KEYED NOTES
1WAREHOUSE DOOR SHALL BE PROVIDED WITH INDUSTRIAL MAGNETIC DOOR SWITCH (STYLE SIMILAR TO ENVIROMUX-DCSR-U OR EQUAL PRODUCT/METHOD). CONNECT BACK TO CONTROL PANEL (NOT SHOWN). CONTROL PANEL SHALL ENGAGE/DISENGAGE HEATING ELEMENT OF UNIT HEATERS WHEN ANY DOOR IS OPEN. THIS IS IN ACCORDANCE WITH 2015 IECC C403.2.4.8 COA AMMENDMENTS. PROVIDE ALL REQUIRED CABELING, CONDUIT, AND ACCESSORIES.COORDINATE WORK WITH CONTROLS, MECHANICAL, & ELECTRICAL CONTRACTOR.
2NEW CONTROL PANEL (NOT SHOWN) FOR WAREHOUSE DOOR(S) AND UNIT HEATER(S) INTERLOCK SHALL BE LOCATED IN WAREHOUSE. PROVIDE ALL REQUIRED CABELING, CONDUIT, AND ACCESSORIES. COORDINATE WORK WITH CONTROLS, MECHANICAL, & ELECTRICAL CONTRACTOR. UNIT HEATERS SHALL SHUT DOWN WHEN ANY OF THE WAREHOUSE DOORS ARE OPEN.
= 1'-0"
1NEW ROOF MOUNTED EXHAUST FAN SHALL BE LOCATED IN APPROXIMATE AREA. PROVIDE ALL REQUIRED ACCESSORIES FOR FULL OPERATION. COORDINATE WORK WITH ROOFING CONTRACTOR. SEE SCHEDULE.
2NEW GRAVITY VENTILATOR (GV) SHALL BE PROVIDED IN APPROXIMATE LOCATION. SEE SCHEDULE.
3ROOFTOP EQUIPMENT CAN NOT BE HELD CLOSE TO ROOF PERIMETER SINCE IT IS NOT PROVIDED WITH A PARAPET THAT IS A MINIMUM OF 30" TALL. EQUIPMENT MUST BE A MINIMUM OF 10 FEET AWAY. THIS IS IN ACCORDANCE WITH 2015 IBC 1015.6.
4NEW ROOFTOP UNIT SHALL BE PLACED IN APPROXIMATE LOCATION SHOWN. PROVIDE ALL REQUIRED DUCTWORK ACCESSORIES, FITTINGS, AND TRANSITIONS AS REQUIRED. LOCATE UNIT'S THERMOSTAT AS SHOWN. COORDINATE PLACEMENT OF UNIT IN FIELD WITH STRUCTURAL DRAWINGS/ENGINEER. PROVIDE INSULATED ROOF CURB, AND WIND ANCHORING. SIZE AND ROUTE CONDENSATE DRAIN AS SHOWN. SEE SCHEDULE AND DETAILS.
5NOTED DISTANCE IS THE MINIMUM SEPERATION DISTANCE OF EXHAUST AND INTAKE OPENGING ALONG THE SAME HORIZONTAL PLANE. DISTANCES OBTAINED FROM 2016 ASHRAE 62.1 TABLE 5.5.1 & 6.5..
6NEW ROOF CAP SHALL BE PROVIDED FROM THE FACTORY WITH EXHAUST FAN. ROOF CAP SHALL SIT ON CURB. COORDINATE FINAL CURB SIZE WITH MANUFACTURER. SEE SCHEDULE.
7NEW CONDENSING UNIT (CU) SHALL BE INSTALLED IN APPROXIMATE AREA. COORDINATE WORK WITH STRUCTURAL DRAWINGS, ARCHITECTURAL DRAWINGS, ROOFING AND ELECTRICAL CONTRACTOR, AND OTHER TRADES. MAINTAIN ALL MANUFACTURER CLEARANCES. COORDINATE WITH STRUCTURAL DRAWINGS ON EXACT PLACEMENT AND ROUTING OF UNITS REFRIGERATION AND ELECTRICAL LINES. PROVIDE NEW SLEEPER (THYBAR TEMS-1 OR EQUAL) AND CAP (ROOFSCREEN DRYCAP). SEE DETAIL.
8NEW REFRIGERANT LINES (NOT SHOWN) SHALL BE RUN FROM FAN COIL UNIT (FCU) TO CONDENSING UNIT (CU) ON ROOF. SIZE PER MANUFACTURERS RECOMMENDATIONS. COORDINATE ALL WORK WITH ARCHITECT. FIELD VERIFY EXACT FINAL ROUTING AND EQUIPMENT LOCATIONS PRIOR TO INSTALLATION. MAINTAIN ALL MANUFACTURER CLEARANCES. VERTICAL AND HORIZONTAL RUNS SHALL BE LIMITED TO MANUFACTURER'S RECOMMENDATIONS.
9CONTRACTOR SHALL PROVIDE AWI MEDIUM VAULT (OR EQUAL) FOR REFRIGERANT PIPING FROM CONDENSING UNITS IN APPROXIMATE LOCATION. COORDINATE FINAL LOCATION OF ROOF PENETRATION HOUSING WITH FIELD CONDITIONS BEFORE INSTALLATION. PROVIDE ALL REQUIRED ACCESSORIES.
1NEW
2NEW
3NEW DUCTWORK TO BE ROUTED AS SHOWN. PROVIDE NEW TRANSITION AND FITTINGS AS SHOWN AND AS REQUIRED. FIELD VERIFY EXACT ROUTING AND LOCATION BEFORE CONSTRUCTION.
4NEW ZONE THERMOSTAT/CONTROL. PROVIDE NEW CONTROL WIRING AS REQUIRED.
5NEW ZONE HUMIDISTAT. PROVIDE NEW CONTROL WIRING AS REQUIRED.
6NEW CEILING MOUNTED CABINET EXHAUST FAN SHALL BE LOCATED AS SHOWN. SEE SCHEDULE.
7NEW WALL MOUNTED FAN COIL UNIT (FCU) SHALL BE LOCATED AS SHOWN. BOTTOM OF UNIT SHALL BE AT LEAST 6.5 FEET FROM FINISHED FLOOR. FIELD VERIFY EXACT LOCATION BEFORE INSTALLATION.
ROUTE UNITS PRIMARY CONDENSATE DRAIN LINE AS SHOWNN. PROVIDE OVERFLOW FLOAT SWITCH AND ALARM IN PRIMARY DRAIN PAN TO TURN UNIT OFF IF WATER IS DETECTED. PROVIDE UNIT WITH T-STAT AND LOCATE AS SHOWN.
8FAN COIL UNIT IS INTENDED TO BE PLACED ABOVE THE DOOR FRAME. COORDINATE WORK WITH ARCHITECTURAL PLANS AND OTHER TRADES.
9COORDINATE DUCTWORK FINISH WITH ARCHITECT. IF REQUESTED TO BE PAINTED, PAINT TO SPECIFIED TINT WITH APPROPRIATE PAINT TYPE.
10ADJUST DIFFUSER BLADES TO THROW AIR PARALLEL TO FLOOR.
11DUCTWORK SHALL BE PROVIDED WITH IRIS DAMPER. IF UNABLE TO OBTAIN IRIS DAMPER OR SIZE, DAMPER SHALL BE PLACED IN RTU RETURN AIR DROP. DAMPER SHALL BE USED FOR BALANCING PURPOSES.
12NEW DOOR GRILLE SHALL BE PLACED ON DOOR. PLACED GRILLE AS LOW AS POSSIBLE. COORDINATE WORK WITH ARCHITECT. SEE SCHEDULE.
13FIRE DAMPER SHALL BE PROVIDED AT FLOOR PENETRATION. THIS IS IN ACCORDANCE WITH 2015 IBC 717.6.1. PROVIDE DUCT ACCESS DOORS AND ALL ACCESSORIES FOR COMPLETE OPERATION.
14NEW INDOOR FAN COIL UNIT (FCU) SHALL BE LOCATED N APPROXIMATE AREA. FIELD VERIFY EXACT FINAL LOCATION WITH FIELD CONDITIONS PRIOR TO INSTALLATION. ROUTE UNIT'S PRIMARY CONDENSATE LINE AS SHOWN. PROVIDE OVERFLOW FLOAT SWITCH AND ALARM IN PRIMARY DRAIN PAN TO TURN UNIT OFF IF WATER IS DETECTED. PROVIDE UNIT WITH T-STAT AND LOCATE AS SHOWN. ENSURE THERMOSTAT AND ASSOCIATED FAN COIL COMMUNICATE. SEE SCHEDULE AND DETAILS. MAINTAIN MANUFACTURER'S RECOMMENDED CLEARANCES.
15NEW MOTORIZED DAMPER SHALL BE LOCATED IN APPROXIMATE AREA. INTERLOCK ASSOCIATED MOTORZIED DAMPER WITH FAN OPERATION.
16DUCT PENETRATION DOES NOT REQUIRED A FIRE DAMPER. CLAIMING EXCEPTION 3 OF 2015 IBC 717.5.2.
17NOTED DIMENSION IS THE REQUIRED SEPERATION DISTANCE FROM INTAKE AND EXHAUST OUTLETS (INLUDING VENTS, STREETS, ALLEYS, PARKING LOTS, AND LOADING DOCKS) PER 2015 UMC 402.3.1 COA AMMENDMENTS.
18PROVIDE UNIT POWERED CONDENSATE PUMP AS REQUIRED.
19NEW WALL HOOD (FAMCO SWVP OR EQUAL) SHALL BE PROVIDED IN APPROXIMATE AREA. MATCH SIZE NOTED ON PLAN. COORDINATE FINAL LOCATION WITH ARCHITECTURAL AND STRUCTURAL DRWAINGS.
DX SPLIT SYSTEM SCHEDULE
PROJECT: RUVATI USA
DIRECT EXPANSION PACKAGED UNIT
PROJECT: RUVATI USA
SYSTEM TAG TYPE AREA SERVED
DISCHARGE CONFIGURATION
SUPPLY AIRFLOW, CFM EXTERNAL STATIC, IN. WC. OUTSIDE AIRFLOW, CFM
DX COOLING COIL
ENT EVAP
AIR LVG EVAP COIL, DB/WB °F FAN DATA
ELECTRIC HEATING
DATA & ACCESSORIES
AHRI SEER
CONTROL
DAIKIN MODEL OR EQUAL FACTORY DISCONNECT
AMBIENT TEMP, °F MINIMUM SYSTEM AHRI SEER SPEED OPERATES DOWN TO, °F VOLTS/PH/CYCLES
NOTES
REQUIRED BTUHS ARE NET; FAN HEAT HAS NOT BEEN SUBTRACTED SINGLE POINT ELEC CONNECTION INCLUDES INTERNAL FUSING AND CONTACTORS FOR STARTERS FOR MOTORS. PROVIDE LOW AMBIENT KIT AS REQUIRED. PROVIDE CASSETTE AND WALL MOUNTED UNITS WITH CORONA DISCHARGE DEVICE (GLOBAL PLASMA SOLUTIONS OR EQUAL) APPROPRIATE
WITH FACTORY
NOTES
• REQUIRED BTUHS ARE NET AND EXCLUDE FAN HEAT
• EXTERNAL STATIC INCLUDES DUCTWORK, GRILLES, & DIRTY FILTERS
• UNITS HAVE R-410A REFRIGERANT
• EVAP MOTORS SHALL BE PREMIUM EFF.
• UNITS MUST CONFORM TO ASHRAE 90.1 -2013 OR LOCAL ENERGY CODE; MOST STRINGENT RQMTS APPLY
• IF MODEL NUMBER & SCHEDULE DATA CONFLICT; MOST STRINGENT RQMTS APPLY
• RTU'S TO BE PROVIDED WITH INTERNAL FLOAT SWITCH AND SHALL SHUT DOWN IF PRIMARY DRAIN BECOMES RESTRICTED.
• PROVIDE DIRTY FILTER AND FAN FAILURE MONITORING.
• THE ABOVE STATED ECONOMIZER HIGH LIMIT WAS OBTAIN FROM 2015 IECC TABLE C403.3.3.3. PROVIDE FAULT DETECTION AND DIAGNOSIS.
• LEAVING AIR DURING HEATING SHALL NOT EXCEED 85°F.
• PROVIDE UV RESISTANT NAMEPLATE ON EXTERIOR OF UNIT AND ON ONE INTERIOR SERVICE PANEL. INCLUDE WEIGHT, ELECTRICAL, AND GENERAL INFORMATION ON BOTH PLATES.
PROJECT: RUVATI USA
NOTES:
MODEL OR EQ.
1. PROVIDE UNIT WITH BUILT-IN THERMOSTAT.
2. UNIT SHALL BE CONTROLLED BY THERMOSTAT. SET THERMOSTAT AT 45°F.
3. PROVIDE MOUNTING BRACKET, DISCONNECT SWITCH, PILOT LIGHT, & MANUAL RESET SWITCH.
PROJECT: RUVATI USA
GV-W-01 THRU 04 INTAKE
PROJECT: RUVATI USA
CURB
MODEL OR EQ.
1. COORDINATE FINISH WITH ARCHITECT AND BUILDING ENGINEER.
2. INTERLOCK MOTORIZED DAMPER WITH ASSOCIATED
ACCESSORIES FACTORY DISCONNECT BACKDRAFT DAMPER FAN SPEED CONTROLLER
GREENHECK MODEL OR EQ.
NOTES:
1. FAN SHALL BE INTERLOCKED WITH ROOM LIGHTS.
2. FAN SHALL BE CONTROLLED BY INDEPENDENT ROOM SWITCH
3. DAMPER ACTUATOR SHALL BE AT THE SAME VOLTAGE AS FAN MOTOR AND BE PROVIDED WITH AN END SWITCH.
4. FAN SHALL BE
BASIS OF DESIGN OFFICE
WINDOWS:
U-FACTOR: 0.37 BTUH/(HxFT2x°F)
S.C. – 0.33
WALLS:
U-FACTOR: 0.12 BTUH/(HxFT2x°F)
ROOF:
U-FACTOR: 0.06 BTUH/(HxFT2x°F)
WAREHOUSE
WALLS:
U-FACTOR: 0.34 BTUH/(HxFT2x°F)
ROOF:
U-FACTOR: 0.17 BTUH/(HxFT2x°F)
(D)
All Symbols Shown Are Not Necessarily Used In This Project
Relocated
New or relocated light fixture. Letter indicates type. Refer to light fixture schedule for more information.
New emergency light fixture. Letter indicates type. Provide with emergency power source. Refer to light fixture schedule for more information. Provide with integral emergency battery backup UNO.
Exit light. Provide directional chevron(s) arrow(s) as indicated on plans. Provide with integral battery pack UNO. Connect to unswitched power leads.
Single pole switch
MC M
Manual Motor Starter With Proper Thermal Element Installed.
Switch, Three-Way Momentary Contact Toggle Type With Center Neutral Position. Similar To ASCO # 173A2.
Duplex Receptacle, 20Amp, 125Volt, 2Pole, 3Wire, Grounding Type, NEMA 5-20R UNO.
Double (QUAD) Duplex Receptacle with Common Cover Plate. Similar to Duplex Receptacle.
GFI WP GFI/WP
Ground Fault Interruptor (GFI) Duplex Receptacle. Similar To Duplex Receptacle Above.
Weatherproof (WP) Duplex Receptacle. Similar to Duplex Receptacle Above.
Ground Fault Interruptor (GFI) & Weatherproof (WP) Duplex Receptacle. Similar to Duplex Receptacle Above.
Combination Duplex Receptacle with USB Charger. 15Amp, 125Volt, NEMA 5-15R, 3.6Amps, 5VDC, 2.0 Type A USB Chargers.
Dedicated receptacle, provide gray color (Confirm w/ architect) receptacle and cover Plate, with intended usages of receptacles engraved on coverplate (E.G. "Copier"). Electrician shall confirm receptacle type required with owner/eqpm vendor prior to install.
Data Outlet. Provide Back Box/Cover Plate. Install 3/4"C. with Bushing and Pull String, Stubbed to Accessible Ceiling.
Poke-Thru or recessed floor box for power and data. Type specified on plans.
Junction Box.
Electrical Panel Boards.
Disconnect Switch. All Switches Shall Be Heavy Duty Type (E.G. 30A/3P/600/NF/NEMA 1)
Conduit Run Concealed in Wall or Ceiling
Conduit Run Concealed in Floor
Homerun to Electrical Panelboards
Legend Notes:
1.The word "provide" as used in these drawings shal mean "materials and labor furnished and installed by Electrical Contractor".
2.Mounting height of all light switches, dimmers, eceptacles, telephone, data and signal outlets shall be in accordance with the 'American with Disabilities Act'.
Light Switches, Dimmers, etc. (+42") Receptacles, Telephone, Data, etc. (+18")
All mounting heights are measured from finished floor to center of device. Mounting heights shown on the architect drawings and specifications take precedence. Verify exact mounting height required with architect and install accordingly.
FIRE ALARM SYSTEM SHALL BE INCLUDED. LOCATIONS OF ALL PANELS AND BOOSTERS SHALL BE COORDINATED WITH ARCHITECT. CONTRACTOR SHALL TEST THE SYSTEM IN THE PRESENCE OF LOCAL AUTHORITIES AND MAKE ALL REQUIRED MODIFICATIONS AND ADDITIONS TO HIS DESIGN AT NO ADDITIONAL COST.
A COMMISSIONING PLAN MUST BE DEVELOPED BY A REGISTERED DESIGN PROFESSIONAL OR APPROVED AGENCY. THE PLAN SHALL INCLUDE THE FOLLOWING ITEMS:
• A NARRATIVE DESCRIPTION OF THE ACTIVITIES THAT WILL BE ACCOMPLISHED DURING EACH PHASE OF COMMISSIONING.
• A LISTING OF THE SPECIFIC EQUIPMENT, APPLIANCES OR SYSTEMS TO BE TESTED AND A DESCRIPTION OF THE TESTS TO BE PERFORMED.
• FUNCTIONS TO BE TESTED.
• CONDITIONS UNDER WHICH THE TEST WILL BE PERFORMED
• MEASURABLE CRITERIA FOR PERFORMANCE
CONTRACTOR SHALL BE RESPONSIBLE FOR THE DEVELOPMENT AND IMPLEMENTATION OF THE COMMISSIONING PLAN.
• LIGHTING SYSTEM COMMISSIONING ACTIVITIES INCLUDE BUT SHALL NOT BE LIMITED TO:
-SUBMITTAL REVIEWS
-FIELD OBSERVATION
-ENSURE ALL FIXTURES HAVE LAMPS AND ARE OPERATIONAL
-TEST EMERGENCY LIGHTING (INCLUDING EXIT SIGNS)
-ENSURE ALL OCCUPANCY & DAYLIGHT SENSORS HAVE BEEN INSTALLED PER THE MANUFACTURERS INSTRUCTIONS AND ARE OPERATING AS INTENDED.
-VERIFY STATUS INDICATORS ON DEVICES ARE CORRECT.
-CONFIRM SWITCHES AND DEVICES CONTROL LIGHT FIXTURES AS INDICATED ON THE DRAWINGS.
• THE LIST OF COMMISSIONED SYSTEMS INCLUDES, BUT SHALL NOT BE LIMITED TO:
-LIGHT FIXTURES
-EXIT SIGNS
-EMERGENCY EGRESS LIGHTING
-OCCUPANCY SENSORS
-DAYLIGHT SENSORS
-TIME-CLOCK & TIME-SWITCH CONTROLS
-DIMMER SYSTEMS
-BAS INTERFACE
• DOCUMENTATION CERTIFYING
WIRES + 1 CURRENT CARRYING NEUTRAL CONDUCTOR) ARE INSTALLED IN A COMMON CONDUIT, THE AMPACITY OF ALL CURRENT-CARRYING CONDUCTORS SHALL BE DERATED PER 2017 NEC ARTICLE 310.15 (B)(3)(A). EXAMPLE: (6)-20AMP CKTS WITH 8 CURRENT CARRYING WIRES IN A COMMON CONDUIT MUST USE MINIMUM #10 WIRE 70% X 35A = 24.5 AMPS. PROVIDE COMMON TRIP BREAKERS FOR MULTIWIRE CIRCUITS PER 2017 NEC ARTICLE 210.4 (B).
KEYED NOTES
1PROVIDE JUNCTION BOX FOR FORKLIFT CHARGING STATION
COORDINATE EXACT LOCATION AND REQUIREMENTS WITH OWNER/ARCHITECT PRIOR TO ROUGH-IN AND INSTALLATION.
2PROVIDE JUNCTION BOX FOR 2 CIRCUIT, ASTRONOMIC TIME CLOCK 'TC1'. TIME CLOCK SHALL BE INTERMATIC #E190215C OR EQUAL.
HVAC & PLUMBING EQUIPMENT CIRCUITING EQUIPMENT TAG PANEL-CKTNOTESEQUIPMENT TAGPANEL-CKTNOTES CU-1-01 LAC-2,41EUH-W-04HAC-25,27,291 CU-1-02LAC-6,81EUH-W-05HAC-31,33,351 CU-1-03LAC-10,121EUH-W-06HAC-37,39,411 CU-1-04LAC-22,241EUH-W-07HAC-14,16,181 CU-2-01LAC-14,161EUH-W-08HAC-20,22,241 CU-2-02LAC-18,201EUH-W-09HAC-26,28,301 EF-1-01LAC-212,5 EWH-1LA1-24,26,281 EF-1-02LAC-212,5 FCU-1-01LAC-1,31 EF-1-03LAC-212,5FCU-1-02LAC-5,71 EF-1-04LAC-212,5FCU-1-03 LAC-9,111 EF-1-05LAC-212,5FCU-1-04--1,7 EF-1-06LAC-212,5FCU-2-01LAC-13,151 EF-2-01LAC-232,5FCU-2-02LAC-17,191 EF-2-02LAC-232,5 HWRP-1 LA1-302 EF-2-03LAC-252,5 IWH-1 HA-2 1 EF-2-04LAC-272IWH-2 HA-4 1 EF-WO-01LAC-295RTU-01HAC-2,4,61 EF-WO-02LAC-295RTU-02HAC-8,10,121 EF-W-01LAC-262GV-W-01LAC-262,3 EF-W-02LAC-282GV-W-02LAC-282,3 EF-W-03LAC-302GV-W-03LAC-302,3 EF-W-04LAC-322GV-W-04LAC-322,3 EUH-W-01HAC-7,9,111GV-2-01LAC-13,152,4 EUH-W-02HAC-13,15,171GV-2-02LAC-17,192,4 EUH-W-03HAC-19,21,231
NOTES:
1.
2.
HA-15,17,19
HA-21,23,25
HA-14,16,18 1 1 1
EXCEPT WHERE SPECIFICALLY NOTED AND ALLOWED. WHERE MORE THAN THREE CURRENT CARRYING CONDUCTORS (EXAMPLES: 3 PHASE WIRES + 1 CURRENT CARRYING NEUTRAL CONDUCTOR) ARE INSTALLED IN A COMMON CONDUIT, THE AMPACITY OF ALL CURRENT-CARRYING CONDUCTORS SHALL BE DERATED PER 2017 NEC ARTICLE 310.15 (B)(3)(A). EXAMPLE: (6)-20AMP CKTS WITH 8 CURRENT CARRYING WIRES IN A COMMON CONDUIT MUST USE MINIMUM #10 WIRE 70% X 35A = 24.5 AMPS. PROVIDE COMMON TRIP BREAKERS FOR MULTIWIRE CIRCUITS PER 2017 NEC ARTICLE 210.4 (B).
KEYED NOTES
1PROVIDE UNISTRUT RACK FOR MOUNTING 120V WP/GFCI RECEPTACLE AND MECHANICAL EQUIPMENT EQUIPMENT DISCONNECTS. ONE RECEPTACLE CAN BE SHARED WITH MULTIPLE UNITS IF WITHIN 25' OF RECEPTACE. COORDINATE EXACT LOCATION OF RACKS WITH MECHANICAL EQUIPMENT PRIOR TO INSTALLATION.
HVAC & PLUMBING EQUIPMENT CIRCUITING EQUIPMENT TAGPANEL-CKTNOTESEQUIPMENT TAGPANEL-CKTNOTES CU-1-01LAC-2,41EUH-W-04HAC-25,27,291 CU-1-02LAC-6,81EUH-W-05HAC-31,33,351 CU-1-03LAC-10,121EUH-W-06HAC-37,39,411 CU-1-04LAC-22,241EUH-W-07HAC-14,16,181 CU-2-01LAC-14,161EUH-W-08HAC-20,22,241 CU-2-02LAC-18,201EUH-W-09HAC-26,28,301 EF-1-01LAC-212,5EWH-1LA1-24,26,281 EF-1-02LAC-212,5FCU-1-01LAC-1,31 EF-1-03LAC-212,5FCU-1-02LAC-5,71 EF-1-04LAC-212,5FCU-1-03LAC-9,111 EF-1-05LAC-212,5FCU-1-04--1,7 EF-1-06LAC-212,5FCU-2-01LAC-13,151 EF-2-01LAC-232,5FCU-2-02LAC-17,191 EF-2-02LAC-232,5HWRP-1LA1-302 EF-2-03LAC-252,5IWH-1 HA-2 1 EF-2-04LAC-272IWH-2 HA-4 1 EF-WO-01LAC-295RTU-01HAC-2,4,61 EF-WO-02LAC-295RTU-02HAC-8,10,121 EF-W-01LAC-262GV-W-01LAC-262,3 EF-W-02LAC-282GV-W-02LAC-282,3 EF-W-03LAC-302GV-W-03LAC-302,3 EF-W-04LAC-322GV-W-04LAC-322,3
EUH-W-01HAC-7,9,111GV-2-01LAC-13,152,4 EUH-W-02HAC-13,15,171GV-2-02LAC-17,192,4 EUH-W-03HAC-19,21,231
NOTES: 1. PROVIDE DISCONNECT FOR EACH UNIT. FIELD VERIFY LOCATION WITH MECHANICAL
(EXAMPLES:
CARRYING NEUTRAL CONDUCTOR) ARE INSTALLED IN A COMMON CONDUIT, THE AMPACITY OF ALL CURRENT-CARRYING CONDUCTORS SHALL BE DERATED PER 2017 NEC ARTICLE 310.15 (B)(3) (A). EXAMPLE: (6)-20AMP CKTS WITH 8 CURRENT CARRYING WIRES IN A COMMON CONDUIT MUST USE MINIMUM #10 WIRE 70% X 35A = 24.5 AMPS. PROVIDE COMMON TRIP BREAKERS FOR MULTIWIRE CIRCUITS PER 2017 NEC ARTICLE 210.4 (B). GENERAL NOTES KEYED NOTES
WIRES +
1NEW CONCRETE FLOOR BOX SHALL BE LEGRAND #880S2 OR EQUAL TWO GANG FLOOR BOX FOR POWER AND VOICE/DATA TO FURNITURE SYSTEMS. VERIFY EXACT FINISHES WITH ARCHITECT PRIOR TO INSTALLATION. PROVIDE 1"C FOR DATA AND 3/4"C FOR POWER IN SLAB TO NEAREST WALL, STUBBED TO ACCESSIBLE CEILING.
2PRE-WIRED FURNITURE IS 8-WIRE 4-CIRCUIT. PROVIDE A J-BOX AND CIRCUITING AS SHOWN FOR POWER CONNECTION AND ONE FOR DATA CONNECTION. PROVIDE QUANTITY OF WIRES PER VENDOR'S REQUIREMENTS. PROVIDE FLEX CONNECTION TO PRE-WIRED FURNITURE AS REQ'D.
3TELEPHONE TERMINAL BOARD: PROVIDE 4'X2'X3/4" THICK PLYWOOD BOARD, PAINTED AND TREATED WITH FIRE RETARDANT. PROVIDE AN ERICO #TMGB-A29L41PT (29"X4"X1/4") TELECOMMUNICATIONS GROUNDING BUS BAR (TGB) MOUNTED ON THE BOARD (COORDINATE LOCATION W/TELECOMMUNICATION CONTRACTOR). PROVIDE 1 #6 WITH GREEN INSULATION CONNECTED TO THE TGB. ROUTE THE #6 IN A 3/4" CONDUIT TO PANEL "LA1" AND CONNECT TO GROUND BUS.
4VERIFY ALL SERVER/IT ROOM EQUIPMENT ELECTRICAL POWER REQUIREMENTS, LOCATIONS, AND PLUG TYPES WITH ARCHITECT/TENANT/IT CONSULTANT PRIOR TO ROUGH-IN AND INSTALLATION.
5PROVIDE RECESSED TV BOX WITH RECEPTACLE, PHONE/DATA OUTLET, AND CABLE TV OUTLET FOR NEW FLAT SCREEN TELEVISION. LEGRAND #TV1WTVSSW OR EQUIVALENT. VERIFY EXACT MOUNTING HEIGHT AND LOCATION WITH TENANT/ARCHITECT PRIOR TO ROUGH-IN AND INSTALLATION
6NEW POKE-THRU: PROVIDE AND INSTALL WIREMOLD 4ATC WITH 3/4"C FOR POWER UNDER SLAB TO NEAREST WALL, STUBBED TO ACCESSIBLE CEILING. VERIFY EXACT FINISHES WITH ARCHITECT PRIOR TO INSTALLATION. COORDINATE EXACT LOCATION WITH TENANT/ARCHITECT PRIOR TO ROUGH-IN AND INSTALLATION.
HVAC & PLUMBING EQUIPMENT CIRCUITING EQUIPMENT TAGPANEL-CKTNOTESEQUIPMENT TAGPANEL-CKTNOTES
CU-1-01LAC-2,41EUH-W-04HAC-25,27,291
CU-1-02LAC-6,81EUH-W-05HAC-31,33,351
CU-1-03LAC-10,121EUH-W-06HAC-37,39,411
CU-1-04LAC-22,241EUH-W-07HAC-14,16,181
CU-2-01LAC-14,161EUH-W-08HAC-20,22,241
CU-2-02LAC-18,201EUH-W-09HAC-26,28,301
EF-1-01LAC-212,5EWH-1LA1-24,26,281
EF-1-02LAC-212,5FCU-1-01LAC-1,31
EF-1-03LAC-212,5FCU-1-02LAC-5,71
EF-1-04LAC-212,5FCU-1-03LAC-9,111
EF-1-05LAC-212,5FCU-1-04--1,7 EF-1-06LAC-212,5FCU-2-01LAC-13,151
EF-2-01LAC-232,5FCU-2-02LAC-17,191
EF-2-02LAC-232,5HWRP-1LA1-302
EF-2-03LAC-252,5IWH-1 HA-2 1
EF-2-04LAC-272IWH-2 HA-4 1
EF-WO-01LAC-295RTU-01HAC-2,4,61
EF-WO-02LAC-295RTU-02HAC-8,10,121
EF-W-01LAC-262GV-W-01LAC-262,3
EF-W-02LAC-282GV-W-02LAC-282,3
EF-W-03LAC-302GV-W-03LAC-302,3
EF-W-04LAC-322GV-W-04LAC-322,3
EUH-W-01HAC-7,9,111GV-2-01LAC-13,152,4
EUH-W-02HAC-13,15,171GV-2-02LAC-17,192,4
EUH-W-03HAC-19,21,231
NOTES:
C. CONTRACTOR
CIRCUITS (3 PHASE WIRES,
+
IN A COMMON CONDUIT, EXCEPT WHERE SPECIFICALLY NOTED AND ALLOWED. WHERE MORE THAN THREE CURRENT CARRYING CONDUCTORS (EXAMPLES: 3 PHASE WIRES + 1 CURRENT CARRYING NEUTRAL CONDUCTOR) ARE INSTALLED IN A COMMON CONDUIT, THE AMPACITY OF ALL CURRENTCARRYING CONDUCTORS SHALL BE DERATED PER 2017 NEC ARTICLE 310.15 (B)(3)(A). EXAMPLE: (6)-20AMP CKTS WITH 8 CURRENT CARRYING WIRES IN A
2.
3.
4.
1.
A2E HE WILLIAMS #LT-22-L39/840-AF-EM/10W-DIM-UMV 2X2 WITH 90 MIN. BATTERYBACKUP
B HE WILLIAMS #AX.5-P-DI-50/50-A-XXX-40K-8-UNV-S1-X-X-G-PC-24 PENDANT DIRECT/INDIRECT
C HE WILLIAMS #6DR-TL-L20-8-35-DIM-UNV-OW-OF-CS-N-F1 6" DOWNLIGHT
C2HE WILLIAMS #6DR-TL-L15-8-35-DIM-UNV-OW-OF-CS-N-F16" DOWNLIGHT
RECESSEDLED 13.8W UNV 1
RECESSEDLED 19WUNV 1
CE HE WILLIAMS #6DR-TL-L20-8-35-EM/10W-DIM-UNV-OW-OF-CS-N-F1 6" DOWNLIGHT WITH 90 MIN. BATTERYBACKUPRECESSEDLED 19W UNV 1
GHE WILLIAMS #75S-4-L50/840-QS-DIM-UNV STRIP LIGHT
SUSPENDEDLED 44WUNV 1
GEHE WILLIAMS #75S-4-L50/840-EM/10WLP-DIM-UNV STRIP LIGHT WITH 90 MIN. BATTERYBACKUPSUSPENDEDLED 44WUNV 1
H ATLAS #ILH-2-24L-L-5K-M HIGH BAY2X4
SUSPENDEDLED187W UNV1,4
HE ATLAS #ILH-2-24L-L-5K-M-EB HIGH BAY2X4 WITH 90 MIN. BATTERYBACKUPSUSPENDEDLED187W UNV1,4
PCORONET #LOOP LED -4-35-LTG1 -UNV-DB% -XX -ACARCHITECTURAL LED HALO
P2 CONTECH #CPL6-30K-MVD2-FC LED PENDANT
SUSPENDED LED 48WUNV 1
SUSPENDEDLED 65WUNV 1
P2E CONTECH #CPL6-30K-CDB-FC LED PENDANT WITH 90 MIN. BATTERYBACKUPSUSPENDEDLED 65WUNV 1
P3 CONTECH #CPL4-30K-MVD-FC LED PENDANT
W HE WILLIAMS #WPCL-L200-8-40-BZ-DIM-UNV WALL SCONCE
SUSPENDEDLED 50WUNV 1
SURFACELED 93W 277V1
WEHE WILLIAMS #WPCL-L200-8-40-BZ-EM/6W-DIM-UNV WALL SCONCE WITH 90 MIN. BATTERYBACKUPSURFACELED 93W 277V1
X1HE WILLIAMS #EXIT/EL-XX-R-CP-AN-EM-D EXIT SIGN WITH 90 MIN. BATTERYBACKUPSURFACELED3W UNV1,2
NOTES:
2.12.72.03.46.18.59.07.98.69.79.17.06.58.19.58.97.2
0.10.20.30.30.30.30.30.30.30.40.40.30.30.40.40.40.3
A. CONNECT ALL EXIT LIGHTS TO UN-SWITCHED POWER AHEAD OF ALL LIGHT SWITCHES. EXIT LIGHTS ARE SWITCHED AT PANEL ONLY.
B. ALL LIGHT SWITCHES TO BE GANGED TOGETHER WHERE POSSIBLE.
C. CONTRACTOR SHALL NOT INSTALL MORE THAN THREE CIRCUITS (3 PHASE WIRES, 1 NEUTRAL + 1 GROUND) IN A COMMON CONDUIT, EXCEPT WHERE SPECIFICALLY NOTED AND ALLOWED. WHERE MORE THAN THREE CURRENT CARRYING CONDUCTORS (EXAMPLES: 3 PHASE WIRES + 1 CURRENT CARRYING NEUTRAL CONDUCTOR) ARE INSTALLED IN A COMMON CONDUIT, THE AMPACITY OF ALL CURRENTCARRYING CONDUCTORS SHALL BE DERATED PER 2017 NEC ARTICLE 310.15 (B)(3)(A). EXAMPLE: (6)-20AMP CKTS WITH 8 CURRENT CARRYING WIRES IN A COMMON CONDUIT MUST USE MINIMUM #10 WIRE 70% X 35A = 24.5 AMPS. PROVIDE COMMON TRIP BREAKERS FOR MULTIWIRE CIRCUITS PER 2017 NEC ARTICLE 210.4 (B).
1DAYLIGHTING ZONE. PROVIDE WITH PHOTOCELL CAPABLE OF DIMMING FIXTURES WITHIN DASHED BOUNDARY LINE IN RESPONSE TO AVAILABLE DAYLIGHT.
P0.01PLUMBING
P0.02PLUMBING
P1.00PLUMBING
P2.00PLUMBING
P3.00PLUMBING ENLARGED PLANS
P3.01PLUMBING ENLARGED PLANS
P3.02PLUMBING ENLARGED PLANS
P3.03PLUMBING
P4.00PLUMBING
P5.00WASTE AND VENT RISER DIAGRAM
P5.01DOMESTIC WATER RISER DIAGRAM
A. Drawings are diagrammatic; confirm dimensions and locations in the field. If conflicting dimensions are shown, use larger dimension.
B. All plumbing piping, equipment, and fixture installations shall be performed by a licensed plumbing contractor. All plumbing work shall be supervised by a licensed Master Plumber.
C. Guarantee labor and materials for 1-year. Warranties begin upon Owner’s acceptance of substantial completion of the installation.
D. All plumbing materials, installation, testing, cleaning, supports, and workmanship shall be in strict accordance with the below listed applicable codes:
E. 2015 International Plumbing Code
F. 2015 International Energy Conservation Code
G. 2015 International Fire Code
H. All exceptions or substitutions taken to specified materials, fixtures, equipment, or requirements of these documents shall be submitted to the owner, Architect, and Engineer for review prior to purchase and installation.
I. Refer to project contract documentation and architectural drawings for additional requirements and information.
J. See Architectural plans and elevations for exact location of fixtures and wall mounted devices.
K. Plenums are crowded and not all obstacles are indicated. Allow for additional pipe offsets, as required, and when not indicated on drawings.
L. Properly seal all penetrations of floors, exterior walls, and rated walls.
M. Secure all permits and provide any required temporary utilities.
N. All plumbing vents thru roof shall have the minimum separation from HVAC outside air inlets, per the applicable code; coordinate with HVAC contractor.
O. Contractor shall visit site prior to bid –no extras will be allowed for conditions that could be readily observed.
P. Piping shall not be routed over electrical panels or transformers.
Q. Provide water hammer arrestors per ASSE 1010 for maintenance free operation on all quick acting valves. Size as per PDI standards; or, as specified. The use of air chambers shall not be acceptable and are not allowed.
R. The general contractor shall make an allowance n his price to pay all gas company setup fees associated with installation of gas service and meter at the building.
PLUMBING SYMBOLS & ABBREVIATIONS
ABBREVIATIONS
DOMESTIC COLD WATER LINE CW DOMESTIC HOT WATER LINE HW DOMESTIC HOT WATER RECIRC LINE HWR
SANITARY DRAIN LINE SAN
SANITARY VENT LINE V
GREASE WASTE DRAIN LINE GW
GREASE VENT LINE GV
STORM DRAIN LINE ST OVER FLOW DRAIN LINE OD
NATURAL GAS LINE G
COMPRESSED AIR LINE A
NEW
BELOW FINISHED FLOOR B.F.F.
ABOVE FINISHED FLOOR A.F.F.
WALL CLEAN OUT WCO FLOOR CLEAN OUT FCO
CLEAN OUT TO GRADE COTG
NOT IN CONTRACT N.I.C.
BOTTOM OF PIPE B.O.P.
INVERT ELEVATION I.E.
HOSE BIB HB
VENT THRU ROOF VTR
22 05 00 COMMON WORK RESULTS FOR PLUMBING
Shop drawings:
Submit all fixtures, trim, equipment, specialties and insulation for review by Engineer-ofRecord.
Operations and maintenance instructions:
Provide 3-copies of operation and maintenance manuals to Owner. Provide instruction on system operation to Owner’s representatives.
Record drawings:
Within 90 days after the date of system acceptance, provide record drawings in Revit/AutoCad Format (using the same software and version the project was designed in), plus full size hard copy. Project designed in Revit Electronic drawings may be available from Engineer for a fee. Record drawings shall include, as a minimum, the installed location and performance data on each piece of equipment and plumbing fixture. In addition, provide general configuration of all piping distribution systems, including sizes. For below grade sanitary piping, provide installed invert elevations.
Coordination:
Provide Electrical Contractor with electrical requirements of approved equipment in sufficient time to order panel boards, disconnects, and related appurtenances.
Access doors
Provide Milcor, or equal, for access to all valves, controls, water hammer arrestors, or other devices requiring maintenance. Doors shall match wall or ceiling rating. Architect must approve location and appearance of all access doors, prior to installation.
Sleeves:
Provide metal sleeves where pipes or control wiring penetrate walls.
22 05 23 GENERAL DUTY VALVES FOR PLUMBING PIPING
Ball valves: Nibco 585 Series with NIB SEAL –two piece, fullport, bronze body stainless steel trim, memory stop, with insulated handle; or equivalent in Scott, Kitz, or Milwaukee.
22 05 29 HANGERS AND SUPPORTS
Pipe and equipment hangers and supports shall be per local code.
Support all above floor piping utilizing support systems manufactured for the applicable installation. Wire or tape supports are not acceptable.
Provide 4”reinforced concrete housekeeping pad with chamfered edges for all floor or ground mounted equipment.
Isolate all water piping from direct contact with structural members (studs, joists, beams, etc.) to prevent the transmission of sound.
Flash and seal equipment, pipe stacks, and roof penetrations.
No wood sills allowed.
Roof supports compatible with existing roof system shall be portable pipe hangers or approved equal.
22 05 48 VIBRATION ISOLATION
Inline circulating pump: suspend or support with rubber or spring isolators.
22 05 73 PLUMBING COMPONENTS IDENTIFICATION
Equipment: permanent label (stencil, metal tag or engraved plastic) with unit tag or name and area or space served.
Piping: provide Brady or Seton pipe markers every 20 feet. Identify service, flow direction, and pressure. Install in clear view and align with axis of piping.
Valve tags: Install engraved metal tags with corrosion resistant chain. Number tags consecutively by location.
Valve Tag Chart: Typewritten letter size list in anodized aluminum, or plastic laminated, frame.
22 07 19 PIPING INSULATION
All insulation must have flame spread less than 25 and smoke developed less than 50 as per ASTM E84, NFPA 255, and UL 273.
Provide galvanized sheet metal shields at all pipe hangers for pipes 1½”or larger. For pipe 4”and larger, provide high-density insulation (calcium silicate) inserts at hangers.
Domestic cold water in exterior walls, attics above building insulation, or other areas subject to freezing –1”fiberglass.
Domestic hot water –For pipe sizes 1-1/4”or less, provide 1”fiberglass insulation with allservice jacket. 1-1/2”and larger, provide 1-1/2”fiberglass insulation with all-service jacket.
Roof drain bodies and horizontal piping –All pipe sizes, provide minimum 1½”thick, 0.75 lb. density fiberglass insulation with foil vapor barrier.
Insulate all exposed drain and water supply piping beneath handicap accessible sinks with closed cell insulating kit as manufactured by ‘Truebro’or equal by ‘McGuire.’
Floor drains receiving condensate from HVAC units or ice machines shall be insulated minimum 5-feet downstream of drain.
22 10 00 PLUMBING PIPING
Domestic hot/cold –ASTM B88 Type “L”copper with wrought copper or cast bronze fittings using lead-free solder joints. Or, press fit type copper fittings, up to 4”diameter and meeting ASME B16.18 and B16.22. Copper, or galvanized, grooved piping materials may be used with Engineer approval. System shall be drainable.
Testing: upon completion of construction, all domestic water piping shall be thoroughly flushed and sterilized. Submit Certificates of Testing for Engineer review.
Below slab Drainage piping below slab shall be service weight cast iron bell and spigot or schedule40 PVC with DWV no-hub fittings and clamps
Storm drains –Standard weight, cast iron soil pipe, ASTM A74 and/orSchedule 40 PVC. No hub above ground; bell and spigot below ground. Grade 1/8”per foot. Transitions between underslab PVC and above slab cast iron shal be as detailed on plans.
NOTE: PVC shall not be used for storm waste piping in any return air plenum.
Make connections between dissimilar piping materials with adaptors manufactured for the applicable type of transition.
Provide dielectric isolation device (dielectric union or coupling) where copper lines connect to ferrous lines or equipment.
Support piping every 10'-0”or less for 1”and larger pipe size; every 6'-0”for
SYMBOLS UNLESS
PIPE DOWN
PIPE UP FCO / COTG
END OF LINE CLEANOUT END CAP BALL VALVE BUTTERFLY VALVE GATE VALVE
GLOBE VALVE CHECK VALVE
Waste and vent –
Above slab: ASTM A888 Service Weight hubless cast ron pipe and fittings, with ASTM C1540 heavy duty clamps and ASTM C561 Gaskets; and/orASTM D1784 Schedule 40 PVC pipe shall be iron pipe size (IPS) conforming o ASTM D1785 and D2665, with DWV no-hub fittings and clamps. Fabricated DWV fittings shall conform to ASTM F1866. Nohub clamps shall be manufactured by ‘Tyler Pipe,’‘Clamp-All,’‘Husky,’or ‘Mission.’ Transitions between underslab PVC and above slab cast iron shall be as detailed on plans.
NOTE: PVC shall not be used for waste, or vent, piping in any return air plenum.