Bard I30H1D, I42H1D, I36H1D, I60H1D, I48H1D installation instructions Menu Descriptions

Page 48

MENU DESCRIPTIONS

RON Relay on set point

Sets the CO2 concentration which the optional relay is energized.

Low limit: 0 PPM

Factory setting: 1000 PPM

High limit: 2000/5000 PPM (depending on model)

ROF Relay off set point

Sets the CO2 concentration which the optional relay is de-energized. Setting value lower than RON provides direct action for detecting high concentrations of CO2. Setting value higher than RON provides indirect action for detecting low concentrations of CO2. U or V on the LCD display will be lit to indicate when the relay is energized.

Low limit: 0 PPM

Factory setting: 950 PPM

High limit: 2000/5000 PPM (depending on model)

DSP Display configuration

Determines the LCD display configuration during normal operation. The LCD display can indicate the CO2 concentration and the temperature, the CO2 concentration only or the temperature only. The factory default is to display both the temperature and the CO2 concentration.

CT CO2 concentration and temperature C CO2 concentration only

T Temperature only

UNI Units selection

Temperature and barometric pressure measurements can be displayed in US engineering units or SI engineering units. The factory default is to display US engineering units.

US units

F for temperature and in Hg for

 

barometeric pressure

SI units

C for temperature and hPa for

 

barometric pressure

COL CO2 low output range

Sets the CO2 concentration for the lowest output (4 mA or 0 VDC).

Low limit: 0 PPM

Factory setting: 0 PPM

High limit: 2000/5000 PPM (depending on model)

COH CO2 high output range

Sets the CO2 concentration for the highest output (20 mA, 5 VDC or 10 VDC). When COH is set above COL, the transmitter is direct acting and the output will increase with an increase in CO2 level. When COH is below COL, the transmitter is reverse acting and the output will increase with a decrease in CO2 level.

Low limit: 0 PPM

Factory setting: 2000/5000 PPM (depending on model)

High limit: 2000/5000 PPM (depending on model)

TOL Temperature low output range

Sets the temperature for the lowest output (4 mA or 0 VDC).

Low limit: 32.0°F / 0.0°C

Factory setting: 32.0°F / 0.0°C

High limit: 122.0°F / 50.0°C

TOH Temperature high output range

Sets the temperature for the highest output (20 mA, 5 VDC or 10 VDC). When TOH is set above TOL, the transmitter is direct acting and the output will increase with an increase in temperature. When TOH is below TOL, the transmitter is reverse acting and the output will increase with a decrease intemperature.

Low limit: 32.0°F / 0.0°C

Factory setting: 122.0°F / 50.0°C

High limit: 122.0°F / 50.0°C

BAR Barometric pressure

Sets the typical barometric pressure for the location where the transmitter is mounted. The factory setting is for standard pressure at sea level. Adjusting the barometric pressure gives a more accurate measurement, especially at higher elevations.

Low limit: 20.0 in Hg / 600 hPa

Factory setting: 29.9 in Hg / 1013 hPa

High limit: 32.0 in Hg / 1100 hPa

Manual

2100-549G

Page

48 of 59

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Contents TEC Series Packaged Heat Pump Contents Getting Other Information and Publications For More INFORMATION, Contact These PublishersGeneral Ansi Z535.5 DefinitionsFactory BUILT-IN Electric Heat Table Indoor Blower PerformanceElectrical Specifications Unit Specification Sheet Unit DimensionsShipping Damage Unit Removal from SkidHandling Unit After Removal from Skid Minimum Installation Height Seismic ConsiderationsWall Mounting Bracket Location Bracket Wall Section View Center of Gravity Center of GravityRequired Clearances & Recommended Access Compressor Shipping Bolts Removal of AIR DuctDucted Application Basic Unit 3 Riser Application 6 Riser Application Duct Work FiltersSupply Duct Connections Filter LocationWith Energy Recovery Ventilator Condensate DrainWith no Vent Option With Commercial Room VentilatorUnit Mounting 16 3/4 NON-TAPPING 16 1/2 NON-TAPPINGTEC Unit Wiring Main Power Mounting the UnitComponent Location Wiring LOW Voltage Wiring LOW Voltage ConnectionsOperating Voltage Range Wall ThermostatsBasic Heat Pump with no Ventilation Package SC SC SCY2 B/W1 W2 W3 CRV Wiring Harness Heat Pump with CRV, Without CO2 ControlHeat Pump with CRV and CO2 Control To functionERV Wiring Harness Heat Pump with ERV, Without CO2 ControlHeat Pump with ERV and CO2 Control ON/OFF Cycling ERV Wiring Harness Bard #8403-067 Heat Pump with ERV and CO2 Control Fully ModulatingHeat Pump with Combination CRV and DB Economizer N Vent Code Safety Practices Topping OFF System ChargeImportant Installer Note Phase MonitorThree Phase Scroll Compressor Start UP Information Service HintsPressure Service Ports Sequence of OperationSound Defrost Cycle Defrost CycleControl Wiring Setting the Ventilation CFM LevelsTeccommercial Room Ventilator System General Description Recommended Control SequencesCRV Motor SPEED/CFM Configuration Vent Option INTAKE/EXHAUST SpeedsCRV Speed Change Terminal Access Control Wiring TECECON. Sequence of Operation Economizer Control CircuitHeating Mode Operation Ventilation ModeMotor SPEED/CFM Configuration Tecenergy Recovery Ventilator System General Description Changing Ventilation CFM Rates in Manual Mode Changing to Fully Modulating ModePerformance and Application Data Winter Heating Performance Indoor Design Conditions 70F DBERV Manual Mode Jumper PIN on M Terminal ERV Modulating Mode Jumper PIN on P TerminalVentilation Airflow Diagram Indoor Air Supply Air Outdoor AirERV Access Specifications Control Board CONFIGURATION/SETTINGWiring Accessing Menu ParametersMounting Selection of Voltage OutputsMenu Descriptions Energy Recovery Ventilator Maintenance General Information Cleanability and PerformanceMaintenance Procedures Quarterly Maintenance FrequencyAnnual Maintenance Solid State Heat Pump Control Troubleshooting Procedure TroubleshootingCodes Function Checking Temperature Sensor Temperature F VS Resistance R of Temperature SensorTroubleshooting ECM 142R Outdoor FAN Motor Troubleshooting ECM 142R Outdoor FAN Motor Cooling ModeHeat Pump Mode Replacing the MotorTroubleshooting Indoor ECM Blower Motors Troubleshooting Indoor ECM Blower Motors Cont’d FAN Blade Setting Dimensions Control Connector Motor HalfPower Connector Motor Half Refrigerant ChargeFull Load Cooling PRESSURE/TEMPERATURE Full Load Heating PRESSURE/TEMPERATUREPart Load Cooling PRESSURE/TEMPERATURE Part Load Heating PRESSURE/TEMPERATURE