Submittal_GREENHECK.pdf

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DESCRIPTION Model Elevation (ft) Qty Approximate Weight (lb) Minivent-750 11 1 250 --Weight does NOT include skid/crating and may vary by 15% based on options selected. OUTDOOR AIR PERFORMANCE Volume (CFM) External SP (in wg) Total SP (in wg) FRPM Motor Size (hp) 695 0.41 0.41 1320 1/3 EXHAUST AIR PERFORMANCE Volume (CFM) External SP (in wg) Total SP (in wg) FRPM Motor Size (hp) 700 0.41 0.41 1328 1/3 ARRANGEMENT OA Intake Position OA Discharge Position EA Intake Position EA Discharge Position Side Side Side Side MOTOR SPECS V/C/P Enclosure RPM Efficiency 115/60/1 ODP 1625 Standard ELECTRICAL Minimum Circuit Amps (A) Max. Over Current Protection (A) 18.3 25 SUPPLY FAN SOUND PERFORMANCE Supply Outlet Sound Power by Octave Band Lwa dBA 62.5 125 250 500 1000 2000 4000 8000 71.2 76 62 55 50 46.4 39.8 34.8 62.3 50.8 EXHAUST FAN SOUND PERFORMANCE Exhaust Inlet Sound Power by Octave Band Lwa dBA 62.5 125 250 500 1000 2000 4000 8000 71.3 76 62 55 50 46.4 39.7 34.7 62.3 50.8 MiniVent Energy Recovery Ventilator STANDARD CONSTRUCTION FEATURES Exterior housing constructed of galvanized steel • Energy recovery cassette with a desiccant wheel • Two direct drive blower and motor assemblies • Forward curved steel wheels • Ball bearing motors • Fan shafts in permanently lubricated rubber mounted ball bearings • Corrosion resistant fasteners • Housing lined with 1 in insulation • Pleated 1 in filters (30% efficient) • Single point wiring • Four factory mounted hanging brackets • Removable panels enable easy access to internal components SELECTED ACCESSORIES Unit Listed to UL-1995 Frost Control: Timed Exhaust Panel Non UL Listed Spare Filter Set 4 Supply, 4 Exhaust Model GRSF-12 (Intake Roof Cap - Flat Flanged) Model GRSF-12 (Discharge Roof Cap - Flat Flanged) Neoprene Vibration Isolation Kit, Base Mounting Solid State Speed Controllers, (2) 10WSSC, Shipped Loose 2/13/2013 Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29 Job: Energy Recovery Product Type: ERV-1-555 Mark: CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 2 of 79

Transcript of Submittal_GREENHECK.pdf

  • DESCRIPTION

    Model Elevation(ft) QtyApproximateWeight (lb)

    Minivent-750 11 1 250

    --Weight does NOT include skid/crating and mayvary by 15% based on options selected.

    OUTDOOR AIR PERFORMANCEVolume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    Motor Size(hp)

    695 0.41 0.41 1320 1/3

    EXHAUST AIR PERFORMANCEVolume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    Motor Size(hp)

    700 0.41 0.41 1328 1/3

    ARRANGEMENTOA IntakePosition

    OA DischargePosition

    EA IntakePosition

    EA DischargePosition

    Side Side Side Side

    MOTOR SPECSV/C/P Enclosure RPM Efficiency

    115/60/1 ODP 1625 Standard

    ELECTRICAL

    Minimum CircuitAmps (A)

    Max. OverCurrent

    Protection (A)

    18.3 25

    SUPPLY FAN SOUND PERFORMANCESupply Outlet Sound Power by Octave Band

    Lwa dBA62.5 125 250 500 1000 2000 4000 8000

    71.2 76 62 55 50 46.4 39.8 34.8 62.3 50.8

    EXHAUST FAN SOUND PERFORMANCEExhaust Inlet Sound Power by Octave Band

    Lwa dBA62.5 125 250 500 1000 2000 4000 8000

    71.3 76 62 55 50 46.4 39.7 34.7 62.3 50.8

    MiniVent Energy Recovery Ventilator

    STANDARD CONSTRUCTION FEATURES

    Exterior housing constructed of galvanized steel Energy recoverycassette with a desiccant wheel Two direct drive blower and motorassemblies Forward curved steel wheels Ball bearing motors Fanshafts in permanently lubricated rubber mounted ball bearings Corrosion resistant fasteners Housing lined with 1 in insulation Pleated1 in filters (30% efficient) Single point wiring Four factory mountedhanging brackets Removable panels enable easy access to internalcomponents

    SELECTED ACCESSORIESUnit Listed to UL-1995Frost Control: Timed Exhaust Panel Non UL ListedSpare Filter Set 4 Supply, 4 ExhaustModel GRSF-12 (Intake Roof Cap - Flat Flanged)Model GRSF-12 (Discharge Roof Cap - Flat Flanged)Neoprene Vibration Isolation Kit, Base MountingSolid State Speed Controllers, (2) 10WSSC, Shipped Loose

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 2 of 79

  • MiniVentEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Summer Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 90 Dry Bulb (F) 78.5

    Wet Bulb (F) 72 Wet Bulb (F) 65

    Specific Humidity(gr/lb) 89.5

    Specific Humidity(gr/lb) 70.7

    Enthalpy (BTU/lb) 35.7 Enthalpy (BTU/lb) 29.9

    Leaving Air Entering Air

    Dry Bulb (F) 86.4 Dry Bulb (F) 75

    Wet Bulb (F) 70 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 83.8

    Specific Humidity(gr/lb) 64.9

    Enthalpy (BTU/lb) 33.9 Enthalpy (BTU/lb) 28.1

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    Minivent-750 695 76.8 700 76.3

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h) (tons)

    OA Load w/o Energy Recovery 23,769.0 1.98

    OA Load with Energy Recovery 5,629.0 0.47

    Reduction tons saved 1.51

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 3 of 79

  • MiniVentEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Winter Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 38 Dry Bulb (F) 61

    Wet Bulb (F) 31.9 Wet Bulb (F) 52.1

    Specific Humidity(gr/lb) 16.8

    Specific Humidity(gr/lb)

    43.5

    Enthalpy (BTU/lb) 11.7 Enthalpy (BTU/lb) 21.4

    Leaving Air Entering Air

    Dry Bulb (F) 45.1 Dry Bulb (F) 68

    Wet Bulb (F) 38.9 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 25.1

    Specific Humidity(gr/lb) 51.1

    Enthalpy (BTU/lb) 14.7 Enthalpy (BTU/lb) 24.3

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    Minivent-750 695 76.8 700 76.3

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h)

    OA Load w/o Energy Recovery 22,706.0

    OA Load with Energy Recovery 5,298.0

    Reduction BTU/hr. Saved 17,408.0

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 4 of 79

  • ModelVolume (L/sec) OA Wheel

    EfficiencySupply Exhaust

    Minivent-750 695 700 76.8

    CoolingRange

    (C)

    Total HoursAnnually

    Enthalpy(kJ/kg)

    112107102979287827772

    000025

    587169076264

    0.00.00.00.041.040.737.835.033.1

    HeatingRange

    (C)

    Total HoursAnnually

    625752474237322722171272-3-8-13-18

    00000000000000000

    Design ConditionsOutdoor Indoor

    Dry Bulb(C)

    Wet Bulb(C)

    Dry Bulb(C)

    RelativeHumidity

    (%)

    Summer 90.0 72.0 75.0 50.0

    Winter 38.0 31.9 68.0 50.0

    Minivent Energy Saving Analysis

    Cooling Loadw/o Energy

    Recovery (kJ)

    Cooling Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    0000

    1,007,99323,148,50351,271,60616,528,839

    994,545

    0000

    233,8545,370,45311,895,0133,834,691230,734

    0000

    774,13917,778,05039,376,59312,694,148

    763,811

    00008

    1894201358

    Cooling Totals 92,951,486 21,564,745 71,386,741 $ 760

    Heating Loadw/o Energy

    Recovery (kJ)

    Heating Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    00000000000000000

    00000000000000000

    00000000000000000

    00000000000000000

    Heating Totals $

    Energy Savings Cost $ 760

    Notes:

    Location Caracas (Venezuela)

    1. Operating Time 12 hours/day 5 days/week

    2. Electric Cost ($) 0.08

    3. Heat Source Gas

    4. Heating Cost ($) 0.8

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 6 of 79

  • Type: WHEEL Nominal Airflow: (CFM) 900

    Tilt Angle (Heating/Cooling): N / A Deg

    Pressure Drop: (in wg) 1

    Leakage Ratings

    PressureDifferential EATR OACF

    Purge Angleor Setting

    Test 1: -0.5 0.1 1.11 0

    Test 2: 0.0 0.0 1.28 0

    Test 3: 0.5 0.0 1.42 0

    Optional Add'lTest(s):

    Thermal Effectiveness Ratings at 0" Pressure DifferentialSensible Latent Total

    100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Net Sensible Net Latent Net Total100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Trademark: Greenheck Model Number: Minivent-750

    NOTE:scfm = Standard Cubic Feet per Minute

    EATR = Exhaust Air Transfer Ratio Energy Recovery component certified inaccordance with ARI Standard 1060-2001.Actual performance in packaged equipmentmay vary.

    OACF = Outdoor Air Correction Factor

    N / A = Not Applicable

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 7 of 79

  • MiniVentSupply Air Performance Curve Minivent-750 Energy Recovery Ventilator

    OUTDOOR AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    Motor Size(hp)

    695 0.41 0.41 1320 1/3

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 8 of 79

  • MiniVentExhaust Air Performance Curve Minivent-750 Energy Recovery Ventilator

    EXHAUST AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    Motor Size(hp)

    700 0.41 0.41 1328 1/3

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 9 of 79

  • System EER AnalysisThese calculations, per ARI Guideline V-2003, should be used to assist the designer in calculatingthe energy efficiency impact of applied energy recovery ventilation equipment.

    Recovery Efficiency of Energy Wheel

    Recovery Efficiency Ratio (RER) 53.91

    Energy Recovery Coefficient of Performance (ER COP) 15.8

    Energy Efficiency of System

    Unitary Net Cooling (tons) 1.00

    Equipment EER 11

    Combined Efficiency (CEF) 21.06

    Recovery Efficiency Ratio (RER): The ratio of energy recovered by the energy recovery wheel to theenergy expended in the recovery process.

    Energy Efficiency Ratio (EER): The ratio of the cooling capacity in Btu/h to the power input of airconditioning equipment. This number is given by the unitary or condensing unit manufacturer.

    Coefficient of Performance (COP): A ratio of the cooling / heating capacity in watts [W] to the powerinput values in watts[W].

    Combined Efficiency (CEF): The efficiency of a system combining an ERV component with a unitarypackaged air conditioner, heat pump, etc.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 10 of 79

  • WH

    EE

    L

    ELE

    CTR

    ICA

    LC

    ON

    NE

    CTI

    ON

    AC

    CE

    SS

    PA

    NE

    L

    "SID

    E A

    " IN

    TAK

    E7"

    X 1

    8""S

    IDE

    A" D

    ISC

    HA

    RG

    E9"

    X 1

    0""S

    IDE

    B" I

    NTA

    KE

    7" X

    18"

    "SID

    E B

    " DIS

    CH

    AR

    GE

    9" X

    10"

    BLO

    WE

    R "B

    "

    BLO

    WE

    R "A

    "

    XXXXXX

    FOLTA

    02/29/08

    1163

    550

    114

    359

    221

    179

    179

    218

    359

    115

    892

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 11 of 79

  • WHEEL

    ELECTRICALCONNECTION

    ACCESS PANEL

    BLOWER "B"

    BLOWER "A"

    XXXXXX

    FOLTA

    02/29/08

    1163

    550

    892

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 12 of 79

  • Unit Warranty

    Limited WarrantyGreenheck warrants this equipment to be free from defects in material and workmanship for aperiod of 1 year(s) from the purchase date. The energy recovery wheel is warranted to be free fromdefects in material and workmanship for a period of five years from the purchase date. Anycomponent which proves defective during the warranty period will be repaired, or replaced, atGreenheck's sole option when returned to our factory, transportation prepaid.

    The warranty does not include labor costs associated with troubleshooting, removal, or installation.Greenheck will not be liable for any consequential, punitive, or incidental damages resulting fromuse, repair, or operation of any Greenheck product.

    This warranty is exclusive, and is in lieu of all other warranties, whether written, oral or implied,including the warranty of merchantability and the warranty of fitness for a particular purpose.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 13 of 79

  • DESCRIPTION

    Model Elevation(ft) QtyApproximateWeight (lb)

    Minivent-750 11 1 250

    --Weight does NOT include skid/crating and mayvary by 15% based on options selected.

    OUTDOOR AIR PERFORMANCEVolume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    Motor Size(hp)

    570 0.67 0.67 1232 1/3

    EXHAUST AIR PERFORMANCEVolume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    Motor Size(hp)

    485 0.67 0.67 1124 1/3

    ARRANGEMENTOA IntakePosition

    OA DischargePosition

    EA IntakePosition

    EA DischargePosition

    Side Side Side Side

    MOTOR SPECSV/C/P Enclosure RPM Efficiency

    115/60/1 ODP 1625 Standard

    ELECTRICAL

    Minimum CircuitAmps (A)

    Max. OverCurrent

    Protection (A)

    18.3 25

    SUPPLY FAN SOUND PERFORMANCESupply Outlet Sound Power by Octave Band

    Lwa dBA62.5 125 250 500 1000 2000 4000 8000

    74.5 74.4 62 49.6 51.1 48.6 45.3 41.3 61.5 50

    EXHAUST FAN SOUND PERFORMANCEExhaust Inlet Sound Power by Octave Band

    Lwa dBA62.5 125 250 500 1000 2000 4000 8000

    74.9 73.3 62 45.9 51.8 49.7 47.5 44.3 61.1 49.6

    MiniVent Energy Recovery Ventilator

    STANDARD CONSTRUCTION FEATURES

    Exterior housing constructed of galvanized steel Energy recoverycassette with a desiccant wheel Two direct drive blower and motorassemblies Forward curved steel wheels Ball bearing motors Fanshafts in permanently lubricated rubber mounted ball bearings Corrosion resistant fasteners Housing lined with 1 in insulation Pleated1 in filters (30% efficient) Single point wiring Four factory mountedhanging brackets Removable panels enable easy access to internalcomponents

    SELECTED ACCESSORIESUnit Listed to UL-1995Frost Control: Timed Exhaust Panel Non UL ListedSpare Filter Set 4 Supply, 4 ExhaustNeoprene Vibration Isolation Kit, Base MountingSolid State Speed Controllers, (2) 10WSSC, Shipped Loose

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 14 of 79

  • MiniVentEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Summer Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 90 Dry Bulb (F) 79.3

    Wet Bulb (F) 72 Wet Bulb (F) 65.5

    Specific Humidity(gr/lb) 89.5

    Specific Humidity(gr/lb) 72

    Enthalpy (BTU/lb) 35.7 Enthalpy (BTU/lb) 30.3

    Leaving Air Entering Air

    Dry Bulb (F) 87.6 Dry Bulb (F) 75

    Wet Bulb (F) 70.7 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 85.8

    Specific Humidity(gr/lb) 64.9

    Enthalpy (BTU/lb) 34.5 Enthalpy (BTU/lb) 28.1

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    Minivent-750 570 71.5 485 84

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h) (tons)

    OA Load w/o Energy Recovery 19,494.0 1.62

    OA Load with Energy Recovery 5,643.0 0.47

    Reduction tons saved 1.15

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 15 of 79

  • MiniVentEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Winter Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 38 Dry Bulb (F) 59.5

    Wet Bulb (F) 31.9 Wet Bulb (F) 50.8

    Specific Humidity(gr/lb) 16.8

    Specific Humidity(gr/lb)

    41.4

    Enthalpy (BTU/lb) 11.7 Enthalpy (BTU/lb) 20.7

    Leaving Air Entering Air

    Dry Bulb (F) 42.8 Dry Bulb (F) 68

    Wet Bulb (F) 36.7 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 22.2

    Specific Humidity(gr/lb) 51.1

    Enthalpy (BTU/lb) 13.7 Enthalpy (BTU/lb) 24.3

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    Minivent-750 570 71.5 485 84

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h)

    OA Load w/o Energy Recovery 18,622.0

    OA Load with Energy Recovery 5,276.0

    Reduction BTU/hr. Saved 13,346.0

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 16 of 79

  • ModelVolume (L/sec) OA Wheel

    EfficiencySupply Exhaust

    Minivent-750 570 485 71.5

    CoolingRange

    (C)

    Total HoursAnnually

    Enthalpy(kJ/kg)

    112107102979287827772

    000025

    587169076264

    0.00.00.00.041.040.737.835.033.1

    HeatingRange

    (C)

    Total HoursAnnually

    625752474237322722171272-3-8-13-18

    00000000000000000

    Design ConditionsOutdoor Indoor

    Dry Bulb(C)

    Wet Bulb(C)

    Dry Bulb(C)

    RelativeHumidity

    (%)

    Summer 90.0 72.0 75.0 50.0

    Winter 38.0 31.9 68.0 50.0

    Minivent Energy Saving Analysis

    Cooling Loadw/o Energy

    Recovery (kJ)

    Cooling Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    0000

    826,69918,985,10442,050,09413,556,026

    815,670

    0000

    235,6095,410,75511,984,2773,863,467232,466

    0000

    591,09013,574,34930,065,8179,692,559583,204

    00006

    1453201036

    Cooling Totals 76,233,593 21,726,574 54,507,019 $ 580

    Heating Loadw/o Energy

    Recovery (kJ)

    Heating Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    00000000000000000

    00000000000000000

    00000000000000000

    00000000000000000

    Heating Totals $

    Energy Savings Cost $ 580

    Notes:

    Location Caracas (Venezuela)

    1. Operating Time 12 hours/day 5 days/week

    2. Electric Cost ($) 0.08

    3. Heat Source Gas

    4. Heating Cost ($) 0.8

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 18 of 79

  • Type: WHEEL Nominal Airflow: (CFM) 900

    Tilt Angle (Heating/Cooling): N / A Deg

    Pressure Drop: (in wg) 1

    Leakage Ratings

    PressureDifferential EATR OACF

    Purge Angleor Setting

    Test 1: -0.5 0.1 1.11 0

    Test 2: 0.0 0.0 1.28 0

    Test 3: 0.5 0.0 1.42 0

    Optional Add'lTest(s):

    Thermal Effectiveness Ratings at 0" Pressure DifferentialSensible Latent Total

    100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Net Sensible Net Latent Net Total100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Trademark: Greenheck Model Number: Minivent-750

    NOTE:scfm = Standard Cubic Feet per Minute

    EATR = Exhaust Air Transfer Ratio Energy Recovery component certified inaccordance with ARI Standard 1060-2001.Actual performance in packaged equipmentmay vary.

    OACF = Outdoor Air Correction Factor

    N / A = Not Applicable

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 19 of 79

  • MiniVentSupply Air Performance Curve Minivent-750 Energy Recovery Ventilator

    OUTDOOR AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    Motor Size(hp)

    570 0.67 0.67 1232 1/3

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 20 of 79

  • MiniVentExhaust Air Performance Curve Minivent-750 Energy Recovery Ventilator

    EXHAUST AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    Motor Size(hp)

    485 0.67 0.67 1124 1/3

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 21 of 79

  • System EER AnalysisThese calculations, per ARI Guideline V-2003, should be used to assist the designer in calculatingthe energy efficiency impact of applied energy recovery ventilation equipment.

    Recovery Efficiency of Energy Wheel

    Recovery Efficiency Ratio (RER) 56.33

    Energy Recovery Coefficient of Performance (ER COP) 16.5

    Energy Efficiency of System

    Unitary Net Cooling (tons) 1.00

    Equipment EER 11

    Combined Efficiency (CEF) 19.45

    Recovery Efficiency Ratio (RER): The ratio of energy recovered by the energy recovery wheel to theenergy expended in the recovery process.

    Energy Efficiency Ratio (EER): The ratio of the cooling capacity in Btu/h to the power input of airconditioning equipment. This number is given by the unitary or condensing unit manufacturer.

    Coefficient of Performance (COP): A ratio of the cooling / heating capacity in watts [W] to the powerinput values in watts[W].

    Combined Efficiency (CEF): The efficiency of a system combining an ERV component with a unitarypackaged air conditioner, heat pump, etc.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 22 of 79

  • WH

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    02/29/08

    1163

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    114

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    221

    179

    179

    218

    359

    115

    892

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 23 of 79

  • WHEEL

    ELECTRICALCONNECTION

    ACCESS PANEL

    BLOWER "B"

    BLOWER "A"

    XXXXXX

    FOLTA

    02/29/08

    1163

    550

    892

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 24 of 79

  • Unit Warranty

    Limited WarrantyGreenheck warrants this equipment to be free from defects in material and workmanship for aperiod of 1 year(s) from the purchase date. The energy recovery wheel is warranted to be free fromdefects in material and workmanship for a period of five years from the purchase date. Anycomponent which proves defective during the warranty period will be repaired, or replaced, atGreenheck's sole option when returned to our factory, transportation prepaid.

    The warranty does not include labor costs associated with troubleshooting, removal, or installation.Greenheck will not be liable for any consequential, punitive, or incidental damages resulting fromuse, repair, or operation of any Greenheck product.

    This warranty is exclusive, and is in lieu of all other warranties, whether written, oral or implied,including the warranty of merchantability and the warranty of fitness for a particular purpose.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 25 of 79

  • DESCRIPTION

    Model Elevation(ft) QtyApproximateWeight (lb)

    Minivent-750 11 1 250

    --Weight does NOT include skid/crating and mayvary by 15% based on options selected.

    OUTDOOR AIR PERFORMANCEVolume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    Motor Size(hp)

    555 0.51 0.51 1148 1/3

    EXHAUST AIR PERFORMANCEVolume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    Motor Size(hp)

    460 0.51 0.51 1028 1/3

    ARRANGEMENTOA IntakePosition

    OA DischargePosition

    EA IntakePosition

    EA DischargePosition

    Side Side Side Side

    MOTOR SPECSV/C/P Enclosure RPM Efficiency

    115/60/1 ODP 1625 Standard

    ELECTRICAL

    Minimum CircuitAmps (A)

    Max. OverCurrent

    Protection (A)

    18.3 25

    SUPPLY FAN SOUND PERFORMANCESupply Outlet Sound Power by Octave Band

    Lwa dBA62.5 125 250 500 1000 2000 4000 8000

    74.3 75.1 62 52 50.6 47.9 43.8 39.4 61.8 50.3

    EXHAUST FAN SOUND PERFORMANCEExhaust Inlet Sound Power by Octave Band

    Lwa dBA62.5 125 250 500 1000 2000 4000 8000

    74.7 73.8 62 47.8 51.4 49.2 46.3 42.8 61.2 49.7

    MiniVent Energy Recovery Ventilator

    STANDARD CONSTRUCTION FEATURES

    Exterior housing constructed of galvanized steel Energy recoverycassette with a desiccant wheel Two direct drive blower and motorassemblies Forward curved steel wheels Ball bearing motors Fanshafts in permanently lubricated rubber mounted ball bearings Corrosion resistant fasteners Housing lined with 1 in insulation Pleated1 in filters (30% efficient) Single point wiring Four factory mountedhanging brackets Removable panels enable easy access to internalcomponents

    SELECTED ACCESSORIESUnit Listed to UL-1995Frost Control: Timed Exhaust Panel Non UL ListedSpare Filter Set 4 Supply, 4 ExhaustNeoprene Vibration Isolation Kit, Base MountingSolid State Speed Controllers, (2) 10WSSC, Shipped Loose

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 26 of 79

  • MiniVentEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Summer Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 90 Dry Bulb (F) 79.4

    Wet Bulb (F) 72 Wet Bulb (F) 65.5

    Specific Humidity(gr/lb) 89.5

    Specific Humidity(gr/lb) 71.8

    Enthalpy (BTU/lb) 35.7 Enthalpy (BTU/lb) 30.3

    Leaving Air Entering Air

    Dry Bulb (F) 87.8 Dry Bulb (F) 75

    Wet Bulb (F) 70.9 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 86.1

    Specific Humidity(gr/lb) 64.9

    Enthalpy (BTU/lb) 34.6 Enthalpy (BTU/lb) 28.1

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    Minivent-750 555 70.5 460 85

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h) (tons)

    OA Load w/o Energy Recovery 18,981.0 1.58

    OA Load with Energy Recovery 5,494.0 0.46

    Reduction tons saved 1.12

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 27 of 79

  • MiniVentEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Winter Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 38 Dry Bulb (F) 59.2

    Wet Bulb (F) 31.9 Wet Bulb (F) 50.7

    Specific Humidity(gr/lb) 16.8

    Specific Humidity(gr/lb)

    41.2

    Enthalpy (BTU/lb) 11.7 Enthalpy (BTU/lb) 20.6

    Leaving Air Entering Air

    Dry Bulb (F) 42.5 Dry Bulb (F) 68

    Wet Bulb (F) 36.4 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 22

    Specific Humidity(gr/lb) 51.1

    Enthalpy (BTU/lb) 13.6 Enthalpy (BTU/lb) 24.3

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    Minivent-750 555 70.5 460 85

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h)

    OA Load w/o Energy Recovery 18,132.0

    OA Load with Energy Recovery 5,319.0

    Reduction BTU/hr. Saved 12,813.0

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 28 of 79

  • ModelVolume (L/sec) OA Wheel

    EfficiencySupply Exhaust

    Minivent-750 555 460 70.5

    CoolingRange

    (C)

    Total HoursAnnually

    Enthalpy(kJ/kg)

    112107102979287827772

    000025

    587169076264

    0.00.00.00.041.040.737.835.033.1

    HeatingRange

    (C)

    Total HoursAnnually

    625752474237322722171272-3-8-13-18

    00000000000000000

    Design ConditionsOutdoor Indoor

    Dry Bulb(C)

    Wet Bulb(C)

    Dry Bulb(C)

    RelativeHumidity

    (%)

    Summer 90.0 72.0 75.0 50.0

    Winter 38.0 31.9 68.0 50.0

    Minivent Energy Saving Analysis

    Cooling Loadw/o Energy

    Recovery (kJ)

    Cooling Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    0000

    804,94418,485,49640,943,51213,199,289

    794,205

    0000

    237,4585,453,22112,078,3363,893,790234,290

    0000

    567,48613,032,27528,865,1769,305,499559,915

    00006

    139308996

    Cooling Totals 74,227,446 21,897,095 52,330,351 $ 558

    Heating Loadw/o Energy

    Recovery (kJ)

    Heating Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    00000000000000000

    00000000000000000

    00000000000000000

    00000000000000000

    Heating Totals $

    Energy Savings Cost $ 558

    Notes:

    Location Caracas (Venezuela)

    1. Operating Time 12 hours/day 5 days/week

    2. Electric Cost ($) 0.08

    3. Heat Source Gas

    4. Heating Cost ($) 0.8

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 30 of 79

  • Type: WHEEL Nominal Airflow: (CFM) 900

    Tilt Angle (Heating/Cooling): N / A Deg

    Pressure Drop: (in wg) 1

    Leakage Ratings

    PressureDifferential EATR OACF

    Purge Angleor Setting

    Test 1: -0.5 0.1 1.11 0

    Test 2: 0.0 0.0 1.28 0

    Test 3: 0.5 0.0 1.42 0

    Optional Add'lTest(s):

    Thermal Effectiveness Ratings at 0" Pressure DifferentialSensible Latent Total

    100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Net Sensible Net Latent Net Total100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Trademark: Greenheck Model Number: Minivent-750

    NOTE:scfm = Standard Cubic Feet per Minute

    EATR = Exhaust Air Transfer Ratio Energy Recovery component certified inaccordance with ARI Standard 1060-2001.Actual performance in packaged equipmentmay vary.

    OACF = Outdoor Air Correction Factor

    N / A = Not Applicable

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 31 of 79

  • MiniVentSupply Air Performance Curve Minivent-750 Energy Recovery Ventilator

    OUTDOOR AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    Motor Size(hp)

    555 0.51 0.51 1148 1/3

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 32 of 79

  • MiniVentExhaust Air Performance Curve Minivent-750 Energy Recovery Ventilator

    EXHAUST AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    Motor Size(hp)

    460 0.51 0.51 1028 1/3

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 33 of 79

  • System EER AnalysisThese calculations, per ARI Guideline V-2003, should be used to assist the designer in calculatingthe energy efficiency impact of applied energy recovery ventilation equipment.

    Recovery Efficiency of Energy Wheel

    Recovery Efficiency Ratio (RER) 55.74

    Energy Recovery Coefficient of Performance (ER COP) 16.33

    Energy Efficiency of System

    Unitary Net Cooling (tons) 1.00

    Equipment EER 11

    Combined Efficiency (CEF) 19.14

    Recovery Efficiency Ratio (RER): The ratio of energy recovered by the energy recovery wheel to theenergy expended in the recovery process.

    Energy Efficiency Ratio (EER): The ratio of the cooling capacity in Btu/h to the power input of airconditioning equipment. This number is given by the unitary or condensing unit manufacturer.

    Coefficient of Performance (COP): A ratio of the cooling / heating capacity in watts [W] to the powerinput values in watts[W].

    Combined Efficiency (CEF): The efficiency of a system combining an ERV component with a unitarypackaged air conditioner, heat pump, etc.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 34 of 79

  • WH

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    LC

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    NE

    CTI

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    " IN

    TAK

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    9" X

    10"

    BLO

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    R "B

    "

    BLO

    WE

    R "A

    "

    XXXXXX

    FOLTA

    02/29/08

    1163

    550

    114

    359

    221

    179

    179

    218

    359

    115

    892

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 35 of 79

  • WHEEL

    ELECTRICALCONNECTION

    ACCESS PANEL

    BLOWER "B"

    BLOWER "A"

    XXXXXX

    FOLTA

    02/29/08

    1163

    550

    892

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 36 of 79

  • Unit Warranty

    Limited WarrantyGreenheck warrants this equipment to be free from defects in material and workmanship for aperiod of 1 year(s) from the purchase date. The energy recovery wheel is warranted to be free fromdefects in material and workmanship for a period of five years from the purchase date. Anycomponent which proves defective during the warranty period will be repaired, or replaced, atGreenheck's sole option when returned to our factory, transportation prepaid.

    The warranty does not include labor costs associated with troubleshooting, removal, or installation.Greenheck will not be liable for any consequential, punitive, or incidental damages resulting fromuse, repair, or operation of any Greenheck product.

    This warranty is exclusive, and is in lieu of all other warranties, whether written, oral or implied,including the warranty of merchantability and the warranty of fitness for a particular purpose.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-555Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 37 of 79

  • DESCRIPTION

    Model Elevation(ft) QtyApproximateWeight (lb)

    ERV-361S-15-A 11 1 729

    --Weight does NOT include skid/crating and mayvary by 15% based on options selected.

    OUTDOOR AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    OperatingPower(hp)

    Motor Size(hp)

    1157 0.77 0.875 1274 0.591 3/4

    EXHAUST AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    OperatingPower(hp)

    Motor Size(hp)

    950 0.77 0.841 1154 0.377 1/2

    ARRANGEMENTOA IntakePosition

    OA DischargePosition

    EA IntakePosition

    EA DischargePosition

    End End End End

    MOTOR SPECS

    V/C/P Enclosure RPM SupplyEfficiencyExhaust

    Efficiency

    208/60/3 ODP 1725 SE SE

    ELECTRICAL

    Minimum CircuitAmps (A)

    Max. OverCurrent

    Protection (A)

    8.3 15

    ERV Energy Recovery Ventilator

    STANDARD CONSTRUCTION FEATURES

    Exterior housing constructed of galvanized steel Energy recoverycassette with a desiccant wheel Two blower and motor assemblies Forward curved steel wheels Ball bearings motors Fan shafts inpermanently lubricated rubber mounted ball bearings Mounted on unitbase with neoprene isolators Corrosion resistant fasteners Housinglined with 1 inch-3# density foil faced insulation Single point wiring Internally mounted control center with door interlocking disconnect, motorstarters, 24 VAC control transformer, control circuit fusing when required Motor mounted on adjustable plate Adjustable motor pulleys Staticfree belts

    SELECTED ACCESSORIESListed to UL-1995Outdoor Air Filter - 2" MERV 8Exhaust Air Filter(s) - 2" MERV 8

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 38 of 79

  • ERVEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Summer Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 90 Dry Bulb (F) 79.4

    Wet Bulb (F) 72 Wet Bulb (F) 65.5

    Specific Humidity(gr/lb) 89.5

    Specific Humidity(gr/lb) 71.8

    Enthalpy (BTU/lb) 35.7 Enthalpy (BTU/lb) 30.3

    Leaving Air Entering Air

    Dry Bulb (F) 88 Dry Bulb (F) 75

    Wet Bulb (F) 71 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 86.5

    Specific Humidity(gr/lb) 64.9

    Enthalpy (BTU/lb) 34.7 Enthalpy (BTU/lb) 28.1

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    ERV-361S-15-A 1157 71 950 86.5

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h) (tons)

    OA Load w/o Energy Recovery 39,569.0 3.30

    OA Load with Energy Recovery 11,454.0 0.95

    Reduction tons saved 2.34

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 39 of 79

  • ERVEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Winter Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 38 Dry Bulb (F) 60.7

    Wet Bulb (F) 31.9 Wet Bulb (F) 48.7

    Specific Humidity(gr/lb) 16.8

    Specific Humidity(gr/lb)

    31.8

    Enthalpy (BTU/lb) 11.7 Enthalpy (BTU/lb) 19.5

    Leaving Air Entering Air

    Dry Bulb (F) 42.3 Dry Bulb (F) 70

    Wet Bulb (F) 35.5 Rel. Humidity (%) 35

    Specific Humidity(gr/lb) 19.8

    Specific Humidity(gr/lb) 38.2

    Enthalpy (BTU/lb) 13.2 Enthalpy (BTU/lb) 22.7

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    ERV-361S-15-A 1157 71 950 86.5

    OUTDOOR AIR HEATING LOAD REDUCTION(BTU/h)

    OA Load w/o Energy Recovery 40,319.0

    OA Load with Energy Recovery 11,718.0

    Reduction BTU/hr. Saved 28,601.0

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 40 of 79

  • ModelVolume (L/sec) OA Wheel

    EfficiencySupply Exhaust

    ERV-361S-15 1157 950 71

    CoolingRange

    (C)

    Total HoursAnnually

    Enthalpy(kJ/kg)

    112107102979287827772

    000025

    587169076264

    0.00.00.00.041.040.737.835.033.1

    HeatingRange

    (C)

    Total HoursAnnually

    625752474237322722171272-3-8-13-18

    00000000000000000

    Design ConditionsOutdoor Indoor

    Dry Bulb(C)

    Wet Bulb(C)

    Dry Bulb(C)

    RelativeHumidity

    (%)

    Summer 90.0 72.0 75.0 50.0

    Winter 38.0 31.9 70.0 35.0

    ERV Energy Saving Analysis

    Cooling Loadw/o Energy

    Recovery (kJ)

    Cooling Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    0000

    1,678,05538,536,43085,354,31327,516,3551,655,667

    0000

    486,63611,175,56524,752,7517,979,743480,143

    0000

    1,191,41927,360,86560,601,56219,536,6121,175,524

    00001329264620813

    Cooling Totals 154,740,820 44,874,838 109,865,982 $ 1,172

    Heating Loadw/o Energy

    Recovery (kJ)

    Heating Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    00000000000000000

    00000000000000000

    00000000000000000

    00000000000000000

    Heating Totals $

    Energy Savings Cost $ 1,172

    Notes:

    Location Caracas (Venezuela)

    1. Operating Time 12 hours/day 5 days/week

    2. Electric Cost ($) 0.08

    3. Heat Source Gas

    4. Heating Cost ($) 0.8

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

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  • ERVExhaust Air Performance Curve ERV-361S-15-A Energy Recovery Ventilator

    EXHAUST AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    OperatingPower(hp)

    Motor Size(hp)

    950 0.77 0.841 1154 0.377 1/2

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 43 of 79

  • ERVSupply Air Performance Curve ERV-361S-15-A Energy Recovery Ventilator

    OUTDOOR AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    OperatingPower(hp)

    Motor Size(hp)

    1157 0.77 0.875 1274 0.591 3/4

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 44 of 79

  • OU

    TDO

    OR

    AIR

    FIL

    TER

    S

    EN

    ER

    GY

    RE

    CO

    VE

    RY

    WH

    EE

    L

    SUPPLY FAN

    EX

    HA

    US

    T A

    IR F

    ILTE

    RS

    EXHAUST FAN

    OUTDOOR AIR INTAKE

    EXHAUST AIR DISCHARGE

    SUPPLY AIR DISCHARGE

    RETURN AIR INTAKE

    SUPPLY AIR

    EXHAUST AIR

    Manufacturer reserves the right to change, modify, or improve this product at any time.

    ITEM DESCRIPTION TYPE

    - UNIT MOUNTED CONTROL CENTER -

    - DOOR INTERLOCKING DISCONNECT SWITCH -

    - SUPPLY MOTOR STARTER -

    - EXHAUST MOTOR STARTER -

    - CONTROL CIRCUIT FUSING -

    - CONTROL TRANSFORMER FOR 24 VAC CONTROL -

    - TERMINAL STRIP FOR FIELD WIRING -

    ITEM DESCRIPTION TYPE

    STANDARD FACTORY PROVIDED CONTROLS

    OPTIONAL FACTORY PROVIDED CONTROLS

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 45 of 79

  • Controls By Others

    BASIC UNIT CONTROLS: The Energy Recovery Unit will be provided from the factory with an integral controlcenter including: a single non-fused disconnect, 24 VAC transformer, terminal strip, fan starters (contactor andoverload) and an energy wheel contactor.

    COOLING CONTROL

    HEATING CONTROL

    ON/OFF CONTROL: Within the unit control center, a digital signal must be field wired into the terminal strip(connecting terminals R and G) to control unit startup or shutdown. This on/off signal is coming from:

    Startup (Digital Contact Closes) Outdoor air damper actuator is energized and powers open Exhaust air damper actuator is energized and powers open Exhaust blower starts Supply blower starts Energy Wheel is energized

    Shutdown (Digital Contact Opens) Supply blower is de-energized Exhaust blower is de-energized Outside air damper actuator de-energized, damper spring-return closed Exhaust air damper actuator de-energized, damper spring-return closed Energy Wheel de-energized

    FROST CONTROL OPTION

    None: No frost control option is being provided by factory.

    WHEEL CONTROL (ECONOMIZER) OPTION

    None: No wheel control is provided by the factory. The energy wheel will run at full speed during operationof unit.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 46 of 79

  • Type: WHEEL Nominal Airflow: (CFM) 1,400

    Tilt Angle (Heating/Cooling): N / A Deg

    Pressure Drop: (in wg) 1

    Leakage Ratings

    PressureDifferential EATR OACF

    Purge Angleor Setting

    Test 1: -0.5 3.1 1.03 0

    Test 2: 0.0 0.9 1.08 0

    Test 3: 0.5 0.4 1.12 0

    Optional Add'lTest(s):

    Thermal Effectiveness Ratings at 0" Pressure DifferentialSensible Latent Total

    100% Airflow Heating Condition: 80 72 77

    75% Airflow Heating Condition: 83 77 81

    100% Airflow Cooling Condition: 80 72 76

    75% Airflow Cooling Condition: 83 77 80

    Net Sensible Net Latent Net Total100% Airflow Heating Condition: 80 72 77

    75% Airflow Heating Condition: 83 77 81

    100% Airflow Cooling Condition: 80 72 76

    75% Airflow Cooling Condition: 83 77 80

    Trademark: Greenheck Model Number: ERV-361S-15-A

    NOTE:scfm = Standard Cubic Feet per Minute

    EATR = Exhaust Air Transfer Ratio Energy Recovery component certified inaccordance with ARI Standard 1060-2001.Actual performance in packaged equipmentmay vary.

    OACF = Outdoor Air Correction Factor

    N / A = Not Applicable

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 47 of 79

  • System EER AnalysisThese calculations, per ARI Guideline V-2003, should be used to assist the designer in calculatingthe energy efficiency impact of applied energy recovery ventilation equipment.

    Recovery Efficiency of Energy Wheel

    Recovery Efficiency Ratio (RER) 49.54

    Energy Recovery Coefficient of Performance (ER COP) 14.52

    Energy Efficiency of System

    Unitary Net Cooling (tons) 1.00

    Equipment EER 11

    Combined Efficiency (CEF) 24.15

    Recovery Efficiency Ratio (RER): The ratio of energy recovered by the energy recovery wheel to theenergy expended in the recovery process.

    Energy Efficiency Ratio (EER): The ratio of the cooling capacity in Btu/h to the power input of airconditioning equipment. This number is given by the unitary or condensing unit manufacturer.

    Coefficient of Performance (COP): A ratio of the cooling / heating capacity in watts [W] to the powerinput values in watts[W].

    Combined Efficiency (CEF): The efficiency of a system combining an ERV component with a unitarypackaged air conditioner, heat pump, etc.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

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  • SUPPLY AIREND INTAKE

    EXHAUST AIREND DISCHARGE

    SUPPLY AIREND DISCHARGE

    PLAN

    ENERGY WHEEL

    ELECTRICAL KNOCKOUT

    SUPPLY AIRINTAKE

    EXHAUST AIRDISCHARGE

    SUPPLY AIRDISCHARGE

    EXHAUST AIRINTAKE

    ENERGY WHEELCONTROLPANEL

    2.0" EXHAUST FILTERS

    2.0" SUPPLY FILTERS

    ELEVATION RIGHTLEFT

    266

    21989

    461

    298

    336

    179219

    281

    457

    195457

    298

    6853486

    865

    1301

    1579

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 49 of 79

  • CONTROL PANEL

    SUPPLY AIR INTAKE

    EXHAUST AIR DISCHARGE

    SUPPLY AIR DISCHARGE

    2.0" SUPPLY AIR FILTERS

    2.0" EXHAUSTAIR FILTERS

    Back Right Isometric

    2.0" SUPPLY AIR FILTERS

    EXHAUST AIR INTAKE

    LIFT OFFACCESS DOOR

    SUPPLY AIR DISCHARGE

    EXHAUST AIR DISCHARGE

    SUPPLY AIR INTAKE

    Front Left Isometric

    EXHAUST AIRINTAKE

    ELECTRICALDISCONNECT

    LIFT OFF ELECTRICALACCESS DOOR

    CLEAR

    ANCE

    CLEAR

    ANCE

    1117.6 mm

    762.0 mm

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 50 of 79

  • CAUTION UNIT SHALL BE GROUNDED IN ACCORDANCE WITH N.E.C.POWER MUST BE OFF WHILE SERVICING.

    NOTESUSE COPPER CONDUTORS ONLY60 C FOR TERMINALS RATED LESS THAN 100 AMPS.75 C FOR TERMINALS RATED 100 AMPS OR MORE.FIELD CONTROL WIRING RESISTANCE SHOULDNOT EXCEED 0.75 OHM.FIELD WIREDFACTORY SUPPLIED AND WIRED

    LEGEND

    G320000XXXXXXXE04

    GREENHECK

    WIRE COLOR CODE

    Building Value in Air.

    Wiring Diagram Code:

    BK BLACK BL BLUE BR BROWN GY GRAY LT BL LIGHT BLUE O ORANGE PK PINK PR PURPLE R RED W WHITE Y YELLOW

    G

    MULTI-VOLTAGE PRIMARY24 SECONDARY

    TR1

    C

    TO UNITMAIN POWER

    L3

    L2

    L1DS1

    R

    S1

    GROUND

    BLU

    E

    PINK

    LT. BLUE

    *

    o

    **

    *

    DS DISCONNECT SWITCHEC ECONOMIZER CONTROLLERFCS CONDENSOR FAN CYCLE SWITCHFU FUSESFU5 CONTROL TRANSFORMER FUSES - NOT ON CLASS IIHG HOT GAS REHEAT VALVEHPS HIGH PRESSURE SWITCH - MANUAL RESETLPS LOW PRESSURE SWITCHLT LOW TEMP SENSORPM PHASE MONITORPS1 WHEEL FROST PRESSURE SWITCHPS2 SUPPLY DIRTY FILTER PRESSURE SWITCHPS3 EXHAUST DIRTY FILTER PRESSURE SWITCHR1 ENERGY WHEEL RELAY-CONTACTORR2 R3 EXHAUST BLOWER VFD RELAYR4 SUPPLY BLOWER VFD RELAYR5 MODULATING WHEEL FROST CONTROL RELAYR6 ECONOMIZER RELAYR7 COMPRESSOR INTERLOCK RELAYR8 COMPRESSOR INTERLOCK RELAYR9 R10 R11 POST HEAT RELAYR12 DEHUMIDIFICATION RELAYR13 COOLING CHANGEOVER RELAYR14 ROTATION SENSOR RELAYR15 ROTATION SENSOR RELAYR16 UNIT RELAYR17 FROST CONTROL RELAYS1 FAN SWITCHS2 ROTATION SENSOR - LOCATED BY WHEELS3 ROTATION SENSOR - LOCATED BY WHEELS4 CALL FOR HEAT SWITCHS5 OCC-UNOCC SWITCH - CLOSED=OCCUPIED-OPEN=UNOCCUPIEDS6 CALL FOR COOLS7 CALL FOR COOLS8 CALL FORST MOTOR STARTERT1 FROST CONTROL TIMERTYPICAL SETTINGST4 ECONOMIZER WHEEL JOG TIMERTYPICAL SETTINGS t1(OFF) = 3 HRS., t2(ON) = 10 SEC.T5 EVAP DELAY OFF TIMERT6 COMPRESSOR MINIMUM OFF TIMER - TYPICAL 3 MIN.T7 COMPRESSOR MINIMUM OFF TIMER - TYPICAL 3 MIN.TR TRANSFORMERTS1 FROST CONTROL THERMOSTAT - JUMPER -

    TS2 ECONOMIZER LOW LIMIT THERMOSTAT - JUMPER COOLCLOSES ON RISING TEMP. TYPICAL SETTING 50TS3 ECONOMIZER UPPER LIMIT THERMOSTAT - JUMPER COOLOPENS ON RISING TEMP. TYPICAL SETTING 65 - 2 DIFF.TS5 MODULATING HOT GAS REHEAT THERMOSTATTS6 INLET AIR COMPRESSOR LOCKOUT TSTAT - JUMPER COOLCLOSES ON RISING TEMP. TYPICAL SETTING 60 - 2 DIFF.

    COMPRESSOR 1 RELAYCOMPRESSOR 2 RELAY

    Template Drawing: E02

    EXHAUST FAN

    SUPPLY FAN

    ST2 O.L.

    MOTOR

    MOTOR

    ST1 O.L.

    ST1 O.L.

    95 96

    ST2 O.L.

    95 96

    ST1A2 A1

    ST2A2 A1

    SUPPLY FAN

    EXHAUST FAN

    ST2

    13 14

    WH

    ITE

    ENERGY WHEELR1

    ENERGY WHEEL

    R1

    A2 A1

    MOTOR(S)

    ORANGE

    *

    *

    C1 COOLING STAGE 1 RELAY C2 COOLING STAGE 2 RELAY CC COMPRESSOR CONTACTOR CF CONDENSING FAN CONTACTOR CH COMPRESSOR SUMP HEATER D DAMPER DB POWER DISTRIBUTION BLOCK DL DAMPER LIMIT SWITCH

    OCCUPIED-UNOCCUPIED RELAY

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

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  • Unit Warranty

    Limited WarrantyGreenheck warrants this equipment to be free from defects in material and workmanship for aperiod of 1 year(s) from the purchase date. The energy recovery wheel is warranted to be free fromdefects in material and workmanship for a period of five years from the purchase date. Anycomponent which proves defective during the warranty period will be repaired, or replaced, atGreenheck's sole option when returned to our factory, transportation prepaid.

    The warranty does not include labor costs associated with troubleshooting, removal, or installation.Greenheck will not be liable for any consequential, punitive, or incidental damages resulting fromuse, repair, or operation of any Greenheck product.

    This warranty is exclusive, and is in lieu of all other warranties, whether written, oral or implied,including the warranty of merchantability and the warranty of fitness for a particular purpose.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-1-3307Mark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 52 of 79

  • DESCRIPTION

    Model Elevation(ft) QtyApproximateWeight (lb)

    Minivent-750 11 1 250

    --Weight does NOT include skid/crating and mayvary by 15% based on options selected.

    OUTDOOR AIR PERFORMANCEVolume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    Motor Size(hp)

    420 0.61 0.61 1017 1/3

    EXHAUST AIR PERFORMANCEVolume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    Motor Size(hp)

    400 0.61 0.61 991 1/3

    ARRANGEMENTOA IntakePosition

    OA DischargePosition

    EA IntakePosition

    EA DischargePosition

    Side Side Side Side

    MOTOR SPECSV/C/P Enclosure RPM Efficiency

    115/60/1 ODP 1625 Standard

    ELECTRICAL

    Minimum CircuitAmps (A)

    Max. OverCurrent

    Protection (A)

    18.3 25

    SUPPLY FAN SOUND PERFORMANCESupply Outlet Sound Power by Octave Band

    Lwa dBA62.5 125 250 500 1000 2000 4000 8000

    75.1 72.6 62 43.7 52.3 50.4 48.8 46 61.1 49.6

    EXHAUST FAN SOUND PERFORMANCEExhaust Inlet Sound Power by Octave Band

    Lwa dBA62.5 125 250 500 1000 2000 4000 8000

    75.2 72.3 62 42.6 52.5 50.7 49.4 46.9 61.1 49.6

    MiniVent Energy Recovery Ventilator

    STANDARD CONSTRUCTION FEATURES

    Exterior housing constructed of galvanized steel Energy recoverycassette with a desiccant wheel Two direct drive blower and motorassemblies Forward curved steel wheels Ball bearing motors Fanshafts in permanently lubricated rubber mounted ball bearings Corrosion resistant fasteners Housing lined with 1 in insulation Pleated1 in filters (30% efficient) Single point wiring Four factory mountedhanging brackets Removable panels enable easy access to internalcomponents

    SELECTED ACCESSORIESUnit Listed to UL-1995Frost Control: Timed Exhaust Panel Non UL ListedSpare Filter Set 4 Supply, 4 ExhaustNeoprene Vibration Isolation Kit, Base MountingSolid State Speed Controllers, (2) 10WSSC, Shipped Loose

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

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  • MiniVentEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Summer Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 90 Dry Bulb (F) 78

    Wet Bulb (F) 72 Wet Bulb (F) 64.6

    Specific Humidity(gr/lb) 89.5

    Specific Humidity(gr/lb) 69.5

    Enthalpy (BTU/lb) 35.7 Enthalpy (BTU/lb) 29.6

    Leaving Air Entering Air

    Dry Bulb (F) 87.6 Dry Bulb (F) 75

    Wet Bulb (F) 70.7 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 85.8

    Specific Humidity(gr/lb) 64.9

    Enthalpy (BTU/lb) 34.5 Enthalpy (BTU/lb) 28.1

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    Minivent-750 420 79.9 400 83.9

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h) (tons)

    OA Load w/o Energy Recovery 14,364.0 1.20

    OA Load with Energy Recovery 2,835.0 0.24

    Reduction tons saved 0.96

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

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  • MiniVentEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Winter Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 38 Dry Bulb (F) 62

    Wet Bulb (F) 31.9 Wet Bulb (F) 52.8

    Specific Humidity(gr/lb) 16.8

    Specific Humidity(gr/lb)

    44.5

    Enthalpy (BTU/lb) 11.7 Enthalpy (BTU/lb) 21.8

    Leaving Air Entering Air

    Dry Bulb (F) 42.8 Dry Bulb (F) 68

    Wet Bulb (F) 36.7 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 22.2

    Specific Humidity(gr/lb) 51.1

    Enthalpy (BTU/lb) 13.7 Enthalpy (BTU/lb) 24.3

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    Minivent-750 420 79.9 400 83.9

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h)

    OA Load w/o Energy Recovery 13,721.0

    OA Load with Energy Recovery 2,744.0

    Reduction BTU/hr. Saved 10,977.0

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

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  • ModelVolume (L/sec) OA Wheel

    EfficiencySupply Exhaust

    Minivent-750 420 400 79.9

    CoolingRange

    (C)

    Total HoursAnnually

    Enthalpy(kJ/kg)

    112107102979287827772

    000025

    587169076264

    0.00.00.00.041.040.737.835.033.1

    HeatingRange

    (C)

    Total HoursAnnually

    625752474237322722171272-3-8-13-18

    00000000000000000

    Design ConditionsOutdoor Indoor

    Dry Bulb(C)

    Wet Bulb(C)

    Dry Bulb(C)

    RelativeHumidity

    (%)

    Summer 90.0 72.0 75.0 50.0

    Winter 38.0 31.9 68.0 50.0

    Minivent Energy Saving Analysis

    Cooling Loadw/o Energy

    Recovery (kJ)

    Cooling Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    0000

    609,14713,989,02430,984,2809,988,651601,020

    0000

    122,4392,811,7946,227,8402,007,719120,805

    0000

    486,70811,177,23024,756,4407,980,932480,215

    00005

    119264855

    Cooling Totals 56,172,122 11,290,597 44,881,525 $ 478

    Heating Loadw/o Energy

    Recovery (kJ)

    Heating Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    00000000000000000

    00000000000000000

    00000000000000000

    00000000000000000

    Heating Totals $

    Energy Savings Cost $ 478

    Notes:

    Location Caracas (Venezuela)

    1. Operating Time 12 hours/day 5 days/week

    2. Electric Cost ($) 0.08

    3. Heat Source Gas

    4. Heating Cost ($) 0.8

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 57 of 79

  • Type: WHEEL Nominal Airflow: (CFM) 900

    Tilt Angle (Heating/Cooling): N / A Deg

    Pressure Drop: (in wg) 1

    Leakage Ratings

    PressureDifferential EATR OACF

    Purge Angleor Setting

    Test 1: -0.5 0.1 1.11 0

    Test 2: 0.0 0.0 1.28 0

    Test 3: 0.5 0.0 1.42 0

    Optional Add'lTest(s):

    Thermal Effectiveness Ratings at 0" Pressure DifferentialSensible Latent Total

    100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Net Sensible Net Latent Net Total100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Trademark: Greenheck Model Number: Minivent-750

    NOTE:scfm = Standard Cubic Feet per Minute

    EATR = Exhaust Air Transfer Ratio Energy Recovery component certified inaccordance with ARI Standard 1060-2001.Actual performance in packaged equipmentmay vary.

    OACF = Outdoor Air Correction Factor

    N / A = Not Applicable

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

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  • MiniVentSupply Air Performance Curve Minivent-750 Energy Recovery Ventilator

    OUTDOOR AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    Motor Size(hp)

    420 0.61 0.61 1017 1/3

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

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  • MiniVentExhaust Air Performance Curve Minivent-750 Energy Recovery Ventilator

    EXHAUST AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    Motor Size(hp)

    400 0.61 0.61 991 1/3

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

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  • System EER AnalysisThese calculations, per ARI Guideline V-2003, should be used to assist the designer in calculatingthe energy efficiency impact of applied energy recovery ventilation equipment.

    Recovery Efficiency of Energy Wheel

    Recovery Efficiency Ratio (RER) 57.74

    Energy Recovery Coefficient of Performance (ER COP) 16.92

    Energy Efficiency of System

    Unitary Net Cooling (tons) 1.00

    Equipment EER 11

    Combined Efficiency (CEF) 18.23

    Recovery Efficiency Ratio (RER): The ratio of energy recovered by the energy recovery wheel to theenergy expended in the recovery process.

    Energy Efficiency Ratio (EER): The ratio of the cooling capacity in Btu/h to the power input of airconditioning equipment. This number is given by the unitary or condensing unit manufacturer.

    Coefficient of Performance (COP): A ratio of the cooling / heating capacity in watts [W] to the powerinput values in watts[W].

    Combined Efficiency (CEF): The efficiency of a system combining an ERV component with a unitarypackaged air conditioner, heat pump, etc.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 61 of 79

  • WH

    EE

    L

    ELE

    CTR

    ICA

    LC

    ON

    NE

    CTI

    ON

    AC

    CE

    SS

    PA

    NE

    L

    "SID

    E A

    " IN

    TAK

    E7"

    X 1

    8""S

    IDE

    A" D

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    HA

    RG

    E9"

    X 1

    0""S

    IDE

    B" I

    NTA

    KE

    7" X

    18"

    "SID

    E B

    " DIS

    CH

    AR

    GE

    9" X

    10"

    BLO

    WE

    R "B

    "

    BLO

    WE

    R "A

    "

    XXXXXX

    FOLTA

    02/29/08

    1163

    550

    114

    359

    221

    179

    179

    218

    359

    115

    892

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 62 of 79

  • WHEEL

    ELECTRICALCONNECTION

    ACCESS PANEL

    BLOWER "B"

    BLOWER "A"

    XXXXXX

    FOLTA

    02/29/08

    1163

    550

    892

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 63 of 79

  • Unit Warranty

    Limited WarrantyGreenheck warrants this equipment to be free from defects in material and workmanship for aperiod of 1 year(s) from the purchase date. The energy recovery wheel is warranted to be free fromdefects in material and workmanship for a period of five years from the purchase date. Anycomponent which proves defective during the warranty period will be repaired, or replaced, atGreenheck's sole option when returned to our factory, transportation prepaid.

    The warranty does not include labor costs associated with troubleshooting, removal, or installation.Greenheck will not be liable for any consequential, punitive, or incidental damages resulting fromuse, repair, or operation of any Greenheck product.

    This warranty is exclusive, and is in lieu of all other warranties, whether written, oral or implied,including the warranty of merchantability and the warranty of fitness for a particular purpose.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-2-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 64 of 79

  • DESCRIPTION

    Model Elevation(ft) QtyApproximateWeight (lb)

    ERV-251H-20-A 11 1 298

    --Weight does NOT include skid/crating and mayvary by 15% based on options selected.

    OUTDOOR AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    OperatingPower(hp)

    Motor Size(hp)

    940 0.49 0.66 1455 0.404 1/2

    EXHAUST AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg)

    Total SP(in wg) FRPM

    OperatingPower(hp)

    Motor Size(hp)

    880 0.49 0.639 1374 0.337 1/2

    ARRANGEMENTOA IntakePosition

    OA DischargePosition

    EA IntakePosition

    EA DischargePosition

    End End End End

    MOTOR SPECS

    V/C/P Enclosure RPM SupplyEfficiencyExhaust

    Efficiency

    208/60/1 ODP 1725 SE SE

    ELECTRICAL

    Minimum CircuitAmps (A)

    Max. OverCurrent

    Protection (A)

    12.8 15

    ERV Energy Recovery Ventilator

    STANDARD CONSTRUCTION FEATURES

    Exterior housing constructed of galvanized steel Energy recoverycassette with a desiccant wheel Two blower and motor assemblies Forward curved steel wheels Ball bearings motors Fan shafts inpermanently lubricated rubber mounted ball bearings Mounted on unitbase with neoprene isolators Corrosion resistant fasteners Housinglined with 1 inch-3# density foil faced insulation Single point wiring Internally mounted control center with door interlocking disconnect, motorstarters, 24 VAC control transformer, control circuit fusing when required Motor mounted on adjustable plate Adjustable motor pulleys Staticfree belts

    SELECTED ACCESSORIESListed to UL-1995Outdoor Air Filter - 2" MERV 8Exhaust Air Filter(s) - 2" MERV 8Solid State Spd Control-10WSSC, Mntd and Wired Internally

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 65 of 79

  • ERVEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Summer Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 90 Dry Bulb (F) 79.7

    Wet Bulb (F) 72 Wet Bulb (F) 65.8

    Specific Humidity(gr/lb) 89.5

    Specific Humidity(gr/lb) 72.6

    Enthalpy (BTU/lb) 35.7 Enthalpy (BTU/lb) 30.5

    Leaving Air Entering Air

    Dry Bulb (F) 86 Dry Bulb (F) 75

    Wet Bulb (F) 69.8 Rel. Humidity (%) 50

    Specific Humidity(gr/lb) 83.1

    Specific Humidity(gr/lb) 64.9

    Enthalpy (BTU/lb) 33.7 Enthalpy (BTU/lb) 28.1

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    ERV-251H-20-A 940 68.6 880 73.3

    OUTDOOR AIR COOLING LOAD REDUCTION(BTU/h) (tons)

    OA Load w/o Energy Recovery 32,148.0 2.68

    OA Load with Energy Recovery 10,152.0 0.85

    Reduction tons saved 1.83

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 66 of 79

  • ERVEnergy Recovery Wheel Performance Energy Recovery Ventilator

    Winter Design Conditions

    OUTDOOR AIR

    Entering Air Leaving Air

    Dry Bulb (F) 37.9 Dry Bulb (F) 59.9

    Wet Bulb (F) 31.8 Wet Bulb (F) 48.1

    Specific Humidity(gr/lb) 16.7

    Specific Humidity(gr/lb)

    31

    Enthalpy (BTU/lb) 11.7 Enthalpy (BTU/lb) 19.2

    Leaving Air Entering Air

    Dry Bulb (F) 46.5 Dry Bulb (F) 70

    Wet Bulb (F) 38.7 Rel. Humidity (%) 35

    Specific Humidity(gr/lb) 22.3

    Specific Humidity(gr/lb) 38.2

    Enthalpy (BTU/lb) 14.6 Enthalpy (BTU/lb) 22.7

    EXHAUST AIR

    Model OutdoorVol. (CFM)OA Wheel

    EffectivenessExhaust

    Vol. (CFM)EA Wheel

    Effectiveness

    ERV-251H-20-A 940 68.6 880 73.3

    OUTDOOR AIR HEATING LOAD REDUCTION(BTU/h)

    OA Load w/o Energy Recovery 32,859.0

    OA Load with Energy Recovery 10,339.0

    Reduction BTU/hr. Saved 22,520.0

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 67 of 79

  • ModelVolume (L/sec) OA Wheel

    EfficiencySupply Exhaust

    ERV-251H-20 940 880 68.6

    CoolingRange

    (C)

    Total HoursAnnually

    Enthalpy(kJ/kg)

    112107102979287827772

    000025

    587169076264

    0.00.00.00.041.040.737.835.033.1

    HeatingRange

    (C)

    Total HoursAnnually

    625752474237322722171272-3-8-13-18

    00000000000000000

    Design ConditionsOutdoor Indoor

    Dry Bulb(C)

    Wet Bulb(C)

    Dry Bulb(C)

    RelativeHumidity

    (%)

    Summer 90.0 72.0 75.0 50.0

    Winter 37.9 31.8 70.0 35.0

    ERV Energy Saving Analysis

    Cooling Loadw/o Energy

    Recovery (kJ)

    Cooling Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    0000

    1,363,32931,308,76769,345,76922,355,5521,345,140

    0000

    428,0859,830,95321,774,5717,019,643422,374

    0000

    935,24421,477,81447,571,19815,335,909

    922,766

    00001022950716310

    Cooling Totals 125,718,557 39,475,626 86,242,931 $ 919

    Heating Loadw/o Energy

    Recovery (kJ)

    Heating Loadwith EnergyRecover (kJ)

    AnnualSavings

    (kJ)

    AnnualSavings(Dollars)

    00000000000000000

    00000000000000000

    00000000000000000

    00000000000000000

    Heating Totals $

    Energy Savings Cost $ 919

    Notes:

    Location Caracas (Venezuela)

    1. Operating Time 12 hours/day 5 days/week

    2. Electric Cost ($) 0.08

    3. Heat Source Gas

    4. Heating Cost ($) 0.8

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 69 of 79

  • ERVExhaust Air Performance Curve ERV-251H-20-A Energy Recovery Ventilator

    EXHAUST AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    OperatingPower(hp)

    Motor Size(hp)

    880 0.49 0.639 1374 0.337 1/2

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 70 of 79

  • ERVSupply Air Performance Curve ERV-251H-20-A Energy Recovery Ventilator

    OUTDOOR AIR PERFORMANCE

    Volume(CFM)

    External SP(in wg) Total SP (in wg) FRPM

    OperatingPower(hp)

    Motor Size(hp)

    940 0.49 0.66 1455 0.404 1/2

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 71 of 79

  • OU

    TDO

    OR

    AIR

    FIL

    TER

    S

    EN

    ER

    GY

    RE

    CO

    VE

    RY

    WH

    EE

    L

    SUPPLY FAN

    EX

    HA

    US

    T A

    IR F

    ILTE

    RS

    EXHAUST FAN

    OUTDOOR AIR INTAKE

    EXHAUST AIR DISCHARGE

    SUPPLY AIR DISCHARGE

    RETURN AIR INTAKE

    SUPPLY AIR

    EXHAUST AIR

    Manufacturer reserves the right to change, modify, or improve this product at any time.

    ITEM DESCRIPTION TYPE

    ITEM DESCRIPTION TYPE

    - UNIT MOUNTED CONTROL CENTER -

    - DOOR INTERLOCKING DISCONNECT SWITCH -

    - SUPPLY MOTOR STARTER -

    - EXHAUST MOTOR STARTER -

    - CONTROL CIRCUIT FUSING -

    - CONTROL TRANSFORMER FOR 24 VAC CONTROL -

    - TERMINAL STRIP FOR FIELD WIRING -

    ITEM DESCRIPTION TYPE

    OPTIONAL FACTORY PROVIDED SENSORS

    STANDARD FACTORY PROVIDED CONTROLS

    OPTIONAL FACTORY PROVIDED CONTROLS

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 72 of 79

  • Controls By Others

    BASIC UNIT CONTROLS: The Energy Recovery Unit will be provided from the factory with an integral controlcenter including: a single non-fused disconnect, 24 VAC transformer, terminal strip, fan starters (contactor andoverload) and an energy wheel contactor.

    COOLING CONTROL

    HEATING CONTROL

    ON/OFF CONTROL: Within the unit control center, a digital signal must be field wired into the terminal strip(connecting terminals R and G) to control unit startup or shutdown. This on/off signal is coming from:

    Startup (Digital Contact Closes) Outdoor air damper actuator is energized and powers open Exhaust air damper actuator is energized and powers open Exhaust blower starts Supply blower starts Energy Wheel is energized

    Shutdown (Digital Contact Opens) Supply blower is de-energized Exhaust blower is de-energized Outside air damper actuator de-energized, damper spring-return closed Exhaust air damper actuator de-energized, damper spring-return closed Energy Wheel de-energized

    FROST CONTROL OPTION

    None: No frost control option is being provided by factory.

    WHEEL CONTROL (ECONOMIZER) OPTION

    None: No wheel control is provided by the factory. The energy wheel will run at full speed during operationof unit.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 73 of 79

  • Type: WHEEL Nominal Airflow: (CFM) 900

    Tilt Angle (Heating/Cooling): N / A Deg

    Pressure Drop: (in wg) 1

    Leakage Ratings

    PressureDifferential EATR OACF

    Purge Angleor Setting

    Test 1: -0.5 0.1 1.11 0

    Test 2: 0.0 0.0 1.28 0

    Test 3: 0.5 0.0 1.42 0

    Optional Add'lTest(s):

    Thermal Effectiveness Ratings at 0" Pressure DifferentialSensible Latent Total

    100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Net Sensible Net Latent Net Total100% Airflow Heating Condition: 70 60 70

    75% Airflow Heating Condition: 80 70 70

    100% Airflow Cooling Condition: 70 60 70

    75% Airflow Cooling Condition: 80 70 70

    Trademark: Greenheck Model Number: ERV-251H-20-A

    NOTE:scfm = Standard Cubic Feet per Minute

    EATR = Exhaust Air Transfer Ratio Energy Recovery component certified inaccordance with ARI Standard 1060-2001.Actual performance in packaged equipmentmay vary.

    OACF = Outdoor Air Correction Factor

    N / A = Not Applicable

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 74 of 79

  • System EER AnalysisThese calculations, per ARI Guideline V-2003, should be used to assist the designer in calculatingthe energy efficiency impact of applied energy recovery ventilation equipment.

    Recovery Efficiency of Energy Wheel

    Recovery Efficiency Ratio (RER) 39.78

    Energy Recovery Coefficient of Performance (ER COP) 11.66

    Energy Efficiency of System

    Unitary Net Cooling (tons) 1.00

    Equipment EER 11

    Combined Efficiency (CEF) 20.76

    Recovery Efficiency Ratio (RER): The ratio of energy recovered by the energy recovery wheel to theenergy expended in the recovery process.

    Energy Efficiency Ratio (EER): The ratio of the cooling capacity in Btu/h to the power input of airconditioning equipment. This number is given by the unitary or condensing unit manufacturer.

    Coefficient of Performance (COP): A ratio of the cooling / heating capacity in watts [W] to the powerinput values in watts[W].

    Combined Efficiency (CEF): The efficiency of a system combining an ERV component with a unitarypackaged air conditioner, heat pump, etc.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 75 of 79

  • ENERGY WHEEL

    EXHAUST AIRDISCHARGE

    SUPPLY AIRINTAKE

    SUPPLY AIRDISCHARGE

    EXHAUST AIRINTAKE

    PLAN2.0" SUPPLY

    FILTERS

    CONTROLPANEL

    ENERGY WHEEL

    SUPPLY AIREND DISCHARGE

    SUPPLY AIREND INTAKE

    2.0" EXHAUST FILTERS

    ELEVATION RIGHTLEFT

    EXHAUST AIREND DISCHARGE

    1175

    178

    171124

    92

    861376

    406

    254 82

    89

    686

    171

    178

    92

    124

    254

    406

    82

    178

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 76 of 79

  • SUPPLY AIR INTAKE

    2.0" EXHAUSTAIR FILTERS

    2.0" SUPPLY AIR FILTERS

    EXHAUST AIR INTAKE

    SUPPLY AIR DISCHARGE

    EXHAUST AIRDISCHARGE

    CONTROLPANEL

    Back Right Isometric

    SUPPLY AIR INTAKE

    EXHAUST AIR DISCHARGE

    SUPPLY AIR DISCHARGE

    Front Left Isometric

    EXHAUST AIR INTAKE

    CLEAR

    ANCE

    CLEAR

    ANCE

    LIFT OFFACCESS DOOR

    SERVICEDISCONNECT

    812.8 mm

    762.0 mm

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 77 of 79

  • CAUTION UNIT SHALL BE GROUNDED IN ACCORDANCE WITH N.E.C.POWER MUST BE OFF WHILE SERVICING.

    NOTESUSE COPPER CONDUTORS ONLY60 C FOR TERMINALS RATED LESS THAN 100 AMPS.75 C FOR TERMINALS RATED 100 AMPS OR MORE.FIELD CONTROL WIRING RESISTANCE SHOULDNOT EXCEED 0.75 OHM.FIELD WIREDFACTORY SUPPLIED AND WIRED

    LEGEND

    G220000XXXXXXSB01

    GREENHECK

    WIRE COLOR CODE

    Building Value in Air.

    Wiring Diagram Code:

    BK BLACK BL BLUE BR BROWN GY GRAY LT BL LIGHT BLUE O ORANGE PK PINK PR PURPLE R RED W WHITE Y YELLOW

    G

    MULTI-VOLTAGE PRIMARY24 SECONDARY

    TR1

    C

    MOTOR CONTACTORC1A2 A1

    RS1

    INPUT POWER

    MOTOR CAPACITOR

    INPUT POWER

    208/230 VOLT SUPPLY POWER

    MOTOR HOUSING

    BROWN

    BROWN

    WHITE

    RED

    ORANGE

    BLACK

    BLUE

    TO UNITMAIN POWER

    GROUND

    L1

    DS1

    T1

    T2L2

    C1

    L1

    C1

    EXHAUST FAN

    SUPPLY FANSC S M1

    SC E

    L2

    M2

    L2

    14

    C1

    13ENERGY WHEELM3

    T3L3

    C1

    WHITE

    BLUE

    PINK

    SS

    230 VOLT

    230 VOLT

    *

    ***

    *

    *

    *

    C1 UNIT CONTACTORD1 SUPPLY INTAKE DAMPERD2 EXHAUST INTAKE DAMPERDS1 MAIN UNIT DISCONNECT SWITCHEC ENTHALPY ECONOMIZER CONTROLM1 SUPPLY MOTORM2 EXHAUST MOTORM3 ENERGY WHEEL MOTORPS2 SUPPLY DIRTY FILTER PRESSURE SWITCHPS3 EXHAUST DIRTY FILTER PRESSURE SWITCHR1 ECONOMIZER RELAYR14 ROTATION SENSOR RELAYS1 FAN SWITCHS2 ROTATION SENSOR (LOCATED BY WHEEL)S6 ECON SWITCHSC SPEED CONTROLLERST1 FROST CONTROL TIMERTYPICAL SETTINGS t1(OFF) = 5 MIN., t2(ON) = 30 MIN.T4 ECONOMIZER WHEEL JOG TIMERTYPICAL SETTINGS t1(OFF) = 3 HRS., t2(ON) = 10 SEC.TR TRANSFORMERTS1 FROST CONTROL THERMOSTAT (JUMPER - COOL)OPENS ON RISING TEMP. TYPICAL SETTING 5TS2 ECONOMIZER LOW LIMIT THERMOSTAT (JUMPER - COOL)CLOSES ON RISING TEMP. TYP. SETTING 50TS3 ECONOMIZER UPPER LIMIT THERMOSTAT (JUMPER - COOL)OPENS ON RISING TEMP. TYPICAL SETTING 65 - 2 DIFF.

    o

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 78 of 79

  • Unit Warranty

    Limited WarrantyGreenheck warrants this equipment to be free from defects in material and workmanship for aperiod of 1 year(s) from the purchase date. The energy recovery wheel is warranted to be free fromdefects in material and workmanship for a period of five years from the purchase date. Anycomponent which proves defective during the warranty period will be repaired, or replaced, atGreenheck's sole option when returned to our factory, transportation prepaid.

    The warranty does not include labor costs associated with troubleshooting, removal, or installation.Greenheck will not be liable for any consequential, punitive, or incidental damages resulting fromuse, repair, or operation of any Greenheck product.

    This warranty is exclusive, and is in lieu of all other warranties, whether written, oral or implied,including the warranty of merchantability and the warranty of fitness for a particular purpose.

    2/13/2013Printed Date: GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29Job:

    Energy RecoveryProduct Type: ERV-3-3307RENMark:

    CAPS 4.10.1964 C:\Users\Fernando Farias\Documents\CAPS\Jobs\GEOSA - ROTA - BASE NAVAL2013-02-11 14.57.29.gfcj Page 79 of 79