Bard TCS22-***-003 manual Unoccupied Cooling Setpoint, Occupied Heating Setpoint

Page 69

6.4.2.2 Unoccupied Cooling Setpoint

The Unoccupied Cooling Setpoint is the default cooling setpoint for a normally unoccupied structure. Cooling of the Structure will begin if the zone temperature is above this setpoint.

The Unoccupied Cooling Setpoint will be the active setpoint whenever the occupied override has not been started. The Unoccupied Cooling Setpoint may be adjusted by clicking the right or left arrows next to the Unoccupied Cooling Setpoint Text box. Clicking on the right arrow will increase the Unoccupied Cooling Setpoint by 0.50 degrees Fahrenheit until the maximum allowed setpoint of 85.0 degrees is reached. Clicking on the left arrow will decrease the Unoccupied Cooling Setpoint by 0.50 degrees Fahrenheit until the minimum allowed setpoint of 72.0 degrees is reached.

6.4.2.3 Occupied Heating Setpoint

The Occupied Heating Setpoint is used to raise the heating setpoint to a higher temperature if the structure is occupied. The Occupied Heating Setpoint will be the active setpoint if the occupancy override timer has been triggered and if the zone temperature is below the Occupied Heating Setpoint. Once the occupied timer is started the Occupied Heating Setpoint will be active for two (2) Hours and then will reset to the Unoccupied Heating Setpoint. Occupancy override can be canceled after 5 minutes by pressing the occupancy override button again.

Next to the Occupied Heating Setpoint value is a scroll bar. Clicking on the right arrow will increase the Occupied Heating Setpoint by 0.50 degrees Fahrenheit until the maximum allowed setpoint of 70.0 degrees is reached. Clicking on the left arrow will decrease the Occupied Heating Setpoint by 0.50 degrees Fahrenheit until the minimum allowed setpoint of 68.0 degrees is reached.

6.4.2.4 Unoccupied Heating Setpoint

The Unoccupied Heating Setpoint is the default heating setpoint for a normally unoccupied structure. Heating of the structure will begin if the zone temperature is below this setpoint.

The Unoccupied Heating Setpoint will be the active setpoint whenever the Occupied Override has not been started. The Unoccupied Heating Setpoint may be adjusted by clicking the right or left arrows next to the Unoccupied Heating Setpoint text box. Clicking on the right arrow will increase the Unoccupied Heating Setpoint by 0.50 degrees Fahrenheit until the maximum allowed setpoint of 70.0 Degrees is reached. Clicking on the left arrow will decrease the Unoccupied Heating Setpoint by 0.50 degrees Fahrenheit until the minimum allowed setpoint of 60.0 degrees is reached.

6.4.2.5 High Temperature Alarm SetPoint

The High Alarm Setpoint is the temperature at which the high temperature alarm will trigger for the structure. If the zone temperature of the structure exceeds the High Alarm Setpoint then an alarm event is logged in the alarm log and a shelter alarm is generated.

Next to the High Temperature Alarm value is a scroll bar. Clicking on the right arrow will increase the High Temperature Alarm Setpoint by 0.50 degrees Fahrenheit until the maximum allowed setpoint of 100.0 degrees is reached. Clicking on the left arrow will decrease the High Temperature

2100-444-003A

Page 63

Image 69
Contents Operations Manual Table Of Contents Operation Unit Status Screen PC Software Operation Table of Figures and Tables Shipping Damage Package ContentsAdditional Requirements Copyright NoticeBuilding Points to be Monitored GeneralWallmount Points to be Monitored for Each Unit Building Points to be ControlledAlarm Points System Points to be ControlledWallmount Points to be Controlled Inputs Mechanical Specifications Electrical SpecificationsEnvironmental Specifications Model NomenclatureTemperature Sensors Indoor and Outdoor Sensor SpecificationsHumidity Sensors Compressor Current SensorBlower Airflow Switch Front Cover Control Location Mounting Template Wiring High Voltage WiringMounting Wiring Sensors Wiring LOW VoltageOutdoor Temperature Sensor OTS Zone Temperature Sensor ZTSWiring Inputs & Outputs Wiring Ethernet Wiring Telephone LineExternal Wiring Internal Wiring Power Backup System Installation Check List System Startup Wallmount Startup Checklist2 TCS22 Startup Checklist Cooling Sequence with Economizers Sequence of OperationHeating Sequence FAN SequenceAlarm Sequence Occupied / Unoccupied Mode SequencePage Dehumidification Sequence Power Management SequenceThermal Shock Protection Sequence Modem SequenceSetpoints Display & Keypad PhysicalsMenu Tree Power UpUnit Status Buildings Status ScreenOutdoor Temperature Room TemperatureRoom Humidity Outdoor HumidityFree Cooling Room Occupied YES/NOOutdoor Enthalpy Unit #1 Economizer Unit Status ScreenUnit #1 Compressor Unit #1 HeaterAlarms Menu Unit #1 Discharge AIR TemperatureUnit #1 Filter Space Humidity Alarm Space Temp Alarm3.4 #1 Compressor Alarm 3.5 #1 Filter AlarmUtility Power Fail Outdoor Temp Alarm Fire AlarmOutdoor Humidity Alarm Door AlarmSetpoints Screen Unoccupied Cooling Setpoint Occupied Cooling SetpointLOW Temperature Alarm Setpoint High Temperature Alarm SetpointHigh Humidity Alarm Setpoint LOW Humidity Alarm SetpointFree Cooling DRY Bulb Setpoint Free Cooling Enthalpy SetpointOverrides Unit #1 Screen Enthalpy Lookup Table5.1 #1 Blower Override 5.2 #1 Economizer Override 5.3 #1 Compressor Override5.4 #1 Heater Override Continuous Blower Enables Menu Economizer Operation DRY Bulb Temperature ChangeoverFree Cooling Enthalpy Changeover Daylight Savings TimeEntering Password Password OperationKeyboard Map UNIT#1 Comp OFF Room RH Software Installation InstallationClimateWatch System Software Overview Hardware RequirementsASI Expert / Bard ClimateWatch Software Screen OverviewMenu Bar Status Bar Tool BarController Information Area Project FoldersTCS Communications Software SetupCreating a New Project & Establishing Communications Direct Connection Remote Connection Page Downloading Controller Information Page Page Saving TCS Configuration Loading TCS ConfigurationTCS Controller Information Screens Conditions Main Screen TABUnit #1 Status Unit #2 StatusTime & Place Occupied Cooling Setpoint SET Point TABUnoccupied Cooling Setpoint High Temperature Alarm SetPointOccupied Heating Setpoint Unoccupied Heating SetpointHigh Humidity Alarm SetPoint Low Temperature Alarm SetPointLow Humidity Alarm SetPoint Enthalpy Changeover SetpointDry Bulb Changeover Setpoint Continuous Blower EnableDehumidification Setpoint Active Cooling SetpointStage Indicators Active Dehumidification SetpointOverride #1 TAB Page Unit #1 Compressor Unit #1 Economizer Alarms TAB Unit #1 Compressor Alarm Unit #1 Filter AlarmUnit #1 Blower Alarm Zone Temperature AlarmOutdoor Temperature Alarm Zone Humidity AlarmOutdoor Humidity Alarm Main Power AlarmFire Trouble Alarm Alarm LOG TAB Outdoor Temperature Offset Zone Temperature OffsetOffsets TAB Zone Humidity OffsetUnit #1 Supply Air Temperature Offset Outdoor Humidity OffsetMISC. TAB Enable Economizer Operation Clear Alarm Event LogEnable Daylight Savings Time Enable 50 hz ClockModel Number Enable Zone DehumidificationModel Serial Number SoftwareTrend TAB Dial OUT TAB Page 2100-444-003A Routine Maintenance Troubleshooting1 TCS22 Troubleshooting To F on the terminal strip on controller Will correspond with the Humidity Page Humidity Sensor Output Thermistor Resistance Vs. Temperature Table Wallmount Quick Troubleshooting Guide Operation Procedure

TCS22-***-003 specifications

The Bard TCS22-***-003 is a cutting-edge technological marvel designed for modern thermal management solutions. This unit is revered in the HVAC industry for its innovative features and energy-efficient operation, making it a popular choice among both commercial and residential users.

One of the main features of the Bard TCS22-***-003 is its advanced climate control capabilities. Equipped with state-of-the-art sensors, the unit provides precise temperature regulation, ensuring optimal comfort in interior spaces. The system's intelligence allows it to adapt to varying weather conditions, maintaining consistent indoor temperatures even during extreme external fluctuations.

The Bard TCS22-***-003 also sports a robust energy efficiency rating, setting it apart from traditional heating and cooling systems. With the integration of variable speed technology, the unit optimizes energy usage by adjusting its output based on the current load. This not only reduces energy consumption but also results in lowered utility bills, promoting sustainability and eco-friendly living.

Another notable characteristic is its whisper-quiet operation. Noise reduction has been a focal point in the design of the TCS22-***-003, allowing it to function below typical sound levels associated with conventional HVAC systems. This is particularly beneficial for residential applications where noise pollution can disrupt daily activities.

The unit is built with durability in mind, featuring a weatherproof construction that can withstand various environmental conditions. Its exterior casing prevents moisture infiltration, while corrosion-resistant materials enhance its longevity. As a result, maintenance needs are minimized, further establishing the Bard TCS22-***-003 as a cost-effective solution in the long run.

In addition, the Bard TCS22-***-003 integrates smart technology, enabling users to control the system remotely using mobile devices or smart home automation systems. This level of convenience allows for personalized heating and cooling settings tailored to individual preferences and schedules.

Overall, the Bard TCS22-***-003 is a standout in the HVAC market due to its blend of efficiency, performance, and user-friendly features. Whether for a home or a commercial establishment, this innovative system offers reliable and sustainable climate control solutions that cater to the needs of today's environmentally conscious consumers.