010
8122
.81
1097
23.7
511
1324
.69
1128
25.6
311
4426
.59
1159
27.5
7
1008
18.7
510
2519
.63
1041
20.5
210
5721
.43
1072
22.3
510
8823
.27
1104
24.2
111
1925
.16
1135
26.1
211
5027
.08
1166
28.0
6
1016
19.1
810
3220
.07
1048
20.9
710
6421
.89
1080
22.8
110
9523
.73
1112
24.6
811
2625
.69
1141
26.5
911
5727
.57
1172
28.5
6
1022
19.5
210
3820
.42
1054
21.3
310
6922
.25
1085
23.1
810
1124
.11
1116
25.6
611
3126
.02
1147
26.9
911
6228
.01
1177
28.9
5
1031
20.0
610
4720
.96
1063
21.8
810
7822
.80
1094
23.7
411
0924
.68
1124
25.6
411
4026
.60
1155
27.5
811
6928
.52
1185
29.5
6
1041
20.6
010
5621
.51
1072
22.4
410
8723
.37
1102
24.3
111
1825
.26
1133
26.2
311
4827
.19
1163
28.1
811
7829
.17
1193
30.1
8
1048
21.0
510
6421
.98
1079
22.9
110
9423
.85
1110
24.9
711
2525
.75
1140
26.7
211
5527
.70
1169
28.6
911
8429
.69
1199
30.7
0
Mod
el N
o.: B
MY0
80
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
1.0
1.2
1.4
1.6
1.8
2.0
2.2
2.4
2.6
2.8
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
2120
021
500
2180
022
100
2240
022
700
2300
023
300
2360
023
900
2420
024
500
2480
025
100
2540
025
700
2600
026
300
2660
026
900
2720
027
500
2780
028
100
2840
028
700
2900
029
300
2960
029
900
3020
0
FA
N P
ERFO
RM
AN
CE
DAT
A
3.0
RPM
BH
P
I
II
Not
es:
1.V
alue
s in
clud
e lo
sses
for
2" fi
lters
(di
rty c
ondi
tion)
, uni
t cas
ing,
driv
e lo
sses
& w
et c
oils
. If a
ny a
cces
sorie
s us
ed s
uch
as b
ag fi
lters
, hea
ter
mod
ule
….e
tc .,
add
acce
ssor
ies
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.
2.U
nsha
ded
bord
ered
reg
ions
indi
cate
s st
anda
rd 3
0 H
P m
otor
.
3.A
lt. 4
0 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I
& II
.
5.A
lt. I
& II
driv
e pa
ckag
es a
re in
clud
ed in
the
resp
ectiv
e m
otor
sel
ectio
n.
25
854
11.2
987
311
.99
893
12.7
491
313
.51
933
14.2
995
215
.08
972
15.8
999
116
.71
1011
17.5
410
3018
.38
1049
19.2
3
859
11.5
187
912
.26
899
13.0
291
913
.79
938
14.5
795
815
.37
977
16.1
999
617
.01
1015
17.8
410
3418
.70
1053
19.3
5
866
11.7
888
512
.53
905
13.3
092
414
.07
944
14.8
796
315
.67
982
16.4
910
0117
.32
1020
18.1
610
3819
.01
1057
19.8
8
871
12.0
289
012
.77
910
13.5
492
914
.32
948
15.1
296
715
.93
986
16.7
510
0517
.59
1023
18.4
310
4219
.29
1060
20.1
6
878
12.3
389
813
.09
917
13.8
793
614
.66
955
15.4
697
316
.28
992
17.1
110
1117
.95
1029
18.8
010
4719
.66
1066
20.5
3
886
12.6
590
513
.42
924
14.2
094
315
.00
961
15.8
198
016
.63
998
17.4
610
1718
.31
1035
19.1
710
5320
.04
1071
20.9
2
893
12.9
891
213
.75
931
14.5
494
915
.34
968
16.1
698
616
.98
1004
17.8
210
2318
.68
1041
19.5
410
5920
.42
1076
21.1
3
900
13.2
791
814
.05
937
14.8
595
515
.65
974
16.4
899
217
.31
1010
18.1
510
2819
.01
1040
19.8
810
6320
.76
1081
21.6
6
907
13.6
192
614
.40
944
15.1
996
216
.01
980
16.8
499
817
.68
1016
18.5
310
3419
.40
1051
20.2
710
6921
.16
1087
22.0
6
914
13.9
593
314
.75
951
15.5
596
916
.38
987
17.2
110
0518
.05
1022
18.9
210
4019
.79
1057
20.6
610
7521
.56
1092
22.4
7
921
14.2
693
915
.06
957
15.8
897
516
.70
993
17.5
410
1018
.39
1028
19.2
510
4520
.13
1063
21.0
210
8021
.92
1097
22.8
3
929
14.6
594
715
.46
965
16.2
998
317
.12
1000
17.9
710
1818
.82
1035
19.6
910
5220
.57
1070
21.4
710
8722
.37
1104
23.2
9
937
15.0
195
515
.83
972
16.6
699
017
.50
1007
18.3
510
2419
.22
1041
20.0
910
5920
.98
1076
21.8
810
9322
.80
1109
23.7
1
945
15.4
296
316
.25
980
17.0
899
717
.93
1015
18.7
910
3219
.66
1049
20.5
410
6621
.43
1083
22.3
410
9923
.27
1116
24.1
9
954
15.8
497
116
.67
988
17.5
110
0518
.37
1022
19.2
310
3920
.11
1056
21.0
010
7321
.91
1090
22.8
211
0623
.74
1123
24.6
8
960
16.1
797
717
.01
995
17.8
710
1218
.72
1028
19.5
910
4520
.48
1062
21.3
810
7822
.28
1095
23.2
011
1124
.13
1128
25.0
7
968
16.5
698
517
.40
1002
18.2
710
1919
.13
1035
20.0
110
5220
.90
1068
21.8
010
8522
.71
1101
23.6
411
1724
.52
1134
25.5
2
974
16.8
799
017
.72
1007
18.5
810
2419
.45
1041
20.3
410
5721
.24
1073
22.1
410
9023
.06
1106
23.9
811
2224
.92
1138
25.8
8
980
17.2
399
718
.08
1014
18.9
510
3019
.83
1047
20.7
210
6321
.62
1079
22.5
410
9523
.46
1111
24.3
911
2825
.34
1143
26.2
9
987
17.5
810
0418
.45
1020
19.3
310
3720
.24
1053
21.1
010
6922
.02
1085
22.9
311
0123
.86
1117
24.8
011
3325
.75
1149
26.7
2
994
17.9
610
1018
.83
1027
19.7
010
4320
.60
1059
21.5
010
7522
.41
1091
23.3
311
0724
.27
1123
25.2
211
3926
.18
1154
27.1
4
1001
18.3
310
1719
.21
1033
20.0
910
4920
.99
1065
21.9
010
8122
.81
1097
23.7
511
1324
.69
1128
25.6
311
4426
.59
1159
27.5
7
1008
18.7
510
2519
.63
1041
20.5
210
5721
.43
1072
22.3
510
8823
.27
1104
24.2
111
1925
.16
1135
26.1
211
5027
.08
1166
28.0
6
1016
19.1
810
3220
.07
1048
20.9
710
6421
.89
1080
22.8
110
9523
.73
1112
24.6
811
2625
.69
1141
26.5
911
5727
.57
1172
28.5
6
1022
19.5
210
3820
.42
1054
21.3
310
6922
.25
1085
23.1
810
1124
.11
1116
25.6
611
3126
.02
1147
26.9
911
6228
.01
1177
28.9
5
1031
20.0
610
4720
.96
1063
21.8
810
7822
.80
1094
23.7
411
0924
.68
1124
25.6
411
4026
.60
1155
27.5
811
6928
.52
1185
29.5
6
1041
20.6
010
5621
.51
1072
22.4
410
8723
.37
1102
24.3
111
1825
.26
1133
26.2
311
4827
.19
1163
28.1
811
7829
.17
1193
30.1
8
1048
21.0
510
6421
.98
1079
22.9
110
9423
.85
1110
24.9
711
2525
.75
1140
26.7
211
5527
.70
1169
28.6
911
8429
.69
1199
30.7
0
1055
21.4
710
7122
.40
1086
23.3
411
0124
.28
1116
25.2
411
3126
.20
1146
27.1
811
6128
.16
1175
29.1
611
9030
.16
1205
31.1
8
1062
21.8
910
7722
.83
1093
23.7
711
0824
.72
1122
25.6
911
3726
.60
1152
27.6
411
6728
.63
1181
29.6
311
9730
.69
1210
31.6
6
1071
22.4
210
8623
.36
1101
24.3
111
1625
.28
1130
26.2
411
4527
.22
1160
28.2
011
7429
.21
1189
30.2
112
0331
.24
1218
32.2
6
1078
22.9
010
9323
.85
1108
24.8
011
2325
.78
1138
26.7
511
5227
.73
1167
28.7
311
8129
.74
1195
30.7
512
1031
.77
1224
32.8
1
1087
23.4
311
0224
.40
1116
25.3
611
3126
.37
1146
27.3
211
6028
.31
1174
29.3
111
8930
.33
1203
31.3
512
1732
.38
1231
33.4
2
1096
24.0
311
1125
.00
1125
25.4
711
4026
.95
1154
27.9
511
6928
.95
1183
29.9
611
9730
.98
1211
32.0
012
5533
.04
1239
34.0
9
Mod
el N
o.: B
MY0
95
AIR
FLO
W(C
FM)
EXTE
RN
AL
STAT
IC P
RES
SUR
E (in
ch w
g.)
1.0
1.2
1.4
1.6
1.8
2.0
2.2
2.4
2.6
2.8
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
RPM
BH
PR
PMB
HP
2210
022
400
2270
023
000
2330
023
600
2390
024
200
2450
024
800
2510
025
400
2570
026
000
2630
026
600
2690
027
200
2750
027
800
2810
028
400
2870
029
000
2930
029
600
2990
030
200
3050
030
800
3110
031
400
3170
032
000
FA
N P
ERFO
RM
AN
CE
DAT
A
3.0
RPM
BH
P
I
II
Not
es:
1.V
alue
s in
clud
e lo
sses
for
2" fi
lters
(di
rty c
ondi
tion)
, uni
t cas
ing,
driv
e lo
sses
& w
et c
oils
. If a
ny a
cces
sorie
s us
ed s
uch
as b
ag fi
lters
, hea
ter
mod
ule
….e
tc .,
add
acce
ssor
ies
pres
sure
dro
p to
Ext
erna
l Sta
tic P
ress
ure
befo
re u
sing
fan
perfo
rman
ce ta
bles
.2.
Uns
hade
d bo
rder
ed r
egio
ns in
dica
tes
stan
dard
30
HP
mot
or.
3.A
lt. 4
0 H
P m
otor
to b
e us
ed fo
r the
sha
ded
porti
on.
4.B
orde
red
regi
ons
indi
cate
alte
rnat
ive
driv
es I
& II
.
5.A
lt. I
& II
driv
e pa
ckag
es a
re in
clud
ed in
the
resp
ectiv
e m
otor
sel
ectio
n.
26
SOUND LEVEL DATATo obtain sound pressure level measured 5 ft. (1.6 m) directly opposite the center of blower inlet:
1. From performance table at operating conditions, find BHP, RPM and static efficiency (SE).
SE = (CFM x TSP)/(6362 x BHP) (See step 4 & table below).
2. Read dBA level from respective graph at operating BHP & SE (%).
3. Knowing RPM, select proper row from sound power factor table and dBA level to each values in row to obtain soundpower level (dB re 10-12).
4. Calculate TSP (Total Static Pressure) as follows:
TSP = ISP + ESP.
ESP (External Static Pressure) from Job Specification.
ISP (Internal Static Pressure) Calculate from table below.
NOTES:1. If you have additional section such as bag filter, drip eliminator, etc., add internal losses as shown in the static pressure
drop table.2. Pressure drop across filter, coil and blower are included in ISP.
FACE VELOCITY INTERNAL STATIC PRESSURE (inch wg.)
3 ROW 4 ROW 5 ROW
300 1.03 1.08 1.14
400 1.21 1.30 1.39
500 1.45 1.59 1.71
600 1.83 1.99 2.15
(FPM)
27
SOUND LEVEL DATA
Octave BandCenter Frequency – Hz
255-443 RPM
443-887 RPM
887-1750 RPM
63 125 250 500 1000 2000 4000 8000
– 3.5 + 4 + 12.5 + 8 + 4.5 + 1.5 – 2 – 7.5
– 4 + 3.5 + 9 + 10 + 4 + 1 – 2.5 – 8
– 4 + 3.5 + 8.5 + 7 + 7 + 0.5 – 3 – 8
To obtain Sound Pressure Level measured 5 ft. (1.6 m) directly opposite to the center of blower inlet:1. From performance table at operating conditions, find BHP, RPM & Static Efficiency (SE).
SE= (CFM x TSP)/(6362 x BHP).
2. Read dBA level from above graph at operating BHP & SE(%).
3. Knowing RPM, select proper row from above table and add dBA level to each values in the row to obtain Sound PowerLevel (dB re 10-12 watts).
SOUND POWER FACTOR TABLE
VALUES GIVE TO SOUND POWER
BMY 020/025/040/045/050
28
SOUND LEVEL DATA
Octave BandCenter Frequency – Hz
267-507 RPM
507-1014 RPM
1014-2000 RPM
63 125 250 500 1000 2000 4000 8000
– 3 + 4.5 + 12.5 + 7.5 + 4.5 + 1.5 – 2 – 7.5
– 3.5 + 3.5 + 9 + 10 + 4 + 0.5 – 2.5 – 8
– 4 + 3.5 + 8.5 + 7 + 6.5 + 0.5 – 3 – 8
To obtain Sound Pressure Level measured 5 ft. (1.6 m) directly opposite to the center of blower inlet:1. From performance table at operating conditions, find BHP, RPM & Static Efficiency (SE).
SE= (CFM x TSP)/(6362 x BHP).
2. Read dBA level from above graph at operating BHP & SE(%).
3. Knowing RPM, select proper row from above table and add dBA level to each values in the row to obtain Sound PowerLevel (dB re 10-12 watts).
SOUND POWER FACTOR TABLE
VALUES GIVE TO SOUND POWER
BMY 030/035/060/070
29
SOUND LEVEL DATA
Octave BandCenter Frequency – Hz
800-980 RPM
981-1300 RPM
63 125 250 500 1000 2000 4000 8000
1 2 1 – 3 – 5 – 12 – 18 – 26
2 – 3 0 – 3 – 4 – 10 – 16 – 24
To obtain Sound Pressure Level measured 5 ft. (1.6 m) directly opposite to the center of blower inlet:1. From performance table at operating conditions, find BHP, RPM & Static Efficiency (SE).
SE= (CFM x TSP)/(6362 x BHP).
2. Read dBA level from above graph at operating BHP & SE(%).
3. Knowing RPM, select proper row from above table and add dBA level to each values in the row to obtain Sound PowerLevel (dB re 10-12 watts).
SOUND POWER FACTOR TABLE
VALUES GIVE TO SOUND POWER
BMY080 & BMY095
30
31
COMPONENT PRESSURE DROPBAG FILTER 1.0
DRIP ELIMINATOR 0.2
ECONOMIZER 0.2
STATIC PRESSURE DROP (inch wg.)
CFM RANGE PRESSURE DROP3700 - 5800 0.17
5900 - 8000 0.175
8100 - 10600 0.19
10700 - 13000 0.20
13100 - 15000 0.21
15100 - 17000 0.218
17100 - 20000 0.22
20100 - 25000 0.225
25100 - 32000 0.23
HEATER MODULE
NOTE: Add the above pressure drop values based on the optional items chosen.
NOTE: Add the above pressure drop values based on the optional items chosen.
AVERAGE BLOWER MOTOR EFFICIENCY
NOTE: Convert BHP to watts using following formula:
Watts = 746 x BHP Motor Efficiency
MOTOR EFFICIENCY (%)
7.5 HP 0.855
10 HP 0.865
15 HP 0.910
20 HP 0.917
25 HP 0.917
30 HP 0.92
40 HP 0.921
DIMENSIONS
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
BMY020 & BMY025 (VERTICAL ARRANGEMENT)
BMY020 & BMY025 (HORIZONTAL ARRANGEMENT)
32
33
DIMENSIONSBMY030 & BMY035 (VERTICAL ARRANGEMENT)
BMY030 & BMY035 (HORIZONTAL ARRANGEMENT)
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
34
DIMENSIONSBMY040, BMY045 & BMY050 (VERTICAL ARRANGEMENT)
BMY040, BMY045 & BMY050 (HORIZONTAL ARRANGEMENT)
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
35
BMY060 & BMY070 (HORIZONTAL ARRANGEMENT)
BMY080 & BMY095 (HORIZONTAL ARRANGEMENT)
DIMENSIONS
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
36
OPTIONAL SECTIONS - MIXING BOX (HORIZONTAL ARRANGEMENT)BMY020 - BMY070
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
BMY080 - BMY095
MODELNUMBERBMY020BMY025BMY030BMY035BMY040BMY045BMY050BMY060BMY070
SECTIONWT.(KG)
245245270270310310310350350
L H A B C D
2347 1239 381 813 1981 6102347 1239 381 813 1981 6102807 1392 381 813 1981 6102807 1392 381 813 1981 6102550 1850 381 1168 1981 8642550 1850 381 1168 1981 8642550 1850 381 1168 1981 8643622 1850 508 1168 1819 10673622 1850 508 1168 1819 1067
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. Mixing box section will be shipped separately for field installation (for BMY080 & BMY095).3. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.4. The section weight for each model is 550 kg.
37
OPTIONAL SECTIONS - MIXING BOX (VERTICAL ARRANGEMENT)BMY020 - BMY050
SECTIONWT.(KG)
245245270270310310310
L H A B C D
2347 1930 381 813 1981 6102347 1930 381 813 1981 6102550 2228 381 813 1981 6102550 2228 381 813 1981 6102550 2540 381 1168 1981 8642550 2540 381 1168 1981 8642550 2540 381 1168 1981 864
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
MODELNUMBERBMY020BMY025BMY030BMY035BMY040BMY045BMY050
38
OPTIONAL SECTIONS - BAG FILTER (HORIZONTAL ARRANGEMENT)BMY020 - BMY070
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
BMY080 - BMY095
MODELNUMBERBMY020BMY025BMY030BMY035BMY040BMY045BMY050BMY060BMY070
L H A B
1928 1239 1984 10531928 1239 1984 10532185 1392 1984 12062185 1392 1984 12061928 1850 1984 16631928 1850 1984 16631928 1850 1984 16632835 1850 1818 16632835 1850 1818 1663
SECTIONWT.(KG)
130130150150190190190200200
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. Mixing box section will be shipped separately for field installation (for BMY080 & BMY095).3. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.4. The section weight for each model is 280 kg.
39
OPTIONAL SECTIONS - BAG FILTER (VERTICAL ARRANGEMENT)BMY020 - BMY050
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
MODELNUMBERBMY020BMY025BMY030BMY035BMY040BMY045BMY050
L H A B
1928 1930 1984 10531928 1930 1984 10531928 2228 1984 12061928 2228 1984 12061928 2540 1984 16631928 2540 1984 16631928 2540 1984 1663
SECTIONWT.(KG)
130130150150190190190
40
OPTIONAL SECTIONS - BAG FILTER & MIXING BOX (HORIZONTAL ARRANGEMENT)BMY020 - BMY070
BMY080 - BMY095
SECTIONWT.(KG)
360360400400480480480530530
L H A B C D
2881 1239 381 813 1981 6102881 1239 381 813 1981 6103340 1392 381 813 1981 6103340 1392 381 813 1981 6103083 1850 381 1168 1981 8643083 1850 381 1168 1981 8643083 1850 381 1168 1981 8644155 1850 508 1168 1819 10674155 1850 508 1168 1819 1067
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. Mixing box section will be shipped separately for field installation (for BMY080 & BMY095).3. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.4. The section weight for each model is 800 kg.
MODELNUMBERBMY020BMY025BMY030BMY035BMY040BMY045BMY050BMY060BMY070
41
OPTIONAL SECTIONS - BAG FILTER & MIXING BOX (VERTICAL ARRANGEMENT)BMY020 - BMY050
NOTES: 1. All dimensions are in mm.; TOLERANCE: ± 2 mm.2. The height of the unit will increase by 50 mm for double skin with 2" thick fiber glass insulation.
SECTIONWT.(KG)
360360400400480480480
L H A B C D
2881 1930 381 813 1981 6102881 1930 381 813 1981 6103083 2228 381 813 1981 6103083 2228 381 813 1981 6103083 2540 381 1168 1981 8643083 2540 381 1168 1981 8643083 2540 381 1168 1981 864
MODELNUMBERBMY020BMY025BMY030BMY035BMY040BMY045BMY050
FRESH AIR HOOD ASSEMBLY WITH DAMPER
HOOD ACCESSORIES1. Hood top panel2. Right hand side panel3. Left hand side panel4. #10 SM screw5. Bottom panel6. Filter7. Middle slide bracket8. Lock bracket9. Damper
42
43
CONTROLS & SEQUENCE OF OPERATIONThe operation of the air conditioning unit is controlled by a 24VAC electronic control board. All the contactors are operatedby the 24V circuit, including the thermostat.
Mode:Select the desired mode of operation by continuous press-ing of the MODE button:
Controls cooling system only (the word COOL willdisplay for 5 seconds).
Controls heating system only (the word HEAT willdisplay for 5 seconds).
HEAT/COOL - Controls both systems automati-cally (the word AUTO will display for 5 seconds).
OFF - Systems will not operate.
Cooling:Select the temperature you want your cooling system tomaintain by pressing and holding the COOLING buttonunder the or symbols until the desired temperatureis displayed. The control setpoint temperature is displayedfor 5 seconds.
Heating:Select the temperature you want your heating system to maintain by pressing and holding the HEATING button underthe or symbols until the desired temperature is displayed. The control setpoint temperature is displayed for 5seconds.
Fan:The fan will be energized automatically when the systems are operating but no indication of this on the display. To selectcontinuous fan operation, press the FAN button and the display will show . This is recommended for electronic aircleaners and continuous ventilation requirements.
OffWhen the word OFF is displayed the heating and cooling systems will not operate. Avoid using the OFF mode duringextremely cold weather to prevent damage from freezing.
Auto:Selecting this mode of operation will control both heating and cooling systems. The thermostat will automatically switchfrom one to the other as determined by the selected temperatures in heating and cooling.NOTE: The thermostat always maintains a minimum 20F (10C) difference or dead band between the heating and coolingsetpoints.
Celsius/FahrenheitSimultaneously press and to switch between Celsius and Fahrenheit temperature display.
Clogged filter switch not providedField Wiring
Thermostat
LED 2
LED 1
*
W2
24 V
(C)24 V
L
HG
TS
I
RelaysEquipment
Y1
G
W1
Y2
R
2nd stage
Compressor Fault
Clogged Filter
Heating
*
24VAC
Cooling
1st stage Heating
Fan Relay
1st stage
2nd stage Cooling
Line VoltageTransformer
HC2
HC1
BMCBMR-1A
HR1-1A
HR2-1A
14
29
30
ATB
1
ATB
2
HC3
HC4
F1
TO HVTBL1
TO NTBN
CONTROL CONNECTION
MOTOR POWER CONNECTION
(230V ac)
L2DISCONNECT SWITCH OR CB(SEE NOTE-4)
LUG / ETB
L3
TO FUSED HVTB
L1
706968
BM
L3E
L2E
L1E
CBNTB
NEUTRAL
ATB
91
BMC
OLR
92
93
94
95
96HR2
HR1
BMR OLR-1
AFS
19
28
HTR2
ECB / ECB1INFAN
(in cond. unit)
HTR1
(in cond. unit) ATB
2
( CDX OR CAX MODEL)CONDENSING UNIT CONTROL PANEL
(230V ac)
ATB
1
ATB
2
91
92
(NOTE 3)
(NOTE 3)
TYPICAL SCHEMATIC WIRING DIAGRAM
(SEE NOTE -5)
REFER TO UNITNAMEPLATE FORPOWER SUPPLY
NOTE: 1. Refer to next page for legend, notes & wiring diagram for optional items. 2. Refer to unit control box (inside panel) for exact wiring diagram.
44
HEATER POWER CONNECTIONS (OPTIONAL)
(Stg. 1 Heating) (Stg. 2 Heating)
T1F
T2F
T3F
T2H
T1H
T3H
71A
72A
73A
72B
71B
73B
L1 L2 L3 L2L1 L3
TO HVTB TO HVTB
HEATER8HEATER7
CB14
HEATER6
HC4
CB13
HEATER4HEATER2
HC3HC2
HEATER5
CB12CB11
HEATER1
HC1
HEATER3
CB12
HEATER4HEATER2
HC2
CB11
HEATER1
HC1
HEATER3
CB12
(Stg. 1 Heating)
T1F
T2F
T3F
T3G
T2G
T1G
71A
72A
73A
L1 L2 L3TO HVTB
(Stg. 2 Heating)
T1H
T3H
T2H
T2I
T3I
T1I
71B
73B
72B
L1 L3L2
TO HVTB
CONN.-A CONN.-B
(Stg. 1 Heating)
T1F
T2F
T3F
T3G
T2G
T1G
71A
72A
73A
L1 L2 L3
TO HVTB
T3J
T2J
T1J
73C
72C
71C
L3L2L1
TO HVTB
T1H
T3H
T2H
T2I
T3I
T1I
71B
73B
72B
L1 L3L2
TO HVTB
T2K
T3K
T1K
71D
72D
73D
L1 L2 L3
TO HVTB
CONN.-C
T3L
T2L
T1L
T2M
T3M
T1M
(Stg. 2 Heating)
NOTE : HEATER 7 AND HEATER 8 CONNECTI0N ARE APPLICABLE ONLY IN UNITS WITH 100KW TOTAL HEATING CAPACITY.
(NOTE 3)
CB11
HEATER2HEATER1
HC2HC1
HEATER DATA TABLE
12.5KW+12.5KW12.5KW+12.5KW10KW+10KW
15KW+15KW
15KW
5060
BB
3040
AB
15KW+15KW
15KW10KW+10KW
7.5KW10KW
STAGE1
1520
AA
10TTL KW CONN.
A 5KW7.5KW10KW
STAGE25KW T1T3T1 T2 T3T2
FL
TYPE-I TYPE-I I
FL
OHT
FL FL
OHT
FL
OHT OHT
HEATER BOX CONNECTION TYPES
TO 3PH POWER SUPPLY TO 3PH POWER SUPPLY
15KW+15KW+7.5KW75 C12.5KW x4100 C
15KW+15KW+7.5KW12.5KW x4
LEGEND
AHU AIR HANDLING UNITAFS AIR FLOW SWITCHATB AUXILIARY TERMINAL BLOCKBM BLOWER MOTORBMC BLOWER MOTOR CONTACTORBMCA BMC AUXILIARY CONTACTBMR BLOWER MOTOR RELAYCB CIRCUIT BREAKERDDC DIRECT DIGITAL CONTROLLERECB ELECTRONIC CONTROL BOARDF FUSEFL FUSE LINKHC HEATER CONTACTORHCA HC AUXILIARY CONTACTHR HEATER RELAYHTR HEATERHVTB HIGH VOLTAGE TERMINAL BLOCKJP JUMPERL1 LINE 1L2 LINE 2L3 LINE 3LUG/ETB LUG GROUND/EARTH TERMINAL BLOCKNTB NEUTRAL TERMINAL BLOCKOLR OVER LOAD RELAYOHT OVER HEAT THERMOSTAT
FIELD WIRINGTERMINAL BLOCK OR TERMINATION POINT
TYPICAL SCHEMATIC WIRING DIAGRAM
NOTES1. POWER SUPPLY, REFER TO UNIT NAMEPLATE.
2. ANY WIRE REPLACEMENT SHOULD BE OF 900C ORITS EQUIVALENT. USE COPPER CONDUCTORWIRES ONLY.
3. IF HEATERS ARE FACTORY INSTALLED, PLEASEREAD BROKEN LINES AS CONTINUOUS LINES.
4. FUSED DISCONNECT SWITCH OR CIRCUITBREAKER TO BE PROVIDED BY CONSUMERWITH RATING AS RECOMMENDED BY ZAMIL.
5. NEUTRAL LINE REQUIRED ON 380V-3Ph-60HzPOWER SUPPLY ONLY.
_ _ _
45
BMR OLR-1
AFS
19
28
ATB
1
ATB
2
91
92
DDC CONTROL PANEL
JP3
(common)
BM CONTROL
STG1 HTR CONTROL
STG2 HTR CONTROL
OPTIONAL DDC CONTROL INTER-CONNECTION
1st STG HTR ON
80B 81BHC2A-1A
2nd STG HTR ON
(OPTIONAL)BM / HTR STATUS (VFC) INDICATION
ATB
91
92
93
94
95
96HR2
HR1
(NOTE 3)
48 49
OLR-251 52
BMCA-1A
BM RUN
BM TRIP
80A 81AHC1A-1A
CABLE ENTRY DETAILS
NOTE: Cable entry cut-out is provided at corner post. Control box is provided with two holes as shown.
DIRTY FILTER INDICATION
DIRTY FILTER INDICATION (OPTION)
132AP
COM 3 134A1 NC
2 NO
DIRTY FILTER INDICATION
132BP
COM 3 134B1 NC
2 NO
PRE-FILTER
BAG-FILTER
DPS2
DPS1
2
( CDX OR CAX MODEL)CONDENSING UNIT CONTROL PANEL
DDC CONTROL PANEL
(common)
BM CONTROL
STG1 HTR CONTROL
STG2 HTR CONTROL
VFC (for status indication)
BM RUN
BM TRIP
1st STG HTR ON
2nd STG HTR ON
FROM T'STAT CONTROLLER SWITCHING CONTACTS
NOTE:
POT1LED2 POT2 POT4POT3 LED3
FCC
MTR3
J1
OAD MTR1
COUNETR
LED4LED1
ODS
2 3
3
2ECON BRD
24A
AQS
0-10V
COM
STS
MTR2RADFS040
ECONOMIZER CONNECTION
LEGEND
SAT SUPPLY AIR THERMISTORAQS AIR QUALITY SENSOROAT OUTDOOR AIR THERMOSTATFCC FREE COOLING COUNTEROAD OUTDOOR AIR DAMPER MOTORRAD RETURN AIR DAMPER MOTORSTS SUPPLY AIR TEMPERATURE SENSOR
MTR DAMPER MOTOREC ENTHALPY CONTROLLER
NOTES
1. DAMPER MOTOR IS NOT REQUIRED FOR SINGLEDAMPER MOTOR APPLICATION.
2. IF EC OR OAT OPTION IS FACTORY INSTALLED,PLEASE READ BROKEN LINES AS CONTINUOUSLINES.
TYPICAL HIGH AND LOW VOLTAGE FIELD WIRING CONNECTIONS
46
ATTENTION TO RIGGERSHook rigging sling thru holes in base rail, as shown below.Holes in base rail are centered around the unit center of gravity.Center of gravity is not unit center line.Ensure center of gravity aligns with the main lifting point before lifting.Use spreader bar when rigging, to prevent the slings from damaging the unit.
CAUTIONAll panels should be in place when rigging.Care must be taken to avoid damage to the coils during handling.Insert packing material between coils & slings as necessary.
RIGGING INSTRUCTIONS
47
MODELS: BMY020 - BMY050 (VERTICAL ARRANGEMENT)
MODELS: BMY020 - BMY070 (HORIZONTAL ARRANGEMENT)
MODELS: BMY080 - BMY095 (HORIZONTAL ARRANGEMENT)
48
LOAD DISTRIBUTION (kg) & MOUNTING POINTS (AL. CONDENSER COIL)MODEL No. R1 R2 R3 R4
BMY020 172 182 186 182
BMY025 172 182 186 182
BMY030 210 218 223 218
BMY035 210 218 223 218
BMY040 246 261 268 261
BMY045 246 261 268 261
BMY050 255 284 290 284
BMY060 338 359 367 359
BMY070 338 361 369 361
BMY080 473 478 480 478
BMY095 476 480 481 480
LOAD DISTRIBUTION (kg) & MOUNTING POINTS (CU. CONDENSER COIL)
MODEL ABMY020 - 025 793
BMY030 - 035 793*BMY040 - 050 793
BMY060 - 070 1700
BMY080 - 095 2173
DIMENSIONS
MODEL No. R1 R2 R3 R4BMY020 179 194 199 194
BMY025 179 194 199 194
BMY030 228 238 242 238
BMY035 228 238 242 238
BMY040 275 287 292 287
BMY045 275 287 292 287
BMY050 296 306 310 306
BMY060 380 388 392 388
BMY070 394 402 405 402
BMY080 519 524 526 524
BMY095 539 543 545 543
NOTE: 1. All dimensions are in millimeters. 2. TOLERANCE: ± 2 mm.
*A = 1050 for horizontal arrangement.
49
INSTALLATION CLEARANCE
NOTE: 1. All dimensions are in mm.2. TOLERANCE: ± 2 mm.
HORIZONTAL ARRANGEMENT
VERTICAL ARRANGEMENT
INSTALLATION INSTRUCTIONSA. GENERALBlower units are shipped completely wired. Only external power, interconnecting control wiring between outdoor andindoor units and refrigerant pipe connections are needed to complete the installation.
B. UNIT LOCATION & ACCESS SPACEThe placement of the unit in relationship to the building is very important. Refer page 49 for service clearances.When making tubing connections, be sure to provide clearance for electrical connections.
C. TUBING INSTALLATIONDo not remove plugs from the compression fittings until tubing has been run and is ready for connection.a. Make sure the tubing is round, without dent or burrs.b. Cut tubing to the length required with a tube cutter carefully. Do not use a hacksaw.c. Remove burr from inside and outside using file or deburring tool.NOTE: Always use a gear type tube bender when making bends in suction line.When installing tubing through walls or along side of any structural members, be sure the tubing is isolated from thesemembers or walls to avoid any transmission of vibration that may occur, while unit is running.
ELECTRICALSTEP 1: INSTALLATIONA) Please ensure power supply to the unit is as per unit nameplate (Volts/Ph/Hz) requirements.Caution: Operation of the unit on improper power supply will result in damage to the unit.NOTE: Use copper wires of proper rating for all field wiring.WarningBefore servicing or installation of the unit, always TURN OFF all power to the unit. There may be more than one discon-nect switch. Ensure all of them are turned off. Electrical shock can cause personal injury or death.
B) Ground & power wiresConnect power wires to terminal block per wiring diagram.Connect ground wire to the ground lug inside the control box.
C) Control wiring between outdoor & indoor unitUse 16 gauge color-coded wire between the indoor and outdoor units (control wiring).
STEP 2: START-UPRefer to outdoor unit installation instructions for system start-up instructions and refrigerant charging method details.
STEP 3: SEQUENCE OF OPERATIONWith power supplied to indoor and outdoor units, the unit starts responding to the thermostat mode requirement.
Cooling mode: When thermostat calls for cooling, the blower motor in the indoor unit is switched on. The compressorcontactor is energized to start the compressor and condenser fan.As the conditioned space approaches the thermostat cooling set point, the unit cycles off.
Heating mode: When thermostat calls for heating, the blower motor in the indoor unit is switched on. The contactor forelectric heater is switched on to energize the heaters. If the room temperature is not satisfied and there are two heatersinstalled, the second heater also will be energized.Once, the conditioned space approaches the desired temperature set point, the heating stages cycles off.
Fan mode: In this mode the indoor unit blower motor is switched on alone.
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