Renovation of a mixed-use development in Reedsville, Ohio. Working plans call for the renovation of a educational facility.

The Eastern Local School District Board of Education (Brown Co.) is requesting proposals for an HVAC Controls upgrade for the Eastern Local High School, Eastern Middle School and the Sardinia Elementary buildings. Eastern Local High School Install a new Niagara 4 Building Automation System (BAS), or compatible with Niagara 4 as an equivalent, to replace the existing Staefa Talon system for Eastern Local High School: 1. Make-up Air Units (MAU-1 through MAU-7): a. Integrate the existing factory furnished controls to the new BAS. b. Integrate the existing Supply Fan and Return Fan VFDs to the new BAS. c. Use existing device connections and communication cable. d. Assumes all field wiring, sensors, and control devices are installed and operational. 2. Energy Recovery Ventilators (ERV-1 and ERV-2): a. Integrate the existing factory furnished controls to the new BAS. b. Use existing communication cable. c. Assumes all field wiring, sensors, and control devices are installed and operational. 3. Climate Master Heat Pumps (Qty. 51 2. LC1A Gym Emergency 3. LC2 Corridor 4. LC3 Corridor 5. LC4 Corridor 6. LC5 Corridor 7. LC6 Corridor 8. LC6A Corridor Emergency 9. LC8 Library 10. LC9 Kitchen 11. LC10 Exterior 12. LC7A Corridor Emergency 13. LC10A External Emergency b. Re-use existing lighting override switch for Gym lighting control and tie-into the new controller. c. Re-use existing lighting override switch for Library lighting control and tie-into the new controller. d. Assumes all field wiring, sensors, contactors and control devices are installed and operational. 6. Miscellaneous Control a. Furnish and install a new controller for control and monitoring of the Miscellaneous Control devices. The following points will be included: 1. Exhaust Fan 1 Start/Stop/Status 2. Exhaust Fan 2 Status 3. Exhaust Fan 3 Status 4. Exhaust Fan 4 Status 5. Exhaust Fan 5 Status 6. Exhaust Fan 6 Start/Stop/Status 7. Exhaust Fan 7 Status 8. Exhaust Fan 8 Status 9. Exhaust Fan 9 Status 10. Exhaust Fan 10 Status 11. Exhaust Fan 10 Space Temperature (monitoring only) 12. Exhaust Fan 11 Status 13. Exhaust Fan 12 Status 14. Exhaust Fan 13 Status 15. Exhaust Fan 13 Space Temperature (monitoring only) 16. Exhaust Fan 14 Status 17. Exhaust Fan 17 Status 18. Dust Collection System Status 19. Electric Meter Pulse 20. Exterior Photo Cell Status b. Assumes all field wiring, sensors, and control devices are installed and operational. 7. Electric Duct Heater Control (EDC 1-1, 1-2. 1-3, and 1-4) a. Furnish and install a new controller for control and monitoring of the Electric Heaters. b. The following points will be included: 1. EDC 1-1 Space Temperature 2. EDC 1-1 Stage 1 Heat 3. EDC 1-1 Stage 2 Heat 4. EDC 1-2 Space Temperature 5. EDC 1-2 Stage 1 Heat 6. EDC 1-2 Stage 2 Heat 7. EDC 1-3 Space Temperature 8. EDC 1-3 Stage 1 Heat 9. EDC 1-3 Stage 2 Heat 10. EDC 1-4 Space Temperature 11. EDC 1-4 Stage 1 Heat 12. EDC 1-4 Stage 2 Heat c. Assumes all field wiring, sensors, and control devices are installed and operational Eastern Local Middle School Furnish and install a new Niagara 4 Building Automation System (BAS), or compatible with Niagara 4 as an equivalent, to replace the existing Staefa Talon system for Eastern Local Middle School: 1. Make-up Air Units (MAU-1 through MAU-3): a. Integrate the existing factory furnished controls to the new BAS. b. Integrate the existing Supply Fan and Return Fan VFDs to the new BAS. c. Use existing device connections and communication cable. d. Assumes all field wiring, sensors, and control devices are installed and operational. 2. Climate Master Heat Pumps (Qty. 34): a. New BACNet DDC controller to replace the existing Climate Master board. b. New Room sensor with LCD display. 3. Heat Pump Fluid Loop a. Furnish and install a new controller for control of the existing heat pump fluid loop mechanical equipment. b. The following points will be included: 1. Loop Supply Temperature 2. Loop Return Temperature 3. Loop Pump 1 Start/Stop/Status/Speed 4. Loop Pump 2 Start/Stop/Status/Speed 5. Loop Differential Pressure South End of Stage Area 6. Well Supply Temperature 7. Well Return Temperature 1 8. Well Return Temperature 2 9. HX Supply Temperature 10. HX Return Temperature 11. HX Pump 1 Start/Stop/Status 12. Domestic Hot Water Supply Temperature 13. Domestic Hot Water Return Temperature 14. Domestic Hot Water Pump 1 Start/Stop/Status 15. Domestic Hot Water Recirculating Pump 1 Start/Stop/Status 16. Domestic Hot Water Supply Temperature (140F) 17. Domestic Hot Water Return Temperature (140F) 18. Domestic Hot Water Storage Tank Temperature 19. Outside Air Temperature 20. Outside Air Humidity c. Assumes all field wiring, sensors, wells, and control devices are installed and operational. 4. Lighting Controls a. Furnish and install a new controller for control and monitoring of the existing lighting contactors. The following points will be included: 1. LC1 Gym 2. LC1A Gym Emergency 3. LC2 and LC2A Corridor 4. LC3 and LC3A Corridor 5. LC4 Cafeteria 6. LC5 Kitchen 7. LC6 Exterior 8. LC6A External Emergency b. Re-use existing lighting override switch for Corridor, Kitchen, Cafeteria, Gym, and Library lighting control and tie-into the new controller. c. Assumes all field wiring, sensors, and control devices are installed and operational. 5. Miscellaneous Control a. Furnish and install a new controller for control and monitoring of the Miscellaneous Control devices. The following points will be included: 1. Exhaust Fan 1 Status 2. Exhaust Fan 2 Status 3. Exhaust Fan 3 Status 4. Exhaust Fan 4 Status 5. Exhaust Fan 5 Status 6. Exhaust Fan 6 Start/Stop/Status Sardinia Elementary School Furnish and install a new Niagara 4 Building Automation System (BAS), or compatible with Niagara 4 as an equivalent, to replace the existing Staefa Talon system for Sardinia Elementary School: 1. AHU-1 a. Furnish and install a new controller for control of the existing AHU-1. b. The following points will be included: 1. Duct Static Pressure 2. Supply Air Temperature 3. Supply Fan Start/Stop/Status/Speed 4. Chilled Water Valve Command 5. Hot Water Valve Command 6. Hot Water Coil Temp 7. Hot Water Recirculation Pump Start/Stop/Status 8. Filter Status 9. Mixed Air Temperature 10. Minimum Outside Airflow Damper Command 11. Minimum Outside Airflow 12. Maximum Outside Airflow Damper Command 13. Maximum Outside Airflow 14. Return Airflow Damper Command 15. Return Airflow 16. Exhaust Air Damper Command 17. Return Fan Start/Stop/Status/Speed 18. Return Air Temperature 19. Return Air Humidity 20. Return Air Co2 21. Low Temperature Cutout Safety 22. Smoke Detector Status 23. High Duct Static Pressure Safety 24. Kitchen Fire Status c. Integrate the existing Supply Fan and Return Fan VFDs to the new BAS. d. Assumes all field wiring, sensors, wells, and control devices are installed and operational. 2. AHU-2 a. Furnish and install a new controller for control of the existing AHU-2. b. The following points will be included: 1. Duct Static Pressure 2. Supply Air Temperature 3. Supply Fan Start/Stop/Status/Speed 4. Chilled Water Valve Command 5. Hot Water Valve Command 6. Hot Water Coil Temp 7. Hot Water Recirculation Pump Start/Stop/Status 8. Filter Status 9. Mixed Air Temperature 10. Minimum Outside Airflow Damper Command 11. Minimum Outside Airflow 12. Maximum Outside Airflow Damper Command 13. Maximum Outside Airflow 14. Return Airflow Damper Command 15. Return Airflow 16. Exhaust Air Damper Command 17. Return Fan Start/Stop/Status/Speed 18. Return Air Temperature 19. Return Air Humidity 20. Return Air Co2 21. Low Temperature Cutout Safety 22. Smoke Detector Status 23. High Duct Static Pressure Safety c. Integrate the existing Supply Fan and Return Fan VFDs to the new BAS. d. Assumes all field wiring, sensors, wells, and control devices are installed and operational 3. AHU-3 a. Furnish and install a new controller for control of the existing AHU-3. b. The following points will be included 1. Duct Static Pressure 2. Supply Air Temperature 3. Supply Fan Start/Stop/Status/Speed 4. Chilled Water Valve Command 5. Hot Water Valve Command 6. Hot Water Coil Temp 7. Hot Water Recirculation Pump Start/Stop/Status 8. Filter Status 9. Mixed Air Temperature 10. Minimum Outside Airflow Damper Command 11. Minimum Outside Airflow 12. Maximum Outside Airflow Damper Command 13. Maximum Outside Airflow 14. Return Airflow Damper Command 15. Return Airflow 16. Exhaust Air Damper Command 17. Return Fan Start/Stop/Status/Speed 18. Return Air Temperature 19. Return Air Humidity [Type here] 20. Return Air Co2 21. Low Temperature Cutout Safety 22. Smoke Detector Status 23. High Duct Static Pressure Safety 24. UV Filter Enable 25. UV Filter Status c. Integrate the existing Supply Fan and Return Fan VFDs to the new BAS. d. Assumes all field wiring, sensors, wells, and control devices are installed and operational 4. VAV Boxes (Qty. 42) a. Furnish and install b. The following points will be included: 1. Damper Position 2. Airflow 3. Space Temperature 4. Space Temperature Setpoint 5. Discharge Air Temperature c. Assumes existing hot water valve and actuator can be re-used. Proposal does not include a new valve or new valve actuator. d. Assumes all field wiring, sensors, wells, and control devices are installed and operational. 5. Hot Water System a. System was recently upgraded in 2021 and will be brought onto the District Supervisor. 6. Chilled Water System a. Furnish and install a new controller for control of the existing Chilled Water System. b. The following points will be included: 1. Chiller Enable 2. Chiller Status 3. Chiller Alarm 4. Chilled Water Supply Temperature 5. Chilled Water Return Temperature CRAC Unit a. Furnish and install a new controller for control of the existing CRAC unit. The following points will be included: 1. Space Temperature 2. Space Temperature Setpoint 3. Fan Start/Stop/Status 4. Discharge Air Temperature b. Assumes all field wiring, sensors, wells, and control devices are installed and operational Estimated Range- $400,000 - $450,000 *The value for this project is based on a financial range. The value is listed as the highest possible cost from the range provided by a stakeholder or official project document.