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Manual 2100-597G
Page 

47 of 68

Mounting

1.  Push tab on bottom of cover and lift cover from 

back plate.

2.  Select the mounting location, away from diffusers, 

lights or any external influences.

3.   Mount transmitter on a vertical surface to a 

standard electrical box using the two #6 M2C type 
screws provided.

4.  Pull wires through sub-base hole and make 

necessary connections.

5.  Reattach cover to base plate.

Wiring

Use maximum 18 AWG wire for wiring to terminals. 
Refer to Figures 13-19 for wiring information.

Selection of Voltage Outputs

Prior to wiring, verify the voltage selector jumpers on 
jumpers PJ1 and PJ2 are set to voltage (see figure 
below).

Next, move jumper PJ5 to the 0-10V range (see figure 
below).

Editing Menu Parameters

Before any adjustment can be made to the transmitter, 
the menu lockout jumper (PJ4) must be set to the 
“ON” position (see figure below).

Finish installing/wiring the control.  Then, refer to 
Figure 20 and the building ventilation specifications 
to decide what the maximum ventilation rate desired 
is and what the minimum/maximum voltage signal is 
required for those levels.
Next, enter the control programming stage listed below 
once the system is powered-up to configure the control.

Accessing Menu Parameters

Step 1:

 

To enter the menu structure, press  
and         simultaneously for 5 seconds 
(display will show RON parameter).

Step 2:

 

Press            or  

to cycle between 

menu items.  

Step 3:

 

Press             to edit the value for the 
displayed menu item (SET will appear on 
display).

Step 4:

 

Press             or  

to adjust the value 

of the menu item.

Step 5:

 

Press             to save the changes (SET will 
disappear).

Step 6:

 

Repeat Steps 2 through 5 for each of the 
parameters.

Step 7:

 

To exit the menu at any time, press and hold 
 

and 

    simultaneously for 5 

seconds or wait 10 seconds without pushing 
any buttons.

Output Range Selection Jumper PJ5

MOUNTING

1.   Push tab on bottom of cover and lift cover from back plate (See Figure 1).

2.  Select the mounting location, away from diffusers, lights or any external 

influences.

3.  Mount transmitter on a vertical surface to a standard electrical box using the two 

#6 M2C type screws provided.

4. Pull wires through sub base hole and make necessary connections.

5.  Reattach cover to base plate.

WIRING

Use  maximum  18  AWG  wire  for  wiring  to  terminals.  Refer  to  Figure  5  for  wiring

information.

Selection of Current and Voltage Outputs

Prior to wiring, verify that the current/voltage selection jumpers (PJ1, PJ2, and PJ5)

are set to the desired output type. Refer to Figure 2 to locate the selection jumpers.

See Figure 3 for diagram of the current/voltage selection jumper. For voltage output

selection, the output can be 0 to 10 VDC, 0 to 5 VDC, 2 to 10 VDC or 1 to 5 VDC.

See Figure 4 for the type of voltage output selection jumper (PJ5).

Current / Voltage Outputs

The transmitter may be wired for current or voltage output for both carbon dioxide and

temperature. The transmitter can be powered with either 16 to 35 VDC or 19 to 28

VAC. Wire the transmitter according to Figure 5.  

Optional relay can be used as either a dry contact or low voltage

switched circuit up to 2 A at 30 VDC.

Thermistor and RTD Outputs

Thermistor and RTD passive outputs are located on the back plate and do not require

any power. Passive temperature outputs are not polarity sensitive.

Remote Display

For models that are ordered without an integral LCD display, remote display Model 

A-449 can be used to display the temperature and carbon dioxide. The mini USB plug

of the remote display plugs into the receptor on the side of the housing. After a short

warm  up  time,  the  display  will  begin  to  show  the  current  temperature  and  carbon

dioxide  measurements  unless  configured  by  the  user  to  show  only  temperature  or

only carbon dioxide.

EDITING MENU pARAMETERS

Before  any  adjustment  can  be  made  to  the  transmitter,  the  Menu  Lockout  Jumper

(PJ4) must be set to the ˝On˝ position (See Figure 6). 

ACCESSING MENU pARAMETERS

Step 1: To enter the menu structure, press             and          simultaneously for 

5 seconds (display will show RON parameter).

Step 2: Press           or          to cycle between menu items.  

Step 3: Press           to edit the value for the displayed menu item (SET will appear 

on display).

Step 4:  Press          or          to adjust the value of the menu item.

Step 5: Press          to save the changes (SET will disappear).

Step 6: Repeat Steps 2 through 5 for each of the parameters.

Step 7: To exit the menu at any time, press and hold          and           

simultaneously for 5 seconds or wait 10 seconds without pushing any buttons.

BOTTOM TAB

HINGE

TO REMOVE COVER

APPLY PRESSURE TO

BOTTOM TAB WHERE 

INDICATED AND THE 

TWO PARTS 

WILL BECOME 

UNHINGED AT TOP

REVERSE PROCESS 

TO APPLY COVER

MOUNTING

BACK PLATE

SELF-LATCHING

COVER

MOUNTING

SCREWS

VOLTAGE

OUTPUT

C

V

V

F

   

 

 

 

 

 

 

2 to 10 V

4 to 20 mA

0 to 10 V

0 to 20 mA

1 to 5 V

2 to 10 mA

F

   

 

 

 

NOTICE

POWER

SUPPLY

TEMPERATURE

RECEIVER

CO2

RECEIVER

RELAY 
CONTACT

   

 

 

 

1

2

3

4

5

6

P

W

R

C

O

M

O

U

T

1

O

U

T

2

R

LY

R

LY

fIGURE 1: Removal Of Cover from Back plate

fIGURE 4: Output Range Selection Jumper

fIGURE 5: Active Output Wiring Diagram

fIGURE 2: Diagram Of Circuit Board

PJ5

PJ4

PJ2

PJ1

 

ENABLED

DISABLED

OFF

MENU

MENU

PJ4

PJ4

OFF

ON

ON

   

 

 

fIGURE 6: Menu Lockout Jumper

Current/Voltage Output

Selection Jumper (PJ1 & PJ2)

MOUNTING

1.   Push tab on bottom of cover and lift cover from back plate (See Figure 1).

2.  Select the mounting location, away from diffusers, lights or any external 

influences.

3.  Mount transmitter on a vertical surface to a standard electrical box using the two 

#6 M2C type screws provided.

4. Pull wires through sub base hole and make necessary connections.

5.  Reattach cover to base plate.

WIRING

Use  maximum  18  AWG  wire  for  wiring  to  terminals.  Refer  to  Figure  5  for  wiring

information.

Selection of Current and Voltage Outputs

Prior to wiring, verify that the current/voltage selection jumpers (PJ1, PJ2, and PJ5)

are set to the desired output type. Refer to Figure 2 to locate the selection jumpers.

See Figure 3 for diagram of the current/voltage selection jumper. For voltage output

selection, the output can be 0 to 10 VDC, 0 to 5 VDC, 2 to 10 VDC or 1 to 5 VDC.

See Figure 4 for the type of voltage output selection jumper (PJ5).

Current / Voltage Outputs

The transmitter may be wired for current or voltage output for both carbon dioxide and

temperature. The transmitter can be powered with either 16 to 35 VDC or 19 to 28

VAC. Wire the transmitter according to Figure 5.  

Optional relay can be used as either a dry contact or low voltage

switched circuit up to 2 A at 30 VDC.

Thermistor and RTD Outputs

Thermistor and RTD passive outputs are located on the back plate and do not require

any power. Passive temperature outputs are not polarity sensitive.

Remote Display

For models that are ordered without an integral LCD display, remote display Model 

A-449 can be used to display the temperature and carbon dioxide. The mini USB plug

of the remote display plugs into the receptor on the side of the housing. After a short

warm  up  time,  the  display  will  begin  to  show  the  current  temperature  and  carbon

dioxide  measurements  unless  configured  by  the  user  to  show  only  temperature  or

only carbon dioxide.

EDITING MENU pARAMETERS

Before  any  adjustment  can  be  made  to  the  transmitter,  the  Menu  Lockout  Jumper

(PJ4) must be set to the ˝On˝ position (See Figure 6). 

ACCESSING MENU pARAMETERS

Step 1: To enter the menu structure, press             and          simultaneously for 

5 seconds (display will show RON parameter).

Step 2: Press           or          to cycle between menu items.  

Step 3: Press           to edit the value for the displayed menu item (SET will appear 

on display).

Step 4:  Press          or          to adjust the value of the menu item.

Step 5: Press          to save the changes (SET will disappear).

Step 6: Repeat Steps 2 through 5 for each of the parameters.

Step 7: To exit the menu at any time, press and hold          and           

simultaneously for 5 seconds or wait 10 seconds without pushing any buttons.

BOTTOM TAB

HINGE

TO REMOVE COVER

APPLY PRESSURE TO

BOTTOM TAB WHERE 

INDICATED AND THE 

TWO PARTS 

WILL BECOME 

UNHINGED AT TOP

REVERSE PROCESS 

TO APPLY COVER

MOUNTING

BACK PLATE

SELF-LATCHING

COVER

MOUNTING

SCREWS

VOLTAGE

OUTPUT

C

V

V

F

   

 

 

 

 

 

 

2 to 10 V

4 to 20 mA

0 to 10 V

0 to 20 mA

1 to 5 V

2 to 10 mA

F

   

 

 

 

NOTICE

POWER

SUPPLY

TEMPERATURE

RECEIVER

CO2

RECEIVER

RELAY 
CONTACT

   

 

 

 

1

2

3

4

5

6

P

W

R

C

O

M

O

U

T

1

O

U

T

2

R

LY

R

LY

fIGURE 1: Removal Of Cover from Back plate

fIGURE 4: Output Range Selection Jumper

fIGURE 5: Active Output Wiring Diagram

fIGURE 2: Diagram Of Circuit Board

PJ5

PJ4

PJ2

PJ1

 

ENABLED

DISABLED

OFF

MENU

MENU

PJ4

PJ4

OFF

ON

ON

   

 

 

fIGURE 6: Menu Lockout Jumper

Menu Lockout Jumper

MOUNTING

1.   Push tab on bottom of cover and lift cover from back plate (See Figure 1).

2.  Select the mounting location, away from diffusers, lights or any external 

influences.

3.  Mount transmitter on a vertical surface to a standard electrical box using the two 

#6 M2C type screws provided.

4. Pull wires through sub base hole and make necessary connections.

5.  Reattach cover to base plate.

WIRING

Use  maximum  18  AWG  wire  for  wiring  to  terminals.  Refer  to  Figure  5  for  wiring

information.

Selection of Current and Voltage Outputs

Prior to wiring, verify that the current/voltage selection jumpers (PJ1, PJ2, and PJ5)

are set to the desired output type. Refer to Figure 2 to locate the selection jumpers.

See Figure 3 for diagram of the current/voltage selection jumper. For voltage output

selection, the output can be 0 to 10 VDC, 0 to 5 VDC, 2 to 10 VDC or 1 to 5 VDC.

See Figure 4 for the type of voltage output selection jumper (PJ5).

Current / Voltage Outputs

The transmitter may be wired for current or voltage output for both carbon dioxide and

temperature. The transmitter can be powered with either 16 to 35 VDC or 19 to 28

VAC. Wire the transmitter according to Figure 5.  

Optional relay can be used as either a dry contact or low voltage

switched circuit up to 2 A at 30 VDC.

Thermistor and RTD Outputs

Thermistor and RTD passive outputs are located on the back plate and do not require

any power. Passive temperature outputs are not polarity sensitive.

Remote Display

For models that are ordered without an integral LCD display, remote display Model 

A-449 can be used to display the temperature and carbon dioxide. The mini USB plug

of the remote display plugs into the receptor on the side of the housing. After a short

warm  up  time,  the  display  will  begin  to  show  the  current  temperature  and  carbon

dioxide  measurements  unless  configured  by  the  user  to  show  only  temperature  or

only carbon dioxide.

EDITING MENU pARAMETERS

Before  any  adjustment  can  be  made  to  the  transmitter,  the  Menu  Lockout  Jumper

(PJ4) must be set to the ˝On˝ position (See Figure 6). 

ACCESSING MENU pARAMETERS

Step 1: To enter the menu structure, press             and          simultaneously for 

5 seconds (display will show RON parameter).

Step 2: Press           or          to cycle between menu items.  

Step 3: Press           to edit the value for the displayed menu item (SET will appear 

on display).

Step 4:  Press          or          to adjust the value of the menu item.

Step 5: Press          to save the changes (SET will disappear).

Step 6: Repeat Steps 2 through 5 for each of the parameters.

Step 7: To exit the menu at any time, press and hold          and           

simultaneously for 5 seconds or wait 10 seconds without pushing any buttons.

BOTTOM TAB

HINGE

TO REMOVE COVER

APPLY PRESSURE TO

BOTTOM TAB WHERE 

INDICATED AND THE 

TWO PARTS 

WILL BECOME 

UNHINGED AT TOP

REVERSE PROCESS 

TO APPLY COVER

MOUNTING

BACK PLATE

SELF-LATCHING

COVER

MOUNTING

SCREWS

CURRENT

OUTPUT

VOLTAGE

OUTPUT

C

C

V

V

F

   

 

 

 

 

 

 

2 to 10 V

4 to 20 mA

0 to 10 V

0 to 20 mA

0 to 5 V

0 to 10 mA

1 to 5 V

2 to 10 mA

F

   

 

 

 

NOTICE

POWER

SUPPLY

TEMPERATURE

RECEIVER

CO2

RECEIVER

RELAY 
CONTACT

   

 

 

 

1

2

3

4

5

6

P

W

R

C

O

M

O

U

T

1

O

U

T

2

R

LY

R

LY

fIGURE 1: Removal Of Cover from Back plate

fIGURE 3: Current/Voltage Output

Selection Jumper (pJ1 And pJ2)

fIGURE 4: Output Range Selection Jumper

fIGURE 5: Active Output Wiring Diagram

fIGURE 2: Diagram Of Circuit Board

PJ5

PJ4

PJ2

PJ1

 

ENABLED

DISABLED

OFF

MENU

MENU

PJ4

PJ4

OFF

ON

ON

   

 

 

fIGURE : Menu Lockout Jumper

Summary of Contents for I30A1DA

Page 1: ...els INSTALLATION INSTRUCTIONS Bard Manufacturing Company Inc Bryan Ohio 43506 www bardhvac com Manual 2100 597G Supersedes 2100 597F Date 5 18 16 I30A1DA I30A1DB I30A1DC I36A1DA I36A1DB I36A1DC I42A1D...

Page 2: ...l Description 35 Control Wiring 35 Recommended Control Sequences 35 Setting the Ventilation CFM Levels 35 I TEC Combination CRV and Economizer Ventilation System Vent Code N 38 General Description 38...

Page 3: ...e 23 Motor Speed CFM Configuration 39 Figure 24A CRV Manual Mode M Terminal 43 Figure 24B CRV Mod Mode P Terminal 43 Figure 25 Ventilation Airflow Diagram 44 Figure 26 CRV Access 45 Figure 27 Control...

Page 4: ...l N Air Conditioning Low Pressure Low Velocity ACCA Manual D or Duct System Design Manual Q Winter and Summer Air Conditioning For more information contact these publishers ACCA Air Conditioning Contr...

Page 5: ...ation made according to methods of Air Conditioning Contractors of America ACCA The air duct should be installed in accordance with the Standards of the National Fire Protection Systems of Other Than...

Page 6: ...All units have 24V terminal block Motor will deliver consistent CFM through voltage supply range with no deterioration Continuous fan CFM is the total air being circulated during continuous fan mode W...

Page 7: ...C09 460 3 1 1 1 9 13 18 10 15 20 14 14 12 14 14 12 I36A1DA0Z A05 A10 A15 230 208 1 1 1 1 1 or 2 26 32 58 84 40 40 60 90 8 8 6 4 10 10 10 8 26 52 40 60 8 6 10 10 I36A1DB0Z B06 B09 B15 230 208 3 1 1 1 1...

Page 8: ...1 5 47 3 46 1 8 With Sides Removed Vent Intake Disconnect Electrical Air Filters Vent Exhaust Door Latch Locking Filters Return Air 2 12 x 20 Door Latch Locking Air Filters 2 Washable Hinges 4 Lift Of...

Page 9: ...oad is required to lift the top section off from the bottom base Do not attempt to do this manually Failure to do so could result in the unit tipping over and causing bodily injury and or damage to th...

Page 10: ...is required two riser platform accessories are available The IRP3 increases the unit height by 3 Figure 7B on page 15 and the IRP6 by 6 Figure 7C on page 16 SECURING UNIT TO STRUCTURE Shipped with th...

Page 11: ...s Optional Top Centered on Higher Sill Heights Acheivable With Base Kit Wall Opening Sleeve Mounting Hole Locations FLOOR MOUNTING HOLE CENTERLINES 17 8 56 8 20 6 7 20 2 8 8 29 32 7 1 20 7 8 43 7 42 3...

Page 12: ...Y Dimension Z Dimension Z Dimension I30A1DA DB 13 3 4 24 43 47 I30A1DC 13 3 4 24 43 47 I36A1DA DB 13 3 4 24 43 47 I36A1DC 13 3 4 24 43 47 I42A1DA DB 13 3 4 24 43 47 I42A1DC 13 3 4 24 43 47 I48A1DA DB...

Page 13: ...E WING WALL CONSTRUCTION TOP VIEW CLOSET CONSTRUCTION TOP VIEW LEFT CORNER CONSTRUCTION TOP VIEW FILTERS RIGHT CORNER CONSTRUCTION TOP VIEW ACCESS DIMENSIONS REMOVABLE SIDES 1 1 ALL FILTER AND COMPONE...

Page 14: ...Manual 2100 597G Page 14 of 68 FIGURE 6 Compressor Shipping Bolts COMPRESSOR SHIPPING BOLT COMPRESSOR SHIPPING BOLT FIGURE 5 Removal of Air Duct CRV ERV AIR DUCT...

Page 15: ...NDED TO BOTTOM OF ROOF 9 7 MINIMUM OR FIXED CEILING FLOOR OR FIXED CEILING BOTTOM OF ROOF SUSPENDED CEILING 20 MINIMUM 7 9 3 4 UNIT HEIGHT FIELD SUPPLIED DUCT TURNING VANES RECOMMENDED MINIMUM 12 4 MI...

Page 16: ...ENDED TO BOTTOM OF ROOF 9 10 MINIMUM OR FIXED CEILING 3 RISER FIELD SUPPLIED DUCT TURNING VANES RECOMMENDED 12 MINIMUM 4 MINIMUM FROM TOP OF UNIT TO DUCT BOTTOM MIS 2989 B FLOOR OR FIXED CEILING BOTTO...

Page 17: ...IXED CEILING 6 RISER 9 8 MINIMUM REQUIRED INSTALLATION HEIGHT BOTTOM OF ROOF FLOOR OR FIXED CEILING SUSPENDED CEILING MINIMUM 20 7 9 3 4 UNIT HEIGHT FIELD SUPPLIED DUCT MIS 2988 B TURNING VANES RECOMM...

Page 18: ...num Box mounts on top of the unit and has both vertically and horizontally adjustable louvers on the front discharge grille When used with a ducted supply an ICX28 Cabinet Extension may be used to con...

Page 19: ...he unit in the bottom of the base about 12 in from the front on both the left and right side These holes are covered with insulation and are not visible They are located very close to the side panels...

Page 20: ...pply liberal amount of caulk to back of flange before installing Screws to Attach Unit Fan Shroud Exhaust Sleeve to Use 6 3 4 Long Self Tapping Screws to Attach Inner Sleeve Use 12 3 4 Long to Unit Ba...

Page 21: ...Manual 2100 597G Page 21 of 68 INTERIOR FLOOR I TEC UNIT OUTSIDE WALL FILL INSULATION FILL INSULATION OUTDOOR GRILLE SIZE VARIES INSIDE WALL SLEEVE MIS 2928 A FIGURE 11B Unit Mounting...

Page 22: ...for wire sizing information and maximum fuse or circuit breaker size Each unit is marked with a Minimum Circuit Ampacity This means that the field wiring used must be sized to carry that amount of cu...

Page 23: ...0V tap For 208V operation reconnect from 240V to 208V tap The acceptable operating voltage range for the 240 and 208V taps are as noted in Table 3 LOW VOLTAGE CONNECTIONS These units use a grounded 24...

Page 24: ...ry installed jumper Remove jumper and connect to N C fire alarm 3 3 3 2 2 Red W1 E A D L O B Y2 Y1 24V G COM W2 Model CS9BE THO SC SC SC W1 E A D L O B Y2 Y1 24V G COM W2 Model CS9B THO or Completesta...

Page 25: ...tat has Occupancy Signal 5 4 5 CRV Wiring Harness 1 2 2 BROWN WHITE ORANGE BLACK WHITE RED WHITE GND SC SC SC Model CS9BE THO W2 COM G 24V Y1 Y2 O B L D A W1 E GND SC SC SC Model CS9B THO or Completes...

Page 26: ...to A and do not use seperate CO2 controller If CS9B THOC or CS9BE THOC is used connect Brown White 6 Bard 8403 067 GND SC SC SC CO2 Control Model CS9BE THO W2 COM G 24V Y1 Y2 O B L D A W1 E GND SC SC...

Page 27: ...s 1 2 2 BROWN WHITE ORANGE BLACK WHITE RED WHITE PURPLE PINK W1 E A D L O B Y2 Y1 24V G COM W2 Model CS9BE THO SC SC SC W1 E A D L O B Y2 Y1 24V G COM W2 Model CS9B THO or Completestat Model CS9BE THO...

Page 28: ...6 Low Voltage PURPLE PINK 2 3 1 directly to A and do not use seperate CO2 controller If CS9B THOC or CS9BE THOC is used connect Brown White Bard 8403 067 Red GND SC 5 6 Model CS9BE THO W2 COM G 24V Y...

Page 29: ...erm Strip R 6 3 PURPLE PINK 2 1 5 6 Voltage Bard 8403 067 4 3 W1 E A D L O B Y2 Y1 24V G COM W2 CO2 Control Low Model CS9BE THO SC SC SC W1 E A D L O B Y2 Y1 24V G COM W2 Model CS9B THO or Completesta...

Page 30: ...onnect 3 Connect orange wire to G terminal 4 4 ORANGE BLACK WHITE RED WHITE L A W1 E Y2 Y1 Y0 24V G Model CS9BE THOC SC SC SC W2 D Y2 W2 L A W3 7 6 RT G COM O B Completestat Term Strip R D Y1 8 CRV EC...

Page 31: ...ing multiple leaks and recharges R 410A refrigerant is close to being an azeotropic blend it behaves like a pure compound or single component refrigerant The remaining refrigerant charge in the system...

Page 32: ...Since there is a 50 50 chance of connecting power in such a way as to cause rotation in the reverse direction verification of proper rotation must be made Verification of proper rotation direction is...

Page 33: ...on and the alarm relay circuit will energize Recycling the wall thermostat resets the manual lockout Low Pressure Switch Bypass and Lockout Sequence If the low pressure switch opens for more than 120...

Page 34: ...n series with the outdoor fan control thermistor to change the temperature curve that the fan logic control sees It is anticipated that a 2 3 drop in system capacity and efficiency will be seen when t...

Page 35: ...to build up in the structure because there is little or no cooling load Thus the air conditioner is not running enough to remove the excess moisture being brought in Use a control system that in some...

Page 36: ...rical shock Electrical shock can result in serious injury or death Disconnect the remote electric power supply or supplies before servicing corresponding CFM needed for the intake and exhaust blowers...

Page 37: ...CRV Speed Change Terminal Access REMOVE 5 SCREWS FROM CRV DOOR TO ACCESS CRV COMPONENTS MIS 3023 CRV INTAKE BLOWER NOTE CRV EXHAUST BLOWER IS BEHIND INTAKE BLOWER BLOWER SPEED CONTROL LOCATION BLOWER...

Page 38: ...nd are balanced to maintain a slight positive pressurization in accordance to ASHRAE 62 1 Standard The ventilation package is also provided with filters to reduce the required service needed and to fu...

Page 39: ...ith white trace that has as black terminal on the end where it connects to the terminal strip see Figure 23 5 Move the brown wire with white trace to the corresponding CFM level needed in accordance w...

Page 40: ...second stage cooling YO thermostat signal powers relay coil R2 R2 relay then closes NO contact between R and Y1 at low voltage terminal strip engaging stage 1 mechanical cooling NC contacts of relay...

Page 41: ...C CRV only during periods when the conditioned space is occupied Running the ventilation during unoccupied periods wastes energy decreases the expected life of the CRV and can result in large moisture...

Page 42: ...put from CO2 control to Terminal 3 along with pink wire and connect to Terminal 4 along with purple wire of unit low voltage terminal strip 7 Follow the directions supplied with the CO2 control to con...

Page 43: ...ame GREEN STATUS LIGHT blink refer to Step 5 M Terminal ERV MODULATING MODE JUMPER PIN ON P TERMINAL CFM Vdc Signal from CO2 Control 450 10 425 8 87 400 8 31 375 7 61 350 6 73 325 5 91 300 5 15 275 4...

Page 44: ...Manual 2100 597G Page 44 of 68 EXHAUST Return Air Indoor Air VENT Outdoor Air BLOWER BLOWER INTAKE Supply Air VENT SUPPLY BLOWER MIS 3024 FIGURE 25 Ventilation Airflow Diagram...

Page 45: ...age 45 of 68 PLATES MIS 3846 CRV CONTROL PANEL LOCATION CRV DIFFUSER NOTE CRV EXHAUST BLOWER IS BEHIND INTAKE BLOWER REMOVE 5 SCREWS FROM CRV DOOR TO ACCESS CRV COMPONENTS CRV INTAKE BLOWER FIGURE 26...

Page 46: ...allow users to select the transmitter output to be 4 to 20 mA 0 to 5 VDC or 0 to 10 VDC to work with virtually any building management controller An optional relay with user adjustable set points can...

Page 47: ...Select the mounting location away from diffusers lights or any external influences 3 Mount transmitter on a vertical surface to a standard electrical box using the two 6 M2C type screws provided 4 Pu...

Page 48: ...low output range Sets the CO2 concentration for the lowest output 4 mA or 0 VDC Low limit 0 PPM Factory setting 0 PPM High limit 2000 5000 PPM depending on model COH CO2 high output range Sets the CO...

Page 49: ...nt of ventilation required helping to minimize sound levels and ventilation load on the structure CONTROL WIRING The I TEC ERV comes wired from the factory ready to operate in manual mode ON OFF cycli...

Page 50: ...rol panel cover by removing four 4 screws see Figure 30 5 Locate two 0 10Vdc motor control boards in control panel see Figure 31 on page 55 6 On intake motor control board observing GREEN STATUS LIGHT...

Page 51: ...8100 0 5345 5345 0 6480 6480 0 4341 4341 0 90 80 31590 7290 24300 20533 4738 15794 26325 6075 20250 17374 4009 13365 21060 4860 16200 14110 3256 10854 75 21465 7290 14175 13952 4738 9213 17887 6075 1...

Page 52: ...FLOW INDEX or CW to reduce FLOW INDEX to match desired setting Same GREEN STATUS LIGHT blink refer to Step 2 M Terminal ERV MODULATING MODE JUMPER PIN ON P TERMINAL CFM Vdc Signal from CO2 Control 450...

Page 53: ...Manual 2100 597G Page 53 of 68 FIGURE 29 Ventilation Airflow Diagram EXHAUST Return Air Indoor Air VENT Outdoor Air BLOWER BLOWER INTAKE Supply Air VENT SUPPLY BLOWER MIS 3024...

Page 54: ...Page 54 of 68 FIGURE 30 ERV Access ERV DOOR TO ACCESS ERV COMPONENTS ASSEMBLIES REMOVE 5 SCREWS FROM PANEL LOCATION MIS 3025 ERV CONTROL ERV CASSETTE NOTE ERV EXHAUST BLOWER IS BEHIND INTAKE BLOWER E...

Page 55: ...itions In order to achieve a higher level of accuracy the Series CDT includes digital barometric pressure adjustment and the ability to field calibrate the sensor Universal outputs allow users to sele...

Page 56: ...arbon dioxide The mini USB plug of the remote display plugs into the receptor on the side of the housing After a short warm up time the display will begin to show the current temperature and carbon di...

Page 57: ...hPa High limit 32 0 in Hg 1100 hPa ENERGY RECOVERY VENTILATOR MAINTENANCE General Information The ability to clean exposed surfaces within air moving systems is an important design consideration for t...

Page 58: ...of the unit If in a return air filter grille gain access by hinging the grille open 3 Inspect energy recovery ventilator for proper wheel rotation and dirt buildup This can be done in conjunction wit...

Page 59: ...Manual 2100 597G Page 59 of 68 FIGURE 32 Hub Assembly with Ball Bearings...

Page 60: ...29 20 46200 58 16122 96 6383 17 149355 21 44855 59 15710 97 6239 16 144374 22 43554 60 15310 98 6098 15 139576 23 42295 61 14921 99 5961 14 134956 24 41077 62 14544 100 5827 13 130506 25 39898 63 1417...

Page 61: ...nsate Control FIGURE 33 Indoor Condensate Overflow Switch FIGURE 34 Outdoor Condensate Sensor happens on the same cooling call cycle a hard lockout of the compressor circuit will occur See Sequence of...

Page 62: ...otor IS NOT receiving any communication troubleshoot the communication issue using the diagnostic table for the fan logic control a This motor uses a 7 wire harness to control the motor Line power is...

Page 63: ...ssor operation and is normal RED STATUS LIGHT LA Is illuminated when low ambient control switch is in the closed position NOTE This is not required in heat pump operation as the low ambient switch is...

Page 64: ...ine if it s air noise cabinet duct or motor noise interview customer if necessary Air noise High static creating high blower speed Is airflow set properly Does removing filter cause blower to slow dow...

Page 65: ...tor Verify with a standard ohmmeter that the resistance from each motor lead in the motor plug just removed to the motor shell is 100K ohms Refer to Figure 37 Measure to unpainted motor end plate If a...

Page 66: ...X Pin 15 X X X X X X X X X Pin 16 Not Used POWER CONNECTOR PWB HEADER AMP 1 350945 0 PIN Description 1 Jumper Pin 1 to Pin 2 for 120VAC Line Input Only 2 3 Chassis Ground 4 AC Line 5 AC Line Troublesh...

Page 67: ...gh Side 122 218 123 238 125 258 127 279 128 299 130 319 131 339 133 360 134 380 135 404 136 428 137 452 138 476 139 500 140 524 80 DB 67 WB Low Side High Side 134 217 136 239 138 260 139 282 141 304 1...

Page 68: ...gh Side 126 192 128 212 130 233 132 253 134 274 136 294 138 315 139 335 141 356 142 379 143 402 144 426 145 449 146 472 147 496 80 DB 67 WB Low Side High Side 140 195 141 216 143 236 145 257 146 278 1...

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