Specifications include, but are not limited to: A. Lower Social Science 1. Remove the existing controls and save for use on the new equipment. 2. Disconnect the existing air handling unit, remove from building and haul away. 3. Provide and assemble in place the following new equipment a) Diakin Air Handling Unit to match capacity of existing (Carrier 39ACA100729) b) Multi Zone Unit c) Electric Heat Package d) Economizer Section e) Fan Wall Supply Fan with EC Motors f) Chilled Water Coil with Stainless Steel Drain Pan g) Two inch Double Wall Construction h) Gasketed Access Doors 4. Perform necessary chilled water piping modifications required to connect new air handling unit to the existing chilled water piping. 5. Re-insulate all chilled water piping in mechanical room using fiberglass pipe insulation. 6. Pipe condensate to floor drain. 7. Relocate the existing controls to the new air handling unit. 8. Perform necessary duct modifications required to connect new air handling unit to the supply/zone ductwork, outside air ductwork and return air. Provide canvas connections at duct to equipment joints. 9. Connect power/control wiring to new equipment. 10. Start new equipment; check for proper operation and air flow. 11. Provide a one year parts and labor warranty on new equipment and installation. B. Lower Science 1. Remove the existing controls and save for use on the new equipment. 2. Disconnect the existing air handling unit, remove from building and haul away. 3. Provide and assemble in place the following new equipment; a) Diakin Air Handling Unit to match capacity of existing (Carrier 39CA090129) b) Multi Zone Unit c) Electric Heat Package d) Economizer Section e) Fan Wall Supply Fan with EC Motors f) Chilled Water Coil with Stainless Steel Drain Pan g) Two inch Double Wall Construction h) Gasketed Access Doors 4. Perform necessary chilled water piping modifications required to connect new air handling unit to the existing chilled water piping. 5. Re-insulate all chilled water piping in mechanical room using fiberglass pipe insulation. 6. Pipe condensate to floor drain. 7. Relocate the existing controls to the new air handling unit. 8. Perform necessary duct modifications required to connect new air handling unit to the supply/zone ductwork, outside air ductwork and return air. Provide canvas connections at duct to equipment joints. 9. Connect power/control wiring to new equipment. 10. Start new equipment; check for proper operation and air flow. 11. Provide a one year parts and labor warranty on new equipment and installation C. Lower Field House 1. Remove the refrigerant and oil from the existing system per EPA regulations. 2. Remove the existing controls for use on the new equipment. 3. Disconnect the existing air handling unit, condensing unit and refrigerant piping and haul away. 4. Provide and set in place the following new equipment; a) Diakin Dual Circuit, R-410A, 15 ton air cooled condensing unit b) Multizone air handling unit c) New electric heat for 7 zones d) Stainless steel drain pan e) Dual circuit evaporator coil f) Fan wall with EC Motors g) 6000 CFM h) Gasketed Access Doors 5. Run new refrigerant piping from condensing unit to air handling unit. 6. Pipe condensate to drain. 7. Relocate existing controls to the new unit. 8. Perform necessary duct modifications required to connect new air handling unit to supply duct return and outside air. Provide canvas connections at duct to equipment joints. 9. Connect power/control wiring to new equipment. 10. Evacuate system and charge with R-410A refrigerant. 11. Start new equipment; check for proper operation and air flow. 12. Provide one year parts and labor warranty on new equipment and installation. D. ESOC Rooms 3415 and 3414 1. Remove abandoned air handling unit above 3500 entrance and haul away. 2. Provide and mount in place of existing air handling unit the following new unit; a) Magic Aire Model HBB 40AC, 10 ton chilled water air handling unit b) Mixing box c) ABB Variable Frequency Drive d) 4000 CFM at 1.5 inch static 3. Provide the following fan powered VAV boxes with electric heat; a) 3500 entrance, 8 inch (box with 7.5 kW electric heat) b) Room 3415 8 inch box with 5 kW electric heat c) Room 3414 8 inch box with 5 kW electric heat 4. Ductwork a) Connect new air handling unit to the existing outside air b) Run a supply duct from air handling unit to classroom 3415 and 3414 c) Tie new fan powered VAV boxes to new supply duct d) Run a supply duct off each new fan powered VAV box a) At both 3500 entrances tap off to 3, lay in, supply air diffusers b) For rooms 3515 and 3514, tap off to 2, lay in, supply air diffusers for each room e) Return air will be a free return into hallway through ceiling egg crate 5. Connect chilled water piping to new air handling unit. 6. Tie new air handling unit to the existing condensate drain. 7. Insulate all new chilled water piping. 8. Run power wiring to new air handling unit and fan powered boxes. 9. Controls a) C&C Group to provide and install (1) control panel and (1) new controller. b) C&C Group to extend LON communication new controller installed in new TCP c) C&C Group to provide and install control wiring for the following control points: i. Supply fan start/stop-VFD ii. Supply fan status iii. Supply fan speed-VFD iv. Supply fan Alarm-VFD v. Discharge air temperature vi. Return air temperature vii. Low Limit-Freeze viii. Economizer-Actuator provided and installed by others ix. Chill water valve-Valve provided and installed by others d) C&C Group to provide and install (1) new CT, (2) duct mounted temperature sensors, (1) Freeze stat e) (3) Fan Powered Boxes-Electric Reheat f) C&C Group to extend LON communication to (3) new box controllers for (3) new fan powered boxes. g) C&C Group to provide and install control wiring for the following control points a) Fan start/stop b) Fan status c) Discharge air temperature d) Electric heat command h) C&C Group to provide and install (3) new CT, (3) new duct mounted temperature sensor and (3) wall mounted thermostats (including rough-in) 10. Remove existing wall mounted unit ventilators and 3500 entrance fan coil unit; cap piping and outside air opening. (Owner to repair/paint walls). 11. Start new equipment and check for proper operation. 12. Provide a one year parts and labor warranty on new equipment and installation. E. Performing Arts Center Hallway 1. Remove the four existing fan coil units and haul away. 2. Cap chilled water piping and condensate drain piping to fan coil units. 3. Owner to repair walls where fan coil units have been removed. 4. Provide and suspend above lay-in ceiling on east end of hall the following equipment; a) One Magic Air, 5 ton air handling unit with chilled water coil and air filter rack b) One ABB Variable Frequency Drive c) Two; 8 inch Fan Powered, VAV boxes with 7.5 kW electric heat; one to serve west entrance area and one to serve hallway 5. Run a supply air duct from air handling unit above hallway ceiling to the west and tap off to serve the two new fan powered VAV Boxes. 6. Run chilled water piping to new air handling unit. 7. Insulate all new chilled water piping and insulation damaged during fan coil unit removal. 8. Run power wiring to new air handling unit and boxes. 9. Controls a) Provide temperature sensors and box controls for two fan powered VAV Boxes b) Air Handling Unit i. Static Pressure VFD Control ii. Discharge Air Temperature Control iii. Two Way Chilled Water Control Valve iv. On/off Control v. Graphics/Alarms 10. Start system and check for proper operation. 11. Provide a one year parts and labor warranty on new equipment and installation.