Supplemental Manual for Options - RenewAire

www.renewaire.com (800) 627- 4499 [email protected]

Bypass Economizer shown

HE-Series Indoor

Bypass EconomizerSupplemental Manual for Options

1.800.627.44992

Bypass EconomizerOPTION

IMPORTANT

CAUTION

CAUTION

IMPORTANT

This equipment is only for use in completed structures. Use of this equipment prior to completion of building construction will void the warranty. Do not use this equipment for temporary conditioning of the air.

This equipment is to be installed by follow-ing Industry Best Practices and all appli-cable codes. Any damage to components, assemblies, subassemblies or the cabinet which is caused by improper installation practices will void the warranty.

WARNINGArc flash and electric shock hazard. Disconnect all electric power supplies and wear protective equipment per NFPA 70E before working within electric enclosure. Lock and tag the disconnect switch or breaker to prevent accidental re-connection of electric power while performing service or maintenance operations. Failure to comply can cause serious injury or death. Customer must provide earth ground to unit, per NEC, CEC and local codes, as applicable. Before proceeding with installation, read all instructions, verify that all parts are included and check the nameplate to verify the voltage matches available utility power. The line side of the disconnect switch on the front of the unit contains live high-voltage. The only way to ensure there is NO voltage inside the unit is to install and open all local and remote disconnect switches and then verify that power is off with a voltmeter. Refer to unit electrical schematic. Follow all local codes.

Risk of damage to the enthalpic core. Improper maintenance procedures may lead to damage of the enthalpic core.

When performing maintenance of the ERV or the core bypass, organic solvents are not to be used within the enclosure. In addition, high pressure air is not to be applied to the enthalpic core.

Risk of damage to the Core Bypass controls.

Whenever a control device is connected to or disconnected from the controls circuits, the power supply to the ERV must be disconnected. Lock and tag the disconnect switch or circuit breaker to prevent accidental reconnection of electric power.

31.800.627.4499

Bypass Economizer OPTIONS

UNIT INFORMATION Record information as shown below. A permanent record should be maintained so that damper stop and controls settings can be verified at a later date. In the unlikely event that factory assistance is ever required, this information will also be needed.

Locate the RenewAire unit label, to be found on either the left or right side of the unit. Record the following:

ERV Serial Number:

ERV SO #:

ERV Option Code:

TYPICAL UNIT LABEL (FOUND ON EITHER LEFT SIDE OR RIGHT SIDE OF THE UNIT)

UNIT INFORMATION

Type of Bypass Controls: (check one) Dry Bulb Enthalpic

If controls are dry bulb, record the following:

Low Limit (setting at time of start-up)

High Limit (setting at time of start-up)

Show any changes to Low Limit setting (include date and reason for change)

Show any changes to High Limit setting (include date and reason for change)

(Low Limit Factory Setting: 53˚)

(High Limit Factory Setting: 75˚)

NOTE: This page and the following page are to be completed by the

installing contractor. The completed document is to be turned over to the owner after start-up.

If controls are enthalpic, record the following:

Low Limit (setting at time of start-up)

Show any changes to Low Limit setting (include date and reason for change)(Low Limit Factory Setting: 53˚)

1.800.627.44994


RENEWAIRE ERV OPTION CODEThere are seven different models of RenewAire ERVs that can be ordered with the Bypass Economizer Option. Every ERV has a unit label that shows the exact model with its options, as ordered. In the ERV Option Code, units with the bypass economizer option will have a number in place of a letter for character 18. The individual number indicates which type of bypass controls are installed and whether any isolation dampers are installed. See Page 3 for instructions on how to locate the ERV Option Code on the unit label.

MODEL NUMBER

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

J - - -

Flow Control* Digit 18: "-" = No Isolation Dampers (with no Bypass)"D" = Motorized Damper both Airstreams (with no Bypass)"E" = Motorized Damper EA or RA Airstream (with no Bypass) "F" = Motorized Damper FA or OA Airstream (with no Bypass) "0" = Drybulb Bypass Dampers only (no Isolation Dampers) "1" = Drybulb Bypass with Motorized Dampers all Airstreams "4" = Drybulb Bypass with Motorized Damper OA Airstream "5" = Enthalpy Bypass Dampers only (no Isolation Dampers) "6" = Enthalpy Bypass with Motorized Dampers all Airstreams "9" = Enthalpy Bypass witih Motorized Damper OA Airstream

Restrictions: Face damper also acts as Isolation damper in EA or RA Airstream. Bypass not available in EV450. Bypass only available in indoor units.

-H E - 2 X I N H S 1 1 U U 1 A N T - - L

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7.0 MAINTENANCE 33

8.0 TROUBLESHOOTING 34

8.1 SEQUENCE OF OPERATION (SOO) ..........................34

9.0 FACTORY ASSISTANCE 35

10.0 WARRANTY 35

1.0 OVERVIEW 8

1.1 DESCRIPTION .........................................................81.1.1 Dry Bulb Control ..................................................................81.1.2 Enthalpy Control ..................................................................81.1.3 Dampers .............................................................................8

2.0 LAYOUT RECOMMENDATIONS 10

3.0 PERFORMANCE DATA 12

4.0 COMPONENT DESCRIPTION 14

4.1 DRY BULB CONTROLLER .......................................14

4.2 THERMISTOR ........................................................14

4.3 LOW LIMIT DRY BULB CONTROLLER ......................15

4.4 OUTDOOR AIR ENTHALPY CONTROLLER ................15

4.5 RETURN AIR ENTHALPY TRANSMITTER .................15

4.6 ROUND DAMPER ..................................................15

4.7 RECTANGULAR DAMPER .......................................15

4.8 DAMPER ACTUATORS ...........................................164.8.1 Belimo TFB24-S Damper Actuator ..................................... 164.8.2 Belimo LF-24S Damper Actuator ....................................... 164.8.3 Ruskin RUS-S24-S Damper Acutator ................................. 16

5.0 INSTALLATION 17

5.1 DRY BULB CONTROL WIRING SCHEMATIC ..............18

5.2 ENTHALPY CONTROL WIRING SCHEMATIC .............19

5.3 MODEL HE1XIN DIMENSION DRAWINGS ................20

5.4 MODEL HE1.5XIN DIMENSION DRAWINGS .............22




5.8 MODEL HE6XIN DIMENSION DRAWING ..................30

5.9 MODEL HE8XIN DIMENSION DRAWING ..................31

6.0 OPERATION 32

6.1 UNIT START-UP DAMPER ADJUSTMENT ................326.1.1 Tools Required for Damper Adjustment ..............................326.1.2 Damper Adjustment Procedure ..........................................32

6.2 UNIT START-UP CONTROLS ADJUSTMENT .............336.2.1 Dry Bulb Control Settings ..................................................336.2.2 Enthalpy Control Settings .................................................33

TABLE OF CONTENTS

1.800.627.44996


TABLE OF WIRING SCHEMATICS

TABLE OF ILLUSTRATIONS

Figure 1.1.0 Dry Bulb Controller .......................................................................................................... 8Figure 1.1.1 Low Limit Dry Bulb Controller ........................................................................................... 8Figure 1.1.2 Outdoor Air Enthalpy Controller ........................................................................................ 8Figure 1.1.3 Return Air Enthalpy Transmitter ........................................................................................ 8Figure 1.1.4 Typical ERV Without Core Bypass ..................................................................................... 9Figure 1.1.5 Typical ERV With Core Bypass .......................................................................................... 9Figure 2.0.0 HE1XINH Duct Layout .................................................................................................... 10Figure 2.0.1 HE1.5XINH Duct Layout ................................................................................................. 10Figure 2.0.2 HE2X-4XINH Duct Layout .............................................................................................. 11Figure 2.0.3 HE2X-4XINV Duct Layout ............................................................................................... 11Figure 2.0.4 HE6XIN & HE8XIN Duct Layout ....................................................................................... 11Figure 3.0.0 Psychometric Chart (Dry Bulb Control) ........................................................................... 12Figure 3.0.1 Psychometric Chart (Enthalpy Control) ........................................................................... 13Figure 4.8.0 Chart of Damper Actuators by RenewAire Model ............................................................ 16Figure 4.8.1 Bypass Actuator ............................................................................................................ 16Figure 4.8.2 Face Actuator ............................................................................................................... 16Figure 5.0.0 Table of Installed Features by Model .............................................................................. 17Figure 5.3.0 HE1XINH Dimension Drawing (Horizontal Airflow Orientation) ......................................... 20Figure 5.3.1 HE1XINV Dimension Drawing (Vertical Airflow Orientation) ............................................. 21Figure 5.4.0 HE1.5XINV Dimension Drawing (Horizontal Airflow Orientation) ....................................... 22Figure 5.4.1 HE1.5XINV Dimension Drawing (Vertical Airflow Orientation) ........................................... 23Figure 5.5.0 HE2XINH Dimension Drawing (Horizontal Airflow Orientation) ......................................... 24Figure 5.5.1 HE2XINV Dimension Drawing (Vertical Airflow Orientation) ............................................. 25Figure 5.6.0 HE3XINH Dimension Drawing (Horizontal Airflow Orientation) ......................................... 26Figure 5.6.1 HE3XINV Dimension Drawing (Vertical Airflow Orientation) ............................................. 27Figure 5.7.0 HE4XINH Dimension Drawing (Horizontal Airflow Orientation).......................................... 28Figure 5.7.1 HE4XINV Dimension Drawing (Vertical Airflow Orientation) .............................................. 29Figure 5.8.0 HE6XIN Dimension Drawing ........................................................................................... 30Figure 5.9.0 HE8XIN Dimension Drawing ........................................................................................... 31Figure 6.1.0 Typical Damper Actuator Stop Adjustment ...................................................................... 32

Figure 4.1.0 Dry Bulb Controller Partial Wiring Schematic ..................................................................14Figure 4.5.0 Enthalpy Controller Partial Wiring Schematic..................................................................15Figure 5.1.0 Dry Bulb Control Wiring Schematic .................................................................................18Figure 5.2.0 Enthalpy Control Wiring Schematic ................................................................................19

TABLE OF CONTENTS

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OVERVIEW

1.0 OVERVIEW1.1 DESCRIPTIONThe ERV Bypass Economizer Option is a system that provides energy conservation during operation of an ERV. It accomplishes this by sensing ambient conditions and it then allows the RA air stream to move through an alternate duct, bypassing the ERV enthalpic core. This avoids unnecessary tempering of Supply Air.

The Bypass Economizer Option consists of one extra duct, two electrically actuated dampers and a control system. The bypass duct is field-supplied, fabricated and installed. See illustrations on pages 8 to 10. There are two variations of the control system, one of which uses a single outdoor air dry bulb controller and sensor, and the second variation which uses a Return Air enthalpy sensor in conjunction with an OA enthalpy controller and a dry bulb temperature controller.

1.1.1 DRY BULB CONTROL

The first control scheme has one thermistor to sense outdoor air temperature. The controller itself has two user-adjusted setting dials. The adjustable Low Limit setting is the temperature below which the ERV will operate without the core bypass (normal operation). The adjustable High Limit setting is the temperature above which the ERV will again go into normal operation without bypassing the core. In other words, there is a temperature band when the bypass should be actuated and these two settings determine the upper and lower limits of that temperature band.

FIGURE 1.1.0 DRY BULB CONTROLLER

FIGURE 1.1.3 RETURN AIR ENTHALPY TRANSMITTERFIGURE 1.1.2 OUTDOOR AIR ENTHALPY CONTROLLER

NOTE: The default condition of the core bypass is “OFF”. When ambient

conditions fall within the user-applied presets, the dampers will actuate and cause the RA stream to be diverted through the bypass duct.

FIGURE 1.1.1 LOW LIMIT DRY BULB CONTROLLER

1.1.2 ENTHALPY CONTROL

The second control scheme incorporates a more sophisticated level of bypass control. In addition to the dry bulb controller, the Core Bypass controller measures enthalpy in both the outdoor air and the return air streams to provide a more precise means of determining the upper and lower limit shutoff points. See Section 6.2 for detailed controls information.

1.1.3 DAMPERS

Dampers are used to move the RA air stream through the bypass duct instead of through the enthalpic core (bypass ON) and also to return the air stream to normal operation (bypass OFF). They are also used to balance the air stream during bypass operation by means of setting the stops on the actuators.

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OVERVIEW



FIGURE 1.1.4 TYPICAL ERV WITHOUT CORE BYPASS

FIGURE 1.1.5 TYPICAL ERV WITH CORE BYPASS

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LAYOUTS

2.0 LAYOUT RECOMMENDATIONS




FIGURE 2.0.0 HE1INH DUCT LAYOUT

FIGURE 2.0.1 HE1.5INH DUCT LAYOUT


HE1XINH SUGGESTED DUCT LAYOUT - FRONT SAME PARTS FOR HE1XINV

HE1.5XINH SUGGESTED DUCT LAYOUT - FRONT SAME PARTS FOR HE1.5XINV

HE1.5XINH SUGGESTED DUCT LAYOUT - BACK SAME PARTS FOR HE1.5XINV

HE1XINH SUGGESTED DUCT LAYOUT - BACK SAME PARTS FOR HE1XINV

NOTE: All duct installations must conform to SMACNA

guidelines.

NOTE: All duct layouts depicted in this manual are

suggested and may be modified to accomodate field conditions.

111.800.627.4499


www.renewaire.com (800) 627- 4499 [email protected] (800) 627- 4499 [email protected]



FIGURE 2.0.2 HE2X-4XINH DUCT LAYOUT

FIGURE 2.0.3 HE2X-4XINV DUCT LAYOUT



FIGURE 2.0.4 HE6XIN & HE8XIN DUCT LAYOUT

HE6XIN & HE8XIN SUGGESTED DUCT LAYOUT - FRONT

HE3XINV SUGGESTED DUCT LAYOUT - FRONT ROUTING SAME FOR HE2XINV, HE4XINV (DUCT SIZE CHANGES)

HE2XINH SUGGESTED DUCT LAYOUT - FRONT ROUTING SAME FOR HE3XINH AND HE4XINH (DUCT SIZE CHANGES)

HE2XINH SUGGESTED DUCT LAYOUT - BACK ROUTING SAME FOR HE3XINH AND HE4XINH (DUCT SIZE CHANGES)

HE3XINV SUGGESTED DUCT LAYOUT - BACK ROUTING SAME FOR HE2XINV, HE4XINV

HE6XIN & HE8XIN SUGGESTED DUCT LAYOUT - BACK

LAYOUTS

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PERFORMANCE DATA

FIGURE 3.0.0 PSYCHOMETRIC CHART (DRY BULB CONTROL)

3.0 PERFORMANCE DATA

LOW

LIM

IT

HIG

H L

IMIT

-20

-15

-10

-50

510

1520

2530

3540

4550

5560

6570

7580

8590

9510

010

511

011

5

DR

Y BU

LB T

EMPE

RAT

UR

E - °

F

102030405060708090100

110

120

130

140

150

160

0

5

10

15

20

25

30354045

45

50

50

ENTHALPY - BTU PER POUND OF DRY AIR

Cha

rt b

y: H

AND

S D

OW

N S

OFT

WAR

E, w

ww

.han

dsdo

wns

oftw

are.

com

15%

25%

2%4%6%8%RE

LATI

VEHU

MID

ITY

10%

REL

ATIV

EH

UM

IDIT

Y20

%

30%

40%

50%

60%70%80%90%

HUMIDITY RATIO - GRAINS OF MOISTURE PER POUND OF DRY AIR

BARO

METR

IC P

RESS

URE:

29.92

1 in.

HG

PSYC

HR

OM

ETR

ICC

HA

RT

Nor

mal

Tem

pera

ture

I-P U

nits

SEA

LEV

EL

Cha

rt b

y: H

AND

S D

OW

N S

OFT

WAR

E, w

ww

.han

dsdo

wns

oftw

are.

com

131.800.627.4499


FIGURE 3.0.1 PSYCHOMETRIC CHART (ENTHALPY CONTROL)

PERFORMANCE DATA

LOW

LIM

IT

HIG

H L

IMIT

-20

-15

-10

-50

510

1520

2530

3540

4550

5560

6570

7580

8590

9510

010

511

011

5

DR

Y BU

LB T

EMPE

RAT

UR

E - °

F

102030405060708090100

110

120

130

140

150

160

0

5

10

15

20

25

30354045

45

50

50

ENTHALPY - BTU PER POUND OF DRY AIR

Cha

rt b

y: H

AND

S D

OW

N S

OFT

WAR

E, w

ww

.han

dsdo

wns

oftw

are.

com

15%

25%

2%4%6%8%RE

LATI

VEHU

MID

ITY

10%

REL

ATIV

EH

UM

IDIT

Y20

%

30%

40%

50%

60%70%80%90%

HUMIDITY RATIO - GRAINS OF MOISTURE PER POUND OF DRY AIR

BARO

METR

IC P

RESS

URE:

29.92

1 in.

HG

PSYC

HR

OM

ETR

ICC

HA

RT

Nor

mal

Tem

pera

ture

I-P U

nits

SEA

LEV

EL

Cha

rt b

y: H

AND

S D

OW

N S

OFT

WAR

E, w

ww

.han

dsdo

wns

oftw

are.

com

1.800.627.449914


COMPONENT DESCRIPTION

°F°F P1

P2 K1

LOAD

VACTYPICAL

LOAD CONNECTION

MODEL NR: BA32X6-95

RANGE: 41 TO 95° F

LINE VOLTAGE: 24 VAC

HIGH LIMIT SETPOINT

LOW LIMIT SETPOINTC

OM

MO

N24

VAC

THERMISTOR

2,252 OHMS @ 25° CTHERMISTOR

FIGURE 4.1.0 DRY BULB CONTROLLER PARTIAL WIRING SCHEMATIC

4.0 COMPONENT DESCRIPTION 4.1 DRY BULB CONTROLLER The Dry Bulb Controller is the simpler of the two control options. It is connected to a thermistor that senses the ambient temperature. There are two user-adjusted controls on the dry bulb controller, one for Low Limit Set Point and a second for High Limit Set Point. When the temperature sensed by the thermistor is greater than the Low Limit Set Point, it activates the bypass function. If the temperature drops below the Low Limit Set Point, the bypass function will switch OFF. If the temperature rises above the High Limit Set Point, the bypass function will again switch OFF.

The temperature band that falls between the Low Limit Set Point and the High Limit Set Point is the only time that the bypass function is switched ON.

4.2 THERMISTORThe thermistor is used with all control schemes. It is factory-installed in the Energy Recovery Ventilator and operates on 24 VAC.

151.800.627.4499


4.3 LOW LIMIT DRY BULB CONTROLLERThe low limit dry bulb controller is the device where the user sets the low limit setpoint. It is connected to both a thermistor and to the Outdoor Air Enthalpy Controller.

4.4 OUTDOOR AIR ENTHALPY CONTROLLERThe outdoor air enthalpy controller is connected to both the low limit dry bulb controller and the RA Enthalpy Transmitter. The outdoor air enthalpy controller compares its enthalpy reading to that of the return air enthalpy transmitter. If the outdoor air enthalpy is less than the return air enthalpy, and the outdoor air temperature is greater than the low limit setpoint, the bypass function will switch ON.

4.5 RETURN AIR ENTHALPY TRANSMITTER The return air enthalpy transmitter is used in conjunction with the Outdoor Air Enthalpy Controller. The controller takes enthalpy readings from the transmitter to establish if ambient conditions fall within the user-defined setpoints to activate or deactivate the bypass. See Section 6.2 for more details.

FIGURE 4.5.0 ENTHALPY CONTROLLER PARTIAL WIRING SCHEMATIC

°F

P2

TO DAMPERS

ENTHALPY TRANSMITTER(has built-in enthalpy sensor)

LOW LIMIT SETPOINT

24 VAC

THER

MIS

TOR

LOW LIMIT DRY BULB CONTROLLER

24 VAC

ENTHALPY CONTROLLER(has built-in enthalpy sensor)

SLIDE SWITCH(always set to "A")


4.6 ROUND DAMPER Round dampers are typically used in field-supplied and installed 12" round bypass ductwork. They are also used as face dampers for HE1XIN units. When the damper is shipped loose for field installation, the damper actuator is pre-assembled to the damper. Whenever a round damper is used, it operates in conjunction with a Belimo LF24-S Damper Actuator (if bypass damper) or Ruskin RUS-S24-S (if face damper). See chart of Damper Actuators on page 16.

4.7 RECTANGULAR DAMPERRectangular dampers are typically used as either face dampers or bypass dampers, depending on the field-supplied and installed bypass ductwork. Rectangular bypass dampers are always used in conjunction with Belimo Damper Actuators and rectangular face dampers are used in conjunction with Ruskin Damper Actuators, except for HE6XIN and HE8XIN units. See chart of Damper Actuators on page 16.

NOTE: All duct installations must conform to SMACNA

guidlines.

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4.8 DAMPER ACTUATORS 4.8.1 BELIMO TFB24-S DAMPER ACTUATOR

The Belimo TFB24-S actuators are used for all rectangular bypass dampers.

For further information on this specific damper actuator, see the manufacturer’s website:

https://www.belimo.us/shop/en_US/Actuators/Fail-Safe-Actuators/TFB24-S/p?code=TFB24-S

4.8.2 BELIMO LF-24S DAMPER ACTUATOR

The larger Belimo LF24-S damper actuators are typically used in 12" round bypass damper and for the 26" X 38" face dampers on the HE6XIN and HE8XIN ERVs.

For further information on this specific damper, see the manufacturer’s website:

https://www.belimo.us/shop/en_US/Actuators/Fail-Safe-Actuators/LF24-S-US/p?code=LF24-S+US

4.8.3 RUSKIN RUS-S24-S DAMPER ACTUATOR

The Ruskin RUS-S24-S damper actuators are used for most rectangular face dampers, and the 12" round face damper.

For further information on this specific damper, see the manufacturer’s website:

https://www.ruskin.com/model/rus-s24-s

RenewAire ERV Model

Face Damper Actuator

Bypass Damper Actuator

HE1XIN RUS-S24-S LF24-S

HE1.5IN RUS-S24-S LF24-S

HE2XIN RUS-S24-S TFB24-S



HE6XIN LF24-S TFB24-S

HE8XIN LF24-S TFB24-S

FIGURE4.8.0 CHART OF DAMPER ACTUATORS BY RENEWAIRE MODEL

NOTE: All bypass damper actuators have a built-in adjustable stop that

is used for balancing air flow. See Section 6.0 of this manual for instruc-tions on balancing the air flow at time of start-up.

FIGURE 4.8.1 BYPASS ACTUATOR FIGURE 4.8.2 FACE ACTUATOR

https://www.belimo.us/ishop/category/node/28918/chapter/28928_28918.xml

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INSTALLATION

5.0 INSTALLATIONFor every RenewAire Energy Recovery Ventilator with Bypass Economizer Option, controls and dampers are installed at the factory, with the exception of those components shown below. Bypass ductwork is always supplied, fabricated and installed by others, in the field. For further information on the needed bypass ductwork, see the technical data sheet for the specific model, found in this manual in Section 5.3 through 5.9.

In those cases where a damper(s) must be field-installed, the damper is labeled either “FACE” or “BYPASS” and is already assembled to its actuator. The damper and actuator are then field-installed and the actuator is plugged into the factory-installed wiring harness using the plug located outside the unit.

1. Fabricate and install bypass ductwork in accordance with the guidelines shown for each model in this section of this manual.

2. Install dampers and damper actuators as required, shown on the chart above.

3. Balance the air flow through the bypass duct. See Section 6.1 of this manual. Adjust the damper actuator stops as needed.

4. Verify the settings on the dry bulb controllers. See Section 6.2 of this manual.

5. Complete the Unit Information on page 3 of this manual.

FIGURE 5.0.0 TABLE OF INSTALLED FEATURES BY MODEL

RenewAire ERV Model

Controls Installed?Control Wiring

Installed?Bypass Damper

Installed?Face Damper

Installed?Recommended

Bypass Duct Size*

HE1XIN Yes YesShipped Loose

Shipped Loose

12" Round

HE1.5IN Yes YesShipped Loose

Yes 12" Round

HE2XIN Yes Yes Yes Yes 16" X 16"

HE3XINH Yes Yes Yes Yes 30" X 16"

HE3XINV Yes Yes Yes Yes 36" X 14"

HE4XINH Yes Yes Yes Yes 34" X 16"

HE4XINV Yes Yes Yes Yes 42" X 14"



*Recommended duct sizes are based on ensuring that the pressure drop in the bypass duct is less than the presssure drop through the core. Equivalent duct sizes at the same pressure drop are acceptable.

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INSTALLATION

CHANGESNAMEREV. DATE

Description

Family

Config

Dry Bulb Bypass Only

RenewAire

1

A B C D E

New0 11/13/2017 austine

1 5/18/2018 austine Updated wire colors

2 8/9/2018 austine Added Wire Color LabelsHE-2_HE-4XJxxx-x11,15xx--xAxTx-xx

2

3

4

5

6

7

8

9

10

11

12

13

HE-2_HE-4XJxxx-x11,15xx--0AxTx-xx_002

1221

23

DAMPERFace

Relay

24 VAC

13 14

812

4

Face/Bypass

1

2

3

4

5

12S1

S3

DAMPERBypass

Exhaust Fan

24V+

-

SENS

M

Supply Fan

M

Supply Fan

Contactor Overload

24 VAC

A1 A2 95 96

1L1

3L2

5L3

2T1

4T2

6T3

Exhaust

Contactor Overload

24 VAC

A1 A2 95 96

1L1

3L2

5L3

2T1

4T2

6T3

Supply

GNDL3L2L1

Input Power115 VAC, 1 Phase208-230 VAC, 1 Phase

Transformer

COM 24V

F1

Relay

24 VAC

13 14

812

4

Exhaust

Relay

24 VAC

13 14

812

4

Supply

BU

RD

YL OR PU BU YL BR PK

BR

ORPUBKRD

BU

RD

BURD

BKBK

BU

RD

BU

RD

BU

RD

RD

YL RD

BU

RD

RD

BK

YLRD

GY

RD YL

YL

RD

FIGURE 5.1.0 DRY BULB CONTROL WIRING SCHEMATIC

5.1 DRY BULB CONTROL WIRING SCHEMATIC Dry bulb control is comprised of two dampers and their actuators, a dry bulb controller and a thermistor. The only user adjustments that are made to this system during normal operation are the LOW and HIGH settings on the controller.

191.800.627.4499


CHANGESNAMEREV. DATE

Description

Family

Config

Enthalpy Bypass Only

RenewAire

1

A B C D E

New0 11/13/2017 austine

1 5/18/2018 austine Updated wire colors

2 8/9/2018 austine Added Wire Color LabelsHE-2_HE-4XJxxx-x11,15xx--xAxTx-xx

2

3

4

5

6

7

8

9

10

11

12

13

HE-2_HE-4XJxxx-x11,15xx--5AxTx-xx_002

1221

23

DAMPERFace

Relay

24 VAC

13 14

812

4

Face/Bypass

1

2

3

4

5

12S1

S3

DAMPERBypass

Exhaust Fan

M

Supply Fan

M

Supply Fan

24V+

-

SENS

NC

NO

C

F

Vin 4-20mAOut

SENS

4-20GNDVAC

Vout24IN

SENS

Contactor Overload

24 VAC

A1 A2 95 96

1L1

3L2

5L3

2T1

4T2

6T3

Exhaust

Contactor Overload

24 VAC

A1 A2 95 96

1L1

3L2

5L3

2T1

4T2

6T3

Supply

Input Power115 VAC, 1 Phase208-230 VAC, 1 Phase

L1 L2 L3 GND

Transformer

COM 24V

F1

Relay

24 VAC

13 14

812

4

Exhaust

Relay

24 VAC

13 14

812

4

Supply

BR

ORBK

RD

BU YL OR PU BU YL BR PK

PU

BU

RD

BURD

BK BK

BU

RD

BU

RD

BU

RD

RD

YL RD

BU

RD

RD

BK

YLRD

BUYLWHGNGY

YLRDRD

YL

FIGURE 5.2.0 ENTHALPY CONTROL WIRING SCHEMATIC

5.2 ENTHALPY CONTROL WIRING SCHEMATICEnthalpy control is comprised of two dampers and their actuators, an enthalpy transmitter, an enthalpy controller that receives data from the enthalpy transmitter, and a low limit dry bulb controller. The only user adjustment that may be made to this system during normal use is the LOW LIMIT setpoint on the dry bulb controller.

INSTALLATION

1.800.627.449920


INSTALLATION

5.3 MODEL HE1XIN DIMENSION DRAWINGS

FOR THE MOST COMPLETE AND CURRENT INFORMATION VISIT RENEWAIRE.COM 19

SPECIFICATIONS & DIMENSIONS

Specifi cations may be subject to change without notice.

INDOOR UNIT SPECIFICATIONS

Ventilation Type: Static plate, heat and humidity transfer

Typical Airfl ow Range: 250-925 CFM

AHRI 1060 Certifi ed Core: One L125-G5

Standard Features:Non-fused disconnect24 VAC transformer/relay packageCross-core differential pressure ports

Filters: Total qty. 2, MERV 8: 20" x 20" x 2"

Unit Dimensions & Weight:54 3/4" L x 23 3/4" W x 35 3/4" H204-275 lbs., varies by option(s)

Max. Shipping Dimensions & Weight (on pallet): 63" L x 30" W x 56" H325 lbs. Accessories box shipped loose on top of unit.

Motor(s): Qty. 2, 0.75 HP ea., Direct drive blower/standard

motor packages

Options: Qty. 2, Variable Speed/ECM - Direct Drive Motors (see HE1XINH EC Motor submittal) -

0.5 HP, 120V/1Ph/60HZ, 0.5 HP, 208-230V/1Ph/60HZ

Independent blower controlFused disconnectIntegrated programmable controls - enhanced, premiumBypass economizer damper (see bypass DIM drawing) -

dry-bulb temperature controls (standard),enthalpy controls (option)

Low-leakage motorized isolation dampers - OA, RA or both airstreams

Qty. 2, Factory mounted fi lter alarms - both airstreamsDouble wall constructionExterior paint - white, custom colors

Accessories: Filters - MERV 13, 2" (shipped loose)Backdraft damper 12"Motorized isolation damper - both airstreamsWall cap 12" - galvanized, paintable galvanneal Solid state speed control kit - 115V,

208-230V (1 required per motor)Digital time clock - wall mount (TC7D-W),

in exterior enclosure (TC7D-E)Carbon dioxide sensor/control - wall mount (CO2-W), duct mount (CO2-D) IAQ sensor - wall mount (IAQ-W), duct mount (IAQ-D)Motion occupancy sensor/control - ceiling mount (MC-C), wall mount (MC-W)Smoke Detector - duct mount (SD-D) Electric duct heater - RH series (1-11.5 kW); EK series (1–175 kW); designed for indoor ductwork installation onlyIndirect gas-fi red duct furnace - GH series

(50-400 MBH), installed downstream of any fansThermal Performance Ratings G5 2015.2.xlsx HE1X (IOM)

30%

50%

70%

90%200 400 600 800 1000

Effe

ctiv

enes

s (%

)

Airflow (CFM)HP Volts HZ Phase

FLAper

motor

Min. Cir.

Amps

Max. Overcurrent Protection

Device

0.75 120 60 Single 9.0 20.3 25

0.75 208-230 60 Single 4.5 10.1 15

0.75 277 60 Single 3.9 8.8 15

0.75 208-230 60 Three 1.7-2.3 5.2 15

0.75 460 60 Three 1.15 2.6 15

CORE PERFORMANCEELECTRICAL DATA

AIRFLOW PERFORMANCE

Motor HPPhase

External Static Pressure (Inches Water Column)

0.0 0.25 0.5 0.75 0.9 1.25 1.5

0.75Single Phase

970 CFM1,490 Watts

925 CFM1,375 Watts

860 CFM1,270 Watts

795 CFM1,160 Watts

750 CFM1,090 Watts

635 CFM 950 Watts

480 CFM 825 Watts

0.75Three Phase

970 CFM1,246 Watts

925 CFM1,158 Watts

860 CFM1,039 Watts

795 CFM 928 Watts

750 CFM 856 Watts

635 CFM 691 Watts

480 CFM 509 Watts

Note: Airfl ow performance includes effect of clean, standard fi lter supplied with unit.

Note: Watts is for the entire unit (two motors).

At AHRI 1060 standard conditions. See all AHRI certifi ed ratings at www.ahrinet.org.

1XINHHE Energy Recovery VentilatorStandard with Bypass Economizer

Download specification at:renewaire.com/specifications

HE-S

ERIE

SOA

RA

BP

FAEA BYPA

SS A

IRFL

OW

SC

HEM

ATIC

FRO

NT

VIE

W

49

1/8"

Cas

e

2 7/8"Typ.

3/4" -1 7/8"

Typ.

34 7/8" Case RAO

AEA FA

Pres

sure

Ports

(4) T

yp.

Leve

ling

Feet

(4)

Doo

r-int

erlo

cked

Disc

onne

ct S

witc

hBP

8 7/8" 27 1/2"

38 3/8" Overall

10

3/8"

10

3/8"

O

A Is

olat

ion

Dam

per

Wiri

ng C

onn.

RA

Face

/Isol

atio

n D

ampe

r W

iring

Con

n.

54 3/4" Overall

21

3/4"

Cas

e

7 5/8"

8 1

/8"

20 1

/8" M

inim

umSe

rvic

e A

rea

(Doo

rs c

an b

eRe

mov

ed fr

om H

inge

s.)

49" Minimum Service Area(Doors can be Removed

from Hinges.)

29"

Alte

rnat

ePo

wer

Wiri

ngIn

let

7/8"

Alte

rnat

eC

ontro

l Wiri

ngIn

let

7/8"

Con

n. L

ocat

ion

12" B

ypas

s D

ampe

r(N

ot S

how

n)

Doo

rSw

ing

Doo

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ing

12

7/8"

23 3

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Ove

rall

27 5/8"

8 7/8"

8 5

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Con

trol W

iring

Inle

t1

1/8"

Pow

er W

iring

Inle

t7/

8"

12

" Typ

.

12"

TYP. FR

ON

T V

IEW

9" TYP.

6" TYP.

LEFT

VIE

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ON

T V

IEW

RI

GHT

VIE

W

TOP

VIE

W

Face

Dam

per

Bypa

ssD

ampe

r

12" R

ound

Byp

ass D

uct C

onne

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n (D

irect

Mou

nt to

Dam

per,

By O

ther

s)

(OA

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DA

MPE

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OO

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SCA

LE 1

:18

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IEW

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MET

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W

Mod

el: H

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NH

[Byp

ass]

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g Ty

pe: U

nit D

imen

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Ver

sion:

MA

Y18

ABB

REVI

ATIO

NS

EA: E

xhau

st A

ir to

Out

side

OA

: Out

side

Air

Inta

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: Roo

m A

ir to

be

Exha

uste

dFA

: Fre

sh A

ir to

Insid

eBP

: Byp

ass A

ir In

take

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ay b

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stal

led

in a

ny

orie

ntat

ion.

NO

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LESS

OTH

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ISE

SPEC

IFIE

D,

DIM

ENSI

ON

S A

RE R

OUN

DED

TO

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EARE

ST E

IGHT

H O

F A

N IN

CH.

2. S

PEC

IFIC

ATIO

NS

MA

Y BE

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T TO

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E W

ITHO

UT N

OTIC

E.

3. U

NITS

WITH

BYP

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WIL

L RE

QUI

RE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

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OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER

TO I&

O M

AN

UAL

SUPP

LEM

ENT

FOR

BYPA

SS.

5. D

AM

PERS

SHI

PPED

LO

OSE

, FIE

LD

INST

ALL

ATIO

N R

EQUI

RED

HE1X

INH

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Wit

h B

yp

ass E

co

no

miz

er

Op

tio

n (

Sta

nd

ard

& E

C M

oto

r)

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NCa

n be

mou

nted

in a

ny o

rient

atio

n. A

irstre

ams

can

not b

e sw

itche

d.

HE1X

INH

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

FIGURE 5.3.0 HE1XINH DIMENSION DRAWING (HORIZONTAL AIRFLOW ORIENTATION)

211.800.627.4499


FIGURE 5.3.1 HE1XINV DIMENSION DRAWING (VERTICAL AIRFLOW ORIENTATION)






Typical Airfl ow Range: 250-925 CFM

AHRI 1060 Certifi ed Core: One L125-G5




Max. Shipping Dimensions & Weight (on pallet): 30" L x 42" W x 71" H325 lbs. Accessories box shipped loose on top of unit.

Motor(s): Qty. 2, 0.75 HP ea., Direct drive blower/standard

motor packages

Options: Qty. 2, Variable Speed/ECM - Direct Drive Motors (see HE1XINV EC Motor submittal) -

0.5 HP 120V/1Ph/60HZ,0.5 HP 208-230V/1Ph/60HZ

Independent blower control Fused disconnectIntegrated programmable controls - enhanced, premiumBypass economizer damper (see bypass DIM drawing) -


Low-leakage motorized isolation dampers - OA, RA or both airstreamsQty. 2, Factory mounted fi lter alarms - both airstreams Double wall constructionExterior paint - white, custom colors

Accessories: Filters - MERV 13, 2" (shipped loose)Backdraft damper 12" Motorized isolation damper - both airstreamsWall cap 12" - galvanized, paintable galvanneal Solid state speed control kit - 115V,

208-230V (1 required per motor)Digital time clock - wall mount (TC7D-W),

in exterior enclosure (TC7D-E)Carbon dioxide sensor/control - wall mount (CO2-W), duct mount (CO2-D) IAQ sensor - wall mount (IAQ-W), duct mount (IAQ-D)Motion occupancy sensor/control - ceiling mount (MC-C), wall mount (MC-W)Smoke Detector - duct mount (SD-D)Electric duct heater - RH series (1-11.5 kW); EK series (1–175 kW); designed for indoor ductwork installation onlyIndirect gas-fi red duct furnace - GH series

(50-400 MBH), installed downstream of any fans

HP Volts HZ PhaseFLAper

motor

Min. Cir.

Amps


Device

0.75 120 60 Single 9.0 20.3 25

0.75 208-230 60 Single 4.5 10.1 15

0.75 277 60 Single 3.9 8.8 15

0.75 208-230 60 Three 1.7-2.3 5.2 15

0.75 460 60 Three 1.15 2.6 15

ELECTRICAL DATA

Thermal Performance Ratings G5 2015.2.xlsx HE1X (IOM)

30%

50%

70%

90%200 400 600 800 1000

Effe

ctiv

enes

s (%

)

Airflow (CFM)

CORE PERFORMANCE

AIRFLOW PERFORMANCE

Motor HPPhase


0.0 0.25 0.5 0.75 0.9 1.25 1.5

0.75Single Phase

970 CFM1,490 Watts

925 CFM1,375 Watts

860 CFM1,270 Watts

795 CFM1,160 Watts

750 CFM1,090 Watts

635 CFM 950 Watts

480 CFM 825 Watts

0.75Three Phase

970 CFM1,246 Watts

925 CFM1,158 Watts

860 CFM1,039 Watts

795 CFM 928 Watts

750 CFM 856 Watts

635 CFM 691 Watts

480 CFM 509 Watts

Note: Watts is for the entire unit (2 motors).Note: Airfl ow performance includes effect of clean, standard fi lter supplied with unit.


1XINVHE Energy Recovery VentilatorStandard with Bypass Economizer


HE-S

ERIE

SHE

-SER

IES

RA

BP

EA

BYPA

SS A

IRFL

OW

SC

HEM

ATIC

TOP

VIE

W(O

A/F

A A

irstre

am N

ot S

how

n)

49 1/8" Case 3/4" -1 7/8"

Typ. 3

4 7/

8" C

ase

2

7/8"

Typ.

Pres

sure

Ports

(4) T

yp.

Doo

r-Int

erlo

cked

Disc

onne

ct S

witc

h

FRO

NT

VIE

W

Leve

ling

Feet

(4)

EA

Bypa

ssLo

catio

n

RA FA

21

3/4"

Cas

e

8 5

/8"

20 1

/8" M

inim

umSe

rvic

e A

rea

(Doo

rs c

an b

eRe

mov

ed fr

omHi

nges

.) 49" Minimum Service Area(Doors can be Removed

from Hinges.)

29"

9 3/4"

RIG

HT V

IEW

Doo

rSw

ing

Doo

rSw

ing

OA

Isol

atio

nD

ampe

rW

iring

Con

n.

10

3/8"

Typ

.

12" T

yp.

12

7/8"

16 1/4" Typ.

40 3/4" Typ. 50 3/4" Overall

Pow

er a

ndC

ontro

l Wiri

ngIn

lets

7/

8"LE

FT V

IEW

BP

RA

Face

/Isol

atio

n D

ampe

rW

iring

Con

n.

Con

n. L

ocat

ion

12" B

ypas

sD

ampe

r(N

ot S

how

n)

26

1/2"

Ove

rall

27 5/8"

40 3/8" Overall

TOP

VIE

W

12"

TYP. FR

ON

T V

IEW

9" TYP.

6" TYP.

(OA

/RA

/BP)

DA

MPE

R O

PTIO

N (Q

TY.3

)(S

HIPP

ED L

OO

SE)

SCA

LE 1

:18

OA

Bypa

ssD

ampe

rFa

ceD

ampe

r

12" R

ound

Byp

ass D

uct C

onne

ctio

n (D

irect

Mou

nt to

Dam

per,

By O

ther

s)

RIG

HT V

IEW

ISO

MET

RIC

VIE

W

Mod

el: H

E1XI

NV

[Byp

ass]

Dra

win

g Ty

pe: U

nit D

imen

sion

Ver

sion:

MA

Y18

ABB

REVI

ATIO

NS

EA: E

xhau

st A

ir to

Out

side

OA

: Out

side

Air

Inta

keRA

: Roo

m A

ir to

be

Exha

uste

dFA

: Fre

sh A

ir to

Insid

eBP

: Byp

ass A

ir In

take

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ay b

e in

stal

led

in a

ny

orie

ntat

ion.

NO

TE1.

UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D,

DIM

ENSI

ON

S A

RE R

OUN

DED

TO

THE

N

EARE

ST E

IGHT

H O

F A

N IN

CH.

2. S

PEC

IFIC

ATIO

NS

MA

Y BE

SUB

JEC

T TO

CHA

NG

E W

ITHO

UT N

OTIC

E.

3. U

NITS

WITH

BYP

ASS

WIL

L RE

QUI

RE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

Y O

THER

S).

4. F

OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER

TO I&

O M

AN

UAL

SUPP

LEM

ENT

FOR

BYPA

SS.

5. D

AM

PERS

SHI

PPED

LO

OSE

, FIE

LD

INST

ALL

ATIO

N R

EQUI

RED

HE1X

INV

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Wit

h B

yp

ass E

co

no

miz

er

Op

tio

n (

Sta

nd

ard

& E

C M

oto

r)

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NCa

n be

mou

nted

in a

ny o

rient

atio

n. A

irstre

ams

can

not b

e sw

itche

d.

HE1X

INV

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

erINSTALLATION

1.800.627.449922


INSTALLATION

FIGURE 5.4.0 HE1.5XINH DIMENSION DRAWING (HORIZONTAL AIRFLOW ORIENTATION)

5.4 MODEL HE1.5XIN DIMENSION DRAWINGS






Typical Airfl ow Range: 375–1,575 CFM

AHRI 1060 Certifi ed Core: One L62-G5 and one L125-G5


Filters: Total Qty. 4, MERV 8: (2) 14" x 20" x 2" and

(2) 16" x 20" x 2"


Max. Shipping Dimensions & Weight (on pallet):70" L x 47" W x 53" H571 lbs.

Motor(s): Qty. 2, 1.0 HP ea., Direct drive standard motorized

impeller packages

Options: Qty. 2, Variable Speed/ECM - Direct drive motors (see HE1.5XINH EC Motor submittal) -

1.0 HP 120V/1Ph/60HZ,1.0 HP 208-230V/1Ph/60HZ

Independent blower controlFused disconnectIntegrated programmable controls - enhanced, premiumBypass economizer damper (see bypass DIM drawing) -


Class 1 low leakage motorized isolation dampers - FA, EA or both airstreams

Gravity backdraft dampersQty. 2, Factory mounted fi lter alarms - both airstreamsDouble wall constructionExterior paint - white, custom colors

Accessories:Filters - MERV 13, 2" (shipped loose)Backdraft damper - OA or EADigital time clock - wall mount (TC7D-W),

in exterior enclosure (TC7D-E)Carbon dioxide sensor/control - wall mount (CO2-W), duct mount (CO2-D) IAQ sensor - wall mount (IAQ-W), duct mount (IAQ-D)Motion occupancy sensor/control - ceiling mount (MC-C), wall mount (MC-W)Smoke Detector - duct mount (SD-D)Electric duct heater - EK series (1–175 kW)Indirect gas-fi red duct furnace - GH series


AIRFLOW PERFORMANCE

Motor HPPhase


0.0 0.25 0.50 0.75 1.00 1.25 1.50

1.0Single Phase

1,575 CFM1,545 Watts





950 CFM1,380 Watts

795 CFM1,300 Watts

1.0Three Phase






940 CFM1,210 Watts

760 CFM1,135 Watts

ELECTRICAL DATA

HP V HZ PhaseFLAper

motor

Min. Cir.

Amps


Device

1.0 120 60 Single 6.5 14.6 20

1.0 208-230 60 Single 3.3-3.4 7.7 15

1.0 277 60 Single 2.7 6.1 15

1.0 208-230 60 Three 2.2-2.2 5.0 15

1.0 460 60 Three 1.1 2.5 15

CORE PERFORMANCE

Thermal Performance Ratings G5 2015.2.xlsx HE1.5X (IOM)

30%

50%

70%

90%300 600 900 1,200 1,500

Effe

ctiv

enes

s (%

)

Airflow (CFM)



1.5XINHHE Energy Recovery VentilatorStandard with Bypass Economizer


HE-S

ERIE

S

BP

RAEA

5" D

ampe

rFr

ames

Typ

.

3 1/4"

1 1/

4" D

uct

Rece

ivin

gFl

ange

Typ

.

48

3/4"

Ove

rall

12" B

ypas

s Lo

catio

n

FA

FRO

NT

VIE

W

Pres

sure

Po

rts (4

) Typ

.

Doo

r-int

erlo

cked

Disc

onne

ct S

witc

h

RA

EAO

A

6 1

/4" T

yp.

32"

6"

52 3/4" Case

LEFT

VIE

W

Pow

er W

iring

Inle

t 7/8

" dia

.

Con

trol W

iring

Inle

t 7/8

" dia

.

18" X

18"

Duc

t Rec

eivi

ng

Flan

ge T

yp.

16" X

14"

Isol

atio

nD

ampe

r (O

ptio

nal)

Act

s as F

ace

Dam

per f

orBy

pass

Uni

ts

Plug

Loc

atio

n 12

" Byp

ass

Dam

per

(Not

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wn)BP

FA D

ampe

rLo

catio

n(O

ptio

nal)

6 3/

8"Ty

p.

6"

53 5/8" Overall

32" 10 5/8"

49 3/8" MinimumService Area

20 1

/8" M

inim

umSe

rvic

e A

rea

(Doo

rs c

an b

eRe

mov

ed fr

om H

inge

s.)

24

1/2"

RIG

HT V

IEW

Doo

rSw

ing

Doo

rSw

ing

31 7/8"Case

36 3/8"Overall

42

5/8"

Cas

e 1

1/4

"

13

7/8"

TOP

VIE

W

12" R

ound

Byp

ass D

uct C

onne

ctio

n (D

irect

Mou

nt to

Dam

per,

By O

ther

s)

Face

Dam

per

Bypa

ssD

ampe

r

BYPA

SS A

IRFL

OW

SC

HEM

ATIC

TOP

VIE

W(O

A/F

A A

irstre

am N

ot S

how

n)

Mod

el: H

E1.5

XIN

H [B

ypas

s]D

raw

ing

Type

: Uni

t Dim

ensio

nV

ersio

n: M

AY1

8

ABB

REVI

ATIO

NS

EA: E

xhau

st A

ir to

out

side

OA

: Out

side

Air

inta

keRA

: Roo

m A

ir to

be

exha

uste

dFA

: Fre

sh A

ir to

insid

eBP

: Byp

ass A

ir ou

tlet

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ay b

e in

stal

led

in a

nyor

ient

atio

n.

NO

TE1.

UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D,

DIM

ENSI

ON

S A

RE R

OUN

DED

TO

THE

N

EARE

ST E

IGHT

H O

F A

N IN

CH.

2. S

PEC

IFIC

ATIO

NS

MA

Y BE

SUB

JEC

T TO

CHA

NG

E W

ITHO

UT N

OTIC

E.

3. M

IN. D

UCT

CLE

ARA

NC

EFR

OM

DA

MPE

R BL

AD

E W

HEN

FUL

LYO

PEN

ED T

O B

E 2"

. SM

AC

NA

RUL

ES

APP

LY.

4. U

NITS

WITH

BYP

ASS

WIL

L RE

QUI

RE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

Y O

THER

S).

5. F

OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER

TO I&

O M

AN

UAL

SUPP

LEM

ENT

FOR

BYPA

SS.

HE1.5X

INH

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Wit

h B

yp

ass E

co

no

miz

er

Op

tio

n (

Sta

nd

ard

& E

C M

oto

r)

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NCa

n be

mou

nted

in a

ny o

rient

atio

n. A

irstre

ams

can

not b

e sw

itche

d.

HE1.5X

INH

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

231.800.627.4499


FIGURE 5.4.1 HE1.5XINV DIMENSION DRAWING (VERTICAL AIRFLOW ORIENTATION)






Typical Airfl ow Range: 375-1,575 CFM

AHRI 1060 Certifi ed Core: One L62-G5 and one L125-G5


Filters: Total qty. 4, MERV 8: (2) 14" x 20" x 2" and

(2) 16" x 20" x 2"


Max. Shipping Dimensions & Weight (on pallet): 70" L x 47" W x 59" H571 lbs.

Motor(s): Qty. 2, 1.0 HP ea., Direct drive standard motorized

impeller packages

Options: Qty. 2, Variable Speed/ECM - Direct drive motors (see HE1.5XINV EC Motor submittal) -

1.0 HP 120V/1Ph/60HZ,1.0 HP 208-230V/1Ph/60HZ

Independent blower control Fused disconnectIntegrated programmable controls - enhanced, premiumBypass economizer damper (see bypass DIM drawing) -


Class 1 low leakage motorized isolation dampers - FA, EA or both airstreams

Gravity backdraft dampersQty. 2, Factory mounted fi lter alarms - both airstreamsDouble wall constructionExterior paint - white, custom colors

Accessories: Filters - MERV 13, 2" (shipped loose)Backdraft damper - OA or EADigital time clock - wall mount (TC7D-W),



HP Volts HZ PhaseFLAper

motor

Min. Cir.

Amps


Device

1.0 120 60 Single 6.5 14.6 20

1.0 208-230 60 Single 3.3-3.4 7.7 15

1.0 277 60 Single 2.7 6.1 15

1.0 208-230 60 Three 2.2-2.2 5.0 15

1.0 460 60 Three 1.1 2.5 15

ELECTRICAL DATA

AIRFLOW PERFORMANCE

HE1.5XINH shown

Motor HPPhase


0.0 0.25 0.50 0.75 1.00 1.25 1.50

1.0Single Phase






950 CFM1,380 Watts

795 CFM1,300 Watts

1.0Three Phase






940 CFM1,210 Watts

760 CFM1,135 Watts

CORE PERFORMANCE

Thermal Performance Ratings G5 2015.2.xlsx HE1.5X (IOM)

30%

50%

70%

90%300 600 900 1,200 1,500

Effe

ctiv

enes

s (%

)

Airflow (CFM)



1.5XINVHE Energy Recovery VentilatorStandard with Bypass Economizer


HE-S

ERIE

S

BYPA

SS A

IRFL

OW

SC

HEM

ATIC

FRO

NT

VIE

W

RA FA

BP

EAOA

2 7/8"

1 1

/4"

3 1/4"

59

1/2"

Ove

rall

5" D

ampe

rFr

ames

Typ

.

RA FA

OA EA

FRO

NT

VIE

W

Doo

r-Int

erlo

cked

Disc

onne

ct S

witc

h

Pres

sure

Po

rts (4

) Typ

.

BP

48 1/2" Overall

45 3/4" Case

6 1/

4"Ty

p.

4 1/4"

24 5/8"

LEFT

VIE

W

18" X

18"

Duc

t Rec

eivi

ngFla

nge

Typ.

6 1

/4"

4 1/4" 6 1/

4"Ty

p.

24 5/8"

RIG

HT V

IEW

Con

trol W

iring

Inle

t 7/

8"

Pow

er W

iring

Inle

t 7/

8"

16" X

14"

Isol

atio

nD

ampe

r (O

ptio

nal)

Act

s as F

ace

Dam

per f

orBy

pass

Uni

ts

49

5/8"

Cas

e

12

" 1

1 5/

8"

15 1/4"

24 1/2"

20 1/8" MinimumService Area(Doors can beRemoved fromHinges.)

49 1

/2" M

inim

umSe

rvic

e A

rea

31 7/8"Case

34 1/2"Overall

TOP

VIE

W

Doo

rSw

ing

Doo

rSw

ing

Patc

h Pa

n(O

peni

ng U

sed

for A

ltern

ativ

eUn

it C

onfig

urat

ions

.) Ty

p.Pl

ug L

ocat

ion

12" B

ypas

s D

ampe

r(N

ot S

how

n)

12" R

ound

Byp

ass D

uct C

onne

ctio

n (D

irect

Mou

nt to

Dam

per,

By O

ther

s)

Bypa

ssD

ampe

r

Face

Dam

per

FA D

ampe

rLo

catio

n(O

ptio

nal)

Mod

el: H

E1.5

XIN

V [B

ypas

s]D

raw

ing

Type

: Uni

t Dim

ensio

nV

ersio

n: M

AY1

8

ABB

REVI

ATIO

NS

EA: E

xhau

st A

ir to

out

side

OA

: Out

side

Air

inta

keRA

: Roo

m A

ir to

be

exha

uste

dFA

: Fre

sh A

ir to

insid

eBP

: Byp

ass A

ir ou

tlet

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ay b

e in

stal

led

in a

ny

orie

ntat

ion.

NO

TE1.

UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D,

DIM

ENSI

ON

S A

RE R

OUN

DED

TO

THE

N

EARE

ST E

IGHT

H O

F A

N IN

CH.

2. S

PEC

IFIC

ATIO

NS

MA

Y BE

SUB

JEC

T TO

CHA

NG

E W

ITHO

UT N

OTIC

E.

3. M

IN. D

UCT

CLE

ARA

NC

EFR

OM

DA

MPE

R BL

AD

E W

HEN

FUL

LYO

PEN

ED T

O B

E 2"

. SM

AC

NA

RUL

ES

APP

LY.

4. U

NITS

WITH

BYP

ASS

WIL

L RE

QUI

RE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

Y O

THER

S).

5. F

OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER

TO I&

O M

AN

UAL

SUPP

LEM

ENT

FOR

BYPA

SS.

HE1.5X

INV

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Wit

h B

yp

ass E

co

no

miz

er

Op

tio

n (

Sta

nd

ard

& E

C M

oto

r)

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NCa

n be

mou

nted

in a

ny o

rient

atio

n. A

irstre

ams

can

not b

e sw

itche

d.

HE1.5X

INV

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

INSTALLATION

1.800.627.449924


INSTALLATION









AHRI 1060 Certifi ed Core: Two L125-G5

Standard Features:TEFC Premium effi ciency motors Motor startersNon-fused disconnect24 VAC transformer/relay packageCross-core differential pressure ports


Unit Dimensions & Weight:64 1/2" L x 43" W x 35 1/2" H406-619 lbs., varies by option(s)


Motor(s): Qty. 2, Belt drive blower/standard motor packages

with adjustable sheaves (see table below)

Options: Onboard variable frequency drives (VFDs) - one or both airstreamsShaft grounding ring on motors with VFDsFused disconnectIntegrated programmable controls - enhanced, premiumBypass economizer damper (see bypass DIM drawing) -


Class 1 low leakage motorized isolation dampers - OA, RA or both airstreams


Accessories:Filters - MERV 13, 2" (shipped loose)Digital time clock - wall mount (TC7D-W),

in exterior enclosure (TC7D-E)Carbon dioxide sensor/control - wall mount (CO2-W), duct mount (CO2-D)IAQ sensor - wall mount (IAQ-W), duct mount (IAQ-D) Motion occupancy sensor/control - ceiling mount (MC-C), wall mount (MC-W)Smoke Detector - duct mount (SD-D)Electric duct heater - EK series (1–175 kW)Indirect gas-fi red duct furnace - GH series


ELECTRICAL DATA

Standard Electrical Specifi cations Optional Factory Installed VFD Electrical Specifi cations

HP Volts HZ Phase FLAper motor

Min. Cir. Amps


Device

FLAper motor

Min. Cir. Amps


Device

1.5 120 60 Single 15.2 34.2 45

1.5

208-230208-230

460575

60606060

SingleThreeThreeThree

8.2-7.64.6-4.8

2.41.8

18.510.85.44.1

25151515

4.6-4.84.6-4.8

2.41.8

20.611.95.94.5

25151515

2.0 120 60 Single 20.0 45.0 60

2.0

208-230208-230

460575

60606060


10.8-10.06.6-5.8

2.92.4

24.314.96.55.4

35201515

6.6-5.86.6-5.8

2.92.4

28.316.37.25.9

30201515

Thermal Performance Ratings G5 2015.2.xlsx 2 Cores (IOM)

30%

50%

70%

90%500 1000 1500 2000

Effectiven

ess (%)

Airflow (CFM)

CORE PERFORMANCE


HE Energy Recovery VentilatorStandard with Bypass Economizer2XINHHE


AIRFLOW PERFORMANCE

Motor HP

Blower RPM

Sheave Adj.

Turns Open

External Static Pressure (in. w.g.)

0.00 0.25 0.50 0.75 1.00 1.25 1.50

SCFM BHP SCFM BHP SCFM BHP SCFM BHP SCFM BHP SCFM BHP SCFM BHP

1.5

1148 4 1592 0.7 1480 0.7 1320 0.6 1120 0.5 800 0.4

1304 2 1809 1.0 1720 1.0 1600 0.9 1410 0.8 1250 0.7 975 0.6 630 0.4

1460 0 2025 1.5 1950 1.4 1845 1.3 1715 1.2 1540 1.1 1400 1.0 1165 0.8

2.0

1506 2 2130 1.6 2050 1.5 1955 1.4 1840 1.3 1735 1.2 1585 1.0 1360 0.9

1584 1 2170 1.8 2080 1.7 1970 1.5 1870 1.4 1765 1.3 1565 1.1

1661 0 2200 1.9 2100 1.8 2000 1.7 1900 1.5 1765 1.4

Note: Brake Horse Power (BHP) is for one blower motor package only. Operation in this zone will likely exceed FLA limits. Operation in this zone outside of core airfl ow limits.


HE-S

ERIE

S

HE2X

INH

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NM

ust b

e m

ount

ed a

s sh

own.

Airs

tream

s ca

n no

t be

sw

itche

d.

251.800.627.4499







Options: Onboard variable frequency drives (VFDs) - one or both airstreamsShaft grounding ring on motors with VFDsFused disconnectIntegrated programmable controls - enhanced, premiumBypass economizer damper (see bypass DIM drawing) -







ELECTRICAL DATA



Min. Cir. Amps


Device

FLAper motor

Min. Cir. Amps


Device

1.5 120 60 Single 15.2 34.2 45

1.5

208-230208-230

460575

60606060


8.2-7.64.6-4.8

2.41.8

18.510.85.44.1

25151515

4.6-4.84.6-4.8

2.41.8

20.611.95.94.5

25151515

2.0 120 60 Single 20.0 45.0 60

2.0

208-230208-230

460575

60606060


10.8-10.06.6-5.8

2.92.4

24.314.96.55.4

35201515

6.6-5.86.6-5.8

2.92.4

28.316.37.25.9

30201515


30%

50%

70%

90%500 1000 1500 2000

Effectiven

ess (%)

Airflow (CFM)

CORE PERFORMANCE


AIRFLOW PERFORMANCE

Motor HP

Blower RPM

Sheave Adj.

Turns Open


0.00 0.25 0.50 0.75 1.00 1.25 1.50


1.5

1146 4 1735 0.8 1670 0.7 1520 0.7 1205 0.5 900 0.4

1302 2 1975 1.1 1925 1.1 1835 1.0 1615 0.9 1340 0.8 1080 0.6 670 0.4

1458 0 2100 1.5 1970 1.4 1755 1.3 1495 1.1 1280 0.9

2.0

1503 2 2175 1.7 2100 1.6 1945 1.4 1700 1.2 1465 1.0

1581 1 2120 1.7 1920 1.5 1685 1.2

1658 0 2125 1.9 1900 1.6





AHRI 1060 Certifi ed Core: Two L125-G5



Unit Dimensions & Weight:50 1/2" L x 42" W x 52 1/2" H363-583 lbs., varies by option(s)




HE Energy Recovery VentilatorStandard with Bypass Economizer2XINVHE


HE-S

ERIE

S

RA FA

BP

EAOA

BYPA

SS A

IRFL

OW

SC

HEM

ATIC

FRO

NT

VIE

W

34

7/8"

Cas

e

4 1/

4" D

uct

Flan

ge T

yp.

CL

2 5/

8" C

ontro

l In

C

L5

3/4"

Pow

er In

5" D

ampe

rFr

ames

Typ

.

Pres

sure

Por

ts(4

) Typ

.D

iscon

nect

Switc

h

E-Bo

xRAO

A

FAEABP

51

1/2"

Ove

rall


34 7

/8" M

inim

umSe

rvic

e A

rea

41 5/8" Case

42" Overall

Doo

rSw

ing

37"

17 5/8"

12

3/8"

3/4" - 1 7/8"Typ.

10

3/8"

1 3/4" Typ.

8 1

/4"

16" X

16"

Bypa

ssD

ampe

rLo

catio

n(O

ptio

nal)

OA

Inle

t24

" X 1

4"D

uct R

ecei

ving

Fl

ange

OA

Dam

per

Loca

tion

(Opt

iona

l)

37"

51 5/8" Case

52 3/8" Overall

9 3/8"Wiring

C L5

3/8"

Wiri

ng

8 1

/4"

Bypa

ssLo

catio

n

16" X

12"

Duc

t Rec

eivi

ngFl

ange

Typ

.

RA In

let

24" X

14"

Duc

t Rec

eivi

ng

Flan

ge

Isola

tion

Dam

per

(Opt

iona

l)A

cts a

s Fac

e D

ampe

r fo

r Byp

ass U

nits

RIG

HT V

IEW

FRO

NT

VIE

WLE

FT V

IEW

(2)

7/8"

Hol

esfo

r Wiri

ng in

Botto

m o

f E-B

ox

TOP

VIE

W

16" X

16"

Byp

ass D

uct C

onne

ctio

n (D

irect

Mou

nt to

Dam

per,

By O

ther

s)

Face

Dam

per

Bypa

ssD

ampe

r

Mod

el: H

E2XI

NV

[Byp

ass]

Dra

win

g Ty

pe: U

nit D

imen

sion

Ver

sion:

MA

Y18

ABB

REVI

ATIO

NS

EA: E

xhau

st A

ir to

out

side

OA

: Out

side

Air

inta

keRA

: Roo

m A

ir to

be

exha

uste

dFA

: Fre

sh A

ir to

insid

eBP

: Byp

ass A

ir In

take

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ust b

e in

stal

led

in o

rient

atio

nsh

own.

NO

TE1.

UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D,

DIM

ENSI

ON

S A

RE R

OUN

DED

TO

THE

N

EARE

ST E

IGHT

H O

F A

N IN

CH.

2. S

PEC

IFIC

ATIO

NS

MA

Y BE

SUB

JEC

T TO

CHA

NG

E W

ITHO

UT N

OTIC

E.

3. M

IN. D

UCT

CLE

ARA

NC

EFR

OM

DA

MPE

R BL

AD

E W

HEN

FUL

LYO

PEN

ED T

O B

E 2"

. SM

AC

NA

RUL

ES

APP

LY.

4. U

NITS

WITH

BYP

ASS

WIL

L RE

QUI

RE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

Y O

THER

S).

5. F

OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER

TO I&

O M

AN

UAL

SUPP

LEM

ENT

FOR

BYPA

SS.

HE2X

INV

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NM

ust b

e m

ount

ed a

s sh

own.

Airs

tream

s ca

n no

t be

sw

itche

d.

INSTALLATION

1.800.627.449926


INSTALLATION








AHRI 1060 Certifi ed Core: Three L125-G5



Unit Dimensions & Weight:72 1/2" L x 63 1/4" W x 44" H628-934 lbs., varies by option(s)

Max. Shipping Dimensions & Weight (on pallet): 80" L x 70" W x 50" H1,029 lbs.



ELECTRICAL DATA



Min. Cir. Amps


Device

FLAper motor

Min. Cir. Amps


Device

2.0 120 60 Single 20.0 45.0 60

2.0

208-230208-230

460575

60606060


10.8-10.06.6-5.8

2.92.4

24.314.96.55.4

35201515

6.6-5.86.6-5.8

2.92.4

28.316.37.25.9

30201515

3.0

208-230208-230

460575

60606060


14.7-149.4-8.5

4.23.3

33.121.19.57.4

40251515

9.4-8.59.4-8.5

4.23.3

40.223.210.58.2

45251515

5.0208-230

460575

606060

ThreeThreeThree

14.5-13.46.75.3

32.615.111.9

452015

14.5-13.46.75.3

35.916.613.1

452015

CORE PERFORMANCE


30%

50%

70%

90%500 1000 1500 2000 2500 3000 3500

Effectiven

ess (%)

Airflow (CFM)


AIRFLOW PERFORMANCE



Motor HP

Blower RPM

Sheave Adj.

Turns Open


0.00 0.25 0.50 0.75 1.00 1.25 1.50


2.0

1189 4 2185 1.0 2095 0.9 1900 0.8 1580 0.6 800 0.4

1329 2 2440 1.4 2360 1.3 2220 1.2 2020 1.0 1640 0.8 850 0.4

1470 0 2700 1.9 2640 1.8 2520 1.6 2360 1.5 2150 1.8 1770 1.0 1110 0.6

3.0

1496 3 2905 2.4 2815 2.3 2675 2.1 2505 1.9 2340 1.8 2220 1.6 1655 1.2

1560 2 3030 2.7 2945 2.6 2825 2.5 2655 2.3 2445 2.1 2325 1.9 1990 1.6

1656 0.5 3040 3.0 2875 2.8 2720 2.6 2575 2.4 2380 2.2

1688 0 2950 2.9 2800 2.8 2650 2.6 2490 3.0

5.0

1686 3 3300 3.5 3225 3.4 3015 3.2 2855 3.0 2800 2.8 2645 2.6 2470 2.4

1764 1.5 3290 3.8 3145 3.5 2995 3.3 2850 3.1 2705 2.9

1843 0 3300 4.1 3175 3.8 3040 3.6 2900 3.4



Options: Onboard variable frequency drives (VFDs) - one or both airstreamsShaft grounding ring on motors with VFDsFused disconnectIntegrated programmable controls - enhanced, premium Bypass economizer damper (see bypass DIM drawing) -







HE-S

ERIE

S

EAO

A

RA

BP

FA

BYPA

SS A

IRFL

OW

SC

HEM

ATIC

FRO

NT

VIE

W

41" Case

47 3/8" Overall

21 7/8"

8 1

/2" T

yp.

5" C L5

3/8"

Wiri

ng

RAOA

FA

16" X

12"

D

uct R

ecei

ving

Flan

ge T

yp.

EA

4 1/

4" D

uct

Flan

ge T

yp.

57

1/8"

Cas

e

10

3/8"

7

2 3/

4" O

vera

ll

54

1/2"

Lift

ing

Lugs

CL

5 3/

4" P

ower

In

CL

2 5/

8" C

ontro

l In

Pr

essu

rePo

rts (4

) Typ

.D

iscon

nect

Switc

h

E-Bo

x

6"

24 7/8"

59

3/8"

Lift

ing

Lugs

6

3 1/

8" O

vera

ll

12

1/4"

O

A In

let

36" X

14"

Duc

tRe

ceiv

ing

Flan

ge

RA In

let

36" X

14"

Duc

t Rec

eivi

ngFl

ange

Isola

tion

Dam

per

(Opt

iona

l)A

cts a

s Fac

e D

ampe

rFo

r Byp

ass U

nits

OA

Dam

per

Loca

tion

(Opt

iona

l)

62 1/4" Case

17 3/8"

18

1/2"

65 5

/8" M

inim

umSe

rvic

e A

rea

33 3/4"Minimum

Service Area

8 1

/4"

5" D

ampe

r Fr

ames

Typ

.

TOP

VIE

W

Doo

rSw

ing

Doo

rSw

ing

30" X

16"

Byp

ass

Dam

per L

ocat

ion

(Opt

iona

l)

1 1/

8"

2 1/

8"

RIG

HT V

IEW

FRO

NT

VIE

WLE

FT V

IEW

(2)

7/8"

Hol

esfo

r Wiri

ng in

Botto

m o

f E-B

ox

30" X

16"

Byp

ass D

uct C

onne

ctio

n (D

irect

Mou

nt to

Dam

per,

By O

ther

s)

Face

Dam

per

Bypa

ssD

ampe

r

BP

Mod

el: H

E3XI

NH

[Byp

ass]

Dra

win

g Ty

pe: U

nit D

imen

sion

Ver

sion:

MA

Y18

ABB

REVI

ATIO

NS

EA: E

xhau

st A

ir to

out

side

OA

: Out

side

Air

inta

keRA

: Roo

m A

ir to

be

exha

uste

dFA

: Fre

sh A

ir to

insid

eBP

: Byp

ass A

ir In

take

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ust b

e in

stal

led

in o

rient

atio

nsh

own.

NO

TE1.

UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D,

DIM

ENSI

ON

S A

RE R

OUN

DED

TO

THE

N

EARE

ST E

IGHT

H O

F A

N IN

CH.

2. S

PEC

IFIC

ATIO

NS

MA

Y BE

SUB

JEC

T TO

CHA

NG

E W

ITHO

UT N

OTIC

E.

3. M

IN. D

UCT

CLE

ARA

NC

EFR

OM

DA

MPE

R BL

AD

E W

HEN

FUL

LYO

PEN

ED T

O B

E 2"

. SM

AC

NA

RUL

ES

APP

LY.

4. U

NITS

WITH

BYP

ASS

WIL

L RE

QUI

RE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

Y O

THER

S).

5. F

OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER

TO I&

O M

AN

UAL

SUPP

LEM

ENT

FOR

BYPA

SS.

HE3X

INH

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NM

ust b

e m

ount

ed a

s sh

own.

Airs

tream

s ca

n no

t be

sw

itche

d.


271.800.627.4499






INDOOR UNIT



AHRI 1060 Certifi ed Core: Three L125-G5



Unit Dimensions & Weight:50 3/4" L x 61 1/2" W x 62" H590-999 lbs., varies by option(s)




Motor HP

Blower RPM

Sheave Adj.

Turns Open


0.00 0.25 0.50 0.75 1.00 1.25 1.50


2.0

1195 4 2185 0.8 2000 0.7 1725 0.5 1210 0.4

1355 2 2440 1.1 2270 0.9 2060 0.8 1715 0.6 1210 0.5

1476 0 2700 1.5 2550 1.3 2380 1.2 2150 1.0 1750 0.8 1300 0.6

3.0

1536 2.5 2810 2.1 2700 2.1 2560 1.9 2370 1.8 2140 1.6 1840 1.5 1420 1.1

1632 1.5 2985 2.5 2880 2.4 2760 2.3 2590 2.2 2400 2.0 2145 1.8 1855 1.6

1696 0.5 3100 2.8 3000 2.7 2900 2.7 2735 2.5 2505 2.3 2335 2.1 2065 1.9

1728 0 3160 3.0 3055 2.9 2960 2.8 2800 2.6 2635 2.5 2425 2.3 2165 2.1

5.0

1749 2 3300 3.3 3200 3.1 3020 2.8 2860 2.6 2660 2.3 2440 2.1 2200 1.8

1801 1 3300 3.4 3140 3.1 2980 2.8 2800 2.6 2585 2.8 2350 2.1

1853 0 3245 3.4 3090 3.1 2920 2.9 2715 2.6 2500 2.4

AIRFLOW PERFORMANCE

Note: Brake Horse Power (BHP) is for one blower motor package only. Operation in this zone outside of core airfl ow limits.


SPECIFICATIONS

ELECTRICAL DATA



Min. Cir. Amps


Device

FLAper motor

Min. Cir. Amps


Device

2.0 120 60 Single 20.0 45.0 60

2.0

208-230208-230

460575

60606060


10.8-10.06.6-5.8

2.92.4

24.314.96.55.4

35201515

6.6-5.86.6-5.8

2.92.4

16.328.37.25.9

30201515

3.0

208-230208-230

460575

60606060


14.7-149.4-8.5

4.23.3

33.121.19.57.4

40251515

9.4-8.59.4-8.5

4.23.3

40.223.210.58.2

45251515

5.0208-230

460575

606060

ThreeThreeThree

14.5-13.46.75.3

32.615.111.9

452015

14.5-13.46.75.3

35.916.613.1

452015


30%

50%

70%

90%500 1000 1500 2000 2500 3000 3500

Effectiven

ess (%)

Airflow (CFM)


CORE PERFORMANCE






Qty. 2, Factory mounted fi lter alarms - both airstreams Double wall constructionExterior paint - white, custom colors




HE-S

ERIE

S

RA FA

BP

EAOA

BYPA

SS A

IRFL

OW

SC

HEM

ATIC

FRO

NT

VIE

W

CL

2 5/

8" C

ontro

l In

C

L5

3/4"

Pow

er In

5" D

ampe

rFr

ames

Typ

.

4 1

/4" T

yp.

RA FA

OA

BP EA

FRO

NT

VIE

W

(2)

7/8"

Hol

es fo

rW

iring

in B

otto

mof

E-B

ox

Disc

onne

ctSw

itch

E-Bo

x

Pres

sure

Por

ts(4

) Typ

. 1

5/8

"

46 5/8" 9 7/8" Typ.

25 5/8" Wiring

CL

8 1/

4" W

iring

4"

36

5/8"

Typ

.

LEFT

VIE

W

RA In

let

36" X

14"

D

uct R

ecei

ving

Fl

ange

Bypa

ssLo

catio

n

16" X

12"

Duc

t Re

ceiv

ing

Flan

ge T

yp.

Isola

tion

Dam

per

(Opt

iona

l)A

cts a

s Fac

e D

ampe

rFo

r Byp

ass U

nits

1 3

/4"

46 5/8"

26" 5 1

/4"

58" Case 62" Overall

62"

Cas

e

62

3/8"

Ove

rall

RIG

HT V

IEW

OA

Inle

t36

" X 1

4"D

uct

Rece

ivin

gFl

ange

36" X

14"

Byp

ass

Dam

per L

ocat

ion

(Opt

iona

l)

OA

Dam

per

Loca

tion

(Opt

iona

l)

51 3/8" Overall

4 1/4"DuctFlangeTyp.

35 1/4" Case


34" M

inim

umSe

rvic

e A

rea

TOP

VIE

W

Doo

rSw

ing

Bypa

ssD

ampe

rFa

ceD

ampe

r36" X

14"

Byp

ass D

uct C

onne

ctio

n (D

irect

Mou

nt to

Dam

per,

By O

ther

s)

Mod

el: H

E3XI

NV

[Byp

ass]

Dra

win

g Ty

pe: U

nit D

imen

sion

Ver

sion:

MA

Y18

ABB

REVI

ATIO

NS

EA: E

xhau

st A

ir to

out

side

OA

: Out

side

Air

inta

keRA

: Roo

m A

ir to

be

exha

uste

dFA

: Fre

sh A

ir to

insid

eBP

: Byp

ass A

ir In

take

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ust b

e in

stal

led

in o

rient

atio

nsh

own.

NO

TE1.

UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D,

DIM

ENSI

ON

S A

RE R

OUN

DED

TO

THE

N

EARE

ST E

IGHT

H O

F A

N IN

CH.

2. S

PEC

IFIC

ATIO

NS

MA

Y BE

SUB

JEC

T TO

CHA

NG

E W

ITHO

UT N

OTIC

E.

3. M

IN. D

UCT

CLE

ARA

NC

EFR

OM

DA

MPE

R BL

AD

E W

HEN

FUL

LYO

PEN

ED T

O B

E 2"

. SM

AC

NA

RUL

ES

APP

LY.

4. U

NITS

WITH

BYP

ASS

WIL

L RE

QUI

RE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

Y O

THER

S).

5. F

OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER

TO I&

O M

AN

UAL

SUPP

LEM

ENT

FOR

BYPA

SS.

HE3X

INV

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NM

ust b

e m

ount

ed a

s sh

own.

Airs

tream

s ca

n no

t be

sw

itche

d.

INSTALLATION

1.800.627.449928


INSTALLATION






INDOOR UNIT


Typical Airfl ow Range: 1,000-4,400 CFM

AHRI 1060 Certifi ed Core: Four L125-G5



Unit Dimensions & Weight:72 3/4" L x 82 3/4" W x 44" H723-1,092 lbs., varies by option(s)











SPECIFICATIONS

ELECTRICAL DATA



Min. Cir. Amps


Device

FLAper motor

Min. Cir. Amps


Device

2.0 120 60 Single 20.0 45.0 60

2.0

208-230208-230

460575

60606060


10.8-10.06.6-5.8

2.92.4

24.314.96.55.4

35201515

6.6-5.86.6-5.8

2.92.4

28.316.37.25.9

30201515

3.0

208-230208-230

460575

60606060


14.7-149.4-8.5

4.23.3

33.121.19.57.4

40251515

9.4-8.59.4-8.5

4.23.3

40.223.210.58.2

45251515

5.0 208-230

460575

606060

ThreeThreeThree

14.5-13.46.75.3

32.615.111.9

452015

14.5-13.46.75.3

35.916.613.1

452015

CORE PERFORMANCE


30%

50%

70%

90%1000 2000 3000 4000

Effectiven

ess (%)

Airflow (CFM)


AIRFLOW PERFORMANCE

Motor HP Blower RPM

Sheave Adj.

Turns Open


0.00 0.25 0.50 0.75 1.00 1.25 1.50SCFM BHP SCFM BHP SCFM BHP SCFM BHP SCFM BHP SCFM BHP SCFM BHP

2

1187 4 3215 1.5 2990 1.4 2535 1.2 2120 0.9 1360 0.71290 2.5 3505 2.0 3300 1.9 3000 1.7 2610 1.4 2060 1.1 1180 0.61358 1.5 3220 2.0 2885 1.8 2415 1.4 1790 1.11462 0 2900 2.0 2400 1.6 1730 1.2

3

1448 4 3945 2.9 3765 2.8 3515 2.4 3200 2.1 2845 1.9 2310 1.5 1670 1.21520 3 3740 2.9 3475 2.6 3145 2.3 2695 2.0 2165 1.61591 2 3415 2.8 3050 2.4 2580 2.11663 1 3380 3.0 2930 2.51735 0 3300 3.0

51591 4 4335 3.8 4185 4.0 3965 3.4 3710 3.1 3410 2.8 3050 2.5 2580 2.11696 2 4280 4.1 4060 3.9 3800 3.5 3510 3.2 3100 2.81800 0 4395 4.7 4165 4.3 3900 4.0 3600 3.7





HE-S

ERIE

S

OA

RA

BP

FAEA

BYPA

SS A

IRFL

OW

SC

HEM

ATIC

FRO

NT

VIE

W

79

3/4"

4 1/2" 21 3/8"

CL

76" W

iring

37

3/8"

Typ

.

41" Case

34" X

12"

Duc

t Re

ceiv

ing

Fla

nge

Typ

.

OA

RA

EA FA

10

1/4"

56

7/8"

54

1/2"

Lift

ing

Lugs

CL

2 5/

8" C

ontro

l In

C

L5

3/4"

Pow

er In

Pres

sure

Ports

(4) T

yp.

Disc

onne

ctSw

itch

E-Bo

x

47 3/8" Overall

79

1/8"

Lift

ing

Lugs

19 1

/8"

Typ

.

24 5/8"

5 7/8"

OA

Inle

t42

" X 1

4"D

uct

Rece

ivin

gFl

ang

e

Isola

tion

Da

mp

er(O

ptio

nal)

Act

s as F

ace

Da

mp

erFo

r Byp

ass

Uni

ts

RA In

let

42" X

14"

Duc

t Rec

eivi

ng F

lang

e

OA

Da

mp

er

Loca

tion

(Op

tiona

l)

82 7/8" Overall

4 1/

8" D

uct

Fla

nge

Typ

.

82" Case

57

3/8"

Ca

se

72

3/4"

Ove

rall

48 7/8"

5 1

/8"

67 3

/8" M

inim

umSe

rvic

e A

rea


5" D

am

per

Fr

am

es T

yp.

TOP

VIE

W

Doo

rSw

ing

Doo

rSw

ing

34" X

16"

Byp

ass

Da

mp

er L

oca

tion

(Op

tiona

l)

1 1/

8"

2 1/

8"

RIG

HT

VIE

WFR

ON

T V

IEW

LEFT

VIE

W

(2)

7/8"

Hol

esfo

r wiri

ng in

botto

m o

f E-B

ox

BP

34" X

16"

Byp

ass

Duc

t Con

nect

ion

(Dire

ct M

ount

to D

am

per

, By

Oth

ers)

Face

Da

mp

er

Byp

ass

Da

mp

er

Mod

el: H

E4XI

NH

[Byp

ass

]D

raw

ing

Type

: Uni

t Dim

ensio

nV

ersio

n: M

AY1

8

ABB

REVI

ATIO

NS

EA: E

xha

ust A

ir to

out

side

OA

: Out

side

Air

inta

keRA

: Roo

m A

ir to

be

exha

uste

dFA

: Fre

sh A

ir to

insid

eBP

: Byp

ass

Air

Inta

ke

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ust b

e in

sta

lled

in o

rient

atio

nsh

own.

NO

TE1.

UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D,

DIM

ENSI

ON

S A

RE R

OUN

DED

TO

TH

E N

EARE

ST E

IGH

TH O

F A

N IN

CH

.

2. S

PEC

IFIC

ATIO

NS

MA

Y BE

SUB

JEC

T TO

CH

AN

GE

WITH

OUT

NO

TICE.

3. M

IN. D

UCT

CLE

ARA

NC

EFR

OM

DA

MPE

R BL

AD

E W

HEN

FUL

LYO

PEN

ED T

O B

E 2"

. SM

AC

NA

RUL

ES

APP

LY.

4. U

NITS

WITH

BYP

ASS

WIL

L RE

QUI

RE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

Y O

THER

S).

5. F

OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER

TO I&

O M

AN

UAL

SUPP

LEM

ENT

FOR

BYPA

SS.

HE4X

INH

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NM

ust b

e m

ount

ed a

s sh

own.

Airs

tream

s ca

n no

t be

sw

itche

d.

291.800.627.4499






INDOOR UNIT








SPECIFICATIONS

ELECTRICAL DATA



Min. Cir. Amps


Device

FLAper motor

Min. Cir. Amps


Device

2.0 120 60 Single 20.0 45.0 60

2.0

208-230208-230

460575

60606060


10.8-10.06.6-5.8

2.92.4

24.314.96.55.4

35201515

6.6-5.86.6-5.8

2.92.4

28.316.37.25.9

30201515

3.0

208-230208-230

460575

60606060


14.7-149.4-8.5

4.23.3

33.121.19.57.4

40251515

9.4-8.59.4-8.5

4.23.3

40.223.210.58.2

45251515

5.0 208-230

460575

606060

ThreeThreeThree

14.5-13.46.75.3

32.615.111.9

452015

14.5-13.46.75.3

35.916.613.1

452015

CORE PERFORMANCE


30%

50%

70%

90%1000 2000 3000 4000

Effectiven

ess (%)

Airflow (CFM)


AIRFLOW PERFORMANCE

Motor HP

Blower RPM

Sheave Adj.

Turns Open


0.00 0.25 0.50 0.75 1.00 1.25 1.50SCFM BHP SCFM BHP SCFM BHP SCFM BHP SCFM BHP SCFM BHP SCFM BHP

2.0

1191 4 3330 1.4 3015 1.2 2690 1.0 1915 0.8 1085 0.61329 2 3715 1.9 3440 1.7 3100 1.5 2485 1.3 2000 1.0 1200 0.81432 0.5 4000 2.4 3740 2.2 3480 2.0 3050 1.7 2490 1.5 1900 1.2 1100 0.91466 0 3200 1.9 2650 1.6 2120 1.3 1385 1.1

3.0

1462 3 4060 2.6 3810 2.4 3550 2.1 3180 1.9 2645 1.6 2075 1.3 1345 1.01503 2.5 4175 2.8 3940 2.6 3700 2.4 3340 2.1 2885 1.7 2300 1.5 1600 1.21586 1.5 3950 2.8 3640 2.5 3250 2.3 2745 2.0 2170 1.71668 0.5 3900 3.0 3600 2.7 3155 2.4 2640 2.11710 0 3750 3.0 3350 2.7 2975 2.4

5.01627 4 4393 3.9 4210 3.7 4050 3.6 3800 3.3 3490 3.1 3020 2.7 2385 2.41731 2 4350 4.3 4150 4.1 3895 3.8 3515 3.5 3055 3.21836 0 4400 5.0 4250 4.7 3970 4.4 3550 4.0

Note: Brake Horse Power (BHP) is for one blower motor package only. Operation in this zone will likely exceed FLA limits. Operation in this zone outside of core airfl ow limits.Note: Airfl ow performance includes effect of clean, standard fi lter supplied with unit.



AHRI 1060 Certifi ed Core: Four L125-G5



Unit Dimensions & Weight:50 3/4" L x 81 1/2" W x 62" H753-1,196 lbs., varies by option(s)






HE-S

ERIE

S

OA EA

BP

FARA

BYPA

SS A

IRFL

OW

SC

HEM

ATIC

FRO

NT

VIE

W

CL

2 1/

2" C

ontro

l In

C

L5

5/8"

Pow

er In

5" D

ampe

rFr

ames

Typ

.

FRO

NT

VIE

W

(2)

7/8"

Hol

es fo

rW

iring

in B

otto

mof

E-B

ox

RA FA

OA

EA

Disc

onne

ctSw

itch

E-Bo

x

Pres

sure

Por

ts(4

) Typ

. BP

1 5

/8"

46 5/8"

10 1/8" Typ.

25 5/8" Wiring

C L8"

Wiri

ng 3

7 3/

4" T

yp.

LEFT

VIE

WRA In

let

42" X

14"

D

uct R

ecei

ving

Flan

ge

Bypa

ssLo

catio

n

Isola

tion

Dam

per

(Opt

iona

l)A

cts a

s Fac

e D

ampe

rFo

r Byp

ass U

nits

4"

28"

46 5/8"

5 1

/4"

58" Case 62" Overall

81

1/2"

Cas

e

81

7/8"

Ove

rall

1 5

/8"

RIG

HT V

IEW

34" X

12"

Duc

t Rec

eivi

ng

Flan

ge T

yp.

42" X

14"

Bypa

ssD

ampe

rLo

catio

n(O

ptio

nal)

OA

Inle

t42

" X 1

4"D

uct R

ecei

ving

Flan

geO

A D

ampe

r Lo

catio

n(O

ptio

nal)

5" Typ. 35 1/8"Case 5" Typ.

51 3/8" Overall

34 1

/8" M

inim

umSe

rvic

e A

rea


TOP

VIE

W

Doo

rSw

ing

42" X

14"

Byp

ass D

uct C

onne

ctio

n (D

irect

Mou

nt to

Dam

per,

By O

ther

s)

Face

Dam

per

Bypa

ssD

ampe

r

Mod

el: H

E4XI

NV

[Byp

ass]

Dra

win

g Ty

pe: U

nit D

imen

sion

Ver

sion:

MA

Y18

ABB

REVI

ATIO

NS

EA: E

xhau

st A

ir to

out

side

OA

: Out

side

Air

inta

keRA

: Roo

m A

ir to

be

exha

uste

dFA

: Fre

sh A

ir to

insid

eBP

: Byp

ass A

ir In

take

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ust b

e in

stal

led

in o

rient

atio

nsh

own.

NO

TE1.

UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D,

DIM

ENSI

ON

S A

RE R

OUN

DED

TO

THE

N

EARE

ST E

IGHT

H O

F A

N IN

CH.

2. S

PEC

IFIC

ATIO

NS

MA

Y BE

SUB

JEC

T TO

CHA

NG

E W

ITHO

UT N

OTIC

E.

3. M

IN. D

UCT

CLE

ARA

NC

EFR

OM

DA

MPE

R BL

AD

E W

HEN

FUL

LYO

PEN

ED T

O B

E 2"

. SM

AC

NA

RUL

ES

APP

LY.

4. U

NITS

WITH

BYP

ASS

WIL

L RE

QUI

RE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

Y O

THER

S).

5. F

OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER

TO I&

O M

AN

UAL

SUPP

LEM

ENT

FOR

BYPA

SS.

HE4X

INV

E

ne

rgy R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NM

ust b

e m

ount

ed a

s sh

own.

Airs

tream

s ca

n no

t be

sw

itche

d.

INSTALLATION

1.800.627.449930


INSTALLATION

5.8 MODEL HE6XIN DIMENSION DRAWING

FIGURE 5.8.0 HE6XIN DIMENSION DRAWING




INDOOR UNIT



AHRI 1060 Certifi ed Core: Six L125-G5



Unit Dimensions & Weight:88" L x 113 1/2" W x 81 3/4" H2,235-3,099 lbs., varies by option(s)






Class 1 low leakage motorized isolation dampers - OA, EA or both airstreams



in exterior enclosure (TC7D-E)Carbon dioxide sensor/control - wall mount (CO2-W), duct mount (CO2-D)IAQ sensor - wall mount (IAQ-W), duct mount (IAQ-D)Motion occupancy sensor/control - ceiling mount (MC-C), wall mount (MC-W) Smoke Detector - duct mount (SD-D)Electric duct heater - EK series (1–175 kW)Indirect gas-fi red duct furnace - GH series


ELECTRICAL DATA



Min. Cir. Amps


Device

FLA per motor

Min. Cir. Amps


Device

5.0208-230

460575

606060

ThreeThreeThree

14.5-13.46.75.3

32.615.111.9

452015

14.5-13.46.75.3

35.916.613.1

452015

7.5208-230

460575

606060

ThreeThreeThree

21.0-19.09.57.6

47.321.417.1

602520

21.0-19.09.57.6

52.023.518.8

602520

SPECIFICATIONS

For safety listed products, see LE-SERIES models.

CORE PERFORMANCE


30%

50%

70%

90%1000 2000 3000 4000 5000 6000 7000

Effe

ctiv

enes

s (%

)

Airflow (CFM)


Motor HP

Blower RPM

Sheave Adj.

Turns Open


0.00 0.25 0.50 0.75 1.00 1.25 1.50 1.75 2.00

CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP

5.0

1460 4.5 5005 3.2 4800 3.2 4650 3.1 4475 3.0 4200 2.9 4000 2.8 3750 2.8 3400 2.7 3100 2.5

1610 2 5550 4.2 5375 4.2 5250 4.1 5100 4.1 4900 4.0 4650 3.9 4500 3.8 4250 3.7 4000 3.6

1725 0 5525 5.0 5475 5.0 5200 4.9 5050 4.8 4800 4.6 4600 4.5

7.5

1560 4.5 5275 3.7 5200 3.6 4900 3.5 4775 3.5 4550 3.4 4350 3.3 4125 3.3 3875 3.2 3575 3.1

1740 2 5950 5.0 5825 5.0 5625 4.9 5490 4.9 5325 4.8 5125 4.7 4950 4.7 4750 4.6 4525 4.5

1865 0 6500 6.5 6350 6.5 6225 6.4 6125 6.4 5910 6.3 5825 6.2 5625 6.1 5410 6.1 5300 6.0

AIRFLOW PERFORMANCE


Note: Brake Horse Power (BHP) is for one blower motor package only. Operation in this zone will likely exceed FLA limits.

HE Energy Recovery VentilatorStandard with Bypass Economizer6XINHE


HE-S

ERIE

S

RA

BP

EA BYPA

SS A

IRFL

OW

SC

HEM

ATIC

RIG

HT

VIE

W(O

A/F

A A

irstre

am

Not

Sho

wn)

85

5/8"

Ca

se

81"

6 3/8" Typ.

86

5/8"

Ove

rall

75

7/8"

Lift

ing

Lugs

FRO

NT

VIE

W

53 1/2"

63

1/4"

1

08"

2"

IND

OO

R UN

ITS: E

A B

LOW

ER O

utle

t is

16" X

22"

(Nom

.) 24

"X36

" Duc

t Fla

nge

is a

lso su

pp

lied

. Fi

eld

inst

all o

nly

in

loca

tion

show

n.

RIG

HT

VIE

W

Pow

er a

nd C

ontro

l Wiri

ngEn

tries

7/8

" Dia

.

Inte

rna

l EA

Mot

orize

dD

am

per

Loc

atio

n (O

ptio

nal)

2 1/4"

63

1/4"

83 3/8" Overall

78 1/4" Case

4" 10 1/2"

5" Typ.

6 3/

8"Ty

p.

102

7/8

" Lift

ing

Lugs

FA B

low

er O

utle

t is 1

6" X

22"

(Nom

.)24

" X 3

6" D

uct F

lang

e is

also

sup

plie

d.

Fiel

d in

sta

ll onl

y in

loca

tion

show

n.

Cor

eA

cces

sD

oor

LEFT

VIE

W

Pres

sure

Por

ts(4

) Typ

.

8 3

/4"

48

3/4"

22"

21 1/8"

BAC

K V

IEW

BP26" X

38"

RA

Fa

ceD

am

per

Loc

atio

nO

ptio

nal

OA

Duc

tFl

ang

e24

" X 3

6"

Inte

rna

l OA

Da

mp

erLo

catio

n (O

ptio

nal)

112 5/8" Case

5 1

/8"

39 1/4"MinimumService

Area

36"

69 1/4"

62"


Area

34 3

/4"

Min

imum

Serv

ice

Are

a

85 5

/8"

Min

imum

Serv

ice

Are

a

32 3/8"

116 3/4" Overall

TOP

VIE

W

E-Bo

xM

inim

umSe

rvic

e A

rea

FAEA

RA

OA

Doo

rSw

ing

Doo

rSw

ing

16" X

38"

Byp

ass

Da

mp

er L

oca

tion

Op

tiona

lD

oor

Swin

g

Face

Da

mp

er

Byp

ass

Da

mp

er

16" X

38"

Byp

ass

Duc

t Con

nect

ion

(Dire

ct M

ount

to D

am

per

, By

Oth

ers)

Mod

el: H

E6XI

N [B

ypa

ss]

Dra

win

g Ty

pe:

Uni

t Dim

ensio

nV

ersio

n: A

UG18

ABB

REVI

ATIO

NS

EA: E

xha

ust A

ir to

out

side

OA

: Out

side

Air

inta

keRA

: Roo

m A

ir to

be

exha

uste

dFA

: Fre

sh A

ir to

insid

eBP

: Byp

ass

Air

Inta

ke

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ust b

e in

sta

lled

in o

rient

atio

n sh

own.

NO

TE1.

ALL

UN

ITS H

AV

E IN

TERN

AL

EA B

AC

KDRA

FT D

AM

PER.

UN

LESS

AN

EA

MO

TORI

ZED

ISO

LATIO

N D

AM

PER

IS

SPEC

IFIE

D.

2.UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D, D

IMEN

SIO

NS

ARE

RO

UND

ED T

O T

HE

NEA

REST

EIG

HTH

OF

AN

INC

H.

3.SP

ECIF

ICA

TION

S M

AY

BE S

UBJE

CT

TO C

HA

NG

E W

ITHO

UT N

OTIC

E.

4. D

AM

PER

SWIN

GS

IN D

IREC

TION

OF

AIR

FLO

W. M

IN.

DUC

T C

LEA

RAN

CE

FRO

M D

AM

PER

BLA

DE

WH

EN

FULL

Y O

PEN

ED T

O B

E 2"

. SM

AC

NA

RUL

ES A

PPLY

.

5. U

NITS

WITH

BYP

ASS

WIL

L RE

QUI

RE A

DD

ITIO

NA

L SP

AC

E FO

R TH

E C

ON

NEC

TION

OF

THE

BYPA

SS D

UCT

(BY

OTH

ERS)

.

6. F

OR

INST

ALL

ATIO

N D

ETA

ILS,

REF

ER T

O I&

O

MA

NUA

L SU

PPLE

MEN

T FO

R BY

PASS

.

HE6X

IN

En

erg

y R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NM

ust b

e m

ount

ed a

s sh

own.

Airs

tream

s ca

n no

t be

sw

itche

d.

311.800.627.4499


5.9 MODEL HE8XIN DIMENSION DRAWING

FIGURE 5.9.0 HE8XIN DIMENSION DRAWING




INDOOR UNIT



AHRI 1060 Certifi ed Core: Eight L125-G5



Unit Dimensions & Weight:88" L x 113 1/2" W x 81 3/4" H2,261-3,278 lbs., varies by option(s)






Class 1 low leakage motorized isolation dampers - OA, EA or both airstreams



in exterior enclosure (TC7D-E)Carbon dioxide sensor/control - wall mount (CO2-W), duct mount (CO2-D)IAQ sensor - wall mount (IAQ-W), duct mount (IAQ-D)Motion occupancy sensor/control - ceiling mount (MC-C), wall mount (MC-W) Smoke Detector - duct mount (SD-D)Electric duct heater - EK series (1–175 kW)Indirect gas-fi red duct furnace - GH series


AIRFLOW PERFORMANCE

Note: Brake Horse Power (BHP) is for one blower motor package only. Operation in this zone will likely exceed FLA limits.

Motor HP Blower RPM

Sheave Adj.

Turns Open


0.00 0.25 0.50 0.75 1.00 1.25 1.50 1.75 2.00

CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP CFM BHP

5.0

1460 4.5 5575 3.2 5425 3.2 5200 3.2 5000 3.2 4775 3.1 4550 3.0 4270 2.9 4000 2.8 3625 2.7

1610 2 6200 4.3 6010 4.3 5875 4.2 5700 4.2 5500 4.2 5325 4.1 5125 4.1 4900 4.0 4625 3.9

1725 0 6650 5.2 6500 5.2 6375 5.2 6200 5.2 6050 5.1 5875 5.1 5700 5.1 5490 5.0 5250 4.9

7.5

1560 4.5 6000 3.9 5850 3.9 5650 3.8 5475 3.8 5275 3.8 5100 3.7 4875 3.7 4600 3.6 4300 3.5

1740 2 6700 5.3 6575 5.3 6400 5.3 6300 5.3 6125 5.3 5950 5.2 5750 5.2 5575 5.1 5325 5.1

1865 0 7225 7.6 7075 7.6 6950 7.6 6800 7.5 6675 7.5 6500 7.5 6375 7.4 6200 7.4 6000 7.3

10.0

1810 4.5 7000 6.1 6875 6.1 6750 6.1 6600 6.0 6425 6.0 6275 6.0 6100 5.9 5925 5.8 5875 5.8

2020 2 7850 8.3 7745 8.3 7625 8.2 7450 8.2 7350 8.2 7200 8.1 7050 8.1 6925 8.0 6775 8.0

2105 1 7950 9.1 7800 9.1 7725 9.1 7600 9.0 7450 9.0 7300 8.9 7150 8.9

ELECTRICAL DATA



Min. Cir. Amps


Device

FLAper motor

Min. Cir. Amps


Device

5.0208-230

460575

606060

ThreeThreeThree

14.5-13.46.75.3

32.615.111.9

452015

14.5-13.46.75.3

35.916.613.1

452015

7.5208-230

460575

606060

ThreeThreeThree

21.0-19.09.57.6

47.321.417.1

602520

21.0-19.09.57.6

52.023.518.8

602520

10.0208-230

460575

606060

ThreeThreeThree

27.0-25.012.59.76

60.828.122.0

803530

27.0-25.012.59.76

66.830.924.2

803530

CORE PERFORMANCE


30%

50%

70%

90%2000 4000 6000 8000

Effe

ctiv

enes

s (%

)

Airflow (CFM)


SPECIFICATIONS


HE Energy Recovery VentilatorStandard with Bypass Economizer8XINHE


For safety listed products, see LE-SERIES models.

HE-S

ERIE

S

RA

BP

EA BYPA

SS A

IRFL

OW

SC

HEM

ATIC

RIG

HT V

IEW

(OA

/FA

Airs

tream

Not

Sho

wn)

85

5/8"

Cas

e

81"

6 3/8" Typ. 8

6 5/

8" O

vera

ll

75

7/8"

Lift

ing

Lugs

FRO

NT V

IEW

53 1/2" 6

3 1/

4"

108

"

2"

IND

OO

R UN

ITS: E

A B

LOW

ER O

utle

t is

16" X

22"

(Nom

.) 24

"X36

" Duc

t Fla

nge

is al

so su

pplie

d. F

ield

inst

all o

nly

in

loca

tion

show

n.

RIG

HT V

IEW

Pow

er a

nd C

ontro

l Wirin

gEn

tries

7/8

" Dia

.

Inte

rnal

EA

Mot

orize

d D

ampe

r Loc

atio

n (O

ptio

nal)

2 1/4"

63

1/4"

83 3/8" Overall

78 1/4" Case

4" 10 1/2"

5" Typ.

6 3/

8"Ty

p.

102

7/8

" Lift

ing

Lugs

FA B

low

er O

utle

t is 1

6" X

22"

(Nom

.)24

" X 3

6" D

uct F

lang

e is

also

supp

lied.

Field

inst

all o

nly

in lo

catio

n sh

own.

Cor

eA

cces

sD

oor

LEFT

VIE

W

Pres

sure

Por

ts(4

) Typ

.

8 3

/4"

48

3/4"

22"

21 1/8"

BAC

K VI

EW

BP26" X

38"

RA

Fac

eD

ampe

r Loc

atio

nO

ptio

nal

OA

Duc

tFla

nge

24" X

36"

Inte

rnal

OA

Dam

per

Loca

tion

(Opt

iona

l) 112 5/8" Case

5 1

/8"


Area 3

6"

69 1/4"

62"


Area

34 3

/4"

Min

imum

Serv

ice

Are

a

85 5

/8"

Min

imum

Serv

ice

Are

a

32 3/8"

116 3/4" Overall

TOP

VIEW

E-Bo

xM

inim

umSe

rvic

e A

rea

FAEA

RA

OA

Doo

rSw

ing

Doo

rSw

ing

16" X

38"

Byp

ass

Dam

per L

ocat

ion

Opt

iona

lD

oor

Swin

g

Face

Dam

per

Bypa

ssD

ampe

r

16" X

38"

Byp

ass D

uct C

onne

ctio

n (D

irect

Mou

nt to

Dam

per,

By O

ther

s)

Mod

el: H

E8XI

N [B

ypas

s]D

raw

ing

Type

: Uni

t Dim

ensio

nVe

rsion

: AUG

18

ABB

REVI

ATIO

NS

EA: E

xhau

st A

ir to

out

side

OA

: Out

side

Air

inta

keRA

: Roo

m A

ir to

be

exha

uste

dFA

: Fre

sh A

ir to

insid

eBP

: Byp

ass A

ir In

take

INST

ALL

ATIO

N O

RIEN

TATIO

NUn

it m

ust b

e in

stal

led

in o

rient

atio

n sh

own.

NO

TE1.

ALL

UN

ITS H

AVE

INTE

RNA

L EA

BA

CKD

RAFT

DA

MPE

R.

UNLE

SS A

N E

A M

OTO

RIZE

D IS

OLA

TION

DA

MPE

R IS

SP

ECIF

IED

.

2.UN

LESS

OTH

ERW

ISE

SPEC

IFIE

D, D

IMEN

SIO

NS

ARE

RO

UND

ED TO

THE

NEA

REST

EIG

HTH

OF

AN

INC

H.

3.SP

ECIF

ICA

TION

S M

AY

BE S

UBJE

CT T

O C

HAN

GE

WITH

OUT

NO

TICE.

4. D

AM

PER

SWIN

GS

IN D

IREC

TION

OF

AIR

FLO

W. M

IN.

DUC

T CLE

ARA

NC

E FR

OM

DA

MPE

R BL

AD

E W

HEN

FU

LLY

OPE

NED

TO B

E 2"

. SM

AC

NA

RUL

ES A

PPLY

.

5. U

NITS

WITH

BYP

ASS

WILL

REQ

UIRE

AD

DITI

ON

AL

SPA

CE

FOR

THE

CO

NN

ECTIO

N O

F TH

E BY

PASS

DUC

T (B

Y O

THER

S).

6. F

OR

INST

ALL

ATIO

N D

ETA

ILS, R

EFER

TO I&

O

MA

NUA

L SU

PPLE

MEN

T FO

R BY

PASS

.

HE8X

IN

En

erg

y R

ec

ove

ry V

en

tila

tor

Sta

nd

ard

with

Byp

ass E

co

no

miz

er

AIR

FLO

W C

ON

FIG

UR

ATIO

NAv

aila

ble

as s

how

n in

dim

ensi

on d

raw

ing.

UN

IT M

OU

NTIN

G &

AP

PLIC

ATIO

NM

ust b

e m

ount

ed a

s sh

own.

Airs

tream

s ca

n no

t be

sw

itche

d.

INSTALLATION

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OPERATION

6.0 OPERATION6.1 UNIT START-UP DAMPER ADJUSTMENTAt time of unit start-up, it is required that the air streams be balanced to achieve maximum efficiency of the ERV and the bypass system. Balancing of the air streams is accomplished by measuring air flow in the two air streams and then adjusting the damper stops. This procedure will ensure that the static pressure drop through the bypass airpath equals that of the energy recovery airpath, which will cause the ventilation flow rate to be the same in both energy recovery mode and free cooling mode.

6.1.1 TOOLS REQUIRED FOR DAMPER ADJUSTMENT

Air velocity manometer or similar device.

6.1.2 DAMPER ADJUSTMENT PROCEEDURE

The bypass duct size is designed to allow more air than is needed in regular ventilation and is combined with a damper and an adjustable damper actuator to achieve balanced airflow.

When the ERV is in ventilation/recovery mode (not in bypass), use an air velocity manometer or similar device to determine the airflow CFM in both airstreams. Take note of the airflow in the RA to EA airstream. The airflow CFM in the RA to EA airstream during free cooling mode should match the airflow CFM during energy recovery.

1. Before starting the balancing procedure, confirm that the supply, exhaust, and bypass connections have been connected properly.

2. Make sure all power to the unit is “off” and all disconnect switches are in the “off” position.

3. In order to put the unit in free cooling mode manually, first disconnect the face and bypass damper actuators from the internal wire harness.

4. Connect each actuator to a known 24V power source with an appropriate cable.

5. Power on the unit and the bypass damper, allowing at least 60 seconds for the actuator to move to the proper position and the flow to stabilize.

6. Using an air velocity manometer or similar device, read the amount of airflow in the RA to EA airstream.

7. The actuator on the bypass damper has an adjustable stop that can be loosened and set so that the airflow (CFM) when in bypass is similar to the airflow (CFM) when in ventilation/recovery mode.

a. If the airflow in recovery free cooling mode is too high, adjust the actuator so that the bypass damper opens to something less than 90 degrees (fully open). Repeat steps 5 and 6. When the desired flow rate is achieved move on to step 8.

8. Power down the unit and reconnect the damper actuators to the proper wire harnesses.

NOTE: Start-up is defined as the process of activat-ing each system

within a newly installed ERV after it has been properly installed in the system in which it is expected to operate. A full and proper start-up cannot be performed unless the Occuplied Space with all its associated ductwork, controls, and design options are completed and intact and ready for full load testing.

FIGURE 6.1.0 TYPICAL DAMPER ACTUATOR STOP ADJUSTMENT

Damper Shaft

Damper Actuator Stop Adjustment(shown in fully closed position)

Adjustable Stop(moves in slot on actuator body)

When Actuator Opens the Damper,Shaft and Shaft Clamp Rotate

Until the Ear on the Shaft ClampBumps Against the Adjustable Stop

Shaft Clamp Assy

Movement of Shaft Clamp Assy is Stopped by the Adjustable Stop

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6.2 UNIT START-UP CONTROLS ADJUSTMENTAt time of unit start-up, the bypass controls must be checked for correct settings. The controls have been pre-set at the factory but they may become out of adjustment during shipping and handling. Remember that there are two different kinds of controls: dry bulb and enthalpy. Follow the settings information for the type of controls on the unit.

6.2.1 DRY BULB CONTROL SETTINGS

The dry bulb temperature controller features a thermistor placed in the outside air stream (internal to the unit) that senses the outside air temperature as it enters the unit. There are two dials on the dry bulb temperature controller to adjust both the high and low limits of the bypass range, and each dial has a range of 40˚F to 95˚F. Any time the outside air temperature rises through the temperature indicated on the high limit dial (labeled “H”), the controller calls for energy recovery. Any time the outside air temperature falls through the temperature indicated on the low limit dial (labeled “L”), the controller also calls for energy recovery. Any time the outside air temperature is above the low limit setpoint and below the high limit setpoint, the controller calls for bypass. Typical settings for the dry bulb temperature controller are 53˚F for the low limit setpoint and a high limit setpoint that matches the desired room air temperature.

6.2.2 ENTHALPY CONTROL SETTINGS

The differential enthalpy controller features two enthalpy sensors placed in the outside air and return air streams (internal to the unit), and a thermistor placed in the outside air stream (internal to the unit). There is one low limit temperature dial (labeled “L”) on the controller with a range of -20˚F to 120˚F. The controller compares the outside air enthalpy to the room air enthalpy, and any time the outside air enthalpy rises above the room air enthalpy, the controller calls for energy recovery. Any time the outside air temperature falls through the low limit setpoint, the controller calls for energy recovery. Any time the outside air enthalpy is below the room air enthalpy and the outside air temperature is above the low limit setpoint, the controller calls for bypass. The typical setting for the low limit setpoint is 53˚F.

NOTE: To ensure proper operation, DO NOT choose a

low limit setpoint that is greater than the high limit setpoint.

MAINTENANCE

NOTE: It is possible to choose a low-lim-it setpoint that is

greater than the high-limit setpoint for the dry-bulb controller. Doing so will result in a control scheme where there is no out-side air temperature that will satisfy both setpoint conditions and thus cause the controller to call for bypass.

The most critical factor in maintaining the ERV and Core Bypass is cleanliness. Experience on the part of the customer will dictate the frequency of maintenance activities. Air conditions can change seasonally or even day-by-day. Follow the maintenance instructions for the RenewAire ERV, as found in the its Installation, Operation and Maintenance Manual.

CAUTION

CAUTION

Risk of damage to the enthalpic core. Improper maintenance procedures may lead to damage of the enthalpic core.When performing maintenance of the ERV or the core bypass, organic solvents are not to be used within the enclosure. In addition, high pressure air is not to be applied to the enthalpic core.

Risk of damage to the Core Bypass controls. Whenever a control device is connected to or disconnected from the controls circuits, the power supply to the ERV must be disconnected. Lock and tag the disconnect switch or circuit breaker to prevent accidental reconnection of electric power.

7.0 MAINTENANCE

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TROUBLESHOOTING

8.0 TROUBLESHOOTING

The most important resources for troubleshooting a suspected problem are the Sequence of Operation (SOO) and the wiring schematics. By referring to the SOO, it is possible to determine if an issue is a fault in the Core Bypass system or if the issue is a symptom of some other problem. Example: the ERV and its Bypass Option may be controlled by a BMS that is not allowing the ERV to go into free cooling mode. The symptom appears to be that the Core Bypass is not working, but the cause is actually the BMS.

Using the SOO, identify the stage in the sequence where the issue appears. Identify the reason why the core bypass is thought to be an issue. Using the electrical wiring schematics, further isolate the problem to a single component.

The SOO is found below, the electrical schematics are to be found in Section 5.0 of this document, and the ERV unit schematics are located in the red envelope in the unit electrical box.

CAUTIONRisk of damage to the Core Bypass controls.

Whenever a control device is connected to or disconnected from the controls circuits, the power supply to the ERV must be disconnected. Lock and tag the disconnect switch or circuit breaker to prevent accidental reconnection of electric power.

8.1 SEQUENCE OF OPERATION (SOO)1. Power is applied to the ERV

2. The bypass controls draw power from the onboard 24 V transformer and begin sensing the OA and RA (differential enthalpy only) conditions.

3. One of two things occurs: Energy recovery mode

u The sensors report to the controller that the ERV should be in energy recovery mode and the controller supplies power to the face damper actuator.

u The face damper begins to power open, which may take up to 60 seconds.

u Powering on the OA blower will begin immediately if there is no isolation damper on that airstream, or will be delayed until the isolation damper has been opened.

u Powering on the EA blower will be delayed until the face damper has been opened.

Recovery free cooling mode

u The sensors report to the controller that the ERV should be in recovery free cooling mode and the controller immediately supplies power to the bypass damper actuator.

u The bypass damper begins to power open, which may take up to 60 seconds.

u Powering on the OA blower will begin immediately if there is no isolation damper on that airstream, or will be delayed until the isolation damper has opened.

u Powering on the EA blower will be delayed until the bypass damper has been opened.

4. If there is any significant distance between the ERV OA inlet and the intake at the building wall, it may take some time for the outdoor air to reach the ERV’s sensors. Allow for the ERV airflows to reach a steady state, during which time the unit could change modes.

5. When powering down the ERV, the blowers will turn off and both the bypass and face dampers will return to their default positions. The bypass damper and the face damper will be closed. Any installed isolation dampers will also spring closed.

NOTE: There is no known pattern of failures with Core Bypass units. This

section is provided as a guide for the user.

NOTE: If a controls contractor was engaged to set-up

the controls during installation of the ERV, refer to that contractor’s documentation regarding settings and connections.

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FACTORY ASSISTANCE

CASE STEPS TO IDENTIFY MALFUNCTIONING COMPONENTS ACTION

Mechanical Issues: Either the face damper or the bypass damper does not open when the ERV enters free cooling mode or energy recovery mode.

1. Ensure that damper blades are not blocked or otherwise obstructed in the duct.

2. Ensure that the actuator has not come loose from the damper blade shaft.

3. Apply 24V power to the actuator to confirm that the actuator moves when it is powered, and spring returns when it is unpowered. Each damper should open when powered.

1. If the damper blades are blocked, remove any obstruction.

2. If the actuator clamp is loose, retighten the clamp on the blade shaft.

3. If the actuator does not respond or behave as expected when powered, replace the actuator.

Control Issues: Neither damper reponds when the unit is turned on or changes modes.

4. Ensure that the ambient conditions are correct for the unit to be in free cooling mode. For dry bulb controls: The air entering the OA inlet for the

unit has a temperature between the high and low limit settings. (NOTE: The low limit setting must be below the high limit setting in order for the unit to be in free cooling mode.) For enthalpic controls: The air entering the OA inlet has a temperature above the low limit setting, and an enthalpy below that of the air entering the RA inlet.

If the air conditions are such that the ERV should be in free cooling mode and it is not, use the SOO to isolate the control component that seems to be malfunctioning and replace it.

The ERV Bypass Economizer Option is covered under the standard RenewAire ERV warranty. A copy of the warranty is included with the unit manuals. If the warranty should be lost or misplaced, a PDF version can be downloaded from:

https://www.renewaire.com/support/warranty/

In the unlikely event that you need assistance from the factory for a specific issue with the ERV or its Bypass Economizer Option, make sure that you have the information called for in the Unit Records pages at the front of this manual. The person you speak with at the factory will need that information to properly identify the unit and the installed options.

Remember that RenewAire Customer Service can only assist with the ERV and its options, it cannot resolve engineering issues that result from air handling system design by others.

9.0 FACTORY ASSISTANCE

10.0 WARRANTY

To contact RenewAire Customer Service:

Call 800-627-4499

Email: [email protected]

About RenewAireFor over 30 years, RenewAire has been a pioneer in enhancing indoor air quality (IAQ) in commercial and residential buildings of every size.This is achieved while maximizing sustainability through our fifth-generation, static-plate, enthalpic-core Energy Recovery Ventilators (ERVs) that optimize energy efficiency, lower capital costs via load reduction and decrease operational expenses by minimizing equipment needs, resulting in significant energy savings. Our ERVs are competitively priced, simple to install, easy to use and maintain and have a quick payback. They also enjoy the industry’s best warranty with the lowest claims due to long-term reliability derived from innovative design practices, expert workmanship and Quick Response Manufacturing (QRM).

As the pioneer of static-plate core technology in North America, RenewAire is the largest ERV producer in the USA. We’re committed to sustainable manufacturing and lessening our environmental footprint, and to that end our Waunakee, WI plant is 100% powered by wind turbines. The facility is also one of the few buildings worldwide to be LEED and Green Globes certified, as well as having achieved ENERGY STAR Building status. In 2010, RenewAire joined the Soler & Palau (S&P) Ventilation Group in order to provide direct access to the latest in energy-efficient air-moving technologies. For more information, visit: renewaire.com

Member of the S&P Group Family of Brands

2019 © RenewAire LLC138283_002_JUL19

201 Raemisch Road | Waunakee, WI | 53597 | 800.627.4499 | RenewAire.com

Documents

Supplemental Manual for Options - RenewAire