Reznor D21 Makeup Air Control User manual

Doc No 300535 (10-15)

Obsoletes Doc No D300535 (09-15)

Applies to:

Makeup Air Control Models with Option D21

Table of Contents

1.0 Digital Controller ............................................1

1.1 Display Function Keys ...................................1

1.2 Thermostat Display .......................................2

1.3 Controller hardware input – output points .....4

2.0 Sequence of Operation .................................5

2.1 States of Operation .......................................5

2.2 Modes of Operation .......................................6

3.0 Controls ..........................................................6

3.1 Supply Fan Control........................................6

3.2 Exhaust Fan Control......................................8

3.3 Intake Damper Control ..................................8

3.4 Temperature And Humidity Control .............10

3.5 Heating Control ........................................... 11

3.6 Cooling Control............................................ 11

3.7 Dehumidification w/ Reheat Compressor ....12

3.8 Dehumidification w/ AUR2 Modulating Reheat Valve

Arrangement................................................13

3.9 Energy Recovery .........................................13

3.10 Space Temp Control & Setpoint Definitions .14

5.0 Start Up .........................................................22

5.1 Set the Date, Time on the controller Clock & unit time schedule ......................................................22

5.2 Setting the Unit for Operation via the Digital Input

Closure or Time Schedule - Option D21......23

5.3 Unit Test Mode (includes setting fan cfm) ..23

5.4 Supply Fan Airflow (cfm) / Pressure Drop (iwc) Table by Fan and Unit Size ...................................28

5.5 Power Exhaust PE4 Airflow (cfm) / Pressure Drop

(iwc) Table by Fan and Unit Size .................29

5.6 Power Exhauxt PE5 Airflow (cfm) / Pressure Drop

(iwc) Table by Fan and Unit Size .................30

5.7 PE6 Airflow (cfm) / Pressure Drop (iwc) Tables by Fan and Unit Size ...............................................31

6.0 Controller History Log .................................32

7.0 Controller Display Menus ...........................33

8.0 Communication Cards ................................43

8.1 BACnet

®

MSTP (Option BHB8) Communication

43

8.2 LonWorks

®

(Option BHB7) Communication 47

4.0 Safeties and Alarms ....................................15

4.1 Alarms .........................................................15

4.2 Alarm Management .....................................19

Index ...................................................................51

1.0 Digital

Controller

The digital controller has an integral display allowing for complete access to unit test features, schedules, discharge air setpoints, fan control, alarms, and other unit operational setpoints. The control features include:

•

Local and remote alarming

Integrated time clock

•

Compressor anti-cycle protection and minimum “on/off” cycle rates

•

Multiple protocol support [BACnet

®

(MSTP) or LonWorks

®

]

1.1 Display Function

Keys

Example of Unit Controller

Display Key Symbols

•

Alarm shutdown feature

Commissioning and test mode functions

•

Optional wall mounted or handheld remote display

Energy conscious applications

•

TAB menu for creating a backup of setpoints

The function keys will be referred to throughout this manual. The unit controller display or the optional remote display may be used. The function key symbols for Alarm, Prg, and Esc differ on the remote display. See examples below for clarification.

Example of Remote Controller Display

(Option RB5 or RB6) Key Symbols

Function Key Identification

Function Key Display on the

System Controller

Function Key Display on the

Remote Controller

Alarm Prg Esc Up Enter Down

Doc No D300535 (10-15), Page 1

1.0 Digital Controller (cont’d)

1.2 Thermostat Display

User Space Mounted

Thermostat, Option CL78

Mode Button:

When pressed will allow a

State Selection of Heat, Cool or

Auto

The user display shall show space temperature, space humidity, unit status, and time in its normal state.

Set Point Adjustment Dial:

For temperature adjustments, press inward on the dial once and turn the dial clockwise to increase and counterclockwise to decrease the desired temperature setpoint. For humidity setpoint adjustments, press the dial inward twice and turn the dial clockwise to increase and counterclockwise to decrease the desired humidity setpoint.

Fan Button:

When pressed will initiate the temporary occupied period.

On / Off Button:

When pressed while the unit is in the

Heat, Cool, or Auto

State, will set the unit State to OFF.

When Pressed while the unit is in the Off

State, will set the

Unit State to the previous Heat, Cool or Auto State.

Optional Space Temperature and Humidity Averaging Feature:

Up to 5 space sensors may be added to the control system in addition to the CL78 for a total of 6 space inputs.

These devices are combination temperature and humidity sensors and operate on a RS-485 communication trunk.

Note:

Refer to the Installation manual and or unit wiring drawings for specific wiring information.

Space Averaging

Sensor

Addressable Dip

Switch Settings:

User must set the addresses accordingly in the field.

Doc No D300535 (10-15), Page 2

Optional Exhaust Air / Return Air Temp & Humidity Sensors:

These sensors are duct mount style and operate on a RS-485 communication trunk.

ADDRESS 128

RETURN AIR TEMP & HUMIDITY

SENSOR

RETURN AIR DIP SWITCH

ON

ADDRESS 129

EXHAUST AIR TEMP & HUMIDITY

SENSOR

EXHAUST DIP SWITCH

ON

1 2 3 4 5 6 7 8

POSITION 7 “ON”

1 2 3 4 5 6 7 8

POSITIONS 1 & 7 “ON”

Exhaust Air / Return Air

Temp & Humidity Sensor

Addressable Dip Switch

Settings:

Factory set when ordered on new production units. For retrofits the user must set the addresses accordingly in the field.

Note:

Refer to the Installation manual and or unit wiring drawings for specific wiring information.

Doc No D300535 (10-15), Page 3

1.3 Controller hardware input – output points

ID9

ID10

ID11

ID12

ID13

ID14

J26

FB2

J26

FB2

ID1

ID2

ID3

ID4

Input

Terminal

J23

FB2

U1

U2

U3

U4

U5

U6

U7

U8

Input Point

Name

Input Description

Spc_Temp Space Temp - up to a total of 6 inputs

Spc_Humidity Space Humidity - up to a total of 6 inputs

OA_Hum_Raw Outside Air Humidity

OA_Temp_Raw Outside Air Temp

EE_Temp

DA_Temp

Entering Evaporator Temp

Discharge Air Temp

CC_Temp Cooling Coil Discharge Air Temp

MA_Temp Mixed Air Temp

Bldg_Pressure Building Static Pressure

Duct_Pressure Duct Static Pressure

U9 Spc_CO2 Space CO

2

U10 ERV_DA_Temp Energy Recovery Wheel Discharge Air Temp

RA_Temp Return Air Temp

RA_Humidity Return Air Humidity

EA_Temp Exhaust Air Temp

EA_Humidity Exhaust Air Humidity

SF_Sts

Filter_Sts

Supply Fan Status

Main or ERV Dirty Filter Status

Safety_Sts Safety Input Status

Ext_OCC Occupied Mode Input

Ext_ Switch_1 External Damper Position Sw 1

Ext_ Switch_2 External Damper Position Sw 2

EF_Sts Exhaust Fan Status

Comp_Alarm Modulating Compressor General Alarm

Reheat_Alarm Modulating Reheat Compressor General Alarm

Phase_Alarm Phase Protection Alarm

ID15

ID16

ID17

ID18

Htr_1_Sts

Htr_2_Sts

Spare

Spare

Gas Heater 1 Status

Gas Heater 2 Status

Spare

Spare

Signal type

RS-485

Communication

0 -10 Vdc

Thermistor 10K-2

Thermistor 10K-2

Thermistor 10K-2

Thermistor 10K-2

Thermistor 10K-2

0 - 10 Vdc

0 - 10 Vdc

0 - 10 Vdc

Thermistor

RS-485

Communication

RS-485

Communication

Dry Contact

Dry Contact

Dry Contact

Dry Contact

Dry Contact

Dry Contact

Dry Contact

Dry Contact

Dry Contact

Dry Contact

Rib Relay N.O.

Contact

Rib Relay N.O.

Contact

Spare

Spare

Signal Range

0 to 100% RH

-35 °F to 240 °F (-37°C to 115°C)

-35 °F to 240 °F (-37°C to 115°C)

-35 °F to 240 °F (-37°C to 115°C)

-35 °F to 240 °F (-37°C to 115°C)

-35 °F to 240 °F (-37°C to 115°C)

-0.5” iwc thru + 0.5”iwc

0 - 2.5” iwc

0 - 2,000 ppm

-35 °F to 240 °F (-37°C to 115°C)

Open = “OFF” / Close = “ON”


Open = “ALARM” / Close = “NORMAL”










Spare

Spare

Always

Active

x x x x x x x x

Y6

NO1

NO2

NO3

NO4

NO5

NO6

NO7

Output

Terminal Output Point Name Output Description

Y1

Y2

Damper_Cmd

SF_VFD_Cmd

Damper Output Command

Supply Fan VFD Command

Y3

Y4

Comp_Mod_Cmd DX Modulation Command

HX_Mod_Cmd

Gas Heating Modulation Command

Electric Heating Modulation Command

Y5 RH_Mod_Cmd

CF_Spd_Cmd

SF_Cmd

Reheat Modulation Command (Pump)

Reheat Modulation Command (Valve)

Condenser Fan Speed Command

Supply Fan Command

Comp_Stg2_Cmd Compressor Stage 2 Command



Cond_A_Cmd Condenser Section A Command

NO8

NO9

NO10

NO11

NO12

NO13

NO14

NO15

Cond_B_Cmd

Alm_Rly_Cmd

HX_Stg1_Cmd

HX_Stg2_Cmd

HX_Stg3_Cmd

HX_Stg4_Cmd

HX_Stg5_Cmd

HX_Stg6_Cmd

Condenser Section B Command

Unit General Alarm Relay Command

Heating Stage 1 Command






NO16

NO17

NO18

J25

BMS2 spare

ERV_Cmd

Preheat_Cmd spare spare

EF_Cmd

EF_Spd_Cmd spare

Energy Recovery Wheel Command

Electric Preheat Command spare spare

Exhaust Fan Cmd

Exhaust Fan Speed Command

Signal / Range

0 – 10Vdc

0 – 10Vdc

1-5 Vdc

2 – 10Vdc

0 – 10Vdc

1-5Vdc

0 – 10Vdc

0-10Vdc

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact

24Vac Contact spare

24Vac Contact

24Vac Contact spare spare

RS-485

Communication

Signal Range

0 – 100% Open

0 – 100% Flow

0 – 100% Capacity

0 – 100% Capacity

0 – 100% Capacity

0 – 100% Capacity

0 – 100% Capacity

Fixed at 90% Speed












Open = “OFF” / Close = “ON

Open = “OFF” / Close = “ON” spare

Open = “OFF”/ Close = “ON”

Open = “OFF” / Close = “ON” spare

spare

Always

Enabled

x x x x

Doc No D300535 (10-15), Page 4

2.0 Sequence of

Operation

2.1 States of

Operation

The makeup air control system operates the supply fan, the exhaust fan, the intake dampers, the energy recovery wheel, DX cooling, and gas or electric heat to maintain a set of discharge air temperature control setpoints.

The unit discharge air temperatures fall within the following three categories:

1. Unit supplies neutral temperature air that does not affect space conditions.

2. Unit supplies cold temperature air to provide space cooling.

3. Unit supplies hot temperature air to provide space heating.

NOTE:

Heating applies only when a unit is ordered with a gas or electric heat section. Heating is included in all control instructions.

The sequence is broken into five primary states of operation.

The unit can switch between states based on the following:

•

Controller Display

• th-tune Space Control Device (Option CL78)

•

Building Automation Command (Option BHB7 or BHB8)

•

Automatically based upon sequence of operation.

The unit state is the primary determination of individual component function.

1. Off

The unit supply fan and all associated mechanical equipment is OFF in this state.There are no associated sequences of operation in this state. The unit will only switch to the OFF state when the state is manually selected through the th-tune device (Option

CL78), unit display, or building automation network communication point. Upon initial power, Unit OFF is the default state.

2.

Off / Alarm

The Off / Alarm state can only occur from a sequence

“failure”. The unit will switch to this state from the heating, cooling, or auto state. The unit will stop all mechanical operation until the “failure” condition(s) are resolved. The output will be OFF. Upon resolving the failure, the unit will return to heating, cooling, or auto state. Alarms can also be cleared by resetting power to the unit.

3. Heat (optonal)

From the th-tune device (Option CL78), controller display, or BMS, the heat state can be selected. The supply fan will run and mechanical heating, dampers, and energy recovery equipment will be operated to maintain heating sequence of operation.

The unit will not automatically switch to other states except Off / Alarm.

4. Auto

From the th-tune device (Option CL78), controller display, or BMS, the auto state can be selected. Upon initial selection of the auto state, the unit will be in the auto-heating state (if equipped) whenever the outdoor air temperature is below 65°F(18°C), otherwise the unit will be in the auto-cooling state. The unit will change to auto cooling/auto-heating state whenever the temperature crosses the changeover setpoint for more than 15 minutes or is more than 5°F(2.8°C) beyond the changeover setpoint.

The unit mechanical function is exactly the same in either cooling or heating state, other than the sequence’s ability to change states. NOTE: The unit switches between heating and cooling based upon outside air temperature. Space temperature does not dictate heating or cooling mode.

5. Cool

From the th-tune device (Option CL78), controller display, or BMS, the cool state can be selected.

The unit supply fan will run and mechanical cooling, dampers, and energy recovery equipment will be operated to maintain the cooling sequence of operation. The unit will not automatically switch to other states except Off / Alarm.

Doc No D300535 (10-15), Page 5

2.0 Sequence of Operation (Cont’d)

O ccupied & Unoccupied

2.2 Modes of

Operation

When the unit is called to operate in the auto, heating, or cooling state(s), the unit will function in one of two modes: occupied or unoccupied. The unit will run in occupied or unoccupied mode based upon one of the following three user selected commands:

1. Internal Time Clock Schedule Selects Occupied or Unoccupied Mode.

2. Physical input point (ID4) (Contact closed = Occupied)

3. Building Automation network variable (LonWorks

®

or BACnet

®

)

From the display, the user will select the mode control type. All other input methods are ignored.

State

Control System Unit State, Mode, Major DAT Septoint

Mode

Unit OFF

State

Off / Alarm

State

Manual Heating

State

Auto Heat / Cool

State

Manual Cooling

State

No

Function

No Control

All Mechanical

Equipment = OFF

All Outputs OFF or Zero State

Unit OFF

Requires

Reset

NOTE 1.

Intermittent operation of the supply fan will be based on an increased space cooling setpoint and a decreased space heating setpoint during the unoccupied mode.

NOTE 2.

For damper control options

GF1 & GF2 damper operation will be permitted when the unoccupied ventilation variable is set to on.

Mode

Occ or Unocc

Occ Mode Unocc Mode

Heating Sequence

1. Supply Fan = ON

2. Dampers = Mod

3. Heat = ON/Mod

Discharge Air

Temperature Setpoint

1. Neutral Air =

70°F (21°C)

2. Space Heat =

90°F (32°C)

Heating Sequence

1. Supply Fan(s) =

Intermittent when th-Tune Device is enabled.

See Note 1.

2. Dampers = Closed

See Note 2.

Discharge Air


1. Space Heat =

90°F (32°C)

Outside Air

Temp >65°F

(18°C)

Yes

Mode

Occ or Unocc

Occ Mode Unocc Mode

Cooling Sequence

1. Supply Fan = ON

2. Dampers = Mod

3. Cooling = ON/Mod

4. Dehum = Allowed

Discharge Air


1. Neutral Air =

70°F (21°C)

2. Space Cool =

55°F (12°C)

Unit Test

Mode

Cooling Sequence

1. Supply Fan(s) =

Intermittent when

th-Tune Device is enabled. See Note 1.

2. Dampers = Closed

See Note 2.

3. Dehumid = Allowed

Discharge Air


1. Space Cool =

55°F (12°C)

User has pseudo manual control of all mechanical operation

Tab:Function

Set Fan

Speeds

3.0 Controls

3.1 Supply Fan

Control

The supply fan provides the total volume of conditioned air to the space at a given rate.

The rate is controlled by unit state, mode, and the selection of one of the six sequences of operation.

1. High Low Volume Control (Option VFC1)

2. Duct Static Pressure (Option VFC3)

3. Building Static Pressure (Option VFC4)

4. Summer/Winter Constant Volume (Option VFC9)

5. External Source 0 to 10 vdc (VFC2)

6. BMS Source (VFCC)

Doc No D300535 (10-15), Page 6

State

Control System Unit State, Mode, Major DAT Septoint

Mode

Unit OFF

State

Off / Alarm

State

Manual Heating

State

Auto Heat / Cool

State

Manual Cooling

State

No

Outside Air

Temp >65°F

(18°C)

Yes

Fan

Function

Mode

Occ or Unocc

Occ Mode

Unocc Mode

Mode

Occ or Unocc

Occ Mode Unocc Mode

Unit Test

Mode

Fan = OFF

Fan = OFF

Fan = ON

Fan = Intermittent

See Note 1.

Fan = ON

Fan = Intermittent

See Note 1.

Fan = ON and

Speed = to Maximum

Speed Setpoint

NOTE 1. -

Intermittent operation of the supply fan will be based on an increased space cooling setpoint and a decreased space heating setpoint during the unoccupied mode.

Supply Fan Control:

Occupied Mode

When the unit is called to be in occupied mode, the supply fan will start. If the unit is configured with a 100% outside air damper, the damper actuator is electrically interlocked such that the supply fan cannot start until the damper is 80% open.

When the Supply fan is commanded OFF, any active heating or cooling operations will be shut down and the supply fan will stop after an adjustable time delay.

The rate is controlled by unit state, mode, and the selection of one of six sequences of operation:

1.

High - Low Fan Speed Control (VFC1)

The variable frequency drive is commanded ON from NO1. There are two fan speed states - active heating/ cooling and fan only. When the fan is ON and the system is in either the space heating or space cooling mode, the unit will operate on high fan speed. When the fan is ON and the system is not in either the space cooling or space heating mode, the supply fan will operate on low fan speed.

2.

Duct Static Pressure Control (0.0” to 2.5” iwc) (Option VFC3)

The variable frequency drive is commanded ON from NO1. The fan modulates between the user adjustable minimum and maximum fan speed setpoints using a PI loop to maintain the duct static pressure setpoint, +0.5”iwc default.

3.

Building Static Pressure Control (-0.5” to 0.5” iwc) (Option VFC4)

The variable frequency drive is commanded ON from NO1. The fan modulates between the user adjustable minimum and maximum fan speed setpoints using a

PI loop to maintain the building static pressure setpoint, +0.1”iwc default.

4.

Summer/Winter Constant Volume (Option VFC9)

The variable frequency drive is commanded ON from NO1. The unit ramps up to a user set supply fan speed setting. There are two individual supply fan speed % setpoints, one for heating and one for cooling. When the Unit is in Space or Neutral air Heating, the supply fan will use the heating speed % setpoint. When the unit is in any other mode, the supply fan will use cooling speed % setpoint.

5.

External Source 0 to 10 vdc (VFC2)

The variable frequency drive is commanded

ON from NO1. The supply fan will modulate from 0-100%. The speed control signal is sourced by others and a direct connection of a 0 to 10 vdc input to the unit terminal strip must be provided.

6.

BMS Source (VFCC)

The variable frequency drive is commanded ON from NO1.

The dampers will modulate from 0-100%. The speed control signal is sourced by others, communicated via a BMS network and a connection to either a BHB7 or

BHB8 BMS card is required.

A 30-second acceleration and deceleration rate for the supply fan to ramp between the minimum and maximum motor frequency is factory set via the unit variable frequency drive.

Doc No D300535 (10-15), Page 7

3.0 Controls (Cont’d)

Supply Fan Control :

Unoccupied Mode

3.2 Exhaust Fan

Control

Exhaust Fan Control

Unoccupied Mode

3.3 Intake Damper

Control

When configured for space control, the supply fan operation will be intermittent based on the zone temperature. See Temperature and Humidity Control section, Paragraph

3.9, for space control and setpoint definition.

The exhaust fan provides a volume of air expelled to outdoors. The rate is controlled by unit state, mode, and the selection of one of four sequences of operation.

Exhaust Fan Control: Occupied Mode

1. High - Low Fan Speed Control (EFC1)

The ECM motor is commanded via Modbus communication. There are two fan speed states - active heating/cooling and fan only. When the fan is ON and the system is in either the space heating or space cooling mode, the unit will operate on high fan speed. When the fan is ON and the system is not in either the space cooling or space heating mode, the supply fan will operate on low fan speed.

2. Building Static Pressure Control (-0.5” to 0.5” iwc) (Option EFC4)

The ECM motor is commanded via Modbus communication. The fan will operate between the user adjustable minimum and maximum fan speed setpoints, and modulate using a PI loop to maintain the building static pressure setpoint, +0.1”iwc default.

3. Supply Fan Tracking (Option EFC7)

NOTE: This option is not available with supply fan control option External Source 0 to 10 vdc

The ECM motor is commanded via Modbus communication. This option will use an offset variable to subtract from the commanded supply fan speed. The difference between the supply fan speed minus the value of the offset variable will be the active exhaust fan speed setpoint.

4. Constant Volume (Option EFC9)

The ECM motor is commanded via Modbus communication. The unit ramps up to a user set exhaust fan speed setting. There are two individual exhaust fan speed

% setpoints, one for heating and one for cooling. When the unit is in Space or

Neutral Air Heating, the exhaust fan will use the heating speed % setpoint. When the unit is in any other mode, the exhaust fan will use cooling speed % setpoint.

The exhaust fan has a 30-second acceleration and deceleration rate to ramp between the minimum and maximum speeds.

The exhaust fan is normally OFF in the unoccupied mode. The unit exhaust fan will be permitted to operate in the unoccupied mode if the unit is configured for 100% outside air. Exhaust fan operation will also be permitted when the intake damper control options

GF1, GF2 or control by BMS is selected and the unoccupied ventilation enable variable is set to ON.

The intake dampers operate based upon state, mode, and one of five user selected sequences. The dampers are normally open and operational in the occupied mode and closed to outside air in the unoccupied mode depending on the user selection. The five sequences are:

1. 100% OA, (Option GF2A)

When the unit is to start, the outside air damper will modulate (point Y1 = 10Vdc) and the supply fan will be commanded ON (point NO1 = On). If the unit is equipped with an outside air damper, the damper actuator is electrically interlocked to the fan start/stop such that the supply fan cannot start until the damper is 80% open. Air inlet configuration Options AR8, AR2D, AR2L, and AR2Y are electrically interlocked with the supply fan.

OFF and Alarm Modes

- The damper will be closed. Y1 = 0%.

2. External 0-10vdc Input, (Option GF1)

Occupied & Unoccupied Mode

The dampers will modulate from 0-100%. The control signal is sourced by others and a direct connection of a 0 to 10 vdc input to the unit terminal strip must be provided. This option is not allowed with air inlet configuration Options AR8,

AR2D, AR2L, and AR2Y. The software does not prevent the selection of this option. The fan status switch will handle the block flow condition. The damper is

NOT electrically interlocked with the supply fan.

Doc No D300535 (10-15), Page 8

3. Two-Position Dampers (Option GF2)

Occupied Mode

The damper will open to the user adjustable occupied damper position setpoint value (point Y1=10Vdc). For the damper options with only 100% outside air, the mechanical interlock of 80% will not allow the fan to start. Adjust the outside air setpoint to reach the minimum electrical interlock position.

Unoccupied Mode

With the unoccupied ventilation enable variable set to ON, the damper will open to the user adjustable unoccupied damper position setpoint value (point Y1=0Vdc).

For the damper options with only 100% outside air, the mechanical interlock of

80% will not allow the fan to start. Adjust the outside air setpoint to reach the minimum electrical interlock position. With the unoccupied ventilation enable variable set to OFF, the damper will be commanded to 0%.

OFF and Alarm Modes -

The damper will be closed. Y1 = 0%.

4. Four Positions based on 2 Digital Inputs (Option GF4)

Occupied Mode

The damper will open to the user adjustable defined position based upon two hardware input switches (ID9 & ID10).

Variable Name

Aux_1_SP

Aux_2_SP

Aux_3_SP

Aux_4_SP

Input Switch

ID9

Open

Close

Open

Close

ID10

Open

Open

Close

Close

This option is not allowed with AR8, AR2D, AR2L, and AR2Y. The software does not prevent the selection of this option. The fan status switch will handle the block flow condition.

Default Damper

Position

20%

40%

60%

80%

Display

Range

0-100%

0-100%

0-100%

0-100%

Y1 Output

Range

0 – 10V

0 – 10V

0 – 10V

0 – 10V

Unoccupied, OFF and Alarm Modes

-The damper will be closed ( Y1 = 0%).

5. Building Pressure Control (Range -0.5 to 0.5” iwc) (Option GF5)

Occupied Mode

The dampers will modulate using a PI loop to maintain the building static pressure setpoint, default 0.1” i wc Y1 will modulate from 0-100% open, 0-10V.

Unoccupied, OFF and Alarm Modes

- The damper will be closed (Y1 = 0%).

6.

BMS Source (Otion GF1A)

The dampers will modulate from 0-100%. The damper control signal is sourced by others, communicated bia a BMS network and a connection to either a BHB7 or

BHB8 BMS card is required.

Doc No D300535 (10-15), Page 9

3.0 Controls

(Cont’d)

3.4 Temperature

And Humidity

Control

The unit is inherently a discharge air temperature control system. The unit will operate to maintain one of the following discharge air setpoints depending on the state and mode. Selected setpoints are user adjustable from the unit display and the wall mounted user interface.

Discharge Air Temperature (DAT) Setpoint Decision Tree

Space Temperature Control Req’d

Initiate:

Space Temp 4°F(2.1°C) > SpcEffClgSP

Release:

Space Temp 1°F(.4°C) < SpcEffClgSP

DAT Setpoint = 55°F(12°C); 50-100°F(10-37°C)


Initiate:

Space Temp 4°F(2.1°C) > SpcEffClgSP

Release:

Space Temp 1°F(.4°C) < SpcEffClgSP


(Unit Cycles ON based on

Space Temperature Control.)

Space Humidity Control Req’d

Initiate:

Space %RH 10% > Setpoint

Release:

Space %RH 5% < Setpoint

Space %RH Setpoint = 55%; 35-75%

DAT Sp = 70°F(21°C); 50-100°F(10-37°C)

Main Coil Setpoint CC-T = 52°F(11°C)

Space Humidity Control Req’d

Initiate:

Space %RH 10% > Setpoint

Release

: Space %RH 5% < Setpoint

Space %RH Setpoint = 55%; 35-75%

DAT Sp = 70°F(21°C); 50-100°F(10-37°C)


(Unit cycles on based upon Space

Dehumidification Control.)

Neutral Air Dehumidification Control

Req’d Dehum OAT Dewpoint > 58°F(14°C);

48-90°F(8-32°C)

DAT Setpoint = 70°F(21°C);

50-100°F(10-37°C)


Occ

Mode

Unocc

Mode

Occ

Mode

Unocc

Mode

YES

COOLING

YES

Space

Cooling

Required

NO

Required

State

•Heat

•Cool

•Auto

HEATING

Space

Heating

Required

YES

NO

Occ

Mode

Unocc

Mode

YES

Neutral Air

Dehum

Req’d

NO

Space

Dehumidification

Required

NO

Unit Off

Occ

Mode

Unocc

Mode

Space

Cooling

Required

NO

YES

Occ

Mode

Unocc

Mode

Occ

Mode

Unocc

Mode


Initiate:


Initiate:

Space Temp 5°F(2.8°C) > SpcHtgSP

Release:

Space Temp 1°F(.4°C) < SpcHtgSP

DAT Setpoint = 55°F(12°C); 50-100°F (10-37°C)

(Auto Heating Only)

Unit Off

Neutral Air Temperature Control

DAT Sp = 70°F(21°C); 50-100°F(10-37°C)

Or

Sliding Scale

Space Temp 4°F(2.1°C) > SpcEffHtgSP

Release:


Initiate:

Space Temp 4°F(2.1°C) > SpcEffHtgSP

Release:

Space Temp 1°F(.4°C) < SpcEffHtgSP


(Unit cycles ON based on Space Temperature

Control.)

Space Temp 1°F(.4°C) < SpcEffHtgSP


Unit Off

* If the space temperature sensor (th-Tune) is not enabled or fails, the logic will ignore the space requirements and operate to maintain neutral air temperature and neutral air dehumidification control. If the th-Tune is enabled and fails, an alarm condition is created.

Neutral Air Temperature Control

DAT Setpoint = 70°F(21°C);

50-100°F(10-37°C)

Sliding Scale: Temperature Reset Schedule Setpoint (heating Only)

The user can also select a reset schedule for the discharge setpoint used when in neutral air heating mode.

Reset Schedule

Outside Air

Temperature

Discharge Air

Temperature

30°F

(-1.1°C)

65°F

(18.3°C)

75°F

(23.8°C)

65°F

(18.3°C)

Doc No D300535 (10-15), Page 10

3.5 Heating Control

A call for mechanical heat will occur when the discharge air temperature is 5°F(2.8°C) below the active setpoint. When the OAT is below 65°F/18°C (Heating Lockout SP), the unit enables the mechanical heat to maintain the active setpoint. The modulated heat output (gas or electric) will be set to 24% output and NO8 will be ON. The system will remain in this state for 30 seconds. After the initial timer has expired, the unit will stage as shown in the staging chart and the PI loop will activate. Stages should be assumed cumulative from the previous stage.

Stage

Stg 1

Stg 2

Gas or Electric Heat Staging

PI Loop Control:

All Statements Must Be True To Activate or De-Activate.

All stages will have an adjustable min ON and OFF time.

Outputs

Y4 = 24% for

30 seconds

& NO8 = ON

Increase

Inter-Stg

Timer

Activate

DAT 5°F (2.8°C) below setpoint (Y4 Modulates, PI Loop)

De-activate

(No timers to de-activate except as shown.)

Y4 < 2.5% Modulation & DAT

5°F (2.8°C) above setpoint for

10 mins

NO9 = ON

Stg 3 NO10 = ON

Stg 4 NO11 = ON

5 min

5 min

5 min

Y4 > 70% Modulation & DAT

5°F(2.8°C) below setpoint





Y4 < 5% Modulation & DAT

5°F(2.8°C) above setpoint





Stg 5 NO12 = ON 5 min



Stg 6 NO13 = ON 5 min



All parameters are factory level access.





3.6 Cooling Control

3.6.1 Cooling Control

Y3 (with the Option

CL78 th-tune device

ENABLED and

COMMUNICATING)

When the unit has a call for cooling from the th-tune device (Option CL78) in the space, it will use the unit U4 DAT input and Y3 to achieve the space cooling discharge air temperature setpoint. A call for space cooling takes priority over a call for space dehumidification.

A call for mechanical cooling Y3 will occur when the discharge air temperature is

5°F(2.8°C) above the active setpoint. When the OAT is above 65°F/18°C (Cooling

Lockout SP), the unit enables the mechanical cooling Y3 to maintain the active setpoint.

Cooling capacity/staging will follow a PI loop to maintain the active setpoint, Y3= 1-5V,

0-100% Capacity, Y3 = 1V is an OFF condition.

Space Cooling Active = Space dehumidification Y5 Reheat_Mod_Capacity Control not permitted.

Space Cooling Inactive = Space dehumidification Y5 Reheat_Mod_Capacity Control permitted.

If Space Cooling is inactive and the space humidity is above the space dehumidification setpoint, the unit will enter the space dehumidification mode. While in the space dehumidification mode, the Y3 compressor output will be enabled to maintain a

52

°F(11°C)

cooling coil discharge setpoint and will use the U5 CC_Temp sensor.

See dehumidification commands section for details on the operation of the reheat compressor Y5 output in space dehumidification mode.

Doc No D300535 (10-15), Page 11

3.6.2 Cooling Control

Y3 (with the Option

CL78 th-tune device

DISABLED and NOT

COMMUNICATING)

The unit will use the U4 DAT input and Y3 to achieve the neutral discharge air temperature setpoint.

A call for mechanical cooling will occur when the discharge air temperature is 5°F(2.8°C) above the neutral air setpoint. When the OAT is above 65°F/18°C (Cooling Lockout

SP), the unit enables the mechanical cooling Y3 to maintain the neutral air setpoint.

Cooling capacity/staging will follow a PI loop to maintain the active setpoint, Y3= 1-5V,

0-100% Capacity, Y3 = 1V is an OFF condition.

When the OA dewpoint is greater than 58°F(14°C) the unit will enter the neutral air dehumidification mode. While in the neutral air dehumidification mode, the Y3 compressor output will be enabled to maintain a 52

°F(11°C)

cooling coil discharge setpoint and will use the U5 CC_Temp sensor. See dehumidification commands section for details on the operation of the reheat compressor Y5 output in the neutral air dehumidification mode.

3.7 Dehumidification with Reheat

Compressor

DX Mechanical Cooling Staging

Stage

PI Loop Control: All Statements Must Be True To Activate or De-Activate

All stages will have an adjustable min ON and OFF time

Output Compressor /

Inter Stage

Timing

Activate De-activate

Stg 1

Stg 2

Stg 3

Stg 4

Y3

NO2

NO3

NO4

NO5

A

A & B

A, B & C

A, B, C & D

Cond_Sec_A

5 min

5 min

5 min

5 min

-

0 – 70% Modulation DAT


> 70% Modulation & DAT






When Y3 > 0%

< 10 % Modulation DAT


< 50% Modulation & DAT






When Y3 = 0%, OFF

NO6 Cond_Sec_B -

When NO2, NO3, or NO4

= ON

When NO2, NO3, or NO4

= OFF

All parameters are factory level access.

Dehumidification Commands

When either the space dehumidification mode or the neutral air dehumidification mode are active, the main evaporator compressor(s) will be enabled to maintain a 52°F(11°C) cooling coil discharge setpoint and will use the U5 CC_Temp sensor. The reheat pump Y5 will be enabled to modulate to maintain the reheat setpoint 70°F(21°C) via the U4 DAT temp sensor, Y5=

1-5V, 0-100% Capacity, Y5 = 1V is an OFF condition.

Any of the following conditions will lockout the space dehumidification Mode:

1. The outdoor air temperature is below the reheat lockout setpoint, (58°F/14°C, reheat lockout, range 50-100°F/10-37°C) Drybulb.

2. The outdoor air temperature is above the reheat high lockout setpoint.

(100°F/37°C, reheat high lockout, range 50-120°F/10-48°C) Drybulb

3. The space cooling mode is active.

4. Cooling Coil Sensor failure.

Any of the following conditions will lockout the neutral air dehumidification Mode:

1. The outdoor air temperature is below the reheat lockout setpoint, (58°F/14°C, reheat lockout, range 50-100°F/10-37°C) Drybulb


(100°F/37°C), reheat high lockout, range 50-120°F/10-48°C) Drybulb

3. Outside Air Humidity Sensor or Cooling Coil Sensor failure.

4. OA dewpoint less than 58°F(14°C).

Doc No D300535 (10-15), Page 12

3.8 Dehumidification with AUR2

Modulating

Reheat Valve

Arrangement

3.9 Energy

Recovery

Dehumidification Commands

When either the space dehumidification mode or the neutral air dehumidification mode are active, the main evaporator compressor(s) will be enabled to maintain a 52°F(11°C) cooling coil discharge setpoint and will use the U5 CC_Temp sensor. The reheat valve arrangement Y5 will be enabled to modulate to maintain the reheat setpoint 70°F(21°C) via the U4 DAT temp sensor, Y5= 0-10V, 0-100% Capacity.

Any of the following conditions will lockout the space dehumidification Mode:

1. The outdoor air temperature is below the reheat lockout setpoint, (58°F/14°C, reheat lockout, range 50-100°F/10-37°C) Drybulb.


(100°F/37°C, reheat high lockout, range 50-120°F/10-48°C) Drybulb

3. The space cooling mode is active.

4. Cooling Coil Sensor failure.

5. Entering Evaporator Temp Sensor failure.

Any of the following conditions will lockout the neutral air dehumidification Mode:

1. The outdoor air temperature is below the reheat lockout setpoint, (58°F/14°C, reheat lockout, range 50-100°F/10-37°C) Drybulb


(100°F/37°C), reheat high lockout, range 50-120°F/10-48°C) Drybulb

3. Outside Air Humidity Sensor or Cooling Coil Sensor failure.

4. OA dewpoint less than 58°F(14°C).

5. Entering Evaporator Temp Sensor failure.

Energy Recovery Economizer Operation (Default Control Setting)

The energy recovery wheel will operate whenever the exhaust fan is ON in any mode and when the outside air temperature is not within a 5°F band of the active discharge air temperature setpoint for the unit. When the energy recovery wheel is disabled due to the economizer the wheel will be started and will run for a period of 5 minutes every

3 hours for cleaning purposes.

In the event of an exhaust fan failure, the energy recovery wheel ERV will not be permitted to operate.

The optional energy recovery preheat NO16 will operate whenever the ERV supply air temperature is less than 33°F/1°C (with a two degree differential) and the outdoor air temperature is below 32°F/0°C (with a two degree differential). Otherwise the electric preheat is OFF.

In the event that the ERV Supply Air Temp Sensor fails, the energy recovery preheat will not be permitted to operate.

Energy Recovery Continuous Operation (Optional)

The energy recovery wheel will operate whenever the exhaust fan is ON in any mode.

In the event of an exhaust fan failure, the energy recovery wheel ERV will not be permitted to operate.

The optional energy recovery preheat NO16 will operate whenever the ERV supply air temperature is less than 33°F/1°C (with a two degree differential) and the outdoor air temperature is below 32°F/0°C (with a two degree differential). Otherwise the electric preheat is OFF.

In the event that the ERV Supply Air Temp Sensor fails, the energy recovery preheat will not be permitted to operate.

Doc No D300535 (10-15), Page 13

3.0 Controls

(Cont’d)

3.10 Space

Temperature

Control and

Setpoint

Definitions

3.10.1 Occupied Space Temperature Control and Setpoint

Definitions

Heating

SpcTempSP:

Base Space Temp Setpoint 72°F(22°C) minus the

SpcHtgDB:

Space

Heating Dead Band 1°F(.4°C) =

SpcHtgSP:

Space Heating Setpoint 71°F(21°C)

When in the occupied mode, the

SpcHtgSP:

Space Heating Setpoint is the

SpcEffHtgSp:

Space Effective Heating Setpoint.

SpcEffHtgSp

: Space Effective Heating Setpoint 71°F(21°C) minus the

SpcHtgOnDiff:

Space Heating on Differential 4°F(2.1°C) = 67°F(19°C)

Space Temp less than or equal to 67°F(19°C) = Space Heating Mode ON.

SpcEffHtgSp:

Space Effective Heating Setpoint 71°F (21°C) plus the

SpcHtgOffDiff:

Space Heating off Differential 1°F(.4°C) = 72°F(22°C)

Space Temp greater than or equal to 72°F(22°C) = Space Heating Mode OFF.

Cooling

SpcTempSP:

Base Space Temp Setpoint 72°F(22°C) plus the

SpcClgDB:

Space

Cooling Dead Band 1°F(.4°C) =

SpcClgSP

: Space Cooling Setpoint 73°F(23°C)

When in the occupied mode, the

SpcClgSP:

Space Cooling Setpoint is the

SpcEffClgSp:

Space Effective Cooling Setpoint.

SpcEffClgSp:

Space Effective Cooling Setpoint 73°F(23°C) plus the

SpcClgOnDiff:

Space Cooling on Differential 4°F(2.1°C) = 77°F(25°C)

Space Temp greater than or equal to 77°F(25°C) = Space Cooling Mode ON.

SpcEffHtgSp:

Space Effective Cooling Setpoint 73°F(23°C) minus the

SpcClgOffDiff:

Space Cooling off Differential 1°F(.4°C) = 72°F(22°C)

Space Temp less than or equal to 72°F - Space Cooling Mode OFF.

3.10.2 Unoccupied Space Temperature Control and Setpoint

Definitions

Heating

SpcTempSP:

Base Space Temp Setpoint 72°F(22°C) minus the

SpcHtgDB:

Space

Heating Dead Band 1°F(.4°C) =

SpcHtgSP:

Space Heating Setpoint 71°F(21°C)

SpcHtgSP:

Space Heating Setpoint 71°F(21°C) minus the

SpcHtgUnoOs:

Space

Heating Unoccupied Offset 5°F(2.8°C) =

SpcEffHtgSp:

Space Effective Heating

Setpoint 66°F(18°C)

SpcEffHtgSp:

Space Effective Heating Setpoint 66°F(18°C) minus the

SpcHtgOnDiff:

Space Heating on Differential 4°F(2.1°C) = 62°F(16°C)

Space Temp less than or equal to 62°F(16°C) = Unit ON for unoccupied heating.

SpcEffHtgSp:

Space Effective Heating Setpoint 66°F(18°C) plus the

SpcHtgOffDiff:

Space Heating off Differential 1°F(.4°C) = 67°F(19°C)

Space Temp greater than or equal to 67°F(19°C) = Unit OFF.

Intermittent Unoccupied Heating operation will only be permitted in the unit heat state.

Cooling

SpcTempSP:

Base Space Temp Setpoint 72°F(22°C) plus the

SpcClgDB:

Space

Cooling Dead Band 1°F(.4°C) =

SpcClgSP

: Space Cooling Setpoint 73°F(23°C)

SpcClgSP:

Space Cooling Setpoint 73°F(23°C) plus the

SpcClgUnoOs:

Space

Cooling Unoccupied Offset 5°F(2.8°C) =

SpcEffClgSp:

Space Effective Cooling

Setpoint 78°F(26°C)

SpcEffClgSp:

Space Effective Cooling Setpoint 78°F(26°C) plus the

SpcClgOnDiff:

Space Cooling on Differential 4°F(2.1°C) = 82°F(28°C)

Doc No D300535 (10-15), Page 14

4.0 Safeties and

Alarms

4.1 Alarms

Space Temp greater than or equal to 82°F(28°C) = Unit ON for unoccupied cooling.

SpcEffClgSp:

Space Effective Cooling Setpoint 78°F(26°C) minus the

SpcClgOffDiff:

Space Cooling on Differential 1°F(.4°C) = 77°F(25°C)

Space Temp less than or equal to 77°F(25°C) = Unit OFF.

Intermittent Unoccupied Cooling operation will only be permitted in the unit cool state.

3.10.3 Space Dehumidification Control

SpcHumSP:

Space Humidity Setpoint 55%

SpcHumSP:

Space Humidity Setpoint 55% plus the SpcDhOnDiff: Space Dehum ON

Differential 10% = 65%

Space Humidity greater than or equal to 65% = Space Dehumidification Mode

ON.

SpcHumSP:

Space Humidity Setpoint 55%

SpcHumSP:

Space Humidity Setpoint 55% minus the

SpcDhOffDiff:

Space Dehum

OFF Differential 5% = 50%

Space Humidity less than or equal to 50% = Space Dehumidification Mode OFF.

If the space temperature sensor (Option CL78 th-tune device) is not enabled or has failed, the logic will ignore the space requirements and operate to maintain neutral air temperature in the occupied mode.

If the space temperature sensor (Option CL78 th-tune device) is not enabled or has failed, the unit will remain OFF in the unoccupied mode.

If the th-tune is enabled and fails, an alarm condition is created.

Selected safeties have an adjustable delay to prevent nuisance alarms. All alarms are time stamp logged. If a critical shutdown alarm occurs, the unit will not restart until the alarm is cleared via the display or power cycled.

Alarm ID: 1 Unit Safety Alarm (Critical Shutdown Alarm)

The unit is equipped with a safety status relay which is energized in the normal state. The coil of the safety relay is piloted by an optional firestat and/or a duct smoke detector. If at any time the status of the safety relay (ID3 = Alarm contact closure opens), the unit will immediately shut down. All mechanical equipment will be turned OFF. The unit alarm display shall show

“Unit Safety Alarm Unit

OFF”

. The unit will not restart until the condition has cleared and the alarm is acknowledged via the unit controller or remote display.

Alarm ID: 2 Supply Fan Failure (Critical Shutdown Alarm)

If, at any time after an adjustable 120-second time delay from a supply fan start command, (NO1=”ON”) fan operation does not prove via airflow switch (ID1=OFF), the controller shuts down the system. The unit alarm display shall show

“Supply

Fan Failure Unit OFF”

. The unit will not restart until the alarm is acknowledged via the unit controller or remote display.

Alarm ID: 3 Exhaust Fan Failure

If at any time after an adjustable 60-second time delay from an exhaust fan start command via Modbus, the fan operation does not prove via airflow switch

ID11=OFF, the unit alarm display shall show

“Exhaust Fan Failure”

.

Alarm ID: 4 Low Discharge Temperature Alarm (Critical Shutdown Alarm)

When the heat is called to be ON and the 1st stage is enabled, the low discharge temperature limit alarm will be allowed. If the Discharge air temperature (U4) falls below 33°F/1°C (Low Limit Alarm Setpoint) for more than 10 minutes, the controller shuts down the system. The unit alarm display shall show

“Low

Discharge Air Temperature Alarm Unit OFF”

. The unit will not restart until the alarm is acknowledged via the unit controller or remote display.

Alarm ID: 6 Filter Status

When the main unit filter pressure switch activates ID2 = ON, the unit alarm display shall show

“Dirty Filter Status Check Filters”

. No other action will be taken by the control system

Doc No D300535 (10-15), Page 15

4.0 Safeties and Alarms

(cont’d)

4.1 Alarms (cont’d)

Alarm ID: 7 Modulating Compressor Failure

If the compressor alarm input ID12 shows ON for more than 5 minutes, all DX mechanical equipment will be turned OFF. The DX mechanical equipment will automatically restart when the alarm point is opened. The unit alarm display shall show

“Modulating Compressor Failure”

.

Alarm ID: 8 Modulating Reheat Compressor Failure

If the reheat compressor alarm input ID13 shows ON for more than 5 minutes, the reheat compressor will be turned OFF. The reheat compressor will automatically restart when the alarm point is opened. The unit alarm display shall show

“Modulating Reheat Compressor Failure”

.

Alarm ID: 9 Phase Loss (Critical Shutdown Alarm)

If, at any time the phase loss input ID14 shows ON, the unit shuts down. All equipment will be turned OFF. The unit alarm display shall show

“Phase Loss

Unit OFF”


Alarm ID: 10 Outside Air Humidity Sensor Failure

If the outdoor air humidity sensor reading (U1) is “invalid”, the unit will turn off the

OA dewpoint enabled dehumidification mode. The unit alarm display shall show

“Outdoor Air Humidity Sensor Failure”

. The unit will automatically return to normal operation when the humidity sensor value returns.

Alarm ID: 11 Outside Air Temperature Sensor Failure

If the outdoor air temperature sensor reading (U2) is “invalid”, the unit will turn off heating and cooling functions. The unit alarm display shall show

“Outside Air

Temperature Sensor Failure Blower Only”

. The unit will automatically return to normal operation when the temperature sensor value returns.

Alarm ID: 12 Discharge Air Temperature Sensor Failure (Critical Shutdown Alarm)

If the discharge air temperature sensor reading (U4) is “invalid”, the unit will shut down. All equipment will be turned OFF. The unit alarm display shall show

“Discharge Air Temperature Sensor Failure Unit OFF”


Alarm ID: 13 Cooling Coil Temp Sensor Failure

If the cooling coil temperature sensor reading (U5) is “invalid”, the unit will turn off all dehumidification functions. The unit alarm display shall show

“Cooling Coil

Temp Sensor Failure”


Alarm ID: 14 Mixed Air Temp Sensor Failure

If the mixed air temperature sensor reading (U6) is “invalid”, the unit alarm display shall show

“Mixed Air Temp Sensor Failure”

.

Alarm ID: 15 Building Pressure Sensor Failure

If the pressure sensor reading (U7) is “invalid”, the unit alarm display shall show

“Building Pressure Sensor Failure”

.

Alarm ID: 16 Duct Pressure Sensor Failure

If the pressure sensor reading (U7) is “invalid”, the unit alarm display shall show

“Duct Pressure Sensor Failure”

.

Alarm ID: 17 CO2 Sensor Failure

If the CO2 sensor reading (U9) is “invalid”, the unit alarm display shall show

“CO2 Sensor Failure”

.

Alarm ID: 18 ERV Discharge Temp Sensor Failure

If the outdoor air temperature sensor reading (U10) is “invalid”, the unit will turn off the electric preheat functions. The unit alarm display shall show

“ERV Discharge

Air Temp Sensor Failure”


Doc No D300535 (10-15), Page 16

Alarm ID: 19 Gas Heater 1 Status Alarm

When the first stage of heating associated with Gas Heater 1 is enabled and proof of flame is not proven via the heater ignition control board within five minutes, the unit alarm display shall show

“Possible Failure Gas Heater 1 Check Ignition

Control Board”

.

Alarm ID: 20 Gas Heater 2 Status Alarm

When the first stage of heating associated with Gas Heater 2 is enabled and proof of flame is not proven via the heater ignition control board within five minutes, the unit alarm display shall show

“Possible Failure Gas Heater 2 Check Ignition

Control Board”

.

Alarm ID: 21 Exhaust Fan Alarm Diagnostic

When the exhaust fan is enabled and is in a diagnostic alarm state the unit alarm display shall show,

“Exhaust Fan Alarm Diagnostic”

and one or more of the following messages will be listed.

“Device Offline, Phase fault, Motor blocked, Mains undervoltage, Mains overvoltage, DC-link overvoltage, DC-link undevoltage, Motor superheating,

Intern.circ.superheat., Ouput stage superheat.,Hall sensor error,

Communication error, Generic error”

Alarm ID: 22 Exhaust Fan Warning Diagnostic

When the exhaust fan is enabled and is in a diagnostic warning state, the unit alarm display shall show,

“Exhaust Fan Warning Diagnostic”

and one or more of the following messages will be listed.

“Out stage high temp, Intern.circ.high temp, Motor high temperature, DC-link voltage low, Limited mains power, Limited mains current, Brake mode”

Alarm ID: 23 Return Air Probe Offline

When an optional return air probe is enabled and the serial communication fails, the unit alarm display shall show

“Serial Sensor Add 128 Return Air Probe

Offline”

.

Alarm ID: 24 Return Air Temperature Probe Broken

When an optional return air probe is enabled and the temperature sensor fails, the unit alarm display shall show

“Serial Sensor Add 128 Return Air Temperature

Probe Broken”

.

Alarm ID: 25 Return Air Humidity Probe Broken

When an optional return air probe is enabled and the humidity sensor fails, the unit alarm display shall show

“Serial Sensor Add 128 Return Air Humidity Probe

Broken”

.

Alarm ID: 26 Exhaust Air Probe Offline

When an optional exhaust air probe is enabled and the serial communication fails, the unit alarm display shall show

“Serial Sensor Add 129 Exhaust Air Probe Offline”

.

Alarm ID: 27 Exhaust Air Temp Probe Broken

When an optional exhaust air probe is enabled and the temperature sensor fails, the unit alarm display shall show

“Serial Sensor Add 129 Exhaust Air

Temperature Probe Broken”

.

Alarm ID: 28 Exhaust Air Humidity Probe Broken

When an optional exhaust air probe is enabled and the humidity sensor fails, the unit alarm display shall show

“Serial Sensor Add 129 Exhaust Air Humidity

Probe Broken”

.

Alarm ID: 29 Space Sensor thTune (Option CL78) Offline

When an optional CL78 space sensor is enabled and the serial communication fails, the unit alarm display shall show

“CL78 thTune Serial Sensor Add 1 Space

1 Offline”

. The unit will continue to operate and revert to neutral discharge air temperature control.

Doc No D300535 (10-15), Page 17


(cont’d)

4.1 Alarms (cont’d)

Alarm ID: 30 Space Sensor thTune (Option CL78) Temperature Sensor Broken

When an optional CL78 space sensor is enabled and the space temp sensor fails, the unit alarm display shall show


1 Temperature Probe broken”


Alarm ID: 31 Space Sensor thTune (Option CL78) Humidity Sensor Broken

When an optional CL78 space sensor is enabled and the space humidity sensor fails, the unit alarm display shall show


1 Humidity probe broken”


Alarm ID: 32 Space 2 Sensor Offline


“Serial Sensor Add 130 Space 2 Probe

Offline”

.

Alarm ID: 33 Space 2 Sensor Temperature Probe Broken


“Serial Sensor Add 130 Space 2 Temperature

Probe Broken”

.

Alarm ID: 34 Space 2 Sensor Humidity Probe Broken


“Serial Sensor Add 130 Space 2 Humidity Probe

Broken”

.




Offline”

.




Probe Broken”

.




Broken”

.




Offline”

.




Probe Broken”

.




Broken”

.




Offline”

.




Probe Broken”

.

Doc No D300535 (10-15), Page 18

4.2 Alarm

Management




Broken”

.




Offline”

.




Probe Broken”

.




Broken”

.

Alarm ID: 47 Entering Evaporator Temp Sensor Failure

If the Entering Evaporator Temp Sensor reading is invalid the dehumidification mode will be turned off. The unit alarm display shall show

“Entering Evaporator

Temp Sensor Failure”

.

Alarm Status Reporting

When the unit controller has an active or unacknowledged alarm, the alarm status will be reflected with the following devices / methods:

Controller Display

Flashing Alarm Key

Option RB5 or RB6 Remote Display

Flashing Alarm Key

Doc No D300535 (10-15), Page 19


(cont’d)

4.2 Alarm

Management

(cont’d)

Doc No D300535 (10-15), Page 20

Space Sensor Flashing Alarm Bell

Symbol on the Option CL78 th-tune

Device (mounted in the space)

The controller is also equipped with an output configured to energize a factory mounted

Unit General Alarm Relay (NO7). The alarm relay has a set of normally open and normally closed contacts available for customer use. The status of the controller output

(NO7) is also reported to the optional BAS communication cards Lon and BACnet.

The following active alarms will energize the unit general alarm relay:

Alarm ID: 1 Unit Safety Alarm (Critical Shutdown Alarm)

Alarm ID: 2 Supply Fan Failure (Critical Shutdown Alarm)

Alarm ID: 3 Exhaust Fan Failure

Alarm ID: 4 Low Discharge Temperature Alarm (Critical Shutdown Alarm)

Alarm ID: 7 Modulating Compressor Failure

Alarm ID: 8 Modulating Reheat Compressor Failure

Alarm ID: 9 Phase Loss (Critical Shutdown Alarm)

Alarm ID: 10 Outside Air Humidity Sensor Failure

Alarm ID: 11 Outside Air Temperature Sensor Failure

Alarm ID: 12 Discharge Air Temperature Sensor Failure (Critical Shutdown Alarm)

Alarm ID: 13 Cooling Coil Temp Sensor Failure

Alarm ID: 14 Mixed Air Temp Sensor Failure

Alarm ID: 15 Building Pressure Sensor Failure

Alarm ID: 16 Duct Pressure Sensor Failure

Alarm ID: 17 CO2 Sensor Failure

Alarm ID: 18 ERV Discharge Temp Sensor Failure

Alarm ID: 19 Gas Heater 1 Status Alarm

Alarm ID: 20 Gas Heater 2 Status Alarm

Alarm ID: 21 Exhaust Fan Alarm Diagnostic

Alarm ID: 22 Exhaust Fan Warning Diagnostic

Alarm ID: 23 Return Air Probe Offline

Alarm ID: 24 Return Air Temperature Probe Broken

Alarm ID: 25 Return Air Humidity Probe Broken

Alarm ID: 26 Exhaust Air Probe Offline

Alarm ID: 27 Exhaust Air Temp Probe Broken

Alarm ID: 28 Exhaust Air Humidity Probe Broken

Alarm ID: 29 Space Sensor thTune (Option CL78) Offline

Alarm ID: 30 Space Sensor thTune (Option CL78) Temperature Sensor Broken

Alarm ID: 31 Space Sensor thTune (Option CL78) Humidity Sensor Broken

Alarm ID: 32 Space 2 Sensor Offline

Alarm ID: 33 Space 2 Sensor Temperature Probe Broken

Alarm ID: 34 Space 2 Sensor Humidity Probe Broken


4.2 Alarm

Management

(cont’d)












Alarm ID: 47 Entering Evaporator Temp Sensor Failure

Acknowledging Unit

Alarms and Viewing the

Alarm Logger

When a unit has an active and or unacknowledged alarm, it needs to be managed locally from the unit controller display or from an optional PDG1 remote display.

Active and or unacknowledged alarms are indicated from an optional PDG1 remote display.

Press the flashing alarm key.

The most recently queued active and or unacknowledged alarm and message will be displayed.

Press the down key to scroll through the current list of active and or unacknowledged alarms.

Doc No D300535 (10-15), Page 21

4.2 Alarm

Management

(cont’d)

Acknowledging Unit

Alarms and Viewing the

Alarm Logger (Cont’d)

When you reach the end of the queued alarm list, you will be prompted to either press the alarm key to clear the alarms or press the enter key to display the alarm logger.

Pressing the alarm key will perform the following two functions:

1. The controller will be prompted to attempt a reset of any critical shutdown alarms that have occurred. If the critical shutdown condition is no longer active, the controller will re-enable the unit.

2. The controller will clear any of the non-critical alarms that are no longer active.

Alarm

Key

Enter

Key

Pressing the enter key will display the first page of the alarm logger. The first page of the alarm logger will contain the most recently logged alarm with a date, time, Alarm ID and a snapshot of the OA Temp, OA Humidity, DA Temp, CC Temp, and MA Temp sensors at the time the alarm was logged. Pressing the up key in succession will display any remaining logged alarms from the most recent to least recent entry.

Up Key

5.0 Start Up

5.1 Set the Date,

Time on the controller Clock

& unit time schedule

1.

From the

Main Screen

, press the program key to access the main menu.

Press the up or down arrow keys to navigate to the

B. Schedule

submenu and press the enter key to select.

3.

Once set, press the enter key in succession until the cursor is blinking in the uppermost left hand corner of the screen and press the down arrow key to advance to

Screen B.2

.

From press the enter key to access the modifiable DST fields and set the values accordingly.

Once set, press the escape key in succession to return to the main screen.

2.

From

Screen B.1,

press the enter key to access the modifiable date and time fields and set them to the current date and time.

Doc No D300535 (10-15), Page 22

5.0 Start Up

(Cont’d)

5.2 Setting the Unit for Operation via the Digital Input

Closure or Time Schedule - Option D21

From the

Main Menu

, press the up or down arrow keys to navigate to the

A. Quick Setpoints

submenu and press the enter key to select.

SCHEDULE SELECTION

- From

Screen A.1,

press the enter key to access the

State_Sel:

field and set the value to either the

Heat,

Cool, or Auto

state. Press the enter key to select the

OccMode_

Sel:

field and use the up or down arrow key to set the value to

Schedule

.

Press the down arrow to advance to

screen B.3

From press the enter

Key to access the modifiable

Schedule fields and set the desired Time

From press the enter

Key to access the modifiable

Schedule fields and set the desired Time ON, Time OFF, and

Days Enabled values. Press the program Key to return to the main menu.

DIGITAL INPUT SELECTION

-

From

Screen A.1,

press the enter key to access the

State_Sel:

field and set the value to either the

Heat, Cool, or Auto

state.

Press the enter key to select the

OccMode_Sel:

field and use the up or down arrow key to set the value to

Dig. In

.

The unit ships with a jumper wired on the occupied digital input.

The unit will remain on until the occupied jumper is removed and replaced with an external field supplied contact.

Press the escape to return to the main menu and select the B.

Schedule sub menu. Press the enter key to enter the B. Schedule sub menu.

5.3 Unit Test Mode

(includes setting fan cfm)

NOTE:

For the hard wired control options on the unit supply fan and damper(s) the user provided control signals must be used where applicable for unit test mode.

The test mode is accessed via the service menu (from the unit mounted display) and can only be entered when the unit is in the off state. Once the test mode is enabled, it remains active for a 2 hour time period adjustable from 0-4 hours. When the timer expires or test mode is disabled, the unit will return to the off state.

In the test mode, all sequences of operation stop. Upon the test mode being enabled the following devices shall be automatically commanded:

1. The Unit Damper Position Y1 shall be automatically be commanded to = 100%.

2. The Unit Supply Fan NO1 will be automatically commanded ON.

3. The Unit Supply Fan Speed Y2 will be automatically commanded to the supply fan maximum Speed% setpoint value.

Once supply airflow is proven via Supply Fan Status ID1, the user can manually select all of the remaining controller outputs to be commanded ON and OFF or modulated between 0-100% with the exceptions shown in the Compressor Test State Automatic

Interlock Table.

Compressor Test State Automatic Interlock Table

Output Terminal Output Point Name Output Description

Y3

NO2

NO3

Comp_Mod_Cmd

Comp_Stg2_Cmd

Comp_Stg3_Cmd

DX Modulation Command

Compressor Stage 2 Command


Interlocked Output

Condenser Fan Section A NO5 = ON

When Y3 greater than 1.44 vdc

Condenser Fan Section B NO6 = ON

Condenser Fan Section B NO6 = ON

NO4 Comp_Stg4_Cmd Compressor Stage 4 Command Condenser Fan Section B NO6 = ON

Doc No D300535 (10-15), Page 23

5.0 Start Up (Cont’d)

5.3 Unit Test Mode (includes setting fan cfm) (Cont’d)

Test Mode Detailed

Description

With the unit de-energized, open and secure the supply fan access door and the damper access door. Turn on the main unit disconnect to energize the unit. The unit digital controller will take two to three minutes to initialize.

1.

From the

Main Screen

check to ensure that the unit is in the OFF state. If the unit is in the OFF state, proceed to

Step 4

.

If the unit is not in the OFF state, proceed to

Step 2.

When prompted to enter the Service Password, use the up or down arrow keys and enter the service password of 7125, and press the enter key.

2.

Press the Program Key to access the main menu and then press the up or down arrow keys to navigate to the

A. Quick Setpoints

submenu.

Press the enter key to select.

5.

Use the up or down arrow keys to navigate to the

a.Test Mode

menu and press the enter key to select.

6.

From the test mode

Screen E.a.1

, press the enter key to select the

Enable:

field, and press the up or down arrow key to turn the test mode ON.

3.

Press the enter key until the cursor is blinking on the

State_Sel:

field and press the down arrow key to set the unit to the OFF state.

4.

Press the escape key to access the main menu and use the up or down arrow keys to navigate to the

E. Service

submenu. Press the enter key to select.

Once enabled ON, press the enter key in succession until the cursor is flashing in the uppermost left hand corner of the screen and use the down arrow key to navigate to the next Test Mode

Screen E.a.2

.

7.

If applicable, visibly check that the optional unit dampers have actuated to the full open position

(Outside Air) and full closed position (Return Air).

NOTE: The damper actuators will have up to a 120 second time period for full stroke.

If the unit is equipped with damper(s) and they have not actuated to the appropriate positions, refer to Form

O-Y for instructions.

NOTE:

Damper operation is required in order to complete the Test Mode.

With proper damper operation, close the damper access door and resume the test at Step 8.

Doc No D300535 (10-15), Page 24

Test Mode Detailed Description (cont’d)

8.

Visibly check the rotation decal in the unit fan compartment to verify proper rotation of the unit supply fan. If the fan rotation is incorrect, the main unit electrical supply must be de-energized. Once de-energized, the electrical phasing will need to be switched at the main unit disconnect. After the unit phasing is corrected, re-verify the unit supply fan rotation.

With proper supply fan rotation, close the supply fan access door, and resume the test mode at Step 9.

9.

From the Test Mode

Screen E.a.2

, verify that the

Supply Fan Airflow Status:

and the

Exhaust Airflow

Status:

(if applicable) are reading ON.

load side of the “A” circuit compressor contactor to verify that it has energized and visibly check that the

Condenser Section “A” Fan(s) is operating. When verified, press the down arrow key to set the Comp

Capacity value back to zero.

If the airflow status values are not reading ON, refer to

Form O-Y for instructions.)

NOTE:

Proof of supply fan airflow is required in order to complete the Test Mode.

10. Instructions for Setting Fans to Test and

Balance Airflow

Adjusting the unit fan speeds to achieve the desired airflow performance is accomplished on test mode

screen

E.a.2

. Reference the supply & exhaust fan airflow tables, pages 28 thru 31, for setting the maximum fan speeds.

Using field-supplied tees connect a manometer to the appropriate set of pressure tap tubes associated with the fan -- (Blue and Clear tubes for the Supply Fan) (Yellow and Clear tubes for the Exhaust Fan).

Measure the actual fan differential pressure and compare it to the appropriate fan airflow table. If an adjustment is required use the Supply: % and the Exhaust: % modifiable fields and the up and down keys to increase or decrease the commanded fan speed until the differential pressure matches the differential pressure from the fan airflow table.

If an adjustment is required, the adjusted values will need to be saved in the TAB Menu. Instructions for saving setpoint values are in Step 17 at the end of the Test

Mode Description instructions.

Press the enter key in succession until the cursor is flashing in the uppermost left hand corner of the screen and use the down arrow key to navigate to the next Test Mode

Screen E.a.3

.

11.

From the Test Mode

Screen E.a.3

, press the enter key until the cursor is flashing on the

Comp

Capacity:

field. Press the up arrow key to set the

Comp Capacity value to 100%. Using a digital volt meter, check for the appropriate line voltage on the

If no voltage is present or the Condenser Section

“A” Fan(s) is not operable, refer to Form O-Y for instructions.

12.

If the unit is equipped with an optional reheat pump circuit, from the Test Mode

Screen E.a.3


Reheat

Capacity:


Comp Capacity value to 100%. Using a digital volt meter, check for the appropriate line voltage on the load side of the reheat circuit compressor contactor to verify that it has energized. When verified, press the down arrow key to set the

Reheat Capacity

value back to zero.

If no voltage is present, refer to Form O-Y for instructions.


Screen E.a.4

.

13.

If the unit is equipped with an optional reheat valve circuit AUR2, from the Test Mode

Screen E.a.3


Comp

Capacity:


Comp Capacity value to 100%. Press the enter key until the cursor is flashing on the

Reheat Capacity:


Reheat

Capacity:

value to 100%. Verify that the refrigerant gas is now being diverted into the indoor condensor reheat coil, once verified press the down arrow key to set the

Reheat Capacity

value back to zero.

Doc No D300535 (10-15), Page 25





Screen E.a.4

.

14.

From the Test Mode

Screen E.a.4


Stage 2:

field. Press the up arrow key to set the Stage 2 value to ON. Using a digital volt meter, check for the appropriate line voltage on the load side of the

Stage 2 contactor to verify that it has energized and visibly check that the Condenser Section “B” Fan is operating. Once verified, press the down arrow key to set the Stage 2 value back to OFF.


Depending upon configuration the unit may be equipped with up to 6 stages of electric heating.

Perform the same procedure for the remaining applicable heating stages.

NOTE:

The

heat capacity:

field is only associated with Stg 1.

16. Gas Heat Only

- If the unit is equipped with gas control system Option AG73 or AG74, the modulating gas valve and its associated heat capacity value will need to be used to verify and

(if required) adjust the manifold pressure settings.

See Form I-Y, Paragraph 9.2. To test staged flame proving, see the following instructions.

If no voltage is present, or the Condenser Section

“B” Fan is not operable, refer to Form O-Y) for instructions.

Depending upon configuration, the unit may be equipped with up to 4 stages of cooling. If applicable, perform the same procedure for the compressors associated with Stages 3 and 4.


Screen E.a.5

.

15. Electric Heat Only

- From the Test Mode

Screen

E.a.5


Heat Capacity:

field.

From the Test Mode

Screen E.a.5

, press the enter key until the cursor is flashing on the Heat Capacity

Field:

•

Option AG73 or AG74 only - Press the up arrow key to set the Heat Capacity value to 24%.

•

Press the enter key until the cursor is flashing on the

Stg 1:

field.

•

Press the up arrow to set the Stg 1 value to ON.

NOTE:

Depending on the gas control option (Option

AG71, AG72. AG73, or AG74), the unit may be equipped with up to 4 stages of gas heating turned on via the controller menu. If applicable, perform the following step for stage 2.

•

Press the enter key until the cursor is flashing on the

Stg 2:

field.

•

Press the up arrow to set the Stg 2 value to ON.

Press the enter key in succession until the cursor is flashing in the uppermost left hand corner of the screen and use the down arrow key to advance to the Test Mode

Screen E.a.11

.

Press the up arrow key to set the Heat Capacity value to 100% and press the enter key until the cursor is flashing on the

Stg 1:

field. Press the up arrow to set the Stg 1 value to ON. Using a digital volt meter, check for the appropriate line voltage on the load side of the Stg 1 contactor to verify that it has energized. Once verified, press the down arrow key to set the Stg 1 value back to OFF.

If the gas heating section(s) have proved flame, the associated DI15 (and DI16 if applicable) will show status ON.

Doc No D300535 (10-15), Page 26


NOTE:

Allow a 3-minute period for flame proving.

Once verified, press the down arrow key to set the

Stg 1 and Stg 2 values back to OFF.

If the DI15 and (DI16) fail to show status ON, refer to Form O-Y for instructions.

Press the enter key in succession until the cursor is flashing in the uppermost left hand corner of the screen and use the up arrow key to navigate to the

Test Mode

Screen E.a.6

.

17. Optional Energy Recovery with or without

Optional Preheat

- From the Test Mode

Screen

E.a.6


Wheel:

field.

Press the up arrow key to set the wheel value to

ON. Press the enter key to select the

Preheat:

field.

Press the up arrow to set the preheat value to ON.

Using a digital volt meter, check for the appropriate line voltage on the load side of the wheel contactor and preheat contactor (if applicable) to verify that they have energized. Once verified, set the values for the

Wheel

: field and the

Preheat:

field to OFF.

If no voltage is present at the contactor(s), refer to

Form O-Y for instructions.

Press the enter key in succession until the cursor is flashing in the uppermost left hand corner of the screen and use the up arrow key to navigate to Test

Mode

Screen E.a.1.

Press the enter key to select the

Enable:

field. Press the down arrow key to set the value to OFF.

Press the enter key to access the

TAB menu screen

E.b.1

This screen is used to save all adjustable unit parameters. The Set Max SF Spd? and Set Max EF

Spd? modifiable fields are used to set the optional

Summer / Winter and High/ /Low fan speed setpoints for saving to the maximum fan speed values determined in Step 10.

Press the enter key to navigate to the

Set SF Max

Spd?

modifiable field and press the up key to set the value to YES. After a two-second period, the value will automatically return to the NO state.

If applicable, press the enter key to advance to the

Set Max EF Spd?


To save unit and fan speed parameters press the enter key to navigate to the

Save?


Unit parameters have now been successfully saved to the controller permanent memory. From this point forward the

most recently saved

unit parameters can be restored using the

Restore?

modifiable field.

18. Saving Adjusted Maximum Fan Speed Values

Press the escape key to return to the service menu and navigate to the TAB sub menu.

The unit test and setting fan speed procedure is now complete. Press The escape key in succession to return to the main screen.

Doc No D300535 (10-15), Page 27

Static

Pressure

(iwc)

11.2

11.4

11.6

11.8

12.0

12.2

12.4

12.6

12.8

13.0

9.6

9.8

10.0

10.2

10.4

10.6

10.8

11.0

8.8

9.0

9.2

9.4

8.0

8.2

8.4

8.6

7.2

7.4

7.6

7.8

6.4

6.6

6.8

7.0

5.6

5.8

6.0

6.2

4.8

5.0

5.2

5.4

4.0

4.2

4.4

4.6

3.2

3.4

3.6

3.8

2.4

2.6

2.8

3.0

1.6

1.8

2.0

2.2

0.9

1.0

1.2

1.4

0.5

0.6

0.7

0.8

Doc No D300535 (10-15), Page 28

YDSA

Supply Fan Airflow (cfm) - by Model and Size

120 150 180 210 60 90 120 150 180 210 240 300 360 60 90 120 150 180 210 240 300 360

---------------

JDHA or YDHA

----- 2630 2630 -----------

JDMA or YDMA

----- 2630 2630 -----

---

---

---

---

---

---

---

---

2901 2901 ---

3007 3007 ---

3112 3112 ---

3216 3216 ---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

--- 2685 2685 ---

--- 2739 2739 ---

--- 2793 2793 ---

--- 2847 2847 ---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

--- 2685 2685 ---

--- 2739 2739 ---

--- 2793 2793 ---

--- 2847 2847 ---

--773 2084 2084 2084 2084 2901 2901 3038 3038 773 773 2084 2084 2084 2901 2901 3038 3038

--803 2191 2191 2191 2191 3007 3007 3193 3193 803 803 2191 2191 2191 3007 3007 3193 3193

--833 2298 2298 2298 2298 3112 3112 3345 3345 833 833 2298 2298 2298 3112 3112 3345 3345

--862 2403 2403 2403 2403 3216 3216 3495 3495 862 862 2403 2403 2403 3216 3216 3495 3495

---

---

---

---

3319 3319 ---

3421 3421 ---

3521 3521 ---

3620 3620 ---

3718 3718 ---

3815 3815 ---

--891 2507 2507 2507 2507 3319 3319 3642 3642 891 891 2507 2507 2507 3319 3319 3642 3642

--920 2611 2611 2611 2611 3421 3421 3786 3786 920 920 2611 2611 2611 3421 3421 3786 3786

--949 2714 2714 2714 2714 3521 3521 3927 3927 949 949 2714 2714 2714 3521 3521 3927 3927

--978 2816 2816 2816 2816 3620 3620 4067 4067 978 978 2816 2816 2816 3620 3620 4067 4067

--- 1007 2917 2917 2917 2917 3718 3718 4203 4203 1007 1007 2917 2917 2917 3718 3718 4203 4203

--- 1035 3018 3018 3018 3018 3815 3815 4338 4338 1035 1035 3018 3018 3018 3815 3815 4338 4338

3911 3911 4470 4470 1063 3117 3117 3117 3117 3911 3911 4470 4470 1063 1063 3117 3117 3117 3911 3911 4470 4470

4006 4006 4599 4599 1091 3216 3216 3216 3216 4006 4006 4599 4599 1091 1091 3216 3216 3216 4006 4006 4599 4599

4099 4099 4727 4727 1119 3314 3314 3314 3314 4099 4099 4727 4727 1119 1119 3314 3314 3314 4099 4099 4727 4727

4192 4192 4852 4852 1146 3411 3411 3411 3411 4192 4192 4852 4852 1146 1146 3411 3411 3411 4192 4192 4852 4852

4283 4283 4975 4975 1174 3507 3507 3507 3507 4283 4283 4975 4975 1174 1174 3507 3507 3507 4283 4283 4975 4975

4373 4373 5096 5096 1201 3603 3603 3603 3603 4373 4373 5096 5096 1201 1201 3603 3603 3603 4373 4373 5096 5096

4462 4462 5215 5215 1228 3698 3698 3698 3698 4462 4462 5215 5215 1228 1228 3698 3698 3698 4462 4462 5215 5215

4550 4550 5331 5331 1255 3791 3791 3791 3791 4550 4550 5331 5331 1255 1255 3791 3791 3791 4550 4550 5331 5331

4636 4636 5446 5446 1282 3884 3884 3884 3884 4636 4636 5446 5446 1282 1282 3884 3884 3884 4636 4636 5446 5446

4721 4721 5559 5559 1308 3977 3977 3977 3977 4721 4721 5559 5559 1308 1308 3977 3977 3977 4721 4721 5559 5559

4806 4806 5671 5671 1335 4068 4068 4068 4068 4806 4806 5671 5671 1335 1335 4068 4068 4068 4806 4806 5671 5671

4889 4889 5780 5780 1361 4159 4159 4159 4159 4889 4889 5780 5780 1361 1361 4159 4159 4159 4889 4889 5780 5780

4971 4971 5888 5888 1387 4248 4248 4248 4248 4971 4971 5888 5888 1387 1387 4248 4248 4248 4971 4971 5888 5888

5051 5051 5994 5994 1412 4337 4337 4337 4337 5051 5051 5994 5994 1412 1412 4337 4337 4337 5051 5051 5994 5994

5131 5131 6098 6098 1438 4425 4425 4425 4425 5131 5131 6098 6098 1438 1438 4425 4425 4425 5131 5131 6098 6098

5209 5209 6201 6201 1463 4513 4513 4513 4513 5209 5209 6201 6201 1463 1463 4513 4513 4513 5209 5209 6201 6201

5286 5286 6303 6303 1489 ---

5363 5363 6402 6402 1514 ---

5437 5437 6501 6501 1538 ---

5511 5511 6598 6598 1563 ---

---

---

---

---

--- 4599 5286 5286 6303 6303 1489 1489 ---

--- 4685 5363 5363 6402 6402 1514 1514 ---

--- 4769 5437 5437 6501 6501 1538 1538 ---

--- 4853 5511 5511 6598 6598 1563 1563 ---

---

---

---

---

--- 5286 5286 6303 6303

--- 5363 5363 6402 6402

--- 5437 5437 6501 6501

--- 5511 5511 6598 6598

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

5584 5584 6694 6694 1588 ---

5655 5655 6788 6788 1612 ---

5725 5725 6882 6882 1636 ---

5794 5794 6974 6974 1660 ---

5862 5862 7065 7065 1683 ---

5929 5929 7155 7155 1707 ---

---

---

--- 7245 7245 1730 ---

--- 7333 7333 1753 ---

--- 7420 7420 1776 ---

--- 7507 7507 1799 ---

--- 7592 7592 1821 ---

--- 7677 7677 ---

--- 7762 7762 ---

--- 7846 7846 ---

--- 7929 7929 ---

--- 8011 8011 ---

---

---

---

---

---

--- 8094 8094 ---

--- 8175 8175 ---

--- 8257 8257 ---

--- 8338 8338 ---

--- 8419 8419 ---

--- 8500 8500 ---

--- 8581 8581 ---

--- 8661 8661 ---

--- 8742 8742 ---

--- 8822 8822 ---

--- 8903 8903 ---

--- 8984 8984 ---

--- 9064 9064 ---

--- 9146 9146 ---

--- 9227 9227 ---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

--- 4936 5584 5584 6694 6694 1588 1588 ---

--- 5019 5655 5655 6788 6788 1612 1612 ---

--- 5100 5725 5725 6882 6882 1636 1636 ---

--- 5181 5794 5794 6974 6974 1660 1660 ---

--- 5261 5862 5862 7065 7065 1683 1683 ---

--- 5340 5929 5929 7155 7155 1707 1707 ---

--- 5418 5997 5997 7245 7245 1730 1730 ---

--- 5495 6064 6064 7333 7333 1753 1753 ---

---

---

---

---

--- 5572 6132 6132 7420 7420 1776 1776 ---

--- 5648 6199 6199 7507 7507 1799 1799 ---

--- 5723 6267 6267 7592 7592 1821 1821 ---

--------7677 7677 -------

---

---

---

---

---

---

---

---

---

---

---

---

7762 7762

7846 7846

7929 7929

8011 8011

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

8094 8094

8175 8175

8257 8257

8338 8338

8419 8419

8500 8500

8581 8581

8661 8661

8742 8742

8822 8822

8903 8903

8984 8984

9064 9064

9146 9146

9227 9227

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

--- 5584 5584 6694 6694

--- 5655 5655 6788 6788

--- 5725 5725 6882 6882

--- 5794 5794 6974 6974

--- 5862 5862 7065 7065

--- 5929 5929 7155 7155

--- 5997 5997 7245 7245

--- 6064 6064 7333 7333

---

---

---

---

--- 6132 6132 7420 7420

--- 6199 6199 7507 7507

--- 6267 6267 7592 7592

------7677 7677

---

---

---

---

---

---

---

---

7762 7762

7846 7846

7929 7929

8011 8011

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

8094 8094

8175 8175

8257 8257

8338 8338

8419 8419

8500 8500

8581 8581

8661 8661

8742 8742

8822 8822

8903 8903

8984 8984

9064 9064

9146 9146

9227 9227

Static

Pressure

(iwc)

11.2

11.4

11.6

11.8

12.0

12.2

12.4

12.6

12.8

13.0

9.6

9.8

10.0

10.2

10.4

10.6

10.8

11.0

8.8

9.0

9.2

9.4

8.0

8.2

8.4

8.6

7.2

7.4

7.6

7.8

6.4

6.6

6.8

7.0

5.6

5.8

6.0

6.2

4.8

5.0

5.2

5.4

4.0

4.2

4.4

4.6

3.2

3.4

3.6

3.8

2.4

2.6

2.8

3.0

1.6

1.8

2.0

2.2

0.9

1.0

1.2

1.4

0.5

0.6

0.7

0.8

5.5 Power Exhaust PE4 Airflow (cfm) / Pressure Drop (iwc) Table by Fan and

Unit Size

10.0

10.2

10.4

10.6

10.8

11.0

9.2

9.4

9.6

9.8

8.4

8.6

8.8

9.0

Static

Pressure

(iwc)

0.2

0.4

YDSA

Power Exhaust PE4 Airflow (cfm) - by Model and Size

JDHA or YDHA JDMA or YDMA

120 150 180 210 60 90 120 150 180 210 240 300 360 60 90 120 150 180 210 240 300 360

595 595 378 378 1051 1051 1051 1051 595 595 595 378 378 1051 1051 1051 1051 595 595 595 378 378

830 830 553 553 1154 1154 1154 1154 830 830 830 553 553 1154 1154 1154 1154 830 830 830 553 553

0.6

1051 1051 723 723 1255 1255 1255 1255 1051 1051 1051 723 723 1255 1255 1255 1255 1051 1051 1051 723 723

Static

Pressure

(iwc)

0.8

1257 1257 886 886 1354 1354 1354 1354 1257 1257 1257 886 886 1354 1354 1354 1354 1257 1257 1257 886 886

1.0

1449 1449 1043 1043 1451 1451 1451 1451 1449 1449 1449 1043 1043 1451 1451 1451 1451 1449 1449 1449 1043 1043

1.0

1.2

1629 1629 1195 1195 1546 1546 1546 1546 1629 1629 1629 1195 1195 1546 1546 1546 1546 1629 1629 1629 1195 1195

1.2

1.4

1795 1795 1341 1341 1639 1639 1639 1639 1795 1795 1795 1341 1341 1639 1639 1639 1639 1795 1795 1795 1341 1341

1.4

1.6

1950 1950 1481 1481 1730 1730 1730 1730 1950 1950 1950 1481 1481 1730 1730 1730 1730 1950 1950 1950 1481 1481

1.6

1.8

2094 2094 1616 1616 1819 1819 1819 1819 2094 2094 2094 1616 1616 1819 1819 1819 1819 2094 2094 2094 1616 1616

1.8

2.0

2227 2227 1746 1746 1905 1905 1905 1905 2227 2227 2227 1746 1746 1905 1905 1905 1905 2227 2227 2227 1746 1746

2.0

2.2

2349 2349 1872 1872 1990 1990 1990 1990 2349 2349 2349 1872 1872 1990 1990 1990 1990 2349 2349 2349 1872 1872

2.2

2.4

2463 2463 1992 1992 2072 2072 2072 2072 2463 2463 2463 1992 1992 2072 2072 2072 2072 2463 2463 2463 1992 1992

2.4

2.6

2567 2567 2108 2108 2153 2153 2153 2153 2567 2567 2567 2108 2108 2153 2153 2153 2153 2567 2567 2567 2108 2108

2.6

2.8

2663 2663 2219 2219 2231 2231 2231 2231 2663 2663 2663 2219 2219 2231 2231 2231 2231 2663 2663 2663 2219 2219

2.8

3.0

2752 2752 2327 2327 2307 2307 2307 2307 2752 2752 2752 2327 2327 2307 2307 2307 2307 2752 2752 2752 2327 2327

3.0

0.2

0.4

0.6

0.8

3.2

2834 2834 2430 2430 2382 2382 2382 2382 2834 2834 2834 2430 2430 2382 2382 2382 2382 2834 2834 2834 2430 2430

3.2

3.4

2909 2909 2530 2530 2454 2454 2454 2454 2909 2909 2909 2530 2530 2454 2454 2454 2454 2909 2909 2909 2530 2530

3.4

3.6

2978 2978 2625 2625 2524 2524 2524 2524 2978 2978 2978 2625 2625 2524 2524 2524 2524 2978 2978 2978 2625 2625

3.6

3.8

3043 3043 2718 2718 2592 2592 2592 2592 3043 3043 3043 2718 2718 2592 2592 2592 2592 3043 3043 3043 2718 2718

3.8

4.0

3103 3103 2807 2807 2658 2658 2658 2658 3103 3103 3103 2807 2807 2658 2658 2658 2658 3103 3103 3103 2807 2807

4.0

4.2

3159 3159 2892 2892 2722 2722 2722 2722 3159 3159 3159 2892 2892 2722 2722 2722 2722 3159 3159 3159 2892 2892

4.2

4.4

3211 3211 2975 2975 2784 2784 2784 2784 3211 3211 3211 2975 2975 2784 2784 2784 2784 3211 3211 3211 2975 2975

4.4

4.6

3261 3261 3055 3055 2843 2843 2843 2843 3261 3261 3261 3055 3055 2843 2843 2843 2843 3261 3261 3261 3055 3055

4.6

4.8

3309 3309 3133 3133 2901 2901 2901 2901 3309 3309 3309 3133 3133 2901 2901 2901 2901 3309 3309 3309 3133 3133

4.8

5.0

3356 3356 3208 3208 2957 2957 2957 2957 3356 3356 3356 3208 3208 2957 2957 2957 2957 3356 3356 3356 3208 3208

5.0

5.2

3401 3401 3281 3281 3010 3010 3010 3010 3401 3401 3401 3281 3281 3010 3010 3010 3010 3401 3401 3401 3281 3281

5.2

5.4

3447 3447 3351 3351 3062 3062 3062 3062 3447 3447 3447 3351 3351 3062 3062 3062 3062 3447 3447 3447 3351 3351

5.4

5.6

3493 3493 3420 3420 3111 3111 3111 3111 3493 3493 3493 3420 3420 3111 3111 3111 3111 3493 3493 3493 3420 3420

5.6

5.8

3539 3539 3487 3487 3158 3158 3158 3158 3539 3539 3539 3487 3487 3158 3158 3158 3158 3539 3539 3539 3487 3487

5.8

6.0

3588 3588 3553 3553 3204 3204 3204 3204 3588 3588 3588 3553 3553 3204 3204 3204 3204 3588 3588 3588 3553 3553

6.0

6.2

3639 3639 3617 3617 3247 3247 3247 3247 3639 3639 3639 3617 3617 3247 3247 3247 3247 3639 3639 3639 3617 3617

6.2

6.4

3692 3692 3680 3680 3288 3288 3288 3288 3692 3692 3692 3680 3680 3288 3288 3288 3288 3692 3692 3692 3680 3680

6.4

6.6

3749 3749 3742 3742 3327 3327 3327 3327 3749 3749 3749 3742 3742 3327 3327 3327 3327 3749 3749 3749 3742 3742

6.6

6.8

3811 3811 3803 3803 3364 3364 3364 3364 3811 3811 3811 3803 3803 3364 3364 3364 3364 3811 3811 3811 3803 3803

6.8

7.0

3877 3877 3863 3863 3399 3399 3399 3399 3877 3877 3877 3863 3863 3399 3399 3399 3399 3877 3877 3877 3863 3863

7.0

7.2

3948 3948 3923 3923 3432 3432 3432 3432 3948 3948 3948 3923 3923 3432 3432 3432 3432 3948 3948 3948 3923 3923

7.2

7.4

4025 4025 3983 3983 3463 3463 3463 3463 4025 4025 4025 3983 3983 3463 3463 3463 3463 4025 4025 4025 3983 3983

7.4

7.6

4109 4109 4043 4043 3491 3491 3491 3491 4109 4109 4109 4043 4043 3491 3491 3491 3491 4109 4109 4109 4043 4043

7.6

7.8

4200 4200 4102 4102 3518 3518 3518 3518 4200 4200 4200 4102 4102 3518 3518 3518 3518 4200 4200 4200 4102 4102

7.8

8.0

4298 4298 4162 4162 3542 3542 3542 3542 4298 4298 4298 4162 4162 3542 3542 3542 3542 4298 4298 4298 4162 4162

8.0

8.2

----4222 4222 --------------4222 4222 --------------- 4222 4222

---

---

---

---

---

---

---

---

---

---

---

---

---

---

--4283 4283 ---

--4344 4344 ---

--4407 4407 ---

--4470 4470 ---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

---

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---

---

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---

---

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--4283 4283 ---

--4344 4344 ---

--4407 4407 ---

--4470 4470 ---

---

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--- 4283 4283

--- 4344 4344

--- 4407 4407

--- 4470 4470

---

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---

---

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9.8

10.0

10.2

10.4

10.6

10.8

11.0

9.0

9.2

9.4

9.6

8.2

8.4

8.6

8.8

Doc No D300535 (10-15), Page 29

1.0

1.2

1.4

1.6

0.2

0.4

0.6

0.8

1.8

2.0

2.2

2.4

2.6

2.8

5.4

5.6

5.8

6.0

4.6

4.8

5.0

5.2

3.8

4.0

4.2

4.4

3.0

3.2

3.4

3.6

7.0

7.2

7.4

7.6

6.2

6.4

6.6

6.8

7.8

8.0


5.6 Power Exhauxt PE5 Airflow (cfm) / Pressure Drop (iwc) Table by Fan and Unit Size

Static

Pressure

(iwc)

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

Power Exhaust PE5 Airflow (cfm) by Model and Size

YDSA JDHA or YDHA

150 180 210 180 210 240 300 360 210

1059 1059 1059 1059 1059 1059 1059 1059 1059

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3677

3817

3961 3961 3961 3961 3961 3961 3961 3961 3961

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

YDMA or YDMA

240

1059

300

1059

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

3961 3961

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

360

1059

1497

1833

2117

2367

2593

2801

2994

3176

3347

3511

3667

3817

3961

5293

5398

5500

5601

5700

5798

5894

5988

6081

4100

4234

4365

4491

4614

4734

4851

4965

5077

5186

6172

6262

6351

6439

6525

6611

6695

Static

Pressure

(iwc)

1.0

1.2

1.4

1.6

0.2

0.4

0.6

0.8

1.8

2.0

2.2

2.4

2.6

2.8

5.4

5.6

5.8

6.0

4.6

4.8

5.0

5.2

3.8

4.0

4.2

4.4

3.0

3.2

3.4

3.6

7.0

7.2

7.4

7.6

6.2

6.4

6.6

6.8

7.8

8.0

Doc No D300535 (10-15), Page 30

5.7 PE6 Airflow (cfm) / Pressure Drop (iwc) Tables by Fan and Unit Size

Static

Pressure

(iwc)

1.0

1.2

1.4

1.6

0.2

0.4

0.6

0.8

1.8

2.0

2.2

2.4

2.6

2.8

5.4

5.6

5.8

6.0

4.6

4.8

5.0

5.2

3.8

4.0

4.2

4.4

3.0

3.2

3.4

3.6

7.0

7.2

7.4

7.6

6.2

6.4

6.6

6.8

7.8

8.0

4621

6050

6175

6298

6417

6535

6650

6764

6876

6986

4783

4940

5093

5240

5383

5523

5660

5793

5923

7095

7201

7306

7410

7512

7613

7713

7811

4621

6050

6175

6298

6417

6535

6650

6764

6876

6986

4783

4940

5093

5240

5383

5523

5660

5793

5923

7095

7201

7306

7410

7512

7613

7713

7811

3025

3268

3493

3705

3905

4096

4278

4453

Power Exhaust PE6 Airflow (cfm) by Model and Size

JDHA or YDHA

300

1236

360

1236

YDMA or YDMA

300

1236

360

1236

1747

2139

2470

2762

1747

2139

2470

2762

1747

2139

2470

2762

1747

2139

2470

2762

3025

3268

3493

3705

3905

4096

4278

4453

3025

3268

3493

3705

3905

4096

4278

4453

3025

3268

3493

3705

3905

4096

4278

4453

4621

6050

6175

6298

6417

6535

6650

6764

6876

6986

4783

4940

5093

5240

5383

5523

5660

5793

5923

7095

7201

7306

7410

7512

7613

7713

7811

4621

6050

6175

6298

6417

6535

6650

6764

6876

6986

4783

4940

5093

5240

5383

5523

5660

5793

5923

7095

7201

7306

7410

7512

7613

7713

7811

Static

Pressure

(iwc)

1.0

1.2

1.4

1.6

0.2

0.4

0.6

0.8

1.8

2.0

2.2

2.4

2.6

2.8

5.4

5.6

5.8

6.0

4.6

4.8

5.0

5.2

3.8

4.0

4.2

4.4

3.0

3.2

3.4

3.6

7.0

7.2

7.4

7.6

6.2

6.4

6.6

6.8

7.8

8.0

Doc No D300535 (10-15), Page 31

6.0 Controller

History Log

Hardware Inputs, Outputs, and selected setpoints listed in the Setpoint History Log

Table will be sampled in five-minute intervals. The history log will roll over when the data fills the available log space.

To access the controller history log:

Press the alarm and enter key simultaneously for 5 seconds and the system bios screen will appear. Use the down key to select LOG DATA and press enter.

The #3 record selection screen will appear. Use the up and down keys to select the desired record by date and time and press enter to view the data.

The #1 DISPLAY LOG DATA screen will appear. Press the enter key to advance.

Use the up and down keys to scroll through the history log point values for that date and time record.

The #2 DISPLAY LOG DATA screen will appear. Press the enter key to advance.

Press the escape key in succession to return to the previous screens.

Doc No D300535 (10-15), Page 32

7.0 Controller Display Menus

Option D21 Control Program - User and Service Menu Structure

Main Screen M.x Main Screen M.1 or M.2 will be displayed depending upon unit configuration (Monitor Only)

Name Description

Spc_Temp:

SpcTempSP:

Space Temp - Current Space Temperature

Space Temp SP - Base space temp setpoint value from the space thermostat or controller display adjustment

DA_Temp:

Discharge Air Temp - Current Discharge Air Temperature

DA_SP:

Discharge Air Temp Active SP - Active Discharge Air Temperature Setpoint

State:

Current Unit State - 2=AUTO 3=COOL 4=HEAT 5=OFF

Mode:

Current Unit Mode - Occ or Unocc

Fan:

Current Supply Fan Commanded Speed

Default Unit Min Max

Deg F

72

OFF

Deg F

Deg F

Deg F

%

65

2

85

5

Main Screen M.x Main Screen M.3 or M.4 will be displayed depending upon unit configuration (Monitor Only)


Spc_Humidity:

Space Humidity - Current Space Humidity

SpcHumSP:

Space Humidity SP - Current Space Humidity Setpoint

Temperature:

Current Outside Air Temp

Humidity:

Current Outside Air Humidity

Dew Point:

Current Outside Air Dew Point


%rH

55 %rH

Deg F

%rH

Deg F

35 75

Main Screen M.x Main Screen M.5, M.6, M.7 or M.8 will be displayed depending upon unit configuration (Monitor Only)


Spc_Clg_Md:

Spc_Dehum_Md:

Space Cooling Mode - Unit controls applicable cooling stages to maintain the

DA_SpcClg_SP

Space Dehum Mode - Unit controls reheat compressor to maintain the

DA_Dh_SP

and applicable cooling stages to maintain the

CC_DA_SP

Spc_Htg_Md:

Space Heating Mode - Unit controls applicable heating stages to maintain the

DA_SpcHtg_SP

Spc_HtgClg_Md:

Space Heating Cooling Mode - Unit controls applicable heating stages to maintain the

NA_Clg_Md:

NA_Dehum_Md:

DA_SpcHtCl_SP

(Auto Heating Only)

Neutral Air Cooling Mode - Unit controls applicable cooling stages to maintain the

DA_NAClg_SP

Neutral Air Dehum Mode - Unit controls reheat compressor to maintain the

DA_Dh_SP

and

NA_Htg_Md:

applicable cooling stages to maintain the

CC_DA_SP

Neutral Air Heating Mode - Unit controls applicable heating stages to maintain the

DA_NAHtg_SP


Off On

Off

Off

Off

Off

Off

Off

On

On

On

On

On

On

Main Menu

A. Quick Setpoints Quick Setpoints Menu

Quick Setpoints A.1

Quick Setpoints Screen A.1


State_Sel:

State Select 2=AUTO 3=COOL 4=HEAT 5=OFF - Sets Unit State

OccMode_Sel:

Occ Mode Select 0= Schedule 1= Digital Input 2= BMS - Sets desired unit occupancy method

OAChgOv_SP:

OA Change Over SP - OA temp setpoint used to enable heating and cooling when the unit is in the auto state

OAChgOvDiff:

OA Change Over SP Differential - Differential for the

OAChgOv_SP

OAChgOvDel:

OA Change Over Delay Time - Delay period required to switch between heating and cooling when the unit is in the auto state

Temporary Occupied Status from Space Thermostat - Indexed on when the thermostat

TempOcc:

fan button is pressed

TempOcc_Time:

Temporary Occupied Time Duration - Sets time duration for Temporary Occupancy


5 2 5

1 0 2

65

5

15

Off

240

Deg F 45

Deg F 05 min 5 min

Off

0

80

10

30

On

480


Quick Setpoints Screen A.2 Will be displayed when unit is configured for Space Control


Spc_Temp:

SpcTempSP:

Space Temp - Current Space Temperature

Space Temp SP - Base space temp setpoint value from the space thermostat or controller display adjustment

SpcHtgSp:

Space Heating SP - Value is equal to the

SpcTempSP

minus the

SpcHtgDB

(Also used as control SP for

Spc_HtgClg_Md

)

SpcClgSp:

Space Cooling SP - Value is equal to the

SpcTempSP

plus the

SpcClgDB

SpcHtgDB:

Space Heating Dead Band - Sets value subtracted from the

SpcTempSP

for the

SpcClgDB:

SpcEffHtgSP

definition

Space Cooling Dead Band - Sets value added to the

SpcTempSP

for the

SpcEffClgSP

definition


Deg F

72

71

73

1

1

Deg F

Deg F

Deg F

Deg F

Deg F

65

0

0

85

5

5

Doc No D300535 (10-15), Page 33

7.0

Contr

oller Display Menus (cont’d)

A Quick Setpoints Quick Setpoints Menu (Cont’d)




SpcEffClgSP:

SpcClgOnDiff:

SpcClgOffDiff:

SpcClgUnoOs:

DA_SpcClg_SP:

Space Effective Cooling SP - Defined by the

SpcClgDB

and the

SpcClgUnoOs

setpoints

Space Cooling On Differential - Sets the differential required above the

SpcEffClgSP

for the space cooling call to turn on

Space Cooling Off Differential - Sets the differential required below the

SpcEffClgSP

for the space cooling call to turn off

Space Cooling Unoccupied Offset - Sets the value added to the

SpcTempSP

when in the unoccupied mode for the

SpcEffClgSP

definition

Discharge Air Temp Space Cooling SP - Sets the discharge setpoint used when in Space

Cooling Mode


Deg F

4

1

5

55

Deg F 05

Deg F 05

Deg F 0

Deg F 50

10

10

15

100




SpcEffHtgSP:

SpcHtgOnDiff:

SpcHtgOffDiff:

SpcHtgUnoOs:

DA_SpcHtg_SP:

Space Effective Heating SP - Defined by the

SpcHtgDB

and the

SpcHtgUnoOs

setpoints

Space Heating On Differential - Sets the differential required below the

SpcEffHtgSP

for the space heating call to turn on

Space Heating Off Differential - Sets the differential required above the

SpcEffHtgSP

for the space heating call to turn off

Space Heating Unoccupied Offset - Sets the value subtracted from the

SpcTempSP

when in the unoccupied mode for the

SpcEffHtgSP

definition

Discharge Air Temp Space Heating SP - Sets the discharge setpoint used when in Space

Heating Mode


Deg F

4

1

5

90

Deg F 05

Deg F 05

Deg F 0

Deg F 50

10

10

15

140




SpcHtgSp:

SpcHCOnDiff:

SpcHCOffDiff:

DA_SpcHtCl_SP:

Space Heating SP - Value is equal to the

SpcTempSP

minus the

SpcHtgDB

(Also used as control SP for

Spc_HtgClg_Md

)

Space Heating Cooling On Differential - Sets the differential required above the

SpcTempSP

for the space cooling call to turn on (Auto Heating Only)

Space Heating Cooling Off Differential - Sets the differential required below the

SpcTempSP

for the space cooling call to turn off (Auto Heating Only)

Discharge Air Temp Space Heat Mode Cooling SP - Sets the discharge air setpoint used when in Space Heat Cooling Mode (Auto Heating Only)


71

5

1

55

Deg F

Deg F

Deg F

Deg F

05

05

50

10

10

100


Quick Setpoints Screen A.6 Will be displayed when unit is configured for Space Control and Dehumidification


Spc_Humidity:

SpcHumSP:

SpcDhOnDiff:

SpcDhOffDiff:

Space Humidity - Current Space Humidity

Space Humidity SP - Sets the Space Humidity Setpoint

Space Dehum On Differential - Sets the differential required above the

SpcHumSP

for the space dehum call to turn on

Space Dehum Off Differential - Sets the differential required below the

SpcHumSP

for the space dehum call to turn off


%rH

55 %rH 35 75

10

5

%rH

%rH

1

1

10

10




DA_NAClg_SP:

Discharge Air Temp Neutral Cooling SP - Sets the discharge setpoint used when in

DA_NAHSPSel:

DA_NAHtg_SP:

Neutral Air Cooling Mode

Neutral DA Heating SP Select - Used to select desired discharge setpoint for Neutral Air

Heating Mode Single Setpoint or Reset Setpoint

Discharge Air Temp Neutral Heating SP - Sets the discharge setpoint used when in

DA_NAHRst_SP:

Neutral Air Heating Mode

Discharge Air Temp Neutral Heat Reset SP - Display of optional calculated reset schedule setpoint used when in Neutral Air Heating Mode


70 Deg F 50 100

Setpt

70 Deg F

Deg F

Setpt Reset

50

50

140

140




OA_Temp:

Current Outside Air Temp

DA_NAHRst_SP:

Discharge Air Temp Neutral Heat Reset SP - Display of optional calculated reset schedule setpoint used when in Neutral Air Heating Mode

NAHRDAMax:

Neutral Air Heat DA SP Reset DA Max - Sets the maximum neutral air heating discharge air temp reset setpoint


Deg F

Deg F 50 140

75 Deg F 50 140

Doc No D300535 (10-15), Page 34


Quick Setpoints Screen A.8 (Cont’d)


NAHRDAMin:

Neutral Air Heat DA SP Reset DA Min - Sets the minimum neutral air heating discharge air

NAHROAMax:

NAHROAMin:

temp reset setpoint

Neutral Air Heat DA SP Reset OA Max - Sets the maximum neutral air heating outside air temp reset setpoint

Neutral Air Heat DA SP Reset OA Min - Sets the minimum neutral air heating outside air temp reset setpoint


65 Deg F 50 140

65

30

Deg F

Deg F

0

0

100

100


Quick Setpoints Screen A.9 Will Be displayed when the unit is configured for Dehumidification


DhOADP_SP:

Sets the Dehum OA Dew Point SP - Used to allow Neutral Air Dehumidification Mode when the OA dew point is greater than SP

DhOADP_Diff:

Dehum OA Dew Point SP Differential - Sets the differential for the

DhOADP_SP


58

2

Deg F 50

Deg F 05

100

10

Quick Setpoints A.10 Quick Setpoints Screen A.10 Will Be displayed when the unit is configured for Building Pressure Control


Pressure Control

Factory Selection: Building

Controlled Device

Factory Selection: Supply Fan - Exhaust Fan - Dampers

Bldg_Pressure

Building Static Pressure

Setpoint:

Building Static Pressure SP


0.1

iwc -0.5

0.5

Quick Setpoints A.11 Quick Setpoints Screen A.11 Will Be displayed when the unit is configured for Duct Pressure Control


Pressure Control

Factory Selection: Duct

Controlled Device

Factory Selection: Supply Fan

Duct_Pressure

Duct Static Pressure

Setpoint:

Duct Static Pressure SP


0.5

iwc 0 2.5

Main Menu

B. Schedule

Schedule B.1

Schedule Menu

Schedule Screen B.1


Date:

Sets the current month day and year - Default Value: Factory Date

Hour:

Sets the current time - Default Value: Factory Time


Schedule B.2

Schedule Screen B.2


DST:

Set to enable DST - Default Value: Enable

Transition Time:

Sets Transition Time - Default Value: 60 min

Start:

Sets Start day , month and time - Default Value: Last Sunday in March at 2:00

End:

Sets End day , month and time - Default Value: Last Sunday in October at 3:00

Schedule B.3

Schedule Screen B.3 will be displayed if unit OccMode_Sel is set to Schedule


Schedule #:

Modifiable Field used to advance through 10 available Weekly Schedules

Time On:

Sets the desired On time for selected Schedule #

Time Off:

Sets the desired Off time for selected Schedule #

Days Enabled:

Sets the desired days of the week for the selected Schedule #

Schedule B.4



1:

Sets the desired Holiday Range 1: For Extended Unoccupied Mode 0/0 - 0/0

2:


3:


4:


Schedule B.5



5:


6:


7:


8:






Doc No D300535 (10-15), Page 35

7.0 Controller Display Menus (cont’d)

Schedule B.6



9:


10:


11:


12:


Schedule B.7



13:


14:


15:


16:


Main Menu

C. Points List



Points List Menu - Applicable screens and content will be displayed depending upon unit configuration

See Hardware Point Table on page 2 for Complete List of IO Points and Serial Communication Connections

Point Lists C.7 thru

C.12

Points List Screens C.7 thru C.12 contain the temp & humidity values for the optional space sensors 1 thru 6.

Main Menu

D. Alarms

Alarms Menu - Active Alarms are displayed with the option of entering the Alarm Logger

See Alarm Management Section paragraph 4.2 of this document for detailed information on Active and Logged alarms

Main Menu

E. Service Service Menu a. Test Mode Test Mode Menu

Test Mode E.a.1 Test Mode Screen E.a.1


Enable:

Modifiable Field Used to enable the Test Mode

Time Out:

Modifiable Field Used to adjust the test mode time duration

Countdown:

Current status of the time remaining for Test Mode if active


120 min min / s

0 240

Doc No D300535 (10-15), Page 36



Damper:

Automatically Commanded Percentage Output to unit Damper(s)

Supply:

Automatically Commanded Supply Fan Start Output

Supply Fan Speed Output Modifiable Field used to test unit Supply Fan VFD and set

Air Balance fan speed adjustment

Airflow Status:

Status of Supply Fan Air Proving Switch

Exhaust:

Exhaust Fan Speed Output Modifiable Field used to test to unit ECM Fan and set Air

Balance fan speed adjustment

Airflow Status:

Status of Supply Fan Air Proving Switch

rpm

Current Exhaust Fan RPM


100 % 100 100

100

100

%

% rpm

30

15

Off

100

100

On



Comp Capacity:

Modifiable Field used to adjust the output to the A Compressor Emerson Controller

Output:

Output in vdc to the A Compressor Emerson Controller

Condenser Sec A:

Automatically Commanded Condenser Section A Fan Contactor(s) output

Cond Fan:

Output Signal to ECM Condenser Fans if applicable

Reheat Capacity

Modifiable Field used to adjust the output to the Reheat Compressor Emerson

Controller

Reheat Pump Option

Output:

Output in vdc to the Reheat Compressor Emerson Controller

Reheat Capacity

Reheat Valve Option

Modifiable Field used to adjust the output to the Reheat Modulation Valve Arrangement

Output:

Output in vdc to the Reheat Modulation Valve Arrangement


0

1

Off

90

% vdc

%

0

1

Off

90

100

5

On

90

0

1

% vdc

0

1

100

5

0

0

% vdc

0

0

100

10



Stage 2:

Modifiable Field used to turn on Compressor Stage 2

Stage 3:


Stage 4:


Condenser Sec B:

Automatically Commanded Condenser Section B Fan Contactor(s) output

Default

Off

Off

Off

Off

Unit



Heat Capacity:

Modifiable Field used to adjust the output to the A Compressor Emerson Controller

Output:

Output in vdc to modulated heating component: Electric = SCR 0-10;

Gas = Modulating Valve 2-10

Stage 1:

Modifiable Field used to turn on Heating Stage 1

Stage 2:


Stage 3:


Stage 4:


Stage 5:


Stage 6:


Default Unit

0 %

0 vdc

Off

Off

Off

Off

Off

Off

Min

Off

Off

Off

Off

Min

0

0-2

Off

Off

Off

Off

Off

Off

Max

On

On

On

On

Max

100

10

On

On

On

On

On

On



Wheel:

Modifiable Field used to turn on the Energy Recovery Wheel

Preheat:

Modifiable Field used to turn on the Electric Preheat

Test Mode Screens

E.a.7 thru E.a.19


Off

Off

Test Mode Screens E.a.7 through E.a.19 contain all applicable analog and binary hardware sensor inputs, including any serial communicated sensors depending upon unit configuration. previously saved setpoints

TAB E.b.1 TAB Screen E.b.1


Set Max SF Spd?

Modifiable Field used to set the optional

SFSpdClgSP

and

SFSpdHtgSP

to the

SFSpdMax_SP

for saving

Modifiable Field used to set the optional

EFSpdClgSP

and

EFSpdHtgSP

to the

Set Max EF Spd?

EFSpdMax_SP

for saving

Save?

Modifiable Field used to perform a Service Save of current setpoints

Restore?

Modifiable Field used to perform a Service Restore of current setpoints


No

No

No

No

No

No

No

No

Yes

Yes

Yes

Yes

Doc No D300535 (10-15), Page 37


Main Menu c. Supply Fan Supply Fan Menu - Applicable screens and content will be displayed depending upon unit configuration

Supply Fan E.c.1 Supply Fan Screen E.c.1


Control:

Selected Fan Control Strategy - Constant Vol, Bldg Pressure, Duct Pressure, 0-10vdc

SFSpdClgSP:

SFSpdHtgSP:

input or BMS source

Supply Fan Speed Cooling SP - Sets commanded speed for the supply fan when in cooling mode

Supply Fan Speed Heating SP - Sets commanded speed for the supply fan when in

SFSpdLoSP:

SFSpdHiSP:

SF_BMS:

heating mode

Supply Fan Speed Low SP - Sets commanded speed for the supply fan when the unit is not in either the heating or the cooling mode.

Supply Fan Speed High SP - Sets commanded speed for the supply fan when the unit is in either the heating or the cooling mode.

Supply Fan Output BMS Command - Sets commanded speed for the supply fan when the unit is selected for BMS source.

Default Unit

100

100

100

100

%

%

%

%

%

Min

30

30

30

30

30

Max

100

100

100

100

100

Supply Fan E.c.2 Supply Fan Screen E.c.2 will be displayed if Supply Fan is selected for Bldg Pressure Control

Name Description - Supply Fan Bldg Pressure Control Loop Monitoring

Bldg Pressure

Current Building Static Pressure

Setpoint:

Current Building Static Pressure SP

PI Output:

Current output of the control loop

SF_VFD_Cmd

Current Supply Fan VFD Command in vdc

Default Unit

0.1

Min Max

iwc -0.5

0.5

iwc

% vdc

-0.5

0

0

0.5

100

10

Supply Fan E.c.3 Supply Fan Screen E.c.3 will be displayed if Supply Fan is selected for Duct Pressure Control

Name Description - Supply Fan Duct Pressure Control Loop Monitoring

Duct Pressure

Current Duct Static Pressure

Setpoint:

Current Duct Static Pressure SP

PI Output:


SF_VFD_Cmd

Current Supply Fan VFD Command in vdc

Default Unit

0.5

iwc iwc

% vdc

Min

0

0

0

0

Max

2.5

2.5

100

10

d. Capacity Capacity Menu - Applicable screens and content will be displayed depending upon unit configuration

Capacity E.d.1 Capacity Screen E.d.1 (Monitor Only)


Heat Type:

Selected Heating Type Gas or Electric

Heating Stages:

Number of Heating Stages

Cooling Stages:

Number of Cooling Stages

Reheat:

Unit Reheat Selection - Enable or Disabled

Reheat Type:

Unit Reheat Type - Pump or Valve


Capacity E.d.2 Capacity Screen E.d.2

Name Description th- Space Sens:

th- Space Sens - Enables and disables option CL78 space sensor 1

Spc_Avg_Ena:

Spc_Avg_Ena - Enables averaging of multiple space sensors from 2 up to 6.

Num_Avg_Sens:

Num_Avg_Sens - Sets the number of sensors to average including the th-Tune



OAHtgLo_SP

OA Heating Lockout SP - Sets OA setpoint used to disable heating

OAHtgLoDiff

OA Heating Lockout SP Differential - Sets differential used for the

OAHtgLo_SP

OAClgLo_SP

OA Cooling Lockout SP - Sets OA setpoint used to disable mechanical cooling

OAClgLoDiff

OA Cooling Lockout SP Differential - Sets differential used for the

OAClgLo_SP

Default Unit

Off

Off

2

Default Unit

65

2

65

2

Deg F

Deg F

Deg F

Deg F

Min

2

Capacity E.d.4 Capacity Screen E.d.4 will be displayed if the unit is configured with Heating

Name Description - Heating Demand Control Loop Monitoring

DA_Temp

Current Discharge Air Temp

Setpoint:

Current Discharge Air SP

PI Output:


HX_Mod_Cmd

Heating Modulation Command in vdc

Default Unit

Deg F

Deg F

% vdc

Min

0

0-2

Min

0

05

-10

05

Max

6

Max

150

10

150

10

Max

100

10

Doc No D300535 (10-15), Page 38

Capacity E.d.5 Capacity Screen E.d.5 will be displayed if the unit is configured with Heating

Name Description - Heating Stages

HX_Stg1_Cmd

Current Heating Stage 1 Command

HX_Stg2_Cmd


HX_Stg3_Cmd


HX_Stg4_Cmd


HX_Stg5_Cmd


HX_Stg6_Cmd


Default Unit Min

Off

Off

Off

Off

Off

Off

Max

On

On

On

On

On

On


Name Description - Cooling Demand Control Loop Monitoring

Active Input:

Current controlling input for cooling - DA_Temp or (CC_Temp used in Dehumidification

Mode)

Setpoint:

Current Discharge SP or (Cooling Coil SP used in Dehumidification Mode)

PI Output:


Comp_Mod_Cmd

Current DX Modulation Command in vdc


Deg F

Deg F

% vdc

0

1

100

5


Name Description - Cooling Stages

Comp_Stg2_Cmd

Current Compressor Stage 2 Command

Comp_Stg3_Cmd


Comp_Stg4_Cmd


Cond_A_Cmd

Current Condenser Section A Command

Cond_B_Cmd

Current Condenser Section B Command


Off

Off

Off

Off

Off

Max

On

On

On

On

On

Capacity E.d.8 Capacity Screen E.d.8 will be displayed if the unit is configured with a Reheat Pump

Name Description - Reheat Pump Demand Control Loop Monitoring

DA_Temp


Setpoint:

Current Reheat Discharge Air Temp SP

PI Output:


RH_Mod_Cmd

Current Reheat Modulation Command in vdc


Deg F

Deg F

% vdc

0

1

100

5

Capacity E.d.9 Capacity Screen E.d.9 will be displayed if the unit is configured with a Reheat Valve

Name Description - Reheat Valve Demand Control Loop Monitoring

DA_Temp


Setpoint:

Current Reheat Discharge Air Temp SP

PI Output:


RH_Mod_Cmd

Current Reheat Modulation Command in vdc


Deg F

Deg F

% vdc

0

0

100

10

Capacity E.d.10 Capacity Screen E.d.10 will be displayed if the unit is configured with Reheat


OADhHLo_SP

OA Dehum High Lockout SP - Sets OA setpoint used to disable dehumidification

OADhHLoDiff

OA Dehum High Lockout SP Differential - Sets differential used for the

OADhHLo_SP

OADhLLo_SP

OA Dehum Low Lockout SP - Sets OA setpoint used to disable dehumidification

OADhLLoDiff

OA Dehum Low Lockout SP Differential - Sets differential used for the

OADhLLo_SP

Default Unit

110

2

58

2

Deg F

Deg F

Deg F

Deg F

Min Max

0

0

50

05

110

10

100

10

Capacity E.d.11 Capacity Screen E.d.11 will be displayed if the unit is configured with Reheat


DA_Dh_SP

Discharge Air Temp Dehum SP - Sets the discharge air setpoint used to control the reheat

CC_DA_SP

compressor during dehumidification mode

Cooling Coil Dehum DA SP - Sets the discharge air setpoint used to control unit primary cooling when in dehumidification Mode


70 Deg F 50 100

52 Deg F 45 80


Name Description - Digital Scroll Compressor A

Run Hours:

Accumulated Total Run Hours

Num Starts:

Accumulated Total Number of Starts

Reset to Zero?

Used to reset accumulators to zero

Default Unit

hrs

Min Max

Capacity E.d.13 Capacity Screen E.d.13 will be displayed if the unit is configured with a Compressor 2

Name Description - Fixed Capacity Compressor 2

Run Hours:


Num Starts:


Reset to Zero?



hrs

Doc No D300535 (10-15), Page 39




Run Hours:


Num Starts:


Reset to Zero?



hrs



Run Hours:


Num Starts:


Reset to Zero?



hrs

Capacity E.d.16 Capacity Screen E.d.16 will be displayed if the unit is configured with a Reheat Compressor

Name Description - Digital Scroll Reheat Compressor 4

Run Hours:


Num Starts:


Reset to Zero?



hrs

e. Dampers Damper Menu - Applicable screens and content will be displayed depending upon unit configuration

Dampers E.e.1 Dampers Screen E.e.1


Control:

Selected Damper Control Strategy - 100% OA, 0-10Vdc Input, Two Position, Four

UnoccVnt_Ena:

Position, Bldg Pressure, 0-10vdc or BMS source

Unoccupied Ventilation Enable - Allows OA during the unoccupied mode for damper control option Two Position

Two Position Damper Occ SP - Sets the value that the unit dampers will be commanded to

Dmpr_SP_Occ:

Dmpr_SP_Unocc:

Damper_BMS:

when the unit is occupied

Two Position Damper Unocc SP - Sets the value that the unit dampers will be commanded to when the unit is unoccupied For an unoccupied setpoint above zero

UnoccVnt_Ena

must be turned on

Aux_1_SP:

Aux 1 Damper Position SP - Damper position setpoint based on Ext Switches 1 and 2

Aux_2_SP:


Aux_3_SP:


Aux_4_SP:


Damper output BMS command - Sets the command for the damper position when the unit is selected for BMS source


Off

100

0

20

40

60

80

%

%

%

%

%

%

%

0

0

0

0

0

0

0

100

100

100

100

100

100

100

Dampers E.e.2 Dampers Screen E.e.2 will be displayed if the Dampers are selected for Bldg Pressure Control

Name Description - Dampers Bldg Pressure Control Loop Monitoring

Bldg Pressure


Setpoint:


PI Output:


Damper_Cmd

Current Damper Output Command in vdc

Default Unit

01

Min Max

iwc -0.5

0.5

iwc

% vdc

-0.5

0

0

0.5

100

10

f. Exh Fan and ERV Exh Fan and ERV Menu - Applicable screens and content will be displayed depending upon unit configuration

Exh Fan and ERV

E.f.1 Exh Fan and ERV Screen E.f.1

Name Description Default Unit Min Max

Control: Selected Exhaust Fan Control Strategy - None, Constant Vol, SA Fan Track or Bldg Pressure

EFSpdClgSP

Exhaust Fan Speed Cooling SP - Sets the commanded speed for the exhaust fan when in cooling mode

100 % 15 100

EFSpdHtgSP

EFSpdLogSP

EFSpdHiSP

EF_Os_SP

Exhaust Fan Speed Heating SP - Sets the commanded speed for the exhaust fan when in heating mode

Exhaust Fan Speed Low SP - Sets the commanded speed for the exhaust fan when not in either the heating or cooling mode

Exhaust Fan Speed High SP - Sets the commanded speed for the exhaust fan when in either the heating or cooling mode

Exhaust Fan Tracking Offset SP - Sets the offset SP used to subtract from the commanded supply fan speed for the exhaust fan speed command

EF_Spd_Cmd

Current Exhaust Fan Speed Command

Actual:

Current rpm of the exhaust fan

SF_VFD_Cmd:

Current Supply Fan VFD Command

100

100

100

0

%

%

%

%

% rpm

%

15

15

15

0

100

100

100

100

Doc No D300535 (10-15), Page 40

Exh Fan and ERV E.f.2 Exh Fan and ERV Screen E.f.2 will be displayed if the Exhaust Fan is selected for Bldg Pressure Control

Name Description - Exhaust Fan Bldg Pressure Control Loop Monitoring

Bldg Pressure


Setpoint:


PI Output:


EF_Spd_Cmd:


Actual:

Current rpm of the exhaust fan


01 iwc -0.5

0.5

iwc -0.5

0.5

%

% rpm

0 100

15 100

Exh Fan and ERV E.f.3 Exh Fan and ERV Screen E.f.3


ERV: Selection - None, With Elec Heat, or Without Elec Heat

ERVDAPH_SP:

Energy Recovery Wheel DA Preheat SP - Sets the ERV Discharge Temp Setpoint

ERVDAPHDiff:

Energy Recovery Wheel DA Preheat Differential SP - Sets the differential for the

ERVDAPH_SP

ERVOAPH_SP:

Energy Recovery Wheel OA Preheat SP - Sets the OA ERV Preheat Enable Setpoint

ERVOAPHDiff:

Energy Recovery Wheel OA Preheat Differential SP - Sets the differential for the

ERVOAPH_SP


33 Deg F 25 45

2 Deg F 05 10

32 Deg F 25 45

2 Deg F 05 10

Exh Fan and ERV E.f.4 Exh Fan and ERV Screen Ef4


ERV: Selection - None, With Elec Heat, or Without Elec Heat

ERVLoOA_SP:

Energy Recovery Low Outside Air Enable SP - Sets top half of the default 5 deg range for the Energy Recovery Wheel Economizer mode.

ERVLoOADiff:

ERVHiOA-SP:

ERVHiOADiff:

ERV_P_Md:

Energy Recovery Low Outside Air Enable Differential SP - Sets the differential for the

ERVLoOA_SP

Energy Recovery High Outside Air Enable SP - Sets bottom half of the default 5 deg range for the Energy Recovery Wheel Economizer mode.

Energy Recovery High Outside Air Enable Differential SP - Sets the differential for the

ERVHiOA_SP

Energy Recovery Wheel Purge Mode - Shows the current status of the Energry Recovery

Wheel purge mode.


2.5

0.5

2.5

0.5

Deg F

Deg F 0.5

Deg F

0

0

Deg F 0.5

Off

20

10

20

10

On

g. Information Information Menu

Informatin E.g.1 Information Screen E.g.1


Control Program:

Program Option currently loaded into the controller

Ver:

Current Software Version (number and date)

Bios:

Current Bios Version (number and date)

Boot:

Current Boot Version (number and date)

Default Unit Min Max h. BMS Config BMS Config Menu - Applicable screens and content will be displayed depending upon unit configuration

BMS Config E.h.1 BMS Config Screen E.h.1


Protocol:

Sets BMS Protocol - BACnet MSTP, BACnet IP/Eth or Lon - Default = BACnet


BMS Config E.h.2 BMS Config Screen E.h.2 will be shown when the BMS Protocol is set to BACnet MSTP or BACnet IP/Eth


Termconf PlugIn? Sets the BACnet Plugin command


No

Max

BMS Config E.h.4 BMS Config Screen E.h.4 will be shown when the BMS Protocol is set to BACnet MSTP


Instance: Sets the Instance

Baudrate: Sets the Baudrate - 9600, 19200, 38400 or 76800

MAC Addr: Sets the Mac Address

MaxMasters: Sets the Max Masters

MaxInfoFrames: Sets the Max Info Frames


77000

38400

0

127

20

0

0

0

127

127

255

Doc No D300535 (10-15), Page 41


BMS Config E.h.5 BMS Config Screen E.h.5 will be shown when the BMS Protocol is set to BACnet IP/Eth


Instance: Sets the Instance

STATIC IP: Sets the Static IP Address - [0-255] [0-255] [0-255] [0-255]


255.255.255.00

Gatewy: Sets the Gateway - [0-255] [0-255] [0-255] [0-255]

BMS Config E.h.6 BMS Config Screen E.h.6 will be shown when the BMS Protocol is set to BACnet IP/Eth


DNS 1: Sets DNS 1 - [0-255] [0-255] [0-255] [0-255]

DNS 2: Sets DNS 1 - [0-255] [0-255] [0-255] [0-255]

Type: Sets the Type IP/Eth


BMS Config E.h.7 BMS Config Screen E.h.7 will be shown when the BMS Protocol is set to BacNet MSTP or BACnet IP/Eth


Function: Sets Function - Read or Write

Update: Sets Update - Yes or No


Read

Yes

Max

BMS Config E.h.8 BMS Config Screen E.h.8


OA_Hum_Sel:

Share OA Humidity from BMS (0=Probe, 1=BMS) - Set value to BMS for OA humidity share from BMS

Share OA Temp from BMS (0=Probe, 1=BMS) - Set value to BMS for OA temp share from

OA_Temp_Sel:

BMS

Probe

BMS

Occupied_BMS

Occupied Mode BMS - Used to determine unit occupancy when

OccMode_Sel

is set to

BMS


Probe Probe BMS

Probe

Occ Occ

Unocc

Main Menu

F. Factory Settings

Factory Settings Menu is password protected Consult factory for access

Doc No D300535 (10-15), Page 42

8.0 Communication

Cards

With the addition of an optional BMS Communication card, the building automation system can remotely adjust setpoints and view status points and alarms. The current supported building automation protocols are:

• BACnet

®

MSTP (Option BHB8)

• LonWorks

®

(Option BHB7)

Contact factory if additional protocol support is needed.

Communication Card

(Option BHB7 or BHB8)

8.1 BACnet

®

MSTP

(Option BHB8)

Communication

The BACnet

®

MSTP (Option BHB8) communication allows access to selected unit function parameters. The standard communication protocol is identified as BACnet

® over MS/TP (Master Slave / Token Passing). This protocol is used for communicating

BACnet

®

over a network of BACnet

®

only controllers. The network is considered open communication, whereas any device on the network has the capability to receive input from any other controller on the network. In all Y Series units included on a BACnet

® network, there are certain configuration parameters that need to be met before communication can be established with other devices. These settings and configuration parameters must be set properly or the device will not respond when prompted by other devices in the network. Follow the procedure below to modify the Bacnet MSTP parameters required by the BMS network.

1.

From the main menu navigate to E. Service and press the enter key to access the service menu.

2.

From the service menu navigate to the h. BMS Config submenu and press the enter key to select.

Press the enter key in succession until the cursor is flashing in the uppermost left hand corner of the screen and use the down arrow key to navigate to the next screen.

4.

From the BMS Config screen E.h.2 Press the enter key to access the Termconf PlugIn? Field and set the value to yes.

3.

From the BMS Config screen E.h.1 verify that the

Protocol: field is set to Bacnet MSTP. On a BAS card retrofit the Protocol: field may need to be set.

To change the protocol press the enter key until the cursor is flashing on the Protocol: field and use the up or down key to scroll through the available choices and select Bacnet MSTP then press enter to confirm the protocol change.


Doc No D300535 (10-15), Page 43

8.0 Communication Cards (Cont’d)

8.1 BACnet

®

MSTP (cont’d)

5.

From Screen E.h.4 Set the desired values for the

Instance:,Baudrate:, and Mac Addr:. typcally the

MaxMasters: and MaxInfoFrames: do not need to be modified. arrow key to set the value to Write and then press the enter key to access the update field and use the up arrow key to set the value to yes. After a two second pulse the update value will return to the value of NO. the modified bacnet values are now saved.


6.

The modified values from the previous screen E.h.4 will need to be saved. From Screen E.h.7 press the enter key to access the Function: field and use the up

BACnet

®

Layout

Communication Card

After saving the new setpoints, the controller must be power cycled to complete the process. Once the power has been restored and the bacnet card has initialized, return to the MSTP Setup screen E.h.4 to confirm the changes were accepted.

The BACnet

®

communication card has two sets of LEDs (Controller Status and

MSTP Status), a push button, and three jumpers.

The controller status LED

indicates the status of communication between the card and the controller. It is located above the push button.

1)

Serial port connection

2)

Terminal block for BACnet

®

network

(GND, +, -)

3)

MSTP status LED

4)

Controller status LED

5)

Line resistance jumpers

6)

Factory configuration push button

LED Lights (4 above) Description

Quick green-off-green Communication with controller is established and working.

Slow red-off-red

-

Troubleshooting

Communication is not established and no data is passing to card. 1. Confirm card is firmly plugged in.

2. Confirm BMS Protocol is set to BACnet MSTP

The MSTP status LED

lights are located on the bottom side of the communication card below the controller status LED. The MSTP LED indicates the status of communication

between the card and the network

. Wait at least one minute after setting the communication parameters and plugging in the communication cable before determining the status of the network communication.

LED Lights (3 above) Description

Green with occasional red

Green and red both on

Communication with network is established and working.

Communication is not established and no data is passing to the card.

-

Troubleshooting

1. Confirm system and card baudrate are the same.

2. Confirm card Max Master is equal to or greater than the Station (MAC)

Address of the Master with the highest address.

The push button

on the communication card is used to return the card to factory configuration. Read and follow the procedure below to reset the card.

1. With controller OFF, depress and hold the push button located on the

BACnet board while powering the controller back ON.

Continue to hold the button, while watching the Status LEDs. Wait at least

20 seconds; the Status LED will flash SLOWLY 3 times, red-off.

Doc No D300535 (10-15), Page 44

8.1 BACnet

®

MSTP

(Cont’d)

2. Once the flashing begins, release the push button. After the 3 red flashes, the LED comes on green. The LED then confirms recognition of the button by flashing QUICKLY 3 times red-off, and then comes on green again.

3. Wait for about one minute for the factory parameters to be loaded.

The jumpers are used to create built in end-of-line resistance for a BACnet

®

MSTP network.

•

Jumper P1 adds a 510 ohm polarization resistance between the negative data line (-) and GND;

•

Jumper P2 adds a 120 ohm terminal resistance between the two data lines (+) and (-);

•

Jumper P3 adds a 510 ohm polarization resistance between the positive data line (+) and the +5 Vdc internal voltage.

Insert all three jumpers on the unit at the start of network and the unit at the end of the network. DO NOT insert the jumpers on the intermediate units.

BACnet

®

MSTP Points List

R

= Read

W

= Write

Option D21 BACnet® Point List

Analog Variables


CC_Temp

Cooling Coil Discharge Air Temp

Comp_Mod_Out

DX Modulation Output %

DA_NAClg_SP

DA_NAHtg_SP

Discharge Air Temp Neutral Cooling SP

Discharge Air Temp Neutral Heating SP

DA_SP

Discharge Air Temp Active SP

DA_SpcClg_SP

Discharge Air Temp Space Cooling SP

DA_SpcHtCl_SP

Discharge Air Temp Space Heat Mode Cooling SP

DA_SpcHtg_SP

Discharge Air Temp Space Heating Sp

DA_Temp

Damper_Cmd

DhOADP_SP

EF_Spd_Cmd

ERV_DA_Temp

Discharge Air Temp


Dehum OA Dew Point SP


Energy Recovery Wheel Discharge Air Temp

Damper_BMS

HX_Mod_Cmd

MA_Temp

OA_Dew_Point

Damper Output BMS Command

Heating Modulation Command

Mixed Air Temp

Outside Air Dew Point

OA_Hum_BMS

Outside Air Humidity BMS -Sets OA Humidity when OA_Hum_Sel is set to 1=BMS

OA_Hum_Raw

OA_Temp_BMS

Outside Air Humidity

Outside Air Temp BMS - Sets OA Temp when OA_Temp_Sel is set to 1=BMS

Outside Air Temp

OA_Temp_Raw

OAChgOv_SP

RH_Mod_Out

SF_VFD_Cmd

Spc_Temp

SpcEffClgSP

SpcEffHtgSP

SpcTempSP

RA_Temp

RA_Humidity

EA_Temp

EA_Humidity

SF_BMS

OA Change Over SP

Reheat Modulation Output %


Space Temp

Space Effective Cooling SP

Space Effective Heating SP

Space Temp SP

Return Air Temperature

Return Air Humidity

Exhaust Air Temperature

Exhaust Air Humidity

Supply Fan Output BMS Command

R/W

R

R

R

R

R/W

R

R/W

R

R

R

R

R

R/W

R

R

R/W

R

R

R/W

R

R

R

R

R

R/W

R/W

R

R/W

R/W

R/W

R/W

R

R/W

AV

= Analog Variable

BV

= Binary Variable

AV19

AV20

AV28

AV29

AV30

AV31

AV32

AV33

AV21

AV22

AV23

AV24

AV25

AV26

AV27

AV7

AV8

AV9

AV10

AV11

AV12

AV13

BMS

Address

AV1

AV2

AV3

AV4

AV5

AV6

AV14

AV15

AV16

AV17

AV18

Unit Default Min Max

Deg F

%

Deg F

%

Deg F

%

%

Deg F

Deg F

Deg F

%

Deg F

Deg F

Deg F

Deg F

Deg F

Deg F

70

70

55

55

90

58

0

50

50

50

50

50

0

50

15

0

0

100

100

140

100

100

140

100

100

100

100

100

%rH

%rH

Deg F

Deg F

Deg F

%

%

Deg F

Deg F

Deg F

65 45

0

0

80

100

100

Deg F

Deg F

% rH

Deg F

72 65 85

% rH

% 0 100

Doc No D300535 (10-15), Page 45


BACnet

®

MSTP Points List (Cont’d)

Integer Variables

Name Description R/W

Bldg_Pressure*


Bldg_Press_SP*


Duct_Press_SP*


Spc_Hum

SpcHumSP

State_Sel

OccMode_Sel

Spc_CO2

Space Humidity

Space Humidity SP

State Select 2=AUTO 3=COOL 4=HEAT 5=OFF

Occ Mode Select 0= Schedule 1= Digital Input 2= BMS

SpcCO2SP

Space CO2

Space CO2 SP

Duct_Pressure*

Duct Static Pressure

*Note:

Divide by 1000 with the supervisory system to reflect the appropriate decimal precision.

R

R/W

R/W

R

R/W

R/W

R/W

R

R/W

R

Digital Variables

Name Description R/W

Alm_Rly_Cmd


Comp_Alarm

Modulating Compressor General Alarm

Comp_Stg2_Cmd


Comp_Stg3_Cmd


Comp_Stg4_Cmd


EF_Cmd

Exhaust Fan Cmd

EF_Sts

ERV_Cmd

Exhaust Fan Status


Ext_OCC

Ext_Switch_1

Ext_Switch_2

Htr_1_Sts

Occupied Mode Input

External Damper Position Sw 1


Gas Heater 1 Status

Htr_2_Sts

HX_Stg1_Cmd

HX_Stg2_Cmd

HX_Stg3_Cmd

HX_Stg4_Cmd

HX_Stg5_Cmd

HX_Stg6_Cmd



NA_Clg_Md


NA_Dehum_Md

Neutral Air Dehum Mode

NA_Htg_Md

OA_Hum_Sel

OA_Temp_Sel

Occupied

Gas Heater 2 Status






Share OA Humidity from BMS (0=Probe 1=BMS)

Share OA Temp from BMS (0=Probe 1=BMS)

Occupied Mode Status

Occupied_BMS

Occupied Mode BMS - Sets Unit Occupancy when OccMode_Sel is set to 2=BMS

Phase_Alarm

Preheat_Cmd

Reheat_Alarm

Safety_Sts

Phase Protection Alarm

Electric Preheat Command

Modulating Reheat Compressor General Alarm

Safety Input Status

SF_Cmd

SF_Sts

Supply Fan Command

Supply Fan Status

Spc_Clg_Md

Space Cooling Mode

Spc_Dehum_Md

Space Dehum Mode

Spc_Htg_Md

Space Heating Mode

Spc_HtgClg_Md

Space Heating Cooling Mode

Filter_Sts


R

R

R

R

R

R

R

R

R/W

R/W

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R/W

R

R

R

R

R

R

R

R

R

R

R

BV26

BV27

BV28

BV29

BV30

BV31

BV32

BV33

BV34

BV35

BV36

BV37

BV15

BV16

BV17

BV18

BV19

BV20

BV21

BV22

BV23

BV24

BV25

BV7

BV8

BV9

BV10

BV11

BV12

BV13

BV14

BMS

Address

BV1

BV2

BV3

BV4

BV5

BV6

BMS

Address

AV1001

AV1002

Unit Default

iwc iwc

AV1003 iwc

AV1004 %rH

100

500

Min

-500

0

Max

500

2500

AV1005 %rH

AV1006

AV1007

AV1008 ppm

55

5

1

AV1009 ppm 1,000

AV1010 iwc

35

2

0

0

75

5

2

2,000

Unit Default Min Max

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

On

Off Off On

Off

Off

On

On

Off On

Normal Alarm

Off

Off

Off

On

On

On

Off

Off

Off

Off

On

On

On

On

Doc No D300535 (10-15), Page 46

8.2 LonWorks

®

(Option BHB7)

Communication

LonWorks

®

is an open protocol that was originally developed by Echelon Corporation. It is now maintained by Echelon in collaboration with members of the LonMark

®

Interoperability Association. It requires the use of Echelon’s Neuron microprocessor to encode and decode the LonWorks

®

packets.

The LonWorks

®

protocol is based on the concept of using standardized functional profiles to control similar pieces of equipment. The LonWorks

®

(Option BHB7) communication allows access to selected unit function parameters. The network is considered open communication, whereas any device on the network has the capability to receive input from any other controller on the network. In all Y Series units included on a Lon-

Works

®

network, the unit protocol configuration parameters must be set before communication can be established with other devices.

Follow the procedure below to set the BMS protocol to LonWorks

®

.

1.

From the main menu navigate to E. Service and press the enter key to access the service menu.

3.

From the BMS Config screen E.h.1 verify that the

Protocol: field is set to Lon. On a BAS card retrofit the Protocol: field may need to be set. To change the protocol press the enter key until the cursor is flashing on the Protocol: field and use the up or down key to scroll through the available choices and select Lon then press enter to confirm the protocol change.

2.

From the service menu navigate to the h. BMS Config submenu and press the enter key to select.

When complete press the escape key to return to the main menu.

The Lonworks communication card has the following components.

1. Serial port connection

2. Terminal block for LonWorks

®

network (GND, A, B)

3. Service pin

4. Service green LED

5. Anomaly red LED

To activate the service pin, simply short-circuit the two pins for an instant using the tip of a screwdriver or similar tool.

The activation is confirmed by the lighting of the service LED.

The service LED has several function listed below.

LED Light

Green

Description

1. Signals the status of the mode, as per the LonWorks protocol;

2. Remains ON during the activation of the service pin;

3. Remains ON for a second when receiving a WINK command from the network

Troubleshooting

The anomaly LED indicates the status of communication between the card and the controller.

LED Light

Off

Description

Communication with controller is established and working.

Troubleshooting

Red Communication is not established and no data is passing to the card.

1. Confirm card is firmly plugged in.

2. Confirm BMS Protocol is set to LON.

Doc No D300535 (10-15), Page 47


8.2 LonWorks

®

(Option BHB7) Communication (Cont’d)

LONworks

®

Point List

Option D21 Lon Point List

Analog Variables


CC_Temp

Cooling Coil Discharge Air Temp

R/W

R

Index

1

Name NV

nvoCC_Temp

Bit#

Comp_Mod_Out

DX Modulation Output %

DA_NAClg_SP

Discharge Air Temp Neutral Cooling SP

DA_NAHtg_SP

Discharge Air Temp Neutral Heating SP

DA_SP

Discharge Air Temp Active SP

DA_SpcClg_SP

Discharge Air Temp Space Cooling SP

DA_SpcHtCl_SP

Discharge Air Temp Space Heat Mode

Cooling SP

DA_SpcHtg_SP

Discharge Air Temp Space Heating Sp

DA_Temp

Discharge Air Temp

Damper_Cmd


DhOADP_SP

EF_Spd_Cmd

Dehum OA Dew Point SP


ERV_DA_Temp

Energy Recovery Wheel Discharge Air

Temp

R

R/W

R/W

R

R/W

R/W

R/W

R

R

R/W

R

R

8

9

10

2

3

4

5

6

7

11

12

13 nvoComp_Mod_Out nviDA_NAClg_SP nviDA_NAHtg_SP nvoDA_SP nviDA_SpcClg_SP nviDA_SpcHtCl_SP nviDA_SpcHtg_SP nvoDA_Temp nvoDamper_Cmd nviDhOADP_SP nvoEF_Spd_Cmd nvoERV_DA_Temp

Damper_BMS

Damper Output BMS Command R/W 14 nviDamper_BMS

HX_Mod_Cmd

Heating Modulation Command

MA_Temp

Mixed Air Temp

OA_Dew_Point

Outside Air Dew Point

OA_Hum_BMS

1

Outside Air Humidity BMS -Sets OA

Humidity when OA_Hum_Sel is set to

1=BMS

OA_Hum_Raw

Outside Air Humidity

OA_Temp_BMS

Outside Air Temp BMS - Sets OA Temp when OA_Temp_Sel is set to 1=BMS

OA_Temp_Raw

Outside Air Temp

OAChgOv_SP

OA Change Over SP

RH_Mod_Out

Reheat Modulation Output %

SF_VFD_Cmd

Spc_Temp

SpcEffClgSP

SpcEffHtgSP

SpcTempSP

RA_Temp

RA_Humidity

EA_Temp

EA_Humidity

SF_BMS


Space Temp

Space Effective Cooling SP

Space Effective Heating SP

Space Temp SP

Return Air Temperature

Return Air Humidity

Exhaust Air Temperature

Exhaust Air Humidity

Supply Fan Output BMS Command

R

R

R

R/W

R

R

R

R

R

R

R

R

R/W

R

R/W

R

R/W

R

R/W

18

19

30

31

32

24

25

26

27

28

29

15

16

17

20

21

22

23

33 nvoHX_Mod_Cmd nvoMA_Temp nvoOA_Dew_Point nviOA_Hum_BMS nvoOA_Hum_Raw nviOA_Temp_BMS nvoOA_Temp_Raw nviOAChgOv_SP nvoRH_Mod_Out nvoSF_VFD_Cmd nvoSpc_Temp nvoSpcEffClgSP nvoSpcEffHtgSP nviSpcTempSP nvoRA_Temp nvoRA_Humidity nvoEA_Temp nvoEA_Humidity nviSF_BMS

TypeNV Unit Default

SNVT_temp_p Deg F/C

Min Max

SNVT_lev_ percent

% 0 100

SNVT_temp_p Deg F/C 70/21.1 50/10 100/37.7

SNVT_temp_p Deg F/C 70/21.1 50/10

SNVT_temp_p Deg F/C

140/60

SNVT_temp_p Deg F/C 55/12.7 50/10 100/37.7

SNVT_temp_p Deg F/C 55/12.7 50/10 100/37.7

SNVT_temp_p Deg F/C 90/32.2 50/10

SNVT_temp_p

SNVT_lev_ percent

Deg F

% 0 100

SNVT_temp_p Deg F/C 58/14.4 50/10 100/37.7

SNVT_lev_ percent

% 15

140/60

100

SNVT_temp_p Deg F/C

SNVT_lev_ percent

SNVT_lev_ percent

%

%

SNVT_temp_p Deg F/C

SNVT_temp_p Deg F/C

SNVT_lev_ percent

SNVT_lev_ percent

%rH

%rH

SNVT_temp_p Deg F/C

0

0

100

100

SNVT_temp_p Deg F/C

SNVT_temp_p Deg F/C 65/18.3 45/7.2

80/26.6

SNVT_lev_ percent

SNVT_lev_ percent

%

%

0

0

100

100

SNVT_temp_p Deg F/C

SNVT_temp_p Deg F/C

SNVT_temp_p Deg F/C

SNVT_temp_p Deg F/C 72/22.2 65/18.3 85/29.4

SNVT_temp_p Deg F/C

SNVT_lev_ percent

%rH

SNVT_temp_p Deg F/C

SNVT_lev_ percent

%rH

SNVT_lev_ percent

% 0 100

Doc No D300535 (10-15), Page 48

Digital

Variables

Name

Alm_Rly_Cmd

Comp_Stg2_

Cmd

Comp_Stg3_

Cmd

Comp_Stg4_

Cmd

EF_Cmd

ERV_Cmd

HX_Stg1_Cmd

HX_Stg2_Cmd

HX_Stg3_Cmd

HX_Stg4_Cmd

HX_Stg5_Cmd

HX_Stg6_Cmd

Preheat_Cmd

SF_Cmd

LONworks

®

Point List (Cont’d)

Integer Variables


Bldg_Pressure


Bldg_Press_SP


Duct_Press_SP


Spc_Hum

2

SpcHumSP

3

R/W

R

R/W

R/W

Index

1

2

3

Name NV

nvoBldg_Pressure nviBldg_Press_SP nviDuct_Press_SP

TypeNV

SNVT_press_p

SNVT_press_p

SNVT_press_p

SNVT_lev_ percent

SNVT_lev_ percent

State_Sel

State Select 2=AUTO 3=COOL 4=HEAT

5=OFF

R/W 6 nviState_Sel SNVT_count

OccMode_Sel

Spc_CO2

SpcCO2SP

Occ Mode Select 0= Schedule 1= Digital

Input 2= BMS

Space CO2

Space CO2 SP

R

R

R/W

7

8

9 nvoOccMode_Sel nvoSpc_CO2 nviSpcCO2SP

SNVT_count

SNVT_ppm

SNVT_ppm

Duct_Pressure

Duct Static Pressure R 10 nviDuct_Pressure

Note 1: Divide the BMS humidity value by 20 before writing to the OA_Hum_BMS variable (scale 1=20%).

SNVT_press_p

Note 2: Multiply the Spc_Humidity value by 10 (scale 1=10%).

Note 3: Divide the desired space humidity set point value by 10 before writing to the SpcHumSP variable (scale 1=10%).

Digital Variables

Name Description R/W Index Name NV Bit# TypeNV

OA_Hum_Sel

Share OA Humidity from BMS (0=Probe

1=BMS)

R/W 23 nviOA_Hum_Sel SNVT_switch

OA_Temp_Sel

Occupied

Occupied_BMS

Space Humidity

Space Humidity SP

Share OA Temp from BMS (0=Probe

1=BMS)

Occupied Mode Status

Occupied Mode BMS - Sets Unit

Occupancy when OccMode_Sel is set to 2=BMS

R

R/W

R/W

R

R/W

4

5

24

25

26 nvoSpc_Hum nviSpcHumSP nviOA_Temp_Sel nvoOccupied nviOccupied_BMS

Bit#

SNVT_switch

SNVT_switch

SNVT_switch

Digital Outputs

Description





Exhaust Fan Cmd








Electric Preheat Command

Supply Fan Command

R/W

R

R

R

R

R

R

R

R

R

R

R

R

R

R

Index Name NV

nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1 nvoDoStat1

Bit#

0

1

2

3

10

11

12

8

9

13

6

7

4

5

TypeNV

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

%rH ppm ppm

Pa

Unit

Unit

Unit

Pa

Pa

Pa

%rH

Default Min

24.9

124

55

5

1

1,000

-124

0

Default Min

Off Off

Off Off

Off

Off Off

35

2

0

Default Min

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Off

Max

On

On

On

On

Max

On

On

On

On

On

On

On

On

On

On

On

On

On

On

75

5

2

Max

124

622

Doc No D300535 (10-15), Page 49


LONworks

®

Point List (Cont’d)

Digital

Variables

Name

Comp_Alarm

EF_Sts

Ext_OCC

Ext_Switch_1

Ext_Switch_2

Htr_1_Sts

Htr_2_Sts

Phase_Alarm

Reheat_Alarm

Digital Inputs

Description

Modulating Compressor General Alarm

Exhaust Fan Status

Occupied Mode Input



Gas Heater 1 Status

Gas Heater 2 Status

Phase Protection Alarm

Modulating Reheat Compressor General

Alarm

Safety_Sts

SF_Sts

Safety Input Status

Supply Fan Status

Filter_Sts

Digital

Variables

Name


Unit Modes

Description

NA_Clg_Md


NA_Dehum_Md

Neutral Air Dehum Mode

NA_Htg_Md


Spc_Clg_Md

Space Cooling Mode

Spc_Dehum_Md

Space Dehum Mode

Spc_Htg_Md

Space Heating Mode

Spc_HtgClg_Md

Space Heating Cooling Mode

R

R

R

R

R

R/W

R

R

R

R

R

R

R

R/W

R

R

R

R

R

R

R

Index

Index

Name NV

nvoDiStat1 nvoDiStat1 nvoDiStat1 nvoDiStat1 nvoDiStat1 nvoDiStat1 nvoDiStat1 nvoDiStat1 nvoDiStat1 nvoDiStat1 nvoDiStat1 nvoDiStat1

8

9

10

11

5

6

7

3

4

Bit#

0

1

2

TypeNV

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

Unit Default Min

Off

Off

Off

Off

Off

Off

Off

Off

On

On

On

On

On

Max

On

On

On

Off On

Normal Alarm

Off On

Off On

Name NV

nvoMdStat1 nvoMdStat1 nvoMdStat1 nvoMdStat1 nvoMdStat1 nvoMdStat1 nvoMdStat1

2

3

4

Bit#

0

1

5

6

TypeNV

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

SNVT_state

Unit Default Min

Off

Off

Off

Off

Off

Off

Off

Max

On

On

On

On

On

On

On

Doc No D300535 (10-15), Page 50

Index

Symbols

3.0 Controls 6

3.1 Supply Fan Control 6

3.3 Intake Damper Control 8

3.9 Space Temperature Control

and Setpoint Definitions 14

4.0 Safeties and Alarms 15

4.2 Alarm Management 20

5.0 Start Up 22

A

Airflow (cfm) / Pressure Drop

(“w.c.) Table 28, 29, 30

Airflow (cfm) / Pressure Drop

(“w.c.) Tables 31

Alarm 16, 20

Compressor Failure Alarm 16

Exhaust Fan Alarm Messages

17

Low Discharge Temperature

Limit (Critical Shutdown

Alarm) 15

Safety (Critical Shutdown

Alarm) 15

Supply Fan Failure (Critical

Shutdown Alarm) 15

Unit Phase Loss (Critical Shut-

down Alarm) 16

Alarm ID: 3 Exhaust Fan

Failure 15

Alarm ID: 8 Modulating Reheat

Compressor Failure 16

Alarm ID: 10 Outside Air Hu-

midity Sensor Failure 16

Alarm ID: 12 Discharge Air

Temperature Sensor Fail-

ure 16

Alarm ID: 13 Cooling Coil

Temp Sensor Failure 16

Alarm ID: 19 Gas Heater 1

Status Alarm 17

Alarm ID: 20 Gas Heater 2

Status Alarm 17

Alarm ID: 22 Exhaust Fan

Warning Diagnostic 17

Alarm ID: 23 Return Air Probe

Offline 17

Alarm ID: 24 Return Air Tem-

perature Probe Broken 17

Alarm ID: 25 Return Air Humid-

ity Probe Broken 17

Alarm ID: 26 Exhaust Air Probe

Offline 17

Alarm ID: 27 Return Air Ex-

haust Probe Broken 17

Alarm ID: 28 Exhaust Air Hu-

midity Probe Broken 17

Alarm ID: 32 Space 2 Sensor

Offline 18


Temperature Probe Broken

18


Humidity Probe Broken 18


Offline 18



18




Offline 18



18




Offline 18



18




Offline 19



19



Alarm Key 19

Alarm Logger 21

Alarm Management 19

B

BACnet® MSTP (Option

BHB8) Communication 43

BACnet® MSTP Points List

45, 46

BMS Source 7


Control 7

Building Static Pressure Con-

trol (Option EFC4) 8

C

Communication Cards 43

Constant Volume (Option

EFC9) 8

Constant Volume (Option

VFC9) 7

Controller 1, 2

Controller hardware input –

output points 2, 4

COOLING STAGING CON-

TROL 11

D

Damper Control 8

Dehumidification Commands

12, 13

Display 1

Duct Static Pressure Control 7

E

Energy Recovery 13

Exhaust Fan Control 8

External Source 0 to 10 vdc 7

F

Fan Control 6

Fan Control: Occupied Mode 7

Fan Control : Unoccupied

Mode 8

Filter Status 15

Function Keys 1

G

Gas Heating Status Alarm

(Heaters 1 and 2) 16

H

Heating Staging Control 6, 11

High - Low Fan Speed Control

7

Controller History Log 32

L

LONworks® 47

LONworks® Point List 48

M

Controller Display Menus 33

Modes of Operation 6

O

Occupied 6

Occupied Space Temperature

Control and Setpoint Defini-

tions 14

Optional Exhaust Air / Return

Air Temp & Humidity Sen-

sors 3

Optional Space Temperature and Humidity Averaging

Feature 2

P

Power Exhaust PE4 Airflow

(cfm) / Pressure Drop (iwc)

Table 29

Power Exhauxt PE5 Airflow


Table 30

Power Exhauxt PE6 Airflow


Table 31

R

Remote Controller 1

S

Duct or Building Air Pressure

Sensor Failure 16

Mixed Air Temp Sensor Failure

16

Outdoor Air Temperature Sen-

sor Failure 16

Sensor 17, 18

Space Sensor Th-tune Humid-

ity Failure 18

Sequence of Operation 5, 6

Set the Date and Time on the

controller Clock 22

Setting Fans to Test and Bal-

ance Airflow 25

Space Dehumidification Con-

trol 15

States of Operation 5

Summer/Winter Constant

Volume 7

Supply Fan Tracking (Option

EFC7) 8

T

Temperature And Humidity

Control 10

Temperature Reset Schedule

10

Test Mode 23, 24

Thermostat 2

Time Schedule 23

U

Unoccupied Space Temperature Control and Setpoint

Definitions 14

Doc No D300535 (10-15), Page 51

Doc No D300535 (10-15), Page 52

Specifications and illustrations subject to change without notice and without incurring obligations.

© Nortek Global HVAC, LLC 2015. All rights reserved.

Printed in the U.S.A. (10-15)

All trade marks are the property of their respective organizations.

Doc No D300535

Reznor D21 Makeup Air Control User manual

Assistant Bot

Applies to:

Makeup Air Control Models with Option D21

Table of Contents

1.0 Digital

Controller

1.1 Display Function

Keys

Alarm Prg Esc Up Enter Down

1.0 Digital Controller (cont’d)

1.2 Thermostat Display

User Space Mounted

Thermostat, Option CL78

1.3 Controller hardware input – output points

2.0 Sequence of

Operation

2.1 States of

Operation

2.0 Sequence of Operation (Cont’d)

O ccupied & Unoccupied

2.2 Modes of

Operation

State

Mode

Function

3.0 Controls

3.1 Supply Fan

Control

State

Mode

Fan

Function

Supply Fan Control:

Occupied Mode

3.0 Controls (Cont’d)

Supply Fan Control :

Unoccupied Mode

3.2 Exhaust Fan

Control

Exhaust Fan Control

Unoccupied Mode

3.3 Intake Damper

Control

Exhaust Fan Control: Occupied Mode

3.0 Controls

(Cont’d)

3.4 Temperature

And Humidity

Control

Sliding Scale: Temperature Reset Schedule Setpoint (heating Only)

3.5 Heating Control

3.6 Cooling Control

3.6.1 Cooling Control

Y3 (with the Option

CL78 th-tune device

ENABLED and

COMMUNICATING)

3.6.2 Cooling Control

Y3 (with the Option

CL78 th-tune device

DISABLED and NOT

COMMUNICATING)

3.7 Dehumidification with Reheat

Compressor

Dehumidification Commands

3.8 Dehumidification with AUR2

Modulating

Reheat Valve

Arrangement

3.9 Energy

Recovery

Dehumidification Commands

Energy Recovery Economizer Operation (Default Control Setting)

Energy Recovery Continuous Operation (Optional)

3.0 Controls

(Cont’d)

3.10 Space

Temperature

Control and