August PRODUCT DESIGN GUIDE Whisperline Vertical Stack

Transcription

1 August 2018 PODUCT DEIGN GUIDE Whisperline Vertical tack

2 Table of Contents Vertical tack Cabinet Nomenclature 1 Chassis Nomenclature 2 AHI Performance ating 3 Unit Protection & LED Fault tatus 7 Multi-protocol DDC Controller 8 Physical Data Table 9 Unit Voltage Limitations 10 Continuous Operating Limits 10 Whisperline Performance Data 11 Electrical Data 23 Whisperline Whisperline Discharge Arrangements 50 Whisperline Whisperline Warranty tatements 66 Whisperline Design Guide evision Table 70

3 Cabinet Nomenclature Category Position Option Digit and Description Product Family 1 V = Vertical tack Water ource Heat Pump Drain Type 2 I = Internal Whalen Drain P = P-trap Internal Drain A = Heat Pump B = Air Conditioning and Electric Heat ystem Configuration 3 C = Air Conditioning and Hydronic Heat D = Cooling Only E = Heating Only H = Heat Pump and Electric Heat 02 = 200 CFM (0.5-ton) 03 = 300 CFM (0.75-ton) 04 = 400 CFM (1.0-ton) Unit Capacity 4, 5 05 = 500 CFM (1.25-ton) 06 = 600 CFM (1.5-ton) 08 = 800 CFM (2.0-ton) 10 = 1000 CFM (2.5-ton) Heat Exchanger / Cabinet 6 12 = 1200 CFM (3.0-ton) 0 = tandard 1 = Oversized evision (Major) 7 4 = 4th Generation A = (200, 300 and 400 CFM Only) Voltage 8 B = 208/ D = = PC - tandard Motor H = PC - High tatic Motor Fan 9 D = ECM - Constant Torque Motor (ize 08-12) G = ECM - Constant Torque (ize 02-06) E = ECM - Constant Air Volume Motor (ize only) - = Original evision (Minor) 10 B = 1st evision C = 2nd evision ound Attenuation 11 - = tandard Quiet Construction D = P-trap Drain / ound Package Whisperline eries Product Design Guide 1

4 Chassis Nomenclature Category Position Option Digit and Description Product Family 1 W = Vertical tack Water ource Heat Pump A = Heat Pump (Cooling default) B = Cooling Only ystem Configuration 2 C = Air Conditioning and Hydronic Heat E = Heating Only F = Heat Pump and Hydronic Heat (heating default) G = Heat Pump (heating default) 02 = 200 CFM (0.5-ton) 03 = 300 CFM (0.75-ton) 04 = 400 CFM (1.0-ton) Unit Capacity 3, 4 05 = 500 CFM (1.25-ton) 06 = 600 CFM (1.5-ton) 08 = 800 CFM (2.0-ton) 10 = 1000 CFM (2.5-ton) 12 = 1200 CFM (3.0-ton) 0 = tandard Heat Exchanger / Cabinet 5 1 = Oversized evision (Major) 6 4 = 4th Generation A = Voltage 7 B = 208/ D = C = Copeland B = Bristol Compressor 8 T = Tecumseh M = Matsushita L = LG X = Extended ange (TXV) Distributor Options 9 Y = tandard (TXV) I = Boilerless (TXV - Must be type A) - = Original evision (Minor) 10 B = 1st evision C = 2nd evision Option tyle 11 B = Whalen Drain / ilver ails / 18ga. Compressor Box D = P-trap Drain / ilver ails / 18ga. Compressor Box Whisperline eries Product Design Guide 2

5 AHI Performance ating AHAE/ANI/AHI/IO/tandard Table 1: AHI Performance atings AHAE / ANI / AHI / IO tandard Water Loop Heat Pump Ground Loop Heat Pump Cooling 86 F Heating 68 F Cooling 77 F Heating 32 F Model with PC Motor CFM GPM Capacity Btuh EE Btuh / W Capacity Btuh COP Capacity Btuh EE Btuh / W Capacity Btuh COP VP-A-0204*C , , , , VP-A-0304*C , , , , VP-A-0404*C , , , , VP-A-0604* , , , , Cooling based upon 80.6 F DB, 66.2 F WB entering air temperature Heating based upon 68 F DB, 59 F WB entering air temperature Performance based upon 208/60/1 voltage Water Loop Heat Pump Ground Loop Heat Pump Cooling 86 F Heating 68 F Cooling 77 F Heating 32 F Model with EC Motor CFM GPM Capacity Btuh EE Btuh / W Capacity Btuh COP Capacity Btuh EE Btuh / W Capacity Btuh COP VP-A-0204*GC , , , , VP-A-0304*GC , , , , VP-A-0404*GC , , , , VP-A-0504*G , , , , VP-A-0604*G , , , , VP-A-0804*D , , , , VP-A-0814*D , , , , VP-A-1004*D , , , , VP-A-1204*D , , , , Cooling based upon 80.6 F DB, 66.2 F WB entering air temperature Heating based upon 68 F DB, 59 F WB entering air temperature Performance based upon 208/60/1 voltage Whisperline eries Product Design Guide 3

6 Electric Heat Factory installed electric heaters are available on vertical units. Unit controls are available for boilerless, supplemental, primary or emergency electric heat to serve several different application needs. Boilerless electric heat will be energized when the entering water temperature falls below set point. This will allow electric heat to function while ensuring the compressor remains off. With supplemental electric heat control, the wall thermostat will activate the compressor and heater simultaneously if necessary to maintain room heating conditions. Internal Pump Internal pump is optional on all size units but cannot be used in conjunction with the two-way solenoid valve. The internal pump is an internally mounted ON/OFF circulating pump for use with our single riser applications. Tin Dipped Coil Optional tin electro-plated copper tubing protect the air coil from many corrosive elements in the air stream. Corrosion often referred to as Formicary Corrosion occurs due to the presence of dissimilar metals such as copper and aluminum in conjunction with water causes results in refrigerant leaks and eventual failure of the air coil costing hundreds of dollars to replace. tudies have also shown that isolating the copper from the aluminum greatly reduces or eliminates the corrosion thereby increasing the life of the air coil. Constant Torque EC Motor Are standard on size 0800 and 1200 units; they are optional on size 800 and ECM. Constant torque ECMs provide 5 available motor speed settings and will maintain a constant motor torque as external static pressure in the system increases. As the system static pressure torque ECM is minor. Constant Air Volume EC Motor Are optional on size units and will maintain a constant single speed settings. PC (Permanent plit Capacitor) Are standard on size 0600 and smaller units. Our PC motor is available in standard static range as well as high static applications. The supplied motor is available in single or fan switch, control based fan relay, or two-speed thermostat. upply Air Grille Diffusers are constructed of aluminum - damper. Damper blades are positioned vertically and adjust easily for directing the unit discharge air. Flush Mounted eturn Air Panel Constructed of heavy gauge steel, lined with insulation to help attenuate sound from the compressor and fan assembly. Mechanical latching clips ensure the panel door stays closed during operation. Panels are available in chassis accessible version to allow removal of refrigerant chassis without removing the return air panel. Painted Flush Mounted eturn Air Panel Constructed of heavy gauge painted steel, lined with insulation to help attenuate sound from the compressor and fan assembly. Mechanical latching clips ensure the panel door stays closed during operation. Panels are available in chassis accessible version to allow removal of refrigerant chassis without removing the return air panel. Telescoping A Extension Collar A canvas duct connector to connect the WHP discharge to the downstream duct system. This reduces vibration-induced noise. Cabinet tand An optional cabinet stand is available in heights ranging from 2 up to 14 to accommodate interiors with higher baseboard mouldings. Unfused Disconnect Units are available with an optional non-fused disconnect switch, located on the unit front behind the return air panel. The disconnect switch is used to break power to the unit for safety and ease of service. Whisperline eries Product Design Guide 4

7 Circuit Breaker Units are available with an optional circuit breaker is used to break power to the unit for safety and ease of service. T-stat extension Low voltage wire harness ranging from 5 to 20 foot ending with 6-P-in Molex quick connector. The extension can exit cabinet on the top, front, or either side depending on the riser location. Condensate pump The internal condensate pump allows the unit to be located virtually wherever desired. The internal condensate pump serves as an effective means for disposing of condensate generated during heat pump operation. A condensate pump should be designed and installed at the unit to pump condensate to a building drain. Vibration Isolation Pad Vibration isolator pads dampen vibration from the compressor and fan motors. The 1/2 thick isolation pads are composed of closed cell insulation and are attached to the bottom of the cabinet at the factory eliminating 2-Way Valve 2-way valves are used for a variety of pumping applications when more than one unit is installed on a common loop. These valves are also used to call for cooling or heating the valve opens providing volt control wire harness is included with the factory provided control valve option. Automatic Flow Control vice includes a ball valve cast in the valve body and - through the coil without any action required by a system balancer. Manual Flow Control ing the place of a ball valve. This valve allows water accurately. Ball Valve Ball valves allow the unit to be shut off for servicing purposes. They have a low resistance to compact handle that rotates 90 degrees to a fully open position. The valve body is forged brass and seals. Ball valves are included on both the supply and return risers. Memory top Adjustable Memory top provides both balancing and shutoff in one valve. With the memory stop locked in place, the valve can be closed and then reopened to the same balanced position. P/T Port An accessible port where pressure and temperature can be measured. Accepts standard 1/8 gauge adapter or thermometer stem. trainer The Y-type strainer body is constructed of brass with a 20 mesh 304 stainless steel screen. Used for removal of small particles from the water supply pipe during normal system operation. The strainer helps protect the coil and minimizes the chance of control valves clogging. creens should be regularly removed and cleaned as part of a routine maintenance schedule. tainless teel Hoses Flexible 302/304 stainless steel - O.A. Internal Duct A 4 round internal duct is factory installed to provide outside air to the return side of the air coil. By introducing the outside air to the return side of the coil, the outside is conditioned prior to entering the occupied space. The O.A. Internal Duct is insulated when internal to cabinet. O.A. Motorized O.A. Damper The control can be 2-position ventilation mode to provide the minimum ventilation requirements during occupied periods. This control operation still utilizes the modulating damper actuator. Note that the motorized O.A. damper cannot be used with the internal O.A. duct. Whisperline eries Product Design Guide 5

8 Filter an option. Cu-Ni Coaxial Heat Exchanger The optional cupronickel tube-in-tube coaxial heat exchanger used in vertical stack water source heat pumps is designed for maximum heat transfer at normal and low water minimize fouling. All coaxial coils are tested to 400 psig on the water side and 600 psig on the refrigerant side. The extended range chassis has coil and piping insulation to protect against condensation in low-temperature geothermal applications. ilver ail Package The silver rail sound package further attenuates the sounds levels of our standard unit by adding a set of rubber in shear isolators under the compressor chassis rails in lieu of our standard rubber in shear isolators to enhance the dual-level vibration isolation. Table 2: Whisperline Thermostats for tandalone Operation Feature CI C2010L CI C4011 CI C5011 Electrical Box Mounting tyle Drywall Backlit LCD erature & etpoint Display Operating Mode Fan tatus emote etback Non-programmable Programmable 7 day Operation ensing Local or emote Local or emote Local or emote etpoint ange 45ºF to 90ºF 45ºF to 90ºF 45ºF to 90ºF Changeover Manual Automatic Manual or Automatic ystem ettings Heat - Cool - Off Heat - Cool - Auto - Off Heat - Cool - Auto - Off Operating Modes Fan ettings On - Auto On - Auto On - Auto Fan peeds Heating tages Cooling Voltage Operating Voltage VAC VAC VAC Whisperline eries Product Design Guide 6

9 Unit Protection & LED Fault tatus Unit Protections & LED Fault tatus Annunciation efrigerant Circuit High Pressure Protection pressure switch is used to help protect the refrigerant circuit from excessively high pressure. If the high pressure switch opens twice within 1 hour, the control board will initiate a hard lockout and the alarm contact will energize. efrigerant Circuit Low Pressure Protection erant pressure switch is used to help protect the refrigerant circuit from excessively low refrigerant pressure. If the low pressure switch opens twice within 1 hour, the control board will initiate a hard lockout and the alarm contact will energize. Condensate Overflow ensor The control is designed to sense when condensate water levels in the drain pan become excessively high. When high condensate water levels are detect- detects liquid twice within 1 hour, the control board will initiate a hard lockout and the alarm contact will energize. Heat Exchanger Low erature Protection The control is designed to sense when the refrigerant temperature drops to a temperature where it is possible to freeze the air coil or the coaxial selectable for 10, 20, or 32 F. If the Freeze ensor drops below the set temperature twice within 1 hour, the control board will initiate a hard lockout and the alarm contact will energize. Low water temperature The control is designed to sense when the leaving water temperature drops to a temperature where it is possible to freeze the coaxial heat exchanger or raises to a temperature high enough to cause possible damage to the compressor. The threshold the set temperature twice within 1 hour, the control board will initiate a hard lockout and the alarm contact will energize. Low Voltage (Brownout) Protection The solid state control will monitor the 24 volt power input supplied to the board. If the supply voltage drops below 18 VAC, the control module will shut down the unit to protect electrical components from low line voltage conditions. oft Lockout eset This feature is used to minimize nuisance trips of safeties caused by temporary conditions that might inhibit the unit from performing normal functions. When a safety trip occurs, it is counted and the alarm is cleared when the condition returns to normal. If the alarm occurs two times within a manually cleared. Whisperline eries Product Design Guide 7

10 Multi-protocol DDC Controller Multi-Protocol DDC Controller The Whalen Company water source heat pumps are available with a factory installed multi-protocol communication module that is designed to communicate with a building ler is designed to allow the integration of Whalen water source heat pump equipment into DDC systems. DDC controller has the ability to communicate through a choice of three widely used protocols: BACnet M/ TP, Johnson Controls N2, and Modbus. The protocol of choice for the particular system is selected by simply con- allows one controller to be used in a multitude of buildings which use any of these three common protocols. The control serves as a node of information processing between the Whalen heat pump and the DDC network. Features & Benefits Multi-Protocol communications provides DDC system upports native BACnet M/TP communications the upports Johnson Controls N2 communications for integration into Johnson Controls Metasys DDC systems. upports Modbus communications for integration into Modbus DDC networks. speeds of 9600, 19.2k, 38.4k, or 76.8k baud. Enables future. service. tand-alone or BA integrated operational modes. Power: Physical size: Housing material: Environmental: Protection: Digital Outputs: 24Vac +-10%, 50 or 60Hz, 18VA power consumption, 26Vdc, ingle Class 2 source only, 100 VA or less. 0 to 130 degrees F, 10% to 95% non-condensing. Built-in surge transient protection circuitry. Module protected by Internal solid state Polyswitches on incoming power and network connections. normally open. Universal inputs: Communication ports: Port 1: net port: Optional card port: Whisperline eries Product Design Guide 8

11 Physical Data Table Table 3: Physical Data Table Component Models VP-A-0204 VP-A-0304 VP-A-0404 VP-A-0504 VP-A-0604 VP-A-0804 VP-A-0814 VP-A-1004 VP-A-1204 Nominal Tonnage COOLING PEFOMANCE Capacity (MBTUH), ECM fan EE (Btuh/W), ECM fan Entering Water ( F) Water Flow (GPM) ated CFM efrigerant type 410A 410A 410A 410A 410A 410A 410A 410A 410A efrigerant charge (oz) HEATING PEFOMANCE Capacity (MBTUH), ECM fan COP, ECM fan Entering Water ( F) Water Flow (GPM) DIMENION (inches) Width (in.) Depth (in.) Height (in.) OPEATING WEIGHT (lbs.) Chassis Cabinet HIPPING WEIGHT (lbs.) Chassis Cabinet COMPEO Type otary otary otary otary otary otary/croll ecip ecip ecip Quantity EVAPOATO COIL DATA ows efrigerant control TXV TXV TXV TXV TXV TXV TXV TXV TXV UPPLY FAN DATA Quantity Fan ize (D x W) 7.62 x x 5 8 x x x 7 9 x x x 6 10 x 6 Fan type Centrifugal Centrifugal Centrifugal Centrifugal Centrifugal Centrifugal Centrifugal Centrifugal Centrifugal Maximum E..P. PC Motor - tandard NA 0.3 NA NA NA NA PC Motor - High tatic NA NA NA NA ECM Motor - Constant Torque ECM Motor - Constant Volume PC MOTO HP Voltage /60/1 1/15 1/15 1/15 NA 1/12 NA NA NA NA Voltage - 265/60/1 1/20 1/20 1/12 NA 0.15 NA NA NA NA PC HIGH TATIC MOTO HP Voltage /60/1 1/15 1/15 1/12 NA 1/5 NA NA NA NA Voltage - 265/60/1 1/20 1/ NA 0.17 NA NA NA NA CONTANT TOQUE ECM HP Voltage /60/1 1/4 1/4 1/4 1/4 1/4 1/2 1/2 1/2 1/2 Voltage - 265/60/1 1/4 1/4 1/4 1/4 1/4 1/2 1/2 1/2 1/2 CONTANT VOLUME ECM HP Voltage /60/1 NA NA 1/3 1/3 1/3 1/2 1/2 1/2 1/2 Voltage - 265/60/1 NA NA 1/2 1/2 1/2 1/2 1/2 1/2 1/2 ACOUTICAL ETUN AI PANEL Flush Mounted 16 x x x x x x x x x 56 Chassis Accessable Flush Mounted 22 x x x x x x x x x 59 UPPLY GILLE 1 Grille (W x H) 10 x 8 14 x 8 14 x x x x 16 NA NA NA 2 Grille (W x H) 10 x 4 14 x 6 14 x 6 16 x 6 16 x 6 16 x 6 18 x 8 18 x x 12 2 Grille Cornerstone (W x H) 4 x 10 6 x 14 6 x 14 8 x 16 8 x 16 8 x 16 NA NA NA 3 Grille (W x H) 10 x 4 14 x 6 14 x 6 16 x 6 16 x 6 16 x 6 18 x 8 18 x 8 18 x 8 Top Duct (W x H) 12 x x x x x x x x x 14 FILTE ize 13 x x x 24 x 1 15 x 28 x 1 15 x 28 x 1 15 x 28 x 1 17 x 40 x 1 17 x 40 x 1 17 x 40 x 1 Quantity Whisperline eries Product Design Guide 9

12 Unit Voltage Limitations / Continuous Operating Limits Table 4: Unit Voltage Limitations Table X: Unit Voltage Limitations Voltage Minimum Maximum 208/ Table 5: VP Continuous Operating Limits Ambient Air F Entering Air F Entering Fluid F Mode Minimum Maximum Minimum Maximum tandard ange Extended ange DB DB DB WB DB WB Min Max Min Max Cooling Heating requires insulated risers, correct control jumper setting, and design condition antifreeze solution Table 6: VP tart-up Operating Limits Ambient Air F Entering Air F Entering Fluid F Mode Minimum Maximum Minimum Maximum tandard ange Extended ange DB DB DB WB DB WB Min Max Min Max Cooling Heating requires insulated risers, correct control jumper setting, and design condition antifreeze solution tandard ange Units: Units are designed to start in an ambient of 50 F (10 C) with entering air at 50 F (10 C), with entering water at 50 F (10 C), with nominal air flow and water flow (3.0 GPM/Ton), for initial start-up in heating and cooling mode. Note: This is not a normal or continuous operating condition. It is assumed that such start-up is for the purpose of bringing the building space up to occupancy temperature and operating for extended periods of time. Extended ange Units: Units are designed to start in an ambient of 50 F (10 C) with entering air at 50 F (10 C), with entering water at 20 F (-7 C), with nominal air flow and water flow (3.0 GPM/Ton), for initial start-up in heating. Units are designed to start in an ambient of 50 F Note: This is not a normal or continuous operating condition. It is assumed that such start-up is for the purpose of bringing the building space up to occupancy temperature and operating for extended periods of time. Environment This equipment is designed for indoor installation only. Unconditioned locations such as attics, protection against extremes in temperature and/or humidity, and equipment performance, reliability, and service life may be adversely affected. Power supply A voltage variation of +/-10% of nameplate voltage is acceptable. Whisperline eries Product Design Guide 10

13 Whisperline 0204 Performance Data Cooling Performance ize (Tons) 0204 (0.5) EWT ( F) TC Heating Performance Entering Air - 80 F / 67 F Entering Air - 78 F / 65 F Entering Air - 75 F / 63 F C H ise ( F) TC C H ise ( F) TC C H ise ( F) GPM kw kw kw ize (Tons) 0204 (0.5) EWT ( F) Entering Air - 65 F db Entering Air - 70 F db Entering Air - 75 F db ise ( F) Drop ( F) Drop ( F) HC HE HC HE HC HE GPM kw kw kw PEF-WA-VI-WL-Classic Whisperline eries Product Design Guide 11

14 Whisperline 0304 Performance Data Cooling Performance ize (Tons) 0304 (0.75) EWT ( F) TC Heating Performance Entering Air - 80 F / 67 F Entering Air - 78 F / 65 F Entering Air - 75 F / 63 F C H ise ( F) TC C H ise ( F) TC C H ise ( F) GPM kw kw kw ize (Tons) 0304 (0.75) EWT ( F) Entering Air - 65 F db Entering Air - 70 F db Entering Air - 75 F db ise ( F) Drop ( F) Drop ( F) HC HE HC HE HC HE GPM kw kw kw PEF-WA-VI-WL-Classic Whisperline eries Product Design Guide 12

15 Whisperline 0404 Performance Data Cooling Performance ize (Tons) 0404 (1.0) EWT ( F) TC Heating Performance Entering Air - 80 F / 67 F Entering Air - 78 F / 65 F Entering Air - 75 F / 63 F C H ise ( F) TC C H ise ( F) TC C H ise ( F) GPM kw kw kw ize (Tons) 0404 (1.0) EWT ( F) Entering Air - 65 F db Entering Air - 70 F db Entering Air - 75 F db Drop ( F) Drop ( F) Drop ( F) HC HE HC HE HC HE GPM kw kw kw PEF-WA-VI-WL-Classic Whisperline eries Product Design Guide 13

16 Whisperline 0504 Performance Data Cooling Performance ize (Tons) 0504 (1.25) EWT ( F) TC Heating Performance Entering Air - 80 F / 67 F Entering Air - 78 F / 65 F Entering Air - 75 F / 63 F C H ise ( F) TC C H ise ( F) TC C H ise ( F) GPM kw kw kw ize (Tons) 0504 (1.25) EWT ( F) Entering Air - 65 F db Entering Air - 70 F db Entering Air - 75 F db Drop ( F) Drop ( F) Drop ( F) HC HE HC HE HC HE GPM kw kw kw PEF-WA-VI-WL-Classic Whisperline eries Product Design Guide 14

17 Whisperline 0604 Performance Data Cooling Performance ize (Tons) 0604 (1.5) EWT ( F) TC Heating Performance Entering Air - 80 F / 67 F Entering Air - 78 F / 65 F Entering Air - 75 F / 63 F C H ise ( F) TC C H ise ( F) TC C H ise ( F) GPM kw kw kw ize (Tons) 0604 (1.5) EWT ( F) Entering Air - 65 F db Entering Air - 70 F db Entering Air - 75 F db Drop ( F) Drop ( F) Drop ( F) HC HE HC HE HC HE GPM kw kw kw PEF-WA-VI-WL-Classic Whisperline eries Product Design Guide 15

18 Whisperline 0804 Performance Data Cooling Performance ize (Tons) 0804 (2.0) EWT ( F) GPM TC Heating Performance Entering Air - 80 F / 67 F Entering Air - 78 F / 65 F Entering Air - 75 F / 63 F C kw H ise ( F) TC C kw H ise ( F) TC C kw H ise ( F) ize (Tons) 0804 (2.0) EWT ( F) Entering Air - 65 F db Entering Air - 70 F db Entering Air - 75 F db Drop ( F) Drop ( F) Drop ( F) HC HE HC HE HC HE GPM kw kw kw PEF-WA-VI-WL-Classic Whisperline eries Product Design Guide 16

19 Whisperline 0814 Performance Data Cooling Performance ize (Tons) 0814 (2.2) EWT ( F) GPM TC Heating Performance Entering Air - 80 F / 67 F Entering Air - 78 F / 65 F Entering Air - 75 F / 63 F C kw H ise ( F) TC C kw H ise ( F) TC C kw H ise ( F) ize (Tons) 0814 (2.2) EWT ( F) Entering Air - 65 F db Entering Air - 70 F db Entering Air - 75 F db Drop ( F) Drop ( F) Drop ( F) HC HE HC HE HC HE GPM kw kw kw PEF-WA-VI-WL-Classic Whisperline eries Product Design Guide 17

20 Whisperline 1004 Performance Data Cooling Performance ize (Tons) 1004 (2.5) EWT ( F) GPM TC Entering Air - 80 F / 67 F Entering Air - 78 F / 65 F Entering Air - 75 F / 63 F C kw H ise ( F) TC C (Btu/ hr) kw H ise ( F) TC C kw H ise ( F) Heating Performance Entering Air - 65 F db Entering Air - 70 F db Entering Air - 75 F db ize (Tons) 1004 (2.5) EWT ( F) GPM HC kw HE Drop ( F) HC kw HE (Btu/ hr) Drop ( F) HC kw HE Drop ( F) Whisperline eries Product Design Guide 18

21 Whisperline 1204 Performance Data Cooling Performance ize (Tons) 1204 (3.0) EWT ( F) TC Heating Performance Entering Air - 80 F / 67 F Entering Air - 78 F / 65 F Entering Air - 75 F / 63 F C H ise ( F) TC C H ise ( F) TC C H ise ( F) GPM kw kw kw ize (Tons) 1204 (3.0) EWT ( F) Entering Air - 65 F db Entering Air - 70 F db Entering Air - 75 F db Drop ( F) Drop ( F) Drop ( F) HC HE HC HE HC HE GPM kw kw kw PEF-WA-VI-WL-Classic Whisperline eries Product Design Guide 19

22 Table 7: X: VP VP PC Performance Table Unit 0204 (0.5) 0304 (0.75) 0404 (1.0) 0504 (1.25) 0604 (1.5) 0804 (2.0) 0814 (2.0) 1004 (2.5) 1204 (3.0) ated CFM Min. CFM Fan Option CFM at External tatic Pressure (in wg.) Option peed tandard High tatic tandard High tatic tandard High tatc tandard High tatc tandard High tatic tandard High tatic tandard High tatic tandard High tatc tandard High tatic HI LO HI LO HI LO HI LO HI LO HI LO HI LO Not Available HI LO HI LO HI LO HI LO Not Available; ee Constant Torque EC Motor HI LO Not Available; ee Constant Torque EC Motor HI LO Not Available; ee Constant Torque EC Motor HI LO Not Available; ee Constant Torque EC Motor HI LO Not Available; ee Constant Torque EC Motor HI LO Not Available; ee Constant Torque EC Motor HI LO Not Available; ee Constant Torque EC Motor HI LO Not Available; ee Constant Torque EC Motor Whisperline eries Product Design Guide 20

23 Table 8: VP Blower EC Constant Torque Performance Table Unit 0204-xG (0.5) 0304-xG (0.75) 0404-xG (1.0) 0504-xG (1.25) 0604-xG (1.5) 0804-xD (2.0) 0814-xD (2.0) 1004-xD (2.5) 1204-xD (3.0) ated CFM Min. CFM Fan Option CFM at Total External tatic Pressure (in wg.)* Option peed EC Constant Torque EC Constant Torque EC Constant Torque EC Constant Torque EC Constant Torque EC Constant Torque EC Constant Torque EC Constant Torque EC Constant Torque 1 - Indicates single / high speed factory default setting 2 - Indicates dual / low speed factory default setting HI MED HI MED MED LO LOW HI MED HI MED MED LO LOW HI MED HI MED MED LO LOW HI MED HI MED MED LO LOW HI MED HI MED MED LO LOW HI MED HI MED MED LO LOW HI MED HI MED MED LO LOW HI MED HI MED MED LO LOW HI MED HI MED MED LO LOW Whisperline eries Product Design Guide 21

24 Table 9: VP Blower EC Constant Volume Performance Table Unit ated CFM Min. CFM Fan Option CFM at External tatic Pressure (in wg.) Option peed (0.5) EC Constant Volume Default NA 0304 (0.75) EC Constant Volume Default NA 0404 (1.0) EC Constant Volume Default (1.25) EC Constant Volume Default (1.5) EC Constant Volume Default (2.0) EC Constant Volume Default (2.0) EC Constant Volume Default (2.5) EC Constant Volume Default (3.0) EC Constant Volume Default Whisperline eries Product Design Guide 22

25 Electrical Data tandard PC Motor Table 10: VP Electrical Data - tandard PC Motor ize (Tons) 0204-**B (0.5) 0304-**B (0.75) 0404-**B (1.0) 0504-**B (1.25) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA 208/1/ / NA NA NA NA NA NA NA NA 265/1/ /1/ /1/60 265/1/ /1/ /1/60 265/1/ /1/60 N/A : ee Electrical Data - CT Motor NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 23

26 Electrical Data tandard PC Motor VP Electrical Data - tandard PC Motor (cont d.) ize (Tons) 0604-**B (1.5) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /1/ NA NA NA NA NA NA NA NA **B (2.0) N/A : ee Electrical Data - CT Motor 0814-**C (2.0) N/A : ee Electrical Data - CT Motor 1004-**C (2.5) N/A : ee Electrical Data - CT Motor 1204-**C (3.0) N/A : ee Electrical Data - CT Motor Whisperline eries Product Design Guide 24

27 Electrical Data High tatic PC Motor Table 11: VP Electrical Data High tatic PC Motor ize (Tons) 0204-**B (0.5) 0304-**B (0.75) 404-**B Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA 208/1/ / NA NA NA NA NA NA NA NA 265/1/ /1/ /1/60 265/1/ /1/ /1/60 265/1/ /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 25

28 Electrical Data High tatic PC Motor VP Electrical Data High tatic PC Motor (cont d.) ize (Tons) 0504-**B (1.25) 0604-**B (1.5) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /1/ /5 208/1/60 265/1/ /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 26

29 Electrical Data High tatic PC Motor VP Electrical Data High tatic PC Motor (cont d.) ize (Tons) 0804-**B (2.0) 0814-**C (2.0) 1004-**C (2.5) 1204-**C (3.0) Compressor upply Blower Motor Electric Heat ingle Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD N/A : ee Electrical Data - CT Motor N/A : ee Electrical Data - CT Motor N/A : ee Electrical Data - CT Motor N/A : ee Electrical Data - CT Motor Unit MCA Dual Point Power Unit MOPD E-Heat MCA E-Heat MOPD Whisperline eries Product Design Guide 27

30 Table 12: VP Electrical Data Constant Torque EC Motor ize (Tons) 0204-**B (0.5) 0304-**B (0.75) 0404-**B (1.0) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA 208/1/ / NA NA NA NA NA NA NA NA 265/1/ /4 265/1/ /4 208/1/60 265/1/ /4 265/1/ /4 208/1/60 265/1/ /4 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 28

31 VP Electrical Data Constant Torque EC Motor (cont d.) ize (Tons) 0504-**B (1.25) 0604-**B (1.5) /4 265/1/ /4 265/1/ Compressor upply Blower Motor /4 265/1/ /4 265/1/60 Electric Heat ingle Point Power Dual Point Power Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Whisperline eries Product Design Guide 29

32 VP Electrical Data Constant Torque EC Motor (cont d.) ize (Tons) 0804-**B (2.0) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA NA NA NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA / NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 30

33 VP Electrical Data Constant Torque EC Motor (cont d.) ize (Tons) 0814-**C (2.0) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA / NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 31

34 VP Electrical Data Constant Torque EC Motor (cont d.) ize (Tons) 1004-**C (2.5) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA / NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 32

35 VP Electrical Data Constant Torque EC Motor (cont d.) ize (Tons) 1204-**C (3.0) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA / NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 33

36 Electrical Data Constant Volume EC Motor Table 13: VP Electrical Data - Constant Volume EC Motor ize (Tons) 0204-**B (0.5) 0304-**B (0.75) 0404-**B (1.0) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA 208/1/ / NA NA NA NA NA NA NA NA 265/1/ /2 265/1/ /3 208/1/60 265/1/ /2 265/1/ /3 208/1/60 265/1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 34

37 Electrical Data Constant Volume EC Motor VP Electrical Data - Constant Volume EC Motor ize (Tons) 0504-**B (1.25) 0604-**B (1.5) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA /1/ NA NA NA NA NA NA / NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /2 265/1/ NA NA /3 208/1/60 265/1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 35

38 Electrical Data Constant Volume EC Motor VP Electrical Data - Constant Volume EC Motor ize (Tons) 0804-**B (2.0) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA NA NA NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA / NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 36

39 Electrical Data Constant Volume EC Motor VP Electrical Data - Constant Volume EC Motor ize (Tons) 0814-**C (2.0) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA / NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 37

40 Electrical Data Constant Volume EC Motor VP Electrical Data - Constant Volume EC Motor ize (Tons) 1004-**C (2.5) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA / NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 38

41 Electrical Data Constant Volume EC Motor VP Electrical Data - Constant Volume EC Motor ize (Tons) 1204-**C (3.0) Compressor upply Blower Motor Electric Heat ingle Point Power Dual Point Power Voltage LA LA QTY FLA HP Voltage kw Amps MCA MOPD Unit Unit E-Heat E-Heat MCA MOPD MCA MOPD NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA / NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA /1/ /2 265/1/ NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Whisperline eries Product Design Guide 39

42 Electrical Data Additional tatic esistance Table 14: Additional tatic esistance - Units of Measurement in Inches W.G. ize (Tons) Model Fan peed Flush Mount Panel upply Grille MEV 4 (Fiberglass) MEV 4 (Poly) Filter MEV 8 MEV 11 MEV (0.5) 0304 (0.75) 0404 (1.0) 0504 (1.25) 0604 (1.5) 0804 (2.0) 0814 (2.0) 1004 (2.5) 1204 (3.0) VI VP High Low High Low High Low High Low High Low High Low High Low High Low High Low Whisperline eries Product Design Guide 40

43 Wiring Diagrams: : 2 peed PC Motor FH FL BLK ED BLK/ED WHT/ED BLK ED GN CB EE NOTE 2 DI L1 L2/N GND MAIN POWE 208- O 265/1/60 EE NOTE 1 CC BLK P ED XMF EE NOTE 6 C EXTENAL 24VAC EMOTE CONTOL BN ED WHT OL COMP CCOMP ED WHT/GN WHT/GN C ED PC MOTO FH BN FL GN CFAN V OG YEL CC WV EE NOTE 2 WP WP HP BLU WHT/BLU HP HP Y YEL ED CC AL BLK/YEL Y O GL GH C TYPICAL THEMOTAT WIING EE NOTE 5 LP LP-BA1710 TATU LED - FAULT CODE WHT/ED LP POWE TATU C C COND WHT/GN WHT/GN 1 BLINK HIGH PEUE FAULT 2 BLINK LOW PEUE FAULT 3 BLINK EFIGEANT TEMPEATUE FAULT 4 BLINK CONDENATE OVEFLOW FAULT 5 BLINK BOWNOUT FAULT 6 BLINK WATE TEMPEATUE FAULT FEEZE TEMP 32F 20F 10F WATE TEMP 125F 36F 20F 10F 0F Alarm Pulse Const TET OFF On COND WATE WATE FEEZE FEEZE EE NOTE 7, 8, 9, & 10 BN GY GY PU PU WT LT Z LEGEND: CC - COMPEO CONTACTO CCOMP - COMPEO CAPACITO FH - HIGH PEED FAN ELAY FL - LOW PEED FAN ELAY CFAN - FAN CAPACITO V - EVEING VALVE HP - HIGH PEUE LIMIT LT - LOW TEMPEATUE LIMIT XFM - 24VAC TANFOME; 40 VA OL - COMPEO OVELOAD (ee Note 4) Z - CONDENATE OVEFLOW ENO LP - LOW PEUE LIMIT WT - WATE TEMPEATUE LIMIT WV - WATE CONTOL VALVE WP - WATE PEUE LIMIT P - INLINE CICULATING PUMP C - EMOTE CONTOL ELAY DI - DICONNECT WITCH CB - CICUIT BEAKE (ee Note 3) - FACTOY WIING - FIELD WIING - OPTIONAL WIING/ACCEOY - QUICK CONNECTION - FACTOY CONNECTION - FIELD CONNECTION - LIGHT EMITTING DIODE INDICATO - HIGH PEUE WITCH - LOW PEUE WITCH - THEMITO - CONDENATE DAIN PAN - ELAY COIL - NOMALLY OPEN ELAY CONTACT - NOMALLY CLOED ELAY CONTACT - OLENOID COIL - GOUND CONNECTION NOTE: 1. Use copper conductors only. 2. DPT switch for 208V applications only. 3. If used, CB replaces DI 4. OL may be internal or external to compressor depending on unit size. 5. Thermostat is field installed and may be remote mounted. 6. For V units, transformer is factory wired for operation at 230V. For 208V operation, move lead to 208V terminal. 7. TATU LED blinks to indicate fault; reference Table 1 for fault condition 8. FEEZE TEMP jumper shown in default location. When using antifreeze fluid mixture, refer to IOM for correct setting. 9. WATE TEMP jumper shown in bypass position when WT sensor is not equipped. When WT sensor is equipped, refer to IOM for correct fluid mixture protection setting. 10. TET mode is for diagnostic purposes only. When ON, anti-short cycle protection is reduced from 300 seconds to 5 seconds. After board has been powered for 60 minutes in TET mode, normal operation is resumed; regardless of jumper position. Cycling unit power will reset operation. 6_A11-2g.vsd 9 March, 2017 Whisperline eries Product Design Guide 41

44 GN BLK BLK ED BLK ED BLK/ED WHT/ED BLK ED GN CB EE NOTE 2 DI L1 L2/N GND MAIN POWE 208- O 265/1/60 EE NOTE 1 GN/YEL BLK WHT WHT CC BLK P ED XMF EE NOTE 6 C EXTENAL 24VAC EMOTE CONTOL EC MOTO OL CCOMP ED WHT/GN ED BLU OG YEL MCU COM 1 P WHT/GN COMP C WHT/GN ED - 2 P GN GN ED BLU OG YEL + 3 P 4 P 5 P BN V BN OG AC IN AC IN WHT/GN ED YEL EE NOTE 11 CC WV EE NOTE 2 WP HP BLU WHT/BLU HP HP ED CC BLK/YEL WP LP TABLE 1 LP-BA1710 TATU LED - FAULT CODE 1 BLINK HIGH PEUE FAULT 2 BLINK LOW PEUE FAULT WHT/ED Y LP YEL POWE TATU AL C C COND COND WATE WATE WHT/GN WHT/GN BN GY GY WT Z Y O GH GL C TYPICAL THEMOTAT WIING EE NOTE 5 3 BLINK EFIGEANT TEMPEATUE FAULT 4 BLINK CONDENATE OVEFLOW FAULT 5 BLINK BOWNOUT FAULT 6 BLINK WATE TEMPEATUE FAULT FEEZE TEMP 32F 20F 10F WATE TEMP 125F 36F 20F 10F 0F Alarm Pulse Const TET OFF On FEEZE FEEZE EE NOTE 7, 8, 9, & 10 PU PU LT LEGEND: CC - COMPEO CONTACTO CCOMP - COMPEO CAPACITO MCU - FAN MOTO CONTOLLE V - EVEING VALVE HP - HIGH PEUE LIMIT LT - LOW TEMPEATUE LIMIT XFM - 24VAC TANFOME; 40 VA OL - COMPEO OVELOAD (ee Note 4) Z - CONDENATE OVEFLOW ENO WT - WATE TEMPEATUE LIMIT LP - LOW PEUE LIMIT WV - WATE CONTOL VALVE (ee Note 12) WP - WATE PEUE LIMIT P - INLINE CICULATING PUMP C - EMOTE CONTOL ELAY DI - DICONNECT WITCH CB - CICUIT BEAKE (ee Note 3) - FACTOY WIING - FIELD WIING - OPTIONAL WIING/ACCEOY - QUICK CONNECTION - FACTOY CONNECTION - FIELD CONNECTION - LIGHT EMITTING DIODE INDICATO - HIGH PEUE WITCH - LOW PEUE WITCH - THEMITO - CONDENATE DAIN PAN - ELAY COIL - NOMALLY OPEN ELAY CONTACT - NOMALLY CLOED ELAY CONTACT - OLENOID COIL - GOUND CONNECTION NOTE: 1. Use copper conductors only. 2. DPT switch for 208V applications only. 3. If used, CB replaces DI 4. OL may be internal or external to compressor depending on unit size. 5. Thermostat is field installed and may be remote mounted. 6. For V units, transformer is factory wired for operation at 230V. For 208V operation, move lead to 208V terminal. 7. TATU LED blinks to indicate fault; reference Table 1 for fault condition 8. FEEZE TEMP jumper shown in default location. When using antifreeze fluid mixture, refer to IOM for correct setting. 9. WATE TEMP jumper shown in bypass position when WT sensor is not equipped. When WT sensor is equipped, refer to IOM for correct fluid mixture protection setting. 10. TET mode is for diagnostic purposes only. When ON, anti-short cycle protection is reduced from 300 seconds to 5 seconds. After board has been powered for 60 minutes in TET mode, normal operation is resumed; regardless of jumper position. Cycling unit power will reset operation. 11. MCU shown with typical fan speed connections. Actual speeds may vary by unit size. 6_A11G2e.vsd 9 March, 2017 Whisperline eries Product Design Guide 42

45 BLK ED BLK/ED WHT/ED BLK ED GN CB EE NOTE 2 DI L1 L2/N GND MAIN POWE 208- O 265/1/60 EE NOTE 1 BLK GN WHT CC BLK P ED XMF EE NOTE 6 C EXTENAL 24VAC EMOTE CONTOL EC MOTO EE TABLE 2 OL CCOMP ED WHT/GN WHT/GN COMP WHT/GN C ED GN GN BN V BN OG TABLE 2 C L G N ECM CONNECTION C 24 VAC COMMON L L1 G GOUND N L2/N 1-5 PEED TAP (24 VAC) CC WV YEL BN WP WP HP BLU WHT/BLU HP HP Y YEL ED CC AL BLK/YEL EE NOTE 2 LP TABLE 1 LP-BA1710 TATU LED - FAULT CODE 1 BLINK HIGH PEUE FAULT 2 BLINK LOW PEUE FAULT 3 BLINK EFIGEANT TEMPEATUE FAULT 4 BLINK CONDENATE OVEFLOW FAULT 5 BLINK BOWNOUT FAULT WHT/ED LP FEEZE TEMP 32F 20F 10F WATE TEMP 125F 36F 20F 10F POWE 0F Alarm Pulse TATU Const TET OFF On C C COND COND WATE WATE FEEZE FEEZE EE NOTE 7, 8, 9, & 10 WHT/GN WHT/GN BN GY GY PU PU WT LT Z Y O GH GL C TYPICAL THEMOTAT WIING EE NOTE 5 6 BLINK WATE TEMPEATUE FAULT LEGEND: CC - COMPEO CONTACTO CCOMP - COMPEO CAPACITO V - EVEING VALVE HP - HIGH PEUE LIMIT LT - LOW TEMPEATUE LIMIT XFM - 24VAC TANFOME; 40 VA OL - COMPEO OVELOAD (ee Note 4) Z - CONDENATE OVEFLOW ENO LP - LOW PEUE LIMIT WT - WATE TEMPEATUE LIMIT WV - WATE CONTOL VALVE WP - WATE PEUE LIMIT P - INLINE CICULATING PUMP C - EMOTE CONTOL ELAY DI - DICONNECT WITCH CB - CICUIT BEAKE (ee Note 3) - FACTOY WIING - FIELD WIING - OPTIONAL WIING/ACCEOY - QUICK CONNECTION - FACTOY CONNECTION - FIELD CONNECTION - LIGHT EMITTING DIODE INDICATO - HIGH PEUE WITCH - LOW PEUE WITCH - THEMITO - CONDENATE DAIN PAN - ELAY COIL - NOMALLY OPEN ELAY CONTACT - NOMALLY CLOED ELAY CONTACT - OLENOID COIL - GOUND CONNECTION NOTE: 1. Use copper conductors only. 2. DPT switch for 208V applications only. 3. If used, CB replaces DI 4. OL may be internal or external to compressor depending on unit size. 5. Thermostat is field installed and may be remote mounted. 6. For V units, transformer is factory wired for operation at 230V. For 208V operation, move lead to 208V terminal. 7. TATU LED blinks to indicate fault; reference Table 1 for fault condition 8. FEEZE TEMP jumper shown in default location. When using antifreeze fluid mixture, refer to IOM for correct setting. 9. WATE TEMP jumper shown in bypass position when WT sensor is not equipped. When WT sensor is equipped, refer to IOM for correct fluid mixture protection setting. 10. TET mode is for diagnostic purposes only. When ON, anti-short cycle protection is reduced from 300 seconds to 5 seconds. After board has been powered for 60 minutes in TET mode, normal operation is resumed; regardless of jumper position. Cycling unit power will reset operation. 6_A11D2i.vsd 9 March, 2017 Whisperline eries Product Design Guide 43

46 FNO F FNC BLK ED BLK/ED WHT/ED BLK ED GN CB EE NOTE 2 DI L1 L2/N GND MAIN POWE 208- O 265/1/60 EE NOTE 1 HI BLK (BN) LO ED PU WHT CC BLK OL P COMP ED CCOMP ED XMF WHT/GN EE NOTE 6 C WHT/GN EXTENAL 24VAC EMOTE CONTOL C ED PC MOTO MOA F GN CFAN V OG YEL CC WV EE NOTE 2 WP WP HP BLU WHT/BLU HP HP Y YEL ED CC AL BLK/YEL Y O G C TYPICAL THEMOTAT WIING EE NOTE 5 LP LP-BA1710 TATU LED - FAULT CODE WHT/ED LP POWE TATU C C COND WHT/GN WHT/GN 1 BLINK HIGH PEUE FAULT 2 BLINK LOW PEUE FAULT 3 BLINK EFIGEANT TEMPEATUE FAULT 4 BLINK CONDENATE OVEFLOW FAULT 5 BLINK BOWNOUT FAULT 6 BLINK WATE TEMPEATUE FAULT FEEZE TEMP 32F 20F 10F WATE TEMP 125F 36F 20F 10F 0F Alarm Pulse Const TET OFF On COND WATE WATE FEEZE FEEZE EE NOTE 7, 8, 9, & 10 BN GY GY PU PU WT LT Z LEGEND: CC - COMPEO CONTACTO CCOMP - COMPEO CAPACITO F - FAN ELAY CFAN - FAN CAPACITO V - EVEING VALVE HP - HIGH PEUE LIMIT LT - LOW TEMPEATUE LIMIT XFM - 24VAC TANFOME; 40 VA OL - COMPEO OVELOAD (ee Note 4) Z - CONDENATE OVEFLOW ENO LP - LOW PEUE LIMIT WT - WATE TEMPEATUE LIMIT WV - WATE CONTOL VALVE WP - WATE PEUE LIMIT P - INLINE CICULATING PUMP C - EMOTE CONTOL ELAY DI - DICONNECT WITCH CB - CICUIT BEAKE (ee Note 3) F - FAN PPEED WITCH MOA - MOTOIZED OUTDOO AI - FACTOY WIING - FIELD WIING - OPTIONAL WIING/ACCEOY - QUICK CONNECTION - FACTOY CONNECTION - FIELD CONNECTION - LIGHT EMITTING DIODE INDICATO - HIGH PEUE WITCH - LOW PEUE WITCH - THEMITO - CONDENATE DAIN PAN - ELAY COIL - NOMALLY OPEN ELAY CONTACT - NOMALLY CLOED ELAY CONTACT - OLENOID COIL - GOUND CONNECTION NOTE: 1. Use copper conductors only. 2. DPT switch for 208V applications only. 3. If used, CB replaces DI 4. OL may be internal or external to compressor depending on unit size. 5. Thermostat is field installed and may be remote mounted. 6. For V units, transformer is factory wired for operation at 230V. For 208V operation, move lead to 208V terminal. 7. TATU LED blinks to indicate fault; reference Table 1 for fault condition 8. FEEZE TEMP jumper shown in default location. When using antifreeze fluid mixture, refer to IOM for correct setting. 9. WATE TEMP jumper shown in bypass position when WT sensor is not equipped. When WT sensor is equipped, refer to IOM for correct fluid mixture protection setting. 10. TET mode is for diagnostic purposes only. When ON, anti-short cycle protection is reduced from 300 seconds to 5 seconds. After board has been powered for 60 minutes in TET mode, normal operation is resumed; regardless of jumper position. Cycling unit power will reset operation. 6_A11-1g ULF.vsd 9 March, 2017 Whisperline eries Product Design Guide 44

47 GN BLK BLK ED BLK ED BLK/ED WHT/ED BLK ED GN CB EE NOTE 2 DI L1 L2/N GND MAIN POWE 208- O 265/1/60 EE NOTE 1 GN/YEL BLK WHT WHT CC BLK P ED XMF EE NOTE 6 C EXTENAL 24VAC EMOTE CONTOL EC MOTO OL CCOMP ED WHT/GN ED BLU OG YEL MCU COM 1 P WHT/GN COMP C WHT/GN ED - 2 P GN GN ED BLU OG YEL + 3 P 4 P 5 P BN V BN OG AC IN AC IN WHT/GN ED YEL EE NOTE 11 CC WV EE NOTE 2 WP HP BLU WHT/BLU HP HP ED CC BLK/YEL WP LP TABLE 1 LP-BA1710 TATU LED - FAULT CODE 1 BLINK HIGH PEUE FAULT 2 BLINK LOW PEUE FAULT WHT/ED Y LP YEL POWE TATU AL C C COND COND WATE WATE WHT/GN WHT/GN BN GY GY WT Z Y O GH GL C TYPICAL THEMOTAT WIING EE NOTE 5 3 BLINK EFIGEANT TEMPEATUE FAULT 4 BLINK CONDENATE OVEFLOW FAULT 5 BLINK BOWNOUT FAULT 6 BLINK WATE TEMPEATUE FAULT FEEZE TEMP 32F 20F 10F WATE TEMP 125F 36F 20F 10F 0F Alarm Pulse Const TET OFF On FEEZE FEEZE EE NOTE 7, 8, 9, & 10 PU PU LT LEGEND: CC - COMPEO CONTACTO CCOMP - COMPEO CAPACITO MCU - FAN MOTO CONTOLLE V - EVEING VALVE HP - HIGH PEUE LIMIT LT - LOW TEMPEATUE LIMIT XFM - 24VAC TANFOME; 40 VA OL - COMPEO OVELOAD (ee Note 4) Z - CONDENATE OVEFLOW ENO WT - WATE TEMPEATUE LIMIT LP - LOW PEUE LIMIT WV - WATE CONTOL VALVE (ee Note 12) WP - WATE PEUE LIMIT P - INLINE CICULATING PUMP C - EMOTE CONTOL ELAY DI - DICONNECT WITCH CB - CICUIT BEAKE (ee Note 3) - FACTOY WIING - FIELD WIING - OPTIONAL WIING/ACCEOY - QUICK CONNECTION - FACTOY CONNECTION - FIELD CONNECTION - LIGHT EMITTING DIODE INDICATO - HIGH PEUE WITCH - LOW PEUE WITCH - THEMITO - CONDENATE DAIN PAN - ELAY COIL - NOMALLY OPEN ELAY CONTACT - NOMALLY CLOED ELAY CONTACT - OLENOID COIL - GOUND CONNECTION NOTE: 1. Use copper conductors only. 2. DPT switch for 208V applications only. 3. If used, CB replaces DI 4. OL may be internal or external to compressor depending on unit size. 5. Thermostat is field installed and may be remote mounted. 6. For V units, transformer is factory wired for operation at 230V. For 208V operation, move lead to 208V terminal. 7. TATU LED blinks to indicate fault; reference Table 1 for fault condition 8. FEEZE TEMP jumper shown in default location. When using antifreeze fluid mixture, refer to IOM for correct setting. 9. WATE TEMP jumper shown in bypass position when WT sensor is not equipped. When WT sensor is equipped, refer to IOM for correct fluid mixture protection setting. 10. TET mode is for diagnostic purposes only. When ON, anti-short cycle protection is reduced from 300 seconds to 5 seconds. After board has been powered for 60 minutes in TET mode, normal operation is resumed; regardless of jumper position. Cycling unit power will reset operation. 11. MCU shown with typical fan speed connections. Actual speeds may vary by unit size. 6_A11G2e.vsd 9 March, 2017 Whisperline eries Product Design Guide 45

48 BLK ED BLK/ED WHT/ED BLK ED GN CB EE NOTE 2 DI L1 L2/N GND MAIN POWE 208- O 265/1/60 EE NOTE 1 BLK GN WHT CC BLK P ED XMF EE NOTE 6 C EXTENAL 24VAC EMOTE CONTOL EC MOTO EE TABLE 2 OL CCOMP ED WHT/GN WHT/GN COMP WHT/GN C ED GN GN BN V BN OG TABLE 2 C L G N ECM CONNECTION C 24 VAC COMMON L L1 G GOUND N L2/N 1-5 PEED TAP (24 VAC) CC WV YEL BN WP WP HP BLU WHT/BLU HP HP Y YEL ED CC AL BLK/YEL EE NOTE 2 LP TABLE 1 LP-BA1710 TATU LED - FAULT CODE 1 BLINK HIGH PEUE FAULT 2 BLINK LOW PEUE FAULT 3 BLINK EFIGEANT TEMPEATUE FAULT 4 BLINK CONDENATE OVEFLOW FAULT 5 BLINK BOWNOUT FAULT WHT/ED LP FEEZE TEMP 32F 20F 10F WATE TEMP 125F 36F 20F 10F POWE 0F Alarm Pulse TATU Const TET OFF On C C COND COND WATE WATE FEEZE FEEZE EE NOTE 7, 8, 9, & 10 WHT/GN WHT/GN BN GY GY PU PU WT LT Z Y O GH GL C TYPICAL THEMOTAT WIING EE NOTE 5 6 BLINK WATE TEMPEATUE FAULT LEGEND: CC - COMPEO CONTACTO CCOMP - COMPEO CAPACITO V - EVEING VALVE HP - HIGH PEUE LIMIT LT - LOW TEMPEATUE LIMIT XFM - 24VAC TANFOME; 40 VA OL - COMPEO OVELOAD (ee Note 4) Z - CONDENATE OVEFLOW ENO LP - LOW PEUE LIMIT WT - WATE TEMPEATUE LIMIT WV - WATE CONTOL VALVE WP - WATE PEUE LIMIT P - INLINE CICULATING PUMP C - EMOTE CONTOL ELAY DI - DICONNECT WITCH CB - CICUIT BEAKE (ee Note 3) - FACTOY WIING - FIELD WIING - OPTIONAL WIING/ACCEOY - QUICK CONNECTION - FACTOY CONNECTION - FIELD CONNECTION - LIGHT EMITTING DIODE INDICATO - HIGH PEUE WITCH - LOW PEUE WITCH - THEMITO - CONDENATE DAIN PAN - ELAY COIL - NOMALLY OPEN ELAY CONTACT - NOMALLY CLOED ELAY CONTACT - OLENOID COIL - GOUND CONNECTION NOTE: 1. Use copper conductors only. 2. DPT switch for 208V applications only. 3. If used, CB replaces DI 4. OL may be internal or external to compressor depending on unit size. 5. Thermostat is field installed and may be remote mounted. 6. For V units, transformer is factory wired for operation at 230V. For 208V operation, move lead to 208V terminal. 7. TATU LED blinks to indicate fault; reference Table 1 for fault condition 8. FEEZE TEMP jumper shown in default location. When using antifreeze fluid mixture, refer to IOM for correct setting. 9. WATE TEMP jumper shown in bypass position when WT sensor is not equipped. When WT sensor is equipped, refer to IOM for correct fluid mixture protection setting. 10. TET mode is for diagnostic purposes only. When ON, anti-short cycle protection is reduced from 300 seconds to 5 seconds. After board has been powered for 60 minutes in TET mode, normal operation is resumed; regardless of jumper position. Cycling unit power will reset operation. 6_A11D2i.vsd 9 March, 2017 Whisperline eries Product Design Guide 46

49 Whisperline tandard iser Detail Internal Drain Pan Units /16 2 9/16 D 3 1/8 3 D D 3 1/8 3 C L 6 6 OPTIONAL TOP POWE OPTIONAL TOP POWE OPTIONAL TOP POWE ETUN AI OPENING ETUN AI OPENING L.H. IDE IE.H. IDE IE EA IE Notes: 1. iser size refers to the larger of the supply and return risers one each heat pump. 2. isers are protected by a steel riser cover extending the height of the cabinet. isers are soldered to a copper clamp to help prevent movement during shipment and jobsite handling. 3. iser couplings are not furnished by Whalen, unless otherwise noted. 4. leeve hole dimensions (12" X 6") are recommended minimums. 5. upply pipe is always towards the.a. on side riser units and to the right on rear riser units. 6. Maximum Drain size is 1 1/2 with 3/8" insulation or 1 1/4 with 1/2 insulation for standard or extended option. Use split option for 1 1/2 drain with 1/2 insulation. OPTION TANDAD IE IZE ** No Insulation 1/2" Insulation 2 1/2 1 1/2 ** IE IZE EFE TO THE LAGET IE ON POJECT. EPEENT ECOMMENDED LEEVE HOLE. DAWING NUMBE: 609f-PT-TD JULY 2017 Whisperline eries Product Design Guide 47

50 Whisperline Extended iser Detail Internal Drain Pan Units /2 2 9/16 2 9/16 D 3 3/ / /8 C L 3 3/4 3 3/4 D D 8 8 OPTIONAL TOP POWE OPTIONAL TOP POWE OPTIONAL TOP POWE ETUN AI OPENING ETUN AI OPENING L.H. IDE IE.H. IDE IE EA IE Notes: 1. iser size refers to the larger of the supply and return risers one each heat pump. 2. isers are protected by a steel riser cover extending the height of the cabinet. isers are soldered to a copper clamp to help prevent movement during shipment and jobsite handling. 3. iser couplings are not furnished by Whalen, unless otherwise noted. 4. leeve hole dimensions (15" X 8") are recommended minimums. 5. upply pipe is always towards the.a. on side riser units and to the right on rear riser units. 6. Maximum Drain size is 1 1/2 with 3/8" insulation or 1 1/4 with 1/2 insulation for standard or extended option. Use split option for 1 1/2 drain with 1/2 insulation. OPTION EXTENDED IE IZE ** No Insulation 1/2" Insulation 4 3 ** IE IZE EFE TO THE LAGET IE ON POJECT. EPEENT ECOMMENDED LEEVE HOLE. DAWING NUMBE: 609f-PT-EXT JULY 2017 Whisperline eries Product Design Guide 48

51 Whisperline plit iser Detail Internal Drain Pan Units / /16 2 9/16 D 5 5/8 5 5/8 C L /8 D D 4 3/8 OPTIONAL TOP POWE OPTIONAL TOP POWE OPTIONAL TOP POWE ETUN AI OPENING ETUN AI OPENING L.H. IDE IE.H. IDE IE EA IE Notes: 1. iser size refers to the larger of the supply and return risers one each heat pump. 2. isers are protected by a steel riser cover extending the height of the cabinet. isers are soldered to a copper clamp to help prevent movement during shipment and jobsite handling. 3. iser couplings are not furnished by Whalen, unless otherwise noted. 4. leeve hole dimensions (16" X 9") are recommended minimums. 5. upply pipe is always towards the.a. on side riser units and to the right on rear riser units. 6. Maximum Drain size is 1 1/2 with 3/8" insulation or 1 1/4 with 1/2 insulation for standard or extended option. Use split option for 1 1/2 drain with 1/2 insulation. OPTION PLIT IE IZE ** No Insulation 1/2" Insulation 4 4 ** IE IZE EFE TO THE LAGET IE ON POJECT. EPEENT ECOMMENDED LEEVE HOLE. DAWING NUMBE: 609f-PT-PLIT JULY 2017 Whisperline eries Product Design Guide 49

52 Whisperline Discharge Arrangements ear iser D D D D F F-L F- F-L- D D D D T F-T L-T -T D D D L L- LAGE AOW EPEENT ETUN AI LOCATION AND MALL AOW EPEENT DICHAGE LOCATION. B = BACK O EA L = LEFT = IGHT F = FONT T = TOP DAWING NUMBE: 611c-PV MACH 2016 Whisperline eries Product Design Guide 50

53 Whisperline Discharge Arrangements ide iser F F-L F-B F-L-B T F-T L B C/F-L B-T F F- F-B F--B -T F-T B -B B-T LAGE AOW EPEENT ETUN AI LOCATION AND MALL AOW EPEENT DICHAGE LOCATION. B = BACK O EA L = LEFT = IGHT F = FONT T = TOP C = CONETONE DAWING NUMBE: 611b-PV JANUAY 2015 Whisperline eries Product Design Guide 51

54 Whisperline upply Grille Discharge Arrangements 1 W 1 1 H H 1 W H W W H FONT TYPE F (FONT) TYPE F-B (FONT & BACK) TYPE F (FONT) INGLE DEFLECTION DOUBLE DEFLECTION INGLE DEFLECTION DOUBLE DEFLECTION INGLE DEFLECTION DOUBLE DEFLECTION (DIMENION W CENTEED) (DIMENION W CENTEED) (DIMENION W CENTEED) TYPE L- (LEFT-IGHT) INGLE DEFLECTION DOUBLE DEFLECTION (DIMENION W CENTEED) H W H 1 W D W W D 2 1 H H W TYPE F- (FONT & IGHT) FONT INGLE DEFLECTION DOUBLE DEFLECTION (DIMENION W CENTEED) LH IDE IE UNIT HOWN ABOVE H IDE IE UNIT OPPOITE ee Drawing No. 611PV for plan views. TYPE T (TOP DUCTED) Notes: 1. All standard Whalen supply grilles and registers are fabricated of clear anodized aluminum. 2. ee unit schedule for discharge types. Optional supply registers are available with either parallel or opposed blade dampers at extra cost. 3. upply and return air grilles are shipped loose, for installation after drywall installation is complete. 4. Listed grille and register dimensions are for the grille opening W 2 TYPE C/F- (CONETONE - FONT & IGHT) INGLE DEFLECTION DOUBLE DEFLECTION FONT TYPE T (TOP DUCTED) EA IE UNIT HOWN ABOVE ee Drawing No. 611PV for plan views. Unless otherwise noted, the front grille blades will be vertical, as drawn. egisters should be avoided whenever possible, as restriction of airflow may lead to lockout of the compressor. Avoid combining ducted (Type T) discharge with unit mounted registers. This combination can increase the noise level at the unit. Where Type T is combined with Type F, B, L or, grille height will be that of a two-grille discharge. UNIT IZE Grille Type (F,B,L,) W H Grille Type (F-B, F-L, F-, L-, B-L, B-) W H Grille Cornerstone 3 Grille Type Top Ducted Type (C/F-L, C/F-) (F-L-. F-B-L, F-B-) Type (T ) W H W H W D All dimensions in inches Not Available 18 8 Not Available Not Available Not Available Not Available Not Available DAWING NUMBE: 611m AUGUT 2017 Whisperline eries Product Design Guide 52

55 Whisperline 1 W 1 1 H H 1 W H W W H FONT TYPE F w/oa IN TOP (FONT) TYPE F-B w/oa IN TOP (FONT & BACK) TYPE F w/oa IN TOP (FONT) INGLE DEFLECTION DOUBLE DEFLECTION INGLE DEFLECTION DOUBLE DEFLECTION INGLE DEFLECTION DOUBLE DEFLECTION (DIMENION W CENTEED) (DIMENION W CENTEED) (DIMENION W CENTEED) TYPE L- w/oa IN TOP (LEFT-IGHT) INGLE DEFLECTION DOUBLE DEFLECTION (DIMENION W CENTEED) H W H 1 W D W D W 2 1 H H W TYPE F- w/oa IN TOP (FONT & IGHT) INGLE DEFLECTION DOUBLE DEFLECTION (DIMENION W CENTEED) FONT LH IDE IE UNIT HOWN ABOVE H IDE IE UNIT OPPOITE ee Drawing No. 611PV for plan views. TYPE T w/oa IN TOP (TOP DUCTED) W TYPE C/F- w/oa IN TOP (CONETONE - FONT & IGHT) INGLE DEFLECTION DOUBLE DEFLECTION 2 FONT TYPE T w/oa IN TOP (TOP DUCTED) EA IE UNIT HOWN ABOVE ee Drawing No. 611PV for plan views. Notes: 1. All standard Whalen supply grilles and registers are fabricated of clear anodized aluminum. 2. ee unit schedule for discharge types. Optional supply registers are available with either parallel or opposed blade dampers at extra cost. 3. upply and return air grilles are shipped loose, for installation after drywall installation is complete. 4. Listed grille and register dimensions are for the grille opening Unless otherwise noted, the front grille blades will be vertical, as drawn. egisters should be avoided whenever possible, as restriction of airflow may lead to lockout of the compressor. Avoid combining ducted (Type T) discharge with unit mounted registers. This combination can increase the noise level at the unit. Where Type T is combined with Type F, B, L or, grille height will be that of a two-grille discharge. UNIT IZE Grille Type (F,B,L,) W H Grille Type (F-B, F-L, F-, L-, B-L, B-) W H Grille Cornerstone 3 Grille Type Top Ducted Type (C/F-L, C/F-) (F-L-. F-B-L, F-B-) Type (T ) W H W H W D All dimensions in inches Not Available Not Available Not Available Not Available DAWING NUMBE: 611b-EV AUGUT 2017 Whisperline eries Product Design Guide 53

56 Whisperline Whisperline A C B 1 W THEMOTAT HANE (OPTIONAL) (FIELD MOUNTED) 88 3 DUCT FLANGE IDE POWE (7/8 DIA.) 3 H P-TAP DAIN INPECTION PANEL K P EMOTE THEMOTAT (7/8 DIA.) (OPTIONAL) DUCT FLANGE 8 3 1/4 Fin. Fl. 1 5/8 16 ETUN IE DAIN IE FONT VIEW EA IE HOWN UPPLY IE IGHT IDE VIEW Notes: 1. The return air opening is always on the front of the unit. 2. Cabinet is acoustically and thermally insulated and is fabricated of continuous galvanized steel. 3. upply, return, and drain risers are copper (see notes page for copper type). iser assemblies include two shut off valves inside the cabinet. tandard units include high-pressure hose kits for connection of the refrigeration chassis. 4. For plan views, see drawing 609-PT. 5. Unit power and remote thermostat connections are located on right side on rear riser units. 6. upply air options on 814, 1004 & 1204 models are specified on drawing 611, minimum of two discharges. UNIT IZE 0204-**C 0304-**C 0404-**C 0504-**B 0604-**B 0804-**B 0814-**C 1004-**C 1204-**C A B W H K P All dimensions in inches. IE LENGTH C 9 FOOT 4 10 FOOT 16 DAWING NUMBE: 610q- MACH 2018 Whisperline eries Product Design Guide 54

57 Whisperline Whisperline B A C B DUCT FLANGE IDE POWE (7/8 DIA.) EMOTE THEMOTAT (7/8 DIA.) (OPTIONAL) 3 3 THEMOTAT HANE (OPTIONAL) (FIELD MOUNTED) 1 W 88 DUCT FLANGE K H P Fin. Fl /4 Fin. Fl. 1 5/8 P-TAP DAIN INPECTION PANEL 16 DAIN IE ETUN IE UPPLY IE LEFT IDE VIEW H IDE IE HOWN LH IDE IE OPPOITE FONT VIEW IGHT IDE VIEW H IDE IE HOWN LH IDE IE OPPOITE Notes: 1. The return air opening is always on the front of the unit. 2. Cabinet is acoustically and thermally insulated and is fabricated of continuous galvanized steel. 3. upply, return, and drain risers are copper (see notes page for copper type). iser assemblies include two shut off valves inside the cabinet. tandard units include high-pressure hose kits for connection of the refrigeration chassis. 4. For plan views, see drawing 609-PT. 5. Unit power and remote thermostat connections are located on side opposite risers on side riser units. 6. upply air options on 814, 1004 & 1204 models are specified on drawing 611, minimum of two discharges. UNIT IZE 0204-**C 0304-**C 0404-**C 0504-**B 0604-**B 0804-**B 0814-**C 1004-**C 1204-**C A B W H K P All dimensions in inches. IE LENGTH C 9 FOOT 4 10 FOOT 16 DAWING NUMBE: 610q- MACH 2018 Whisperline eries Product Design Guide 55

58 Whisperline Whisperline A B DUCT COLLA FO BT CONNECTION C A 1 W THEMOTAT HANE (OPTIONAL) (FIELD MOUNTED) DUCT FLANGE /2 INCH DUCT FLANGE IDE POWE (7/8 DIA.) EMOTE CONTOL (7/8 DIA.) (OPTIONAL) D K H 4" OUND BT CONNECTION 7/ /4 P-TAP DAIN INPECTION PANEL Fin. Fl. P TOP POWE (7/8 DIA.) /8 Notes: PLAN VIEW ETUN IE DAIN IE FONT VIEW EA IE HOWN UPPLY IE IGHT IDE VIEW 1. The return air opening is always on the front of the unit. 2. Cabinet is acoustically and thermally insulated and is fabricated of continuous galvanized steel. 3. upply, return, and drain risers are copper (see notes page for copper type). iser assemblies include two shut off valves inside the cabinet. tandard units include high-pressure hose kits for connection of the refrigeration chassis. 4. For plan views, see drawing 609-PT. 5. Unit power and remote thermostat connections are located on right side on rear riser units. 6. Unit includes a 4" top duct connection with an internal distribution conduit and mixing device. 7. upply air options on 814, 1004 & 1204 models are specified on drawing 611, minimum of two discharges. UNIT IZE 0204-**C 0304-**C 0404-**C 0504-**B 0604-**B 0804-**B 0814-**C 1004-**C 1204-**C A B W H K P All dimensions in inches. IE LENGTH C 9 FOOT 4 10 FOOT 16 DAWING NUMBE: 602q-PT--TOAF4 MACH 2018 Whisperline eries Product Design Guide 56

59 Whisperline Whisperline A B DUCT COLLA FO BT CONNECTION A B C D 4" OUND BT CONNECTION LEFT HAND UNIT 1/2 INCH DUCT FLANGE 7/8 IDE POWE 4 (7/8 DIA.) EMOTE TOP CONTOL POWE (7/8 DIA.) (7/8 DIA.) (OPTIONAL) 7 3 THEMOTAT HANE (OPTIONAL) (FIELD MOUNTED) 1 W 88 A DUCT FLANGE K 44 D P 7/8 4" OUND BT CONNECTION Fin. FL /4 Fin. FL. 4 TOP POWE (7/8 DIA.) IGHT HAND UNIT PLAN VIEW LEFT IDE VIEW H IDE IE HOWN LH IDE IE OPPOITE 1 5/8 P-TAP DAIN INPECTION PANEL FONT VIEW 16 DAIN IE UPPLY IE ETUN IE IGHT IDE VIEW H IDE IE HOWN LH IDE IE OPPOITE Notes: 1. The return air opening is always on the front of the unit. 2. Cabinet is acoustically and thermally insulated and is fabricated of continuous galvanized steel. 3. upply, return, and drain risers are copper (see notes page for copper type). iser assemblies include two shut off valves inside the cabinet. tandard units include high-pressure hose kits for connection of the refrigeration chassis. 4. For plan views, see drawing 609-PT. 5. Unit power and remote thermostat connections are located on side opposite risers on side riser units. 6. Unit includes a 4" top duct connection with an internal distribution conduit and mixing device. 7. upply air options on 814, 1004 & 1204 models are specified on drawing 611, minimum of two discharges. UNIT IZE 0204-**C 0304-**C 0404-**C 0504-**B 0604-**B 0804-**B 0814-**C 1004-**C 1204-**C A B W H K P All dimensions in inches. IE LENGTH C 9 FOOT 4 10 FOOT 16 DAWING NUMBE: 602q-PT--TOAF4 MACH 2018 Whisperline eries Product Design Guide 57

60 Whisperline Whisperline A C B 1 W THEMOTAT HANE (OPTIONAL) (FIELD MOUNTED) /2 INCH DUCT FLANGE IDE POWE (7/8 DIA.) DUCT FLANGE 3 H 8 3 1/4 P-TAP DAIN INPECTION PANEL Fin. Fl. K P EMOTE CONTOL (7/8 DIA.) (OPTIONAL) 1 5/8 16 OUTDOO AI OPENING (EITHE IDE) ETUN IE UPPLY IE DAIN IE FONT VIEW H IE HOWN IGHT IDE VIEW Notes: 1. The return air opening is always on the front of the unit. 2. Cabinet is acoustically and thermally insulated and is fabricated of continuous galvanized steel. 3. upply, return, and drain risers are copper (see notes page for copper type). iser assemblies include two shut off valves inside the cabinet. tandard units include high-pressure hose kits for connection of the refrigeration chassis. 4. Foam outdoor air filter, and manual damper are standard. 5. For plan views, see drawing 609-PT. 6. Unit power and remote thermostat connections are located on right side on rear riser units. 7. upply air options on 814, 1004 & 1204 models are specified on drawing 611, minimum of two discharges. UNIT IZE 0204-**C 0304-**C 0404-**C 0504-**B 0604-**B 0804-**B 0814-**C 1004-**C 1204-**C A B W H K P All dimensions in inches. IE LENGTH C 9 FOOT 4 10 FOOT 16 Whisperline eries Product Design Guide 58 DAWING NUMBE: 602h-PT- MACH 2018

61 EIE VI WHIPELINE (WATE OUCE) (GOUND OUCE) HEAT PUMP PAT 1 GENEAL 1.01 ECTION INCLUDE A. Vertical tack Water ource Heat Pumps A. ETL Listed under Underwriters Laboratories tandard for afety UL1995 for heat pumps. A. Deliver products to site, store and protect from the weather and construction debris. Heat pump cabinets and refrigeration chassis must be individually packaged and be tagged with site location, model number and con- A. Protect units from construction debris by covering all openings prior to start-up of the equipment. Units must not be used for heating, cooling, or ventilation prior to the start-up of equipment for permanent use. Use of the equipment for the temporary heating, cooling or ventilation is prohibited. A. All units shall be factory tested at normal operating conditions. Cabinets and fans shall be tested to verify rates is unacceptable. All factory risers shall be pressure tested for leaks UBMITTAL DOCUMENTATION A. tandard submittals shall include capacities, drawings, electrical data, installation, operation and maintenance manuals and other details. Whisperline eries Product Design Guide 59

62 PAT 2 PODUCT 2.01 TYPE CAPACITY 2.03 CABINET internal assemblies shall be welded and treated to prevent corrosion. meeting material standard ATM-C1071 and have an integral water repellent. The insulation shall have a fungi C. The cabinet shall allow the placement of vertical risers on any side not being used for service access or discharge air openings. D. The cabinet will have slots with edge protectors to accommodate movement of the risers with the isolation cutting are unacceptable. F. Cabinet design shall allow a minimum 5-inches below the chassis access opening to allow for full height baseboard. H. The heat pump cabinets shall be shipped separately from, and prior to the refrigeration chassis for early installation at the job site. Whisperline eries Product Design Guide 60

63 A. The refrigeration chassis consisting of the compressor, air coil, water coil, reversing valve, expansion device, for easy removal after disconnecting the two hoses and a polarized electrical power plug. B. The compressor shall be the sealed hermetic type approved and tested for reverse cycle operation. Internal thermal overload protection shall be provided. The compressor shall be internally isolated and externally hard coil distribution and effectiveness, and a minimum of three rows deep. The coil shall be rated to withstand 600 psig refrigerant working pressure. Face velocity shall not exceed 400 feet per minute to insure quiet operation and positive condensate drainage. D. The water coils shall incorporate an electro-coated steel outer tube and a copper inner tube. The inner tube vide Cupro-nickel COAX coil. E. The reversing valve shall be 4-way electric type, pilot operated for quiet reversal. F. The chassis shall be shipped separately from the WHP cabinets to prevent exposure to, and fouling from ancing valve shall be capable of operation over a pressure differential range of 2 to 80 PID. Valves must utilize threaded connections and be easily removable for cleaning and maintenance. chassis. tion chassis. as an integral factory-assembled component of the heat pump. upply and return risers shall be protected riser insulation the length of the cabinet for ground-source applications. B. Ball-type isolation valves shall be factory assembled on the risers by the heat pump manufacturer. The chassis shall be connected to the isolation valves through high-pressure stainless steel hoses provided by the unit manufacturer, to isolate compressor noise and vibration from the piping system. Connection of the refrigerant chassis to building water system through the use of unions is unacceptable. Whisperline eries Product Design Guide 61

64 C. The unit manufacturer shall furnish the heat pump cabinet with the supply and return risers connected togeth- D. The condensate drain riser shall be Type M copper and insulated the length of the cabinet with 3/8-inch closed-cell insulation. A. The drain pan shall collect and drain condensate that may form from any component internal to the heat pump be rolled and soldered into the pan FAN A. The fan shall be slow speed forward curved centrifugal type capable of two fan speeds, and shall be accessible for removal and maintenance through the return air opening. A. Fan motors for heat pumps under 2-ton shall be of the permanently lubricated PC standard or hi-static pres- shall have built-in thermal overload protection. - have built-in overload protection. serving two separate rooms. - - serving two separate rooms. Whisperline eries Product Design Guide 62

65 hinged front acoustical panel with return air entering through the bottom, top and both sides. The front panel hinged front acoustical panel with return air entering through the bottom, top and both sides. The panel shall without the use of tools. mounted hinged front acoustical panel with return air entering through the bottom, top and both sides. The panel shall be fabricated of etched galvanized steel and painted factory white. The return air panel shall allow - aluminum air grille that is attached directly to the unit with two screws. - plenum shall be attached directly to the front of the heat pump unit and surround the return air opening. The outdoor air opening shall be located on the side of the plenum kit for either right or left side connection. ing must be placed before the heat pump air coil to allow conditioning while the heat pump is operating. The outdoor air opening shall be located on either side of the cabinet. door air opening in the cabinet top, with 1/2 deep duct collar and internal ducting to direct intake of outdoor air into the return air plenum and through the heat pump s air coil prior to entering the occupied space. Out- Whisperline eries Product Design Guide 63

66 door air intake that is not directed to the return air plenum to allow outdoor air to pass through the air coil prior to entering the occupied space shall not be allowed. on the side or on the top of the cabinet as shown on the drawings. A. Unit shall include a solid-state control board as part of the unit control system incorporating these features: b. Anti-short cycle compressor minimum OFF time delay. c. afety controls that protect the compressor from the following conditions: i. High pressure iv. Low entering air temperature v. Brown-out power conditions d. tatus LED indicating the device causing a fault condition. e. oft lockout feature that provides for an automatic reset prior to the initiation of a hard lockout. f. Test mode capability with shortened time delays for servicing. liquid properties. A. The heat pump manufacturer shall provide a 24-volt manual changeover wall thermostat with a HEAT-OFF- COOL system switch and AUTO-ON fan selector switch. B. The heat pump manufacturer shall provide a thermostat capable of front mounting at a height of 48 inches Whisperline eries Product Design Guide 64

67 C. Others shall install thermostat by plugging into the control wiring with a polarized male-female plug after the age, return air thermostats with remote bulbs subject to damage during routine service will not be accepted. PAT 3 EXECUTION 3.01 INTALLATION gral risers, and with capacity and electrical characteristics as scheduled. Units shall be eries VI as manufactured by The Whalen Company of Easton, MD. B. Install in accordance with manufacturer s installation instructions. Install units plumb and level, and maintain manufacturer s recommended clearances for the unit and accessories. Whisperline eries Product Design Guide 65

68 Whisperline Warranty tatements Whisperline eries Product Design Guide 66

69 Whisperline Warranty tatements The Whalen Company Limited Express Warranty Water-to-Air Heat Pump Chassis tandard Warranty AMPLE The Whalen Company warrants to the purchaser each water-to-air heat pump chassis (or each refrigeration chassis) to be free from original defects in materials and workmanship. Where inspection by an authorized representative of The Whalen Company confirms such defects to be present, for a period of twelve months from date of shipment, Whalen will furnish replacement components or materials to the original purchaser without charge. This warranty excludes all field labor in connection with inspection and diagnosis of malfunctions, all field labor in connection with repair or replacement of parts, all field labor in connection with removal and transportation to and from a repair facility and all field labor in connection with reinstallation after repairs are completed. This warranty is intended to cover original equipment defects only. Whalen expressly disclaims all liability for component failures arising out of the misuse of Whalen heat pumps through misapplication, improper installation, inadequate maintenance, or operation on defective water and electrical systems. Equipment failure due to corrosion, abuse, or acts of God is also excluded from this warranty. The Whalen Company neither assumes nor authorizes any person to assume for it any obligation or warranty other than those stated herein. eplacement or repair under this warranty will not extend the warranty time periods defined above. Whalen shall not, in any event, have any liability under this warranty unless and until it has been paid in full for the equipment supplied. The warranty period shall commence on the date of shipment, however, whether or not payment has been made. This warranty applies only to Whalen heat pump installations in the fifty United tates and in Canada. There are no warranties outside those areas. The Whalen Company has no liability for incidental or consequential damages arising out of the ownership, use, or operation of Whalen heat pumps. THEE AE NO WAANTIE WHICH EXTEND BEYOND THE DECIPTION ON THE FACE HEEOF. NO IMPLIED WAANTY O MECHANTABILITY HALL ACCOMPANY THE ALE OF THI EQUIPMENT, AND THI EXPE WAANTY I INTENDED TO AND DOE EPLACE ANY IMPLIED WAANTY OF MECHANTABILITY. This warranty, its limitations and its exclusions are to be governed by the laws of Maryland. Although some warranties may vary in their effect and coverage from locality to locality, this warranty, its effects, coverage, ev: 05/2015 and remedies are only those available in Maryland. Whisperline eries Product Design Guide 67

70 Whisperline Warranty tatements The Whalen Company Limited Express Warranty Water-to-Air Heat Pump with 5 Year Compressor Warranty AMPLE The Whalen Company warrants to the purchaser each water-to-air heat pump to be free from original defects in materials and workmanship. Where inspection by an authorized representative of The Whalen Company confirms such defects to be present, for a period of fifteen months from date of shipment, Whalen will furnish replacement components or materials to the original purchaser without charge. In addition, for a period of sixty months from the date of shipment, Whalen will furnish a replacement for any compressor found by an authorized representative of The Whalen Company to contain an original defect. This warranty does not cover labor in connection with repair or replacement of parts, labor in connection with removal and transportation to and from a repair facility, or labor in connection with reinstallation after repairs are completed. The sixty month extended warranty is intended to cover original equipment defects only. Whalen expressly disclaims all liability for component failures arising out of the misuse of Whalen heat pumps through misapplication, improper installation, inadequate maintenance, or operation on defective water and electrical systems. Equipment failure due to corrosion, abuse, or acts of God is also excluded from this warranty. The Whalen Company neither assumes nor authorizes any person to assume for it any obligation or warranty other than those stated herein. eplacement or repair under this warranty will not extend the warranty time periods defined above. Whalen shall not, in any event, have any liability under this warranty unless and until it has been paid in full for the equipment supplied. The warranty period shall commence on the date of shipment, however, whether or not payment has been made. This warranty applies only to Whalen heat pump installations in the fifty United tates and in Canada. There are no warranties outside those areas. The Whalen Company has no liability for incidental or consequential damages arising out of the ownership, use, or operation of Whalen heat pumps. THEE AE NO WAANTIE WHICH EXTEND BEYOND THE DECIPTION ON THE FACE HEEOF. NO IMPLIED WAANTY O MECHANTABILITY HALL ACCOMPANY THE ALE OF THI EQUIPMENT, AND THI EXPE WAANTY I INTENDED TO AND DOE EPLACE ANY IMPLIED WAANTY OF MECHANTABILITY. This warranty, its limitations and its exclusions are to be governed by the laws of Maryland. Although some warranties may vary in their effect and coverage from locality to locality, this warranty, its effects, coverage, ev: 05/2015 and remedies are only those available in Maryland. Whisperline eries Product Design Guide 68

71 Whisperline Warranty tatements The Whalen Company Limited Express Warranty Water-to-Air Heat Pump with 5 Year efrigeration Circuit Warranty AMPLE The Whalen Company warrants to the purchaser each water-to-air heat pump to be free from original defects in materials and workmanship. Where inspection by an authorized representative of The Whalen Company confirms such defects to be present, for a period of fifteen months from date of shipment, Whalen will furnish replacement components or materials to the original purchaser without charge. In addition, for a period of sixty months from the date of shipment, Whalen will repair or replace refrigeration circuit components found by an authorized representative of The Whalen Company to contain an original defect. efrigeration circuit components are defined to include the compressor, reversing valve, water coil, air coil, expansion device and interconnecting tubing only. This warranty excludes all field labor in connection with inspection and diagnosis of malfunctions, all field labor in connection with repair or replacement of parts, all field labor in connection with removal and transportation to and from a repair facility, and all field labor in connection with reinstallation after repairs are completed. The sixty month extended warranty is intended to cover original equipment defects only. Whalen expressly disclaims all liability for component failures arising out of the misuse of Whalen heat pumps through misapplication, improper installation, inadequate maintenance, or operation on defective water and electrical systems. Equipment failuredue to corrosion, abuse or acts of God is also excluded from this warranty. The Whalen Company neither assumes nor authorizes any person to assume for it any obligation or warranty other than those stated herein. eplacement or repair under this warranty will not extend the warranty time periods defined above. Whalen shall not, in any event, have any liability under this warranty unless and until it has been paid in full for the equipment supplied. The warranty period shall commence on the date of shipment, however, whether or not payment has been made. This warranty applies only to Whalen heat pump installations in the fifty United tates and in Canada. There are no warranties outside those areas. The Whalen Company has no liability for incidental or consequential damages arising out of the ownership, use, or operation of Whalen heat pumps. THEE AE NO WAANTIE WHICH EXTEND BEYOND THE DECIPTION ON THE FACE HEEOF. NO IMPLIED WAANTY O MECHANTABILITY HALL ACCOMPANY THE ALE OF THI EQUIPMENT, AND THI EXPE WAANTY I INTENDED TO AND DOE EPLACE ANY IMPLIED WAANTY OF MECHANTABILITY. This warranty, its limitations and its exclusions are to be governed by the laws of Maryland. Although some warranties may vary in their effect and coverage from locality to locality, this warranty, its effects, coverage, and remedies are only those available in Maryland. ev: 05/2015 Whisperline eries Product Design Guide 69