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CONTRACTOR FURNISHED & INSTALLED ELECTRICAL CONTRACTOR CONTINUOUS BLOW DOWN FIRE DAMPER/FLOOR DRAIN DUCT BETWEEN JOISTS ABOVE FINISHED FLOOR CEILING CLG EC GENERAL CONTRACTOR GC HAND VALVE HV (F.) FIELD VERIFY FREE BLOW DRAIN FBD HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE EXISTING EXHAUST REGISTER ENTERING ELECTRICAL ELEVATION EACH DOWN SPOUT NOZZLE DOWN SPOUT DRAWING DEEP DOWN DAMPER DIAMETER COLD WATER CEILING RAD. DAMPER CONTRACTOR CONTINUATION CONNECTION CONDENSATE CONCRETE CLEAN OUT HW HORIZ HB GPM GEN GA FM FLR FLEX FD EXIST ER ENT ELEC EL EA DSN DS DRWG DP DN DMPR DIA DBJ CW CRD CONTR CONT CONN COND CONC CO B.O.P. BOTTOM OF PIPE B BOILER CFCI BLOW OFF BO CBD CATCH BASIN CABINET BETWEEN JOISTS BETWEEN BASEMENT BUILDING ARCHITECT AS HIGH AS POSSIBLE ABOVE GRADE ABOVE CB CAB BTWN JTS BTWN BSMT BLDG ARCH AHAP AFG AFF ABV OWNER FURNISHED, CONTRACTOR INTSALLED OFCI TYPICAL TYP SAFETY VALVE SV TA TRANSFER AIR THRU WEB OF JOISTS VESTIBULE WALL HYDRANT WITH VENT THRU ROOF VIBRATION VEHICLE VOLUME DAMPER VENT TIGHT TO JOISTS TOP OF FOOTING TEMPERATURE TEMPERATURE CONTROL SUPPLY STATIC PRESSURE SHEET SELF CONTAINED VALVE SANITARY RAIN WATER LEADER RETURN IN COVER RETURN REQUIRED REGISTER REFRIGERATION REFERENCE ROOF DRAIN RADIATION POINT POWER ROOF VENTILATOR PRESSURE PLUMBING PRESSURE DROP OPENING WH W/ VTR VIB VEST VEH VD V TWJ TTJ TFGT TEMP TC SUP SP SHT SCV SAN RWL RIC RET REQ'D REG REFRIG REF RD RAD PT PRV PRESS PLBG PD OPNG PUMPS P MECHANICAL CONTRACTOR MC OUTSIDE AIR NOT TO SCALE MOUNTED MINIMUM MANUFACTURER MEZZANINE MEDIUM MECHANICAL MAXIMUM JOISTS INVERT INSULATION INCH HOT WATER SUPPLY OA NTS MTD MIN MFGR MEZZ MED MECH MAX JTS INV INSUL IN HWS HOT WATER RETURN HWR MECHANICAL ABBREVIATIONS FD S FS BD AUTOMATIC FIRE/SMOKE DAMPER CONTROL VALVE C BACKWATER VALVE S THREE WAY CONTROL VALVE TWO WAY CONTROL VALVE SOLENOID VALVE SHUTOFF VALVE COCK VALVE SQUARE HEAD BALANCING RELIEF VALVE VALVE REFRIGERANT EXPANSION PRESSURE REDUCING VALVE OS & Y VALVE WALL HYDRANT OR HOSE BIBB VALVE GAS PRESSURE REGULATOR GLOBE VALVE GAS COCK VALVE BACKFLOW PREVENTOR REDUCED PRESSURE VALVES SYMBOL DESCRIPTION ANGLE VALVE BALL VALVE BUTTERFLY VALVE MOTORIZED DAMPER AUTOMATIC SMOKE DAMPER M POINT OF DEMOLITION UNION STRAINER THERMOMETER SHOCK ABSORBER SIGHT GLASS P CHWS(B) CHWS CHWRR SUPPLY BUILDING CHILLED WATER CHILLED WATER SUPPLY CHILLED WATER REVERSE RETURN HWR HPWS HPWR HEATING WATER RETURN HEAT PUMP WATER SUPPLY HEAT PUMP WATER RETURN HPS HG GCDS GCDR HIGH PRESSURE STEAM REFRIGERANT HOT GAS GLYCOL CONDENSER SUPPLY GLYCOL CONDENSER RETURN CONDENSATE RETURN - HIGH PRESSURE STEAM CONDENSATE RETURN - LOW PRESSURE STEAM CONDENSATE RETURN - MEDIUM PRESSURE STEAM CR(HPS) CR CR(MPS) F MVAC MA MEDICAL VACUUM MEDICAL COMPRESSED AIR SD SD SS SS SCW 2 O 2 N O 2 N LVAC LPG LA IRR IG ID G SEWER BELOW GRADE SEWER BELOW GRADE STORM DRAIN, STORM DRAIN, ABOVE GRADE SANITARY DRAIN, ABOVE GRADE SANITARY DRAIN, SOFTENED COLD WATER OXYGEN NITROUS OXIDE NITROGEN LABORATORY VACUUM LIQUIFIED PETROLEUM GAS AIR LABORATORY COMPRESSED IRRIGATION WATER SUPPLY INTERRUPTIBLE GAS INDIRECT DRAIN LINE HOT WATER NATURAL GAS VENT PIPE VACUUM VACUUM RETURN 140°F CIRCULATING HOT WATER 140°F HOT WATER 180°F CIRCULATING HOT WATER 180°F HOT WATER CATCH BASIN CLEAN OUT FLOOR DRAIN OR ROOF DRAIN ABOVE FLOOR CLEAN OUT FLOOR DRAIN MANHOLE ROOF DRAIN VENT THRU ROOF V VAC VR 140 140 180 180 FOS FOR A AW AW AV FUEL OIL SUPPLY FUEL OIL RETURN COMPRESSED AIR COLD WATER CIRCULATING HOT WATER ACID WASTE, BELOW GRADE ACID WASTE, ABOVE GRADE ACID VENT POINT OF CONNECTION DESCRIPTION SYMBOL DESCRIPTION SYMBOL DESCRIPTION SYMBOL SYMBOL MECHANICAL SYMBOLS PLUMBING DESCRIPTION FIRE PROTECTION DRY FIRE SPRINKLER LINE DRY STANDPIPE FIRE PROTECTION LINE, OUTSIDE BUILDING FIRE SPRINKLER LINE FIRE HOSE CABINET, RECESSED MOUNTED FIRE HOSE CABINET, SURFACE MOUNTED WET STANDPIPE FHC FHC DFS DSP FP WSP FIRE HYDRANT WITH SHUT0FF VALVE PENDANT HEAD SPRINKLER SIDEWALL SPRINKLER HEAD UPRIGHT SPRINKLER HEAD TWO CONNECTION FIRE DEPARTMENT CONNECTION THREE CONNECTION FIRE DEPARTMENT CONNECTION FOUR CONNECTION FIRE DEPARTMENT CONNECTION HEATING, VENTILATING AND AIR CONDITIONING DESCRIPTION SYMBOL BOILER FEED LINE BF CONDENSATE DRAIN CONDENSER WATER RETURN CONDENSER WATER SUPPLY CD CDR CDS CHILLED WATER RETURN BUILDING CHILLED WATER RETURN CHWR CHWR(B) HEATING WATER REVERSE RETURN REFRIGERANT LIQUID LOW PRESSURE STEAM MEDIUM PRESSURE STEAM HWRR LIQ LPS MPS PUMPED CONDENSATE RETURN- LOW PRESSURE STEAM PUMPED CONDENSATE RETURN- HIGH PRESSURE STEAM THERMOSTAT, ELECTRIC HUMIDISTAT THERMOSTAT, NIGHT THERMOSTAT, PNEUMATIC T T T H E N PCR PCR(HPS) SUPPLY AIR RETURN AIR EXHAUST AIR SUPPLY AIR DUCT O A RETURN OR EXHAUST AIR DUCT SECTION OUTSIDE AIR DUCT SECTION AUTOMATIC FIRE DAMPER BACKDRAFT DAMPER MANUAL VOLUME DAMPER BRANCH CONNECTION OUT BRANCH CONNECTION OUT OF BOTTOM OF TOP CHECK VALVE COMBINATION WYE & 1/8 BEND COMBINATION WYE & 1/8 BEND ELBOW DOWN ELBOW UP 45° ELBOW 90° ELBOW TEE CONNECTION TEE CONNECTION TEE CONNECTION DOWN UP WYE, BEND WYE, SINGLE WYE, DOUBLE PIPING CONNECTIONS MISCELLANEOUS DESCRIPTION SYMBOL PIPE ANCHOR AQUASTAT AIR VENT CAPPED LINE CONCENTRIC REDUCER STRAINER, DUPLEX ECCENTRIC REDUCER EXPANSION JOINT FLEXIBLE CONNECTOR FLOW FLOW SWITCH FLOW FITTING PIPE GUIDE DIRECTION OF PITCH DOWN PUMP (DIAGRAMMATIC) PRESSURE GAUGE WITH PRESSURE GAUGE WITH VALVE & SIPHON PRESSURE/TEMPERATURE VALVE FITTING HEATING WATER SUPPLY HWS GENERIC STEAM TRAP HEATING, VENTILATING AND AIR CONDITIONING T OVERALL PROJECT MECHANICAL NOTES: This contractor shall visit the site and verify existing conditions and limitations prior to submitting bid and beginning work. No additional charges will be allowed due to this contractor's misunderstanding as to the amount of work involved or lack of knowledge of any condition in connection with the work. Notify Building Manager prior to starting work or shutting down any systems. Obtain the assistance of the facility maintenance staff when shutting down existing mechanical and electrical systems. Provide all equipment, piping, ductwork, controls, components, specialties and accessories necessary for complete and fully functioning mechanical systems whether or not specifically shown on the drawings. Secure all permits and pay all fees in connection with the mechanical work. Work performed and materials used shall conform in every respect to all requirements of applicable codes, ordinances, rules, and regulations pertaining to the work. This shall not permit a lower grade of construction where the drawings or specifications call for workmanship or materials in excess of code requirements. Provide timely and proper layout of mechanical equipment and systems. Coordinate mechanical work with work of other trades prior to ordering equipment, beginning system fabrication, and beginning installation. Noise and vibration generated on the project site as part of fabrication and installation of the mechanical work shall be limited to levels not objectionable to occupants and not detrimental to owner operations. Coordinate with general contractor times and locations where loud work may be performed. Provide adequate support and vibration isolation for all mechanical equipment and systems furnished and installed as part of the mechanical work. All mechanical equipment shall be supported from the building structure in accordance with code compliant and recognized industry standard methods. Refer to the architectural drawings for locations of all fire rated walls, ceilings and floors. Where mechanical systems penetrate rated walls, ceilings and floors, maintain the indicated rating with specification and code approved fire sealing materials. Coordinate construction openings necessary for the proper installation of mechanical systems with the general contractor. Do not cut new, pre- stressed or post-tensioned concrete floors or structural members without first consulting the architect or structural engineer. At the end of each day’s work properly remove and legally dispose of all debris, waste, rubbish, surplus materials, and similar items resulting from the work or associated operations, leaving the project site and all equipment furnished as part of the mechanical work in a clean and dust free condition. Transport debris and rubbish in such a manner as to prevent the spread of dust. Execute mechanical work with care. New and existing-to-remain construction which is damaged or defaced as a result of the work and is unsuitable for the use intended shall be removed and replaced by this contractor at no additional cost to the owner. The project mechanical drawings are symbolic and diagrammatic and are intended to show only the general scheme, equipment involved, and the approximate locations of materials and equipment. Information indicated on the drawings regarding utility service pressures, locations, invert elevations, and materials, has been obtained from a representative of the utility at the time of design. Verify such information prior to fabricating and installing any components associated with utility connections and notify engineer of any deviation before beginning installation of the system. The project mechanical drawings and specifications are to be considered as supplementing each other. Work specified but not shown, or shown but not specified shall be provided or performed as though mentioned and indicated in both the drawings and specifications. If items indicated on the drawings appear to conflict with other items indicated on the drawings or with the specifications, then the item or statement requiring the greater quantity, superior quality, or condition most favorable to the owner shall take precedence. The mechanical contractor is responsible for taking down, storage and reinstallation of any existing ceiling grids, ceiling tiles, etc. as needed for installation of the new mechanical systems. The mechanical contractor shall replace any damaged grids, tiles, etc. to match existing. The mechanical contractor shall remove and reinstall any cross-bracing in the joist space that interferes with the installation of the new ductwork, piping and equipment that is to be installed with the joist spacing. The mechanical contractor shall provide all necessary offsets and/or transitions as required to install ductwork and piping in the ceiling joist space due to conflicts with existing equipment, ductwork, piping, lights and joist spacing. All piping, ductwork, equipment, etc. shown screened in plans with new work is existing and is to remain unless otherwise noted. Refer to the project mechanical specifications for further information and additional requirements. A. B. C. D. E. F. G. H. I. J. K. L. M. N. O. P. Q. R. S. MECHANICAL DEMOLITION GENERAL NOTES: This contractor shall visit site and verify existing conditions and limitations prior to submitting bid and beginning work. No additional charges will be allowed due to this contractor's misunderstanding as to the amount of work involved or lack of knowledge of any condition in connection with the work. Notify building manager prior to starting work or shutting down any systems. Obtain the assistance of the facility maintenance staff when shutting down existing mechanical and electrical systems. Material and equipment shown or specified to be removed and not shown or specified to be reinstalled or turned over to the owner shall become the contractor's property and shall be promptly removed from the project site and legally disposed of. Material and equipment shown or specified to be reinstalled shall be stored in a dry location and protected from damage. Material and equipment shown or specified to be turned over to the owner shall be stored in a location designated by the owner. At the end of each days work properly remove and legally dispose of all debris, waste, and rubbish resulting from the demolition work or associated operations, leaving the project site in a clean and dust free condition. Transport debris and rubbish in such a manner as to prevent the spread of dust. Noise and vibration generated on the project site as part of fabrication and installation of the mechanical work shall be limited to levels not objectionable to occupants and not detrimental to owner operations. Coordinate with general contractor times and locations where loud work may be performed. Execute mechanical demolition work with care. Existing-to-remain construction which is damaged or defaced as a result of the work and is unsuitable for the use intended shall be removed and replaced by this contractor at no additional cost to the owner. The project mechanical drawings are symbolic and diagrammatic and are intended to show only the general scheme, equipment involved, and the approximate locations of existing materials and equipment. Field verify exact locations of existing mechanical equipment and routing of existing pipe and ductwork. Information indicated on the drawings regarding existing equipment including locations, sizes, types, invert elevations, and materials, has been obtained from the original building design documents. Verify such information and notify engineer of any deviation prior to beginning demolition of existing mechanical equipment and systems. Obtain the assistance of the facility maintenance staff to identify active and inactive mechanical and electrical systems prior to shutting down any systems and beginning work. Coordinate active system down time with the owner prior to staging demolition equipment on the project site. The project mechanical drawings and specifications are to be considered as supplementing each other. Work specified but not shown, or shown but not specified shall be provided or performed as though mentioned and indicated in both the drawings and specifications. The mechanical contractor shall remove and patch all concrete necessary for demolition and removal of underground piping shown to be demoed unless otherwise noted. All abandoned piping shall be capped back to the main takeoff. Remove any and all piping that was to be abandoned that is in conflict with newly installed piping/equipment. Patching of walls shall maintain fire rating where required. Refer to architectural code plan. Refer to the project mechanical specifications for further information and additional requirements. A. B. C. D. E. F. G. H. I. J. K. L. M. HVAC GENERAL NOTES: All ductwork shall be fabricated, installed and supported in accordance with chapter 6 of the 2012 International Mechanical Code and associated 2015 Minnesota amendments, the most current ASHRAE and SMACNA standards and the mechanical specifications for this project. Provide adequate support and vibration isolation for all mechanical equipment and systems furnished and installed as part of the mechanical work. All mechanical equipment shall be supported from the building structure in accordance with code compliant and recognized industry standard methods. No ductwork or piping shall be supported from other ductwork, piping or conduit. Refer to the architectural drawings for locations of all fire rated walls, ceilings and floors. Where mechanical systems penetrate rated walls, ceilings and floors, maintain the indicated rating with specification and code approved fire sealing materials. Refer to the architectural reflected ceiling plans for ceiling types, heights, and exact locations of all diffusers, grilles, registers, lights, and ceiling mounted equipment. Coordinate air terminal device layout with other ceiling equipment and ceiling architectural features. Coordinate construction openings necessary for the proper installation of mechanical systems with the general contractor. Do not cut new, pre- stressed or post-tensioned concrete floors or structural members without first consulting the architect or structural engineer. Coordinate roof openings with general contractor prior to ordering and setting rooftop equipment. Provide sleeves for all ductwork and piping penetrations of walls and floors. Maintain respective wall and ceiling ratings at all mechanical penetrations. Ductwork dimensions are inside clear airflow dimensions. Increase lined ductwork dimensions accordingly. Contractor may substitute spiral ductwork in lieu of rectangular ductwork sizes. Provide a manual volume balancing damper on each branch duct that serves a diffuser or register. Provide flexible connections at the air inlet and outlet of each fan unit or device. Mount thermostats and wall switches at 54-inches above finished floor unless indicated otherwise. Refer to the HVAC drawings for locations. The project mechanical drawings are symbolic and diagrammatic and are intended to show only the general scheme, equipment involved, and the approximate locations of materials and equipment. The project mechanical drawings and specifications are to be considered as supplementing each other. Work specified but not shown, or shown but not specified shall be provided or performed as though mentioned and indicated in both the drawings and specifications. If items indicated on the drawings appear to conflict with other items indicated on the drawings or with the specifications, then the item or statement requiring the greater quantity, superior quality, or condition most favorable to the owner shall take precedence. Refer also to plumbing and lighting plans for coordination and to the project mechanical specifications for further information and additional requirements. A. B. C. D. E. F. G. H. I. J. K. L. M. N. PLUMBING GENERAL NOTES: Provide all equipment, piping, controls, components, specialties and accessories necessary for complete and fully functioning mechanical systems whether or not specifically shown on the drawings. Secure all permits and pay all fees in connection with the mechanical work. Provide timely and proper layout of mechanical equipment and systems. Coordinate mechanical work with work of other trades prior to ordering equipment, beginning system fabrication, and beginning installation. Keep all plumbing piping runs as high as possible. Maintain proper burial depths for all utility service piping. Coordinate all plumbing piping runs with building structure, ductwork and lights. Offset plumbing piping as required for a coordinated and proper system installation. Pitch sanitary and storm drainage piping at 1/4-inch per foot where possible and 1/8-inch per foot minimum unless indicated otherwise on the drawings or required by applicable codes. Where invert elevations are given, the piping shall pitch on an even grade between two given elevations. Provide adequate support and vibration isolation for all mechanical equipment and systems furnished and installed as part of the mechanical work. All mechanical equipment shall be supported from the building structure in accordance with code compliant and recognized industry standard methods. No piping shall be supported from other piping, ductwork or conduit. Refer to the architectural drawings for locations of all fire rated walls, ceilings and floors. Where mechanical systems penetrate rated walls, ceilings and floors, maintain the indicated rating with specification and code approved fire sealing materials. Provide sleeves for all piping penetrations of walls and floors. All plumbing piping shall be installed in accordance with the most current adopted Minnesota state plumbing code. Refer to Minnesota rules, part 4715.0320. Work performed and materials used for the plumbing system shall comply with the standards set in the Minnesota state plumbing code. Refer to Minnesota rules, part 4715.0420. The domestic water piping system shall be disinfected in accordance with the requirements of the Minnesota state plumbing code. Refer to Minnesota rules, part 4715.2250. The plumbing system shall be tested in accordance with the requirements of the Minnesota state plumbing code. Refer to Minnesota rules, part 4715.2820, subparts 2 and 3 and Minnesota rules, part 4715.2830. Plastic pipe must be furnished and installed in accordance with Minnesota state plumbing code requirements. Refer to Minnesota rules, parts 4715.0580(f) and 4715.0600. Above grade horizontal runs of plastic waste and vent pipe cannot exceed 35-feet in total length. Joints in PVC and CPVC pipe must include use of a primer which is of contrasting color to the pipe and cement. Refer to Minnesota rules, part 4715.0810, subpart 2. All solder and flux used for potable domestic water distribution systems shall contain less than 0.2 percent lead. Use of 50-50 solder or flux containing more than 0.2 percent lead is prohibited in potable domestic water distribution systems. Any solder other than 95-5 tin-antimony or 96-4 tin-silver must be specifically approved by the governing administrative authority prior to use on this project. Refer to Minnesota statutes, section 326.371, and Minnesota rules, part 4715.0820. Information indicated on the drawings regarding utility service pressures, locations, invert elevations, and materials, has been obtained from a representative of the utility at the time of design. Verify such information prior to fabricating and installing any components associated with utility connections and notify engineer of any deviation before beginning installation of the system. Refer also to the HVAC and lighting drawings for coordination and to the project mechanical specifications for further information and additional requirements. It is the responsibility of the contractor/installer to notify the Minnesota department of labor and industry when an installation is ready for a state contract job, licensed facility, or project in an area where there is no local administrative authority is ready for an inspection and test. A. B. C. D. E. F. G. H. I. J. K. L. M. N. O. P. Date Registration Number Scale: North Check: Drawn: Date: Comm: I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota H G F E D C B A 1 2 3 4 5 6 7 8 10 9 M MN Office: (651) 407-6056 Fax: (651) 407-6476 Email: [email protected] PAULSON & CLARK ENGINEERING, INC. 2352 E. County Road J. White Bear Lake, MN 55110 WFC/SSA TLW 09/23/2016 Jacob J. Strum 41841 09/23/2016 Delano Sports Arena Locker Room Addition Independent School District #879 700 Elm Ave E, Delano, MN 55328 654 Tiger Drive Delano, MN 55328 As indicated 9 / 2 3 / 2 0 1 6 1 2 : 0 6 : 4 6 P M D:\Projects\Delano Sports Arena PAC M & E Central r16_twillemssen.rvt M0.00a Mechanical Title Sheet Mechanical Sheet Index Sheet Number Sheet Name M0.00a Mechanical Title Sheet M1.11a Plumbing Plans M2.11a HVAC Plan and Mechanical Roof Plan M3.11a Plumbing Riser Diagrams M4.11a Mechanical Details & Schedules Revisions Description Date Num

S:ISD879Districtwide1 InformationDelano Sports … HAND VALVE (F.) FIELD VERIFY FBD FREE BLOW DRAIN HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE

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Page 1: S:ISD879Districtwide1 InformationDelano Sports … HAND VALVE (F.) FIELD VERIFY FBD FREE BLOW DRAIN HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE

CONTRACTOR FURNISHED & INSTALLED

ELECTRICAL CONTRACTOR

CONTINUOUS BLOW DOWN

FIRE DAMPER/FLOOR DRAIN

DUCT BETWEEN JOISTS

ABOVE FINISHED FLOOR

CEILINGCLG

EC

GENERAL CONTRACTORGC

HAND VALVEHV

(F.) FIELD VERIFY

FREE BLOW DRAINFBD

HOT WATER

HORIZONTAL

HOSE BIB

GALLONS PER MINUTE

GENERAL

GAUGE

FROM

FLOOR

FLEXIBLE

EXISTING

EXHAUST REGISTER

ENTERING

ELECTRICAL

ELEVATION

EACH

DOWN SPOUT NOZZLE

DOWN SPOUT

DRAWING

DEEP

DOWN

DAMPER

DIAMETER

COLD WATER

CEILING RAD. DAMPER

CONTRACTOR

CONTINUATION

CONNECTION

CONDENSATE

CONCRETE

CLEAN OUT

HW

HORIZ

HB

GPM

GEN

GA

FM

FLR

FLEX

FD

EXIST

ER

ENT

ELEC

EL

EA

DSN

DS

DRWG

DP

DN

DMPR

DIA

DBJ

CW

CRD

CONTR

CONT

CONN

COND

CONC

CO

B.O.P. BOTTOM OF PIPE

B BOILER

CFCI

BLOW OFFBO

CBD

CATCH BASIN

CABINET

BETWEEN JOISTS

BETWEEN

BASEMENT

BUILDING

ARCHITECT

AS HIGH AS POSSIBLE

ABOVE GRADE

ABOVE

CB

CAB

BTWN JTS

BTWN

BSMT

BLDG

ARCH

AHAP

AFG

AFF

ABV

OWNER FURNISHED, CONTRACTOR INTSALLEDOFCI

TYPICALTYP

SAFETY VALVESV

TA TRANSFER AIR

THRU WEB OF JOISTS

VESTIBULE

WALL HYDRANT

WITH

VENT THRU ROOF

VIBRATION

VEHICLE

VOLUME DAMPER

VENT

TIGHT TO JOISTS

TOP OF FOOTING

TEMPERATURE

TEMPERATURE CONTROL

SUPPLY

STATIC PRESSURE

SHEET

SELF CONTAINED VALVE

SANITARY

RAIN WATER LEADER

RETURN IN COVER

RETURN

REQUIRED

REGISTER

REFRIGERATION

REFERENCE

ROOF DRAIN

RADIATION

POINT

POWER ROOF VENTILATOR

PRESSURE

PLUMBING

PRESSURE DROP

OPENING

WH

W/

VTR

VIB

VEST

VEH

VD

V

TWJ

TTJ

TFGT

TEMP

TC

SUP

SP

SHT

SCV

SAN

RWL

RIC

RET

REQ'D

REG

REFRIG

REF

RD

RAD

PT

PRV

PRESS

PLBG

PD

OPNG

PUMPSP

MECHANICAL CONTRACTORMC

OUTSIDE AIR

NOT TO SCALE

MOUNTED

MINIMUM

MANUFACTURER

MEZZANINE

MEDIUM

MECHANICAL

MAXIMUM

JOISTS

INVERT

INSULATION

INCH

HOT WATER SUPPLY

OA

NTS

MTD

MIN

MFGR

MEZZ

MED

MECH

MAX

JTS

INV

INSUL

IN

HWS

HOT WATER RETURNHWR

MECHANICAL ABBREVIATIONS

FD

S

FS

BD

AUTOMATIC FIRE/SMOKE DAMPER

CONTROL VALVE

C

BACKWATER VALVE

S

THREE WAY CONTROL VALVE

TWO WAY CONTROL VALVE

SOLENOID VALVE

SHUTOFF VALVE

COCK VALVESQUARE HEAD BALANCING

RELIEF VALVE

VALVEREFRIGERANT EXPANSION

PRESSURE REDUCING VALVE

OS & Y VALVE

WALL HYDRANT OR HOSE BIBB

VALVEGAS PRESSURE REGULATOR

GLOBE VALVE

GAS COCK VALVE

BACKFLOW PREVENTORREDUCED PRESSURE

VALVES

SYMBOLDESCRIPTION

ANGLE VALVE

BALL VALVE

BUTTERFLY VALVE

MOTORIZED DAMPER

AUTOMATIC SMOKE DAMPER

M

POINT OF DEMOLITION

UNION

STRAINER

THERMOMETER

SHOCK ABSORBER

SIGHT GLASS

P

CHWS(B)

CHWS

CHWRR

SUPPLYBUILDING CHILLED WATER

CHILLED WATER SUPPLY

CHILLED WATER REVERSERETURN

HWR

HPWS

HPWR

HEATING WATER RETURN

HEAT PUMP WATER SUPPLY

HEAT PUMP WATER RETURN

HPS

HG

GCDS

GCDR

HIGH PRESSURE STEAM

REFRIGERANT HOT GAS

GLYCOL CONDENSER SUPPLY

GLYCOL CONDENSER RETURN

CONDENSATE RETURN -HIGH PRESSURE STEAM

CONDENSATE RETURN -LOW PRESSURE STEAM

CONDENSATE RETURN -MEDIUM PRESSURE STEAM

CR(HPS)

CR

CR(MPS)

F

MVAC

MA

MEDICAL VACUUM

MEDICAL COMPRESSED AIR

SD

SD

SS

SS

SCW

2O

2N O

2N

LVAC

LPG

LA

IRR

IG

ID

G

SEWER BELOW GRADE

SEWER BELOW GRADESTORM DRAIN,

STORM DRAIN, ABOVE GRADE

SANITARY DRAIN,

ABOVE GRADESANITARY DRAIN,

SOFTENED COLD WATER

OXYGEN

NITROUS OXIDE

NITROGEN

LABORATORY VACUUM

LIQUIFIED PETROLEUM GAS

AIRLABORATORY COMPRESSED

IRRIGATION WATER SUPPLY

INTERRUPTIBLE GAS

INDIRECT DRAIN LINE

HOT WATER

NATURAL GAS

VENT PIPE

VACUUM

VACUUM RETURN

140°F CIRCULATING HOTWATER

140°F HOT WATER

180°F CIRCULATING HOTWATER

180°F HOT WATER

CATCH BASIN

CLEAN OUT

FLOOR DRAIN ORROOF DRAIN ABOVE

FLOOR CLEAN OUT

FLOOR DRAIN

MANHOLE

ROOF DRAIN

VENT THRU ROOF

V

VAC

VR

140

140

180

180

FOS

FOR

A

AW

AW

AV

FUEL OIL SUPPLY

FUEL OIL RETURN

COMPRESSED AIR

COLD WATER

CIRCULATING HOT WATER

ACID WASTE, BELOW GRADE

ACID WASTE, ABOVE GRADE

ACID VENT

POINT OF CONNECTION

DESCRIPTION SYMBOLDESCRIPTION SYMBOLDESCRIPTION SYMBOLSYMBOL

MECHANICAL SYMBOLS

PLUMBING

DESCRIPTION

FIRE PROTECTION

DRY FIRE SPRINKLER LINE

DRY STANDPIPE

FIRE PROTECTION LINE,OUTSIDE BUILDING

FIRE SPRINKLER LINE

FIRE HOSE CABINET,RECESSED MOUNTED

FIRE HOSE CABINET,SURFACE MOUNTED

WET STANDPIPE

FHC

FHC

DFS

DSP

FP

WSP

FIRE HYDRANT WITHSHUT0FF VALVE

PENDANT HEAD SPRINKLER

SIDEWALL SPRINKLER HEAD

UPRIGHT SPRINKLER HEAD

TWO CONNECTION FIREDEPARTMENT CONNECTION

THREE CONNECTION FIREDEPARTMENT CONNECTION

FOUR CONNECTION FIREDEPARTMENT CONNECTION

HEATING, VENTILATING AND AIR CONDITIONING

DESCRIPTION SYMBOL

BOILER FEED LINE BF

CONDENSATE DRAIN

CONDENSER WATER RETURN

CONDENSER WATER SUPPLY

CD

CDR

CDS

CHILLED WATER RETURN

BUILDING CHILLED WATERRETURN

CHWR

CHWR(B)

HEATING WATER REVERSERETURN

REFRIGERANT LIQUID

LOW PRESSURE STEAM

MEDIUM PRESSURE STEAM

HWRR

LIQ

LPS

MPS

PUMPED CONDENSATE RETURN-LOW PRESSURE STEAM

PUMPED CONDENSATE RETURN-HIGH PRESSURE STEAM

THERMOSTAT, ELECTRIC

HUMIDISTAT

THERMOSTAT, NIGHT

THERMOSTAT, PNEUMATIC

T

T

T

H

E

N

PCR

PCR(HPS)

SUPPLY AIR

RETURN AIR

EXHAUST AIR

SUPPLY AIR DUCT

OA

RETURN OR EXHAUST AIRDUCT SECTION

OUTSIDE AIR DUCT SECTION

AUTOMATIC FIRE DAMPER

BACKDRAFT DAMPER

MANUAL VOLUME DAMPER

BRANCH CONNECTION OUT

BRANCH CONNECTION OUT

OF BOTTOM

OF TOP

CHECK VALVE

COMBINATION WYE &1/8 BEND

COMBINATION WYE &1/8 BEND

ELBOW DOWN

ELBOW UP

45° ELBOW

90° ELBOW

TEE CONNECTION

TEE CONNECTION

TEE CONNECTION

DOWN

UP

WYE, BEND

WYE, SINGLE

WYE, DOUBLE

PIPING CONNECTIONS

MISCELLANEOUS

DESCRIPTION SYMBOL

PIPE ANCHOR

AQUASTAT

AIR VENT

CAPPED LINE

CONCENTRIC REDUCER

STRAINER, DUPLEX

ECCENTRIC REDUCER

EXPANSION JOINT

FLEXIBLE CONNECTOR

FLOW

FLOW SWITCH

FLOW FITTING

PIPE GUIDE

DIRECTION OF PITCH DOWN

PUMP (DIAGRAMMATIC)

PRESSURE GAUGE WITH

PRESSURE GAUGE WITHVALVE & SIPHON

PRESSURE/TEMPERATURE

VALVE

FITTING

HEATING WATER SUPPLY HWS

GENERIC STEAM TRAP

HEATING, VENTILATING AND AIR CONDITIONING

T

OVERALL PROJECT MECHANICAL NOTES:

This contractor shall visit the site and verify existing conditions and limitationsprior to submitting bid and beginning work. No additional charges will beallowed due to this contractor's misunderstanding as to the amount of workinvolved or lack of knowledge of any condition in connection with the work.

Notify Building Manager prior to starting work or shutting down any systems.Obtain the assistance of the facility maintenance staff when shutting downexisting mechanical and electrical systems.

Provide all equipment, piping, ductwork, controls, components, specialtiesand accessories necessary for complete and fully functioning mechanicalsystems whether or not specifically shown on the drawings. Secure allpermits and pay all fees in connection with the mechanical work.

Work performed and materials used shall conform in every respect to allrequirements of applicable codes, ordinances, rules, and regulationspertaining to the work. This shall not permit a lower grade of constructionwhere the drawings or specifications call for workmanship or materials inexcess of code requirements.

Provide timely and proper layout of mechanical equipment and systems.Coordinate mechanical work with work of other trades prior to orderingequipment, beginning system fabrication, and beginning installation.

Noise and vibration generated on the project site as part of fabrication andinstallation of the mechanical work shall be limited to levels not objectionableto occupants and not detrimental to owner operations. Coordinate withgeneral contractor times and locations where loud work may be performed.

Provide adequate support and vibration isolation for all mechanical equipmentand systems furnished and installed as part of the mechanical work. Allmechanical equipment shall be supported from the building structure inaccordance with code compliant and recognized industry standard methods.

Refer to the architectural drawings for locations of all fire rated walls, ceilingsand floors. Where mechanical systems penetrate rated walls, ceilings andfloors, maintain the indicated rating with specification and code approved firesealing materials.

Coordinate construction openings necessary for the proper installation ofmechanical systems with the general contractor. Do not cut new, pre-stressed or post-tensioned concrete floors or structural members withoutfirst consulting the architect or structural engineer.

At the end of each day’s work properly remove and legally dispose of alldebris, waste, rubbish, surplus materials, and similar items resulting from thework or associated operations, leaving the project site and all equipmentfurnished as part of the mechanical work in a clean and dust free condition.Transport debris and rubbish in such a manner as to prevent the spread ofdust.

Execute mechanical work with care. New and existing-to-remainconstruction which is damaged or defaced as a result of the work and isunsuitable for the use intended shall be removed and replaced by thiscontractor at no additional cost to the owner.

The project mechanical drawings are symbolic and diagrammatic and areintended to show only the general scheme, equipment involved, and theapproximate locations of materials and equipment.

Information indicated on the drawings regarding utility service pressures,locations, invert elevations, and materials, has been obtained from arepresentative of the utility at the time of design. Verify such information priorto fabricating and installing any components associated with utilityconnections and notify engineer of any deviation before beginning installationof the system.

The project mechanical drawings and specifications are to be considered assupplementing each other. Work specified but not shown, or shown but notspecified shall be provided or performed as though mentioned and indicatedin both the drawings and specifications. If items indicated on the drawingsappear to conflict with other items indicated on the drawings or with thespecifications, then the item or statement requiring the greater quantity,superior quality, or condition most favorable to the owner shall takeprecedence.

The mechanical contractor is responsible for taking down, storage andreinstallation of any existing ceiling grids, ceiling tiles, etc. as needed forinstallation of the new mechanical systems. The mechanical contractor shallreplace any damaged grids, tiles, etc. to match existing.

The mechanical contractor shall remove and reinstall any cross-bracing inthe joist space that interferes with the installation of the new ductwork, pipingand equipment that is to be installed with the joist spacing.

The mechanical contractor shall provide all necessary offsets and/ortransitions as required to install ductwork and piping in the ceiling joist spacedue to conflicts with existing equipment, ductwork, piping, lights and joistspacing.

All piping, ductwork, equipment, etc. shown screened in plans with new workis existing and is to remain unless otherwise noted.

Refer to the project mechanical specifications for further information andadditional requirements.

A.

B.

C.

D.

E.

F.

G.

H.

I.

J.

K.

L.

M.

N.

O.

P.

Q.

R.

S.

MECHANICAL DEMOLITION GENERAL NOTES:

This contractor shall visit site and verify existing conditions and limitationsprior to submitting bid and beginning work. No additional charges will beallowed due to this contractor's misunderstanding as to the amount ofwork involved or lack of knowledge of any condition in connection with thework.

Notify building manager prior to starting work or shutting down anysystems. Obtain the assistance of the facility maintenance staff whenshutting down existing mechanical and electrical systems.

Material and equipment shown or specified to be removed and not shownor specified to be reinstalled or turned over to the owner shall become thecontractor's property and shall be promptly removed from the project siteand legally disposed of. Material and equipment shown or specified to bereinstalled shall be stored in a dry location and protected from damage.Material and equipment shown or specified to be turned over to the ownershall be stored in a location designated by the owner.

At the end of each days work properly remove and legally dispose of alldebris, waste, and rubbish resulting from the demolition work orassociated operations, leaving the project site in a clean and dust freecondition. Transport debris and rubbish in such a manner as to preventthe spread of dust.

Noise and vibration generated on the project site as part of fabricationand installation of the mechanical work shall be limited to levels notobjectionable to occupants and not detrimental to owner operations.Coordinate with general contractor times and locations where loud workmay be performed.

Execute mechanical demolition work with care. Existing-to-remainconstruction which is damaged or defaced as a result of the work and isunsuitable for the use intended shall be removed and replaced by thiscontractor at no additional cost to the owner.

The project mechanical drawings are symbolic and diagrammatic andare intended to show only the general scheme, equipment involved, andthe approximate locations of existing materials and equipment. Fieldverify exact locations of existing mechanical equipment and routing ofexisting pipe and ductwork.

Information indicated on the drawings regarding existing equipmentincluding locations, sizes, types, invert elevations, and materials, hasbeen obtained from the original building design documents. Verify suchinformation and notify engineer of any deviation prior to beginningdemolition of existing mechanical equipment and systems.

Obtain the assistance of the facility maintenance staff to identify activeand inactive mechanical and electrical systems prior to shutting downany systems and beginning work. Coordinate active system down timewith the owner prior to staging demolition equipment on the project site.

The project mechanical drawings and specifications are to be consideredas supplementing each other. Work specified but not shown, or shownbut not specified shall be provided or performed as though mentionedand indicated in both the drawings and specifications.

The mechanical contractor shall remove and patch all concretenecessary for demolition and removal of underground piping shown to bedemoed unless otherwise noted.

All abandoned piping shall be capped back to the main takeoff. Removeany and all piping that was to be abandoned that is in conflict with newlyinstalled piping/equipment. Patching of walls shall maintain fire ratingwhere required.

Refer to architectural code plan. Refer to the project mechanicalspecifications for further information and additional requirements.

A.

B.

C.

D.

E.

F.

G.

H.

I.

J.

K.

L.

M.

HVAC GENERAL NOTES:

All ductwork shall be fabricated, installed and supported in accordance withchapter 6 of the 2012 International Mechanical Code and associated 2015Minnesota amendments, the most current ASHRAE and SMACNA standardsand the mechanical specifications for this project.

Provide adequate support and vibration isolation for all mechanicalequipment and systems furnished and installed as part of the mechanicalwork. All mechanical equipment shall be supported from the buildingstructure in accordance with code compliant and recognized industrystandard methods. No ductwork or piping shall be supported from otherductwork, piping or conduit.

Refer to the architectural drawings for locations of all fire rated walls, ceilingsand floors. Where mechanical systems penetrate rated walls, ceilings andfloors, maintain the indicated rating with specification and code approved firesealing materials.

Refer to the architectural reflected ceiling plans for ceiling types, heights,and exact locations of all diffusers, grilles, registers, lights, and ceilingmounted equipment. Coordinate air terminal device layout with other ceilingequipment and ceiling architectural features.

Coordinate construction openings necessary for the proper installation ofmechanical systems with the general contractor. Do not cut new, pre-stressed or post-tensioned concrete floors or structural members without firstconsulting the architect or structural engineer. Coordinate roof openingswith general contractor prior to ordering and setting rooftop equipment.

Provide sleeves for all ductwork and piping penetrations of walls and floors.Maintain respective wall and ceiling ratings at all mechanical penetrations.

Ductwork dimensions are inside clear airflow dimensions. Increase linedductwork dimensions accordingly.

Contractor may substitute spiral ductwork in lieu of rectangular ductworksizes.

Provide a manual volume balancing damper on each branch duct that servesa diffuser or register.

Provide flexible connections at the air inlet and outlet of each fan unit ordevice.

Mount thermostats and wall switches at 54-inches above finished floor unlessindicated otherwise. Refer to the HVAC drawings for locations.

The project mechanical drawings are symbolic and diagrammatic and areintended to show only the general scheme, equipment involved, and theapproximate locations of materials and equipment.

The project mechanical drawings and specifications are to be considered assupplementing each other. Work specified but not shown, or shown but notspecified shall be provided or performed as though mentioned and indicatedin both the drawings and specifications. If items indicated on the drawingsappear to conflict with other items indicated on the drawings or with thespecifications, then the item or statement requiring the greater quantity,superior quality, or condition most favorable to the owner shall takeprecedence.

Refer also to plumbing and lighting plans for coordination and to the projectmechanical specifications for further information and additionalrequirements.

A.

B.

C.

D.

E.

F.

G.

H.

I.

J.

K.

L.

M.

N.

PLUMBING GENERAL NOTES:

Provide all equipment, piping, controls, components, specialties andaccessories necessary for complete and fully functioning mechanicalsystems whether or not specifically shown on the drawings. Secure allpermits and pay all fees in connection with the mechanical work.

Provide timely and proper layout of mechanical equipment and systems.Coordinate mechanical work with work of other trades prior to orderingequipment, beginning system fabrication, and beginning installation.Keep all plumbing piping runs as high as possible. Maintain properburial depths for all utility service piping.

Coordinate all plumbing piping runs with building structure, ductworkand lights. Offset plumbing piping as required for a coordinated andproper system installation. Pitch sanitary and storm drainage piping at1/4-inch per foot where possible and 1/8-inch per foot minimum unlessindicated otherwise on the drawings or required by applicable codes.Where invert elevations are given, the piping shall pitch on an evengrade between two given elevations.

Provide adequate support and vibration isolation for all mechanicalequipment and systems furnished and installed as part of themechanical work. All mechanical equipment shall be supported fromthe building structure in accordance with code compliant andrecognized industry standard methods. No piping shall be supportedfrom other piping, ductwork or conduit.

Refer to the architectural drawings for locations of all fire rated walls,ceilings and floors. Where mechanical systems penetrate rated walls,ceilings and floors, maintain the indicated rating with specification andcode approved fire sealing materials.

Provide sleeves for all piping penetrations of walls and floors.

All plumbing piping shall be installed in accordance with the mostcurrent adopted Minnesota state plumbing code. Refer to Minnesotarules, part 4715.0320.

Work performed and materials used for the plumbing system shallcomply with the standards set in the Minnesota state plumbing code.Refer to Minnesota rules, part 4715.0420.

The domestic water piping system shall be disinfected in accordancewith the requirements of the Minnesota state plumbing code. Refer toMinnesota rules, part 4715.2250.

The plumbing system shall be tested in accordance with therequirements of the Minnesota state plumbing code. Refer toMinnesota rules, part 4715.2820, subparts 2 and 3 and Minnesotarules, part 4715.2830.

Plastic pipe must be furnished and installed in accordance withMinnesota state plumbing code requirements. Refer to Minnesotarules, parts 4715.0580(f) and 4715.0600. Above grade horizontal runsof plastic waste and vent pipe cannot exceed 35-feet in total length.

Joints in PVC and CPVC pipe must include use of a primer which is ofcontrasting color to the pipe and cement. Refer to Minnesota rules, part4715.0810, subpart 2.

All solder and flux used for potable domestic water distribution systemsshall contain less than 0.2 percent lead. Use of 50-50 solder or fluxcontaining more than 0.2 percent lead is prohibited in potable domesticwater distribution systems. Any solder other than 95-5 tin-antimony or96-4 tin-silver must be specifically approved by the governingadministrative authority prior to use on this project. Refer to Minnesotastatutes, section 326.371, and Minnesota rules, part 4715.0820.

Information indicated on the drawings regarding utility servicepressures, locations, invert elevations, and materials, has been obtainedfrom a representative of the utility at the time of design. Verify suchinformation prior to fabricating and installing any components associatedwith utility connections and notify engineer of any deviation beforebeginning installation of the system.

Refer also to the HVAC and lighting drawings for coordination and to theproject mechanical specifications for further information and additionalrequirements.

It is the responsibility of the contractor/installer to notify the Minnesotadepartment of labor and industry when an installation is ready for a statecontract job, licensed facility, or project in an area where there is nolocal administrative authority is ready for an inspection and test.

A.

B.

C.

D.

E.

F.

G.

H.

I.

J.

K.

L.

M.

N.

O.

P.

DateRegistration Number

Scale:

NorthCheck:

Drawn:

Date:

Comm:

I hereby certify that this plan, specification or report was preparedby me or under my direct supervision and that I am a dulyLicensed Professional Engineer under the laws of the State ofMinnesota

H

G

F

E

D

C

B

A

1 2 3 4 5 6 7 8 109

M

MN

Office: (651) 407-6056Fax: (651) 407-6476Email: [email protected]

PAULSON & CLARKENGINEERING, INC.

2352 E. County Road J.White Bear Lake, MN 55110

WFC/SSA

TLW

09/23/2016

Jacob J. Strum

41841 09/23/2016

Delano SportsArena LockerRoom Addition

Independent SchoolDistrict #879700 Elm Ave E,

Delano, MN 55328

654 Tiger Drive

Delano, MN 55328

As indicated

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M0.00a

Mechanical TitleSheet

Mechanical Sheet Index

SheetNumber Sheet Name

M0.00a Mechanical Title Sheet

M1.11a Plumbing Plans

M2.11a HVAC Plan and Mechanical Roof Plan

M3.11a Plumbing Riser Diagrams

M4.11a Mechanical Details & Schedules

Revisions

Description Date Num

Page 2: S:ISD879Districtwide1 InformationDelano Sports … HAND VALVE (F.) FIELD VERIFY FBD FREE BLOW DRAIN HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE

M

G.

4" STORM LINEUP TO 4" RD.(1,600 SQ. FT.)

4" STORM LINEUP TO 4" ORD.(1,600 SQ. FT.)

4" STORM LINE DN.

(1,600 SQ. FT.)

FCO.

RD

ORD

OR

D

4" STORM LINEUP TO 4" RD.(1,600 SQ. FT.)

4" STORM LINEUP TO 4" ORD.(1,600 SQ. FT.)

4" STORM LINE DN.

(1,600 SQ. FT.)

OR

D

RD

4" ORD. LINE DN. AND OUT BLDG.WALL PROVIDE A JOSAM#25014-51-85-7 DOWNSPOUTNOZZLE OR APPROVED EQUALDISCHARGE ONTO A 12 X 12SPLASH BLOCK ON GRADE

MS-1

EWC-1

4" FD.

WHT-1

4" FD.

2" FD.

SH-1

2" FD.

SH-2

L-1

4" FD.

SH-1 SH-1

2" FD.

4" FD.4" FD.

FCO.

FCO.

FCO.

FCO.2" FD.

L-1L-1

L-1

UR-1UR-1

WC-1

WC-1

WC-1

FCO.

WC-1

2" FD.FCO.

SH-2

SH-1

2" FD.2" FD.

SH-1SH-1

4" FD.4" FD.4" FD.

WATER METERASSEMBLY

WH-1

WH-1

P-1

1/2" HW. & CW.2" V. & 2" W.FOR SH-1 & SH-2(TYP.)

1 1/4" CW. AND2" V. & 4" W. FORWC-1 & WC-2(TYP.)

3/4" CW. AND1 1/2" V. & 3" W.FOR UR-1 (TYP.)

1/2" HW. & CW.1 1/2"V. &* W.FOR L-1 (TYP.)

WCO.

4" V. UP TO 4" VTR.

WCO.

4" W. DN.

2" V. DN. 2" V. DN.

2" V. DN.

2" V. DN.

2" V. DN.

2" CW. & 3/4" HW.DN. INTO CHASE

2"

2"

2"

2"

2"

2"

2"

2"

2"

2"

2"

2"

2"

2"

2"

2"

2"

2"

2" V. DN.

2" V. DN.

3/4"3/4"

3/4"

3/4"

2"

1"1"

1"

1 1/2"

1 1/2"

3/4"

1/2"1/2"

2" V. DN.

1 1/4"

2 1/2"

3/4"

BALANCING VALVE

SET @ 1 GPM.

1 1/4"

2 1/2"

3/4" HW. & CW.2" V. & 3" W.FOR MS-1

2" V. UP TO 4" VTR.

2" V. DN.

3/4"

1/2" CW. AND 1 1/2"V.AND 2" W. FOR EWC-1

FCO.

3/4"

2"

1/2"

1 1/2"

1/2"

1 1/4"

1 1/4" 4"

4"

4"

4"

2" FD.

2 1/2" CW. DN.

4" FD.

WH-2 WH-2

1"

FCO.

BUILDINGCLEANOUT

BUILDINGCLEANOUT

TEMPERING VALVE 140° TO 120°

GAS FLU UP THRU ROOF

3/4" GAS DN.TO WHT.-1

3/4" GAS UPTHRU ROOFSHEET M2.11a

GAS METER

GAS COCK (TYP.)

1" GAS DN. 1" GAS UP

TO ROOF SEESHEET M2.11a

NOTE

ALL GAS PIPING IS SIZED AT

2" PSI WITH A 1 PSI. DROP

2 1/2"

3/4"

4"

4"

4" STORM LINE DN.(3,200 SQ. FT.)

2" W. UPTO 2" SD-1

2" V. UP

UP TO FCO.4" W. UP

4" W. UPTO 4" FD.-1

2" V. UP

2" V. UP

4" W. UPTO 4" FD.-1

4" W. UPTO 4" FD.-12" V. UP

UP TO FCO.

UP TO FCO.

2" V. UP

4" W. UPTO 4" FD.-1

2" V. UP

2" W. UPTO 2" SD-1

2" V. UP

4" W. UPTO 4" FD.-1

4" W. UPTO 4" FD.-1

4" W. UPTO 4" FD.-1

4" W. UPTO 4" FD.-1

2" W. UPTO 2" SD-1

2" V. UP

2" W. UPTO 2" SD-1

2" V. UP

2" W. UPTO 2" SD-1

2" V. UP

2" V. UP2" V. UP 2" V. UP

UP TO FCO.

4" STORMLINE UP

UP TO FCO.

UP TO FCO.

2" W. UPTO 2" SD-1

2"

4"

4"

2"2"

4"

4"

2"

4"

4"

4"4"

4"2"

4"

4"

2" V. UP

4"

4" 4"

4"

4"

4"

4" STORMLINE UP

(1,600 SQ. FT.)

(1,600 SQ. FT.)

5'-0"

4"

4"

2"

2 1/2"

2"2"

4"

UP TO FCO.

2" V. UP3" W. UPMS-1

2 1/2" CW. UP

2 1/2"

2 1/2"

2" W. UPEWC-1

ASSUME FINISHEDFLOOR ELEVATIONEQUALS 100'-0"

INVERT ELEVATIONEQUALS 94'-0"

4" W. UPTO 4" FD.-1

6"

6"

UP TO BUILDINGCLEANOUT

5'-0"

ASSUMING 100'-0" ASFINISHED FLOORELEVATION THE INVERTFOR THE 6" STORMLINE = 95-0"

UP TO FCO.

5'-0"

ASSUMING 100'-0" ASFINISHED FLOORELEVATION THE INVERTFOR THE 6" STORMLINE = 94'-10"

UP TO BUILDINGCLEANOUT

UP TO FCO.

4"

4"

4"

4"6" (3,200 SQ. FT.)

(98 DFU)FOR CONT. OF 4" W.

FOR CONT. OF 6" STORMSEE CIVIL PLANS

FOR CONT. OF2 1/2" CW. SEECIVIL PLANS

1" GAS UP

G.

1"

FOR CONT. OF 1"GAS SERVICE SEECIVIL PLANSGAS PIPING IS SIZED AT2 PSI. WITH A 1 PSI. DROP(460 MBH.)

SEE CIVIL PLANS

1

3A

4A

5A

6A

7A

2

A

C

B

3

1

3A

4A

5A

6A

7A

2

A

C

B

3

KEY PLAN

BA

DateRegistration Number

Scale:

NorthCheck:

Drawn:

Date:

Comm:

I hereby certify that this plan, specification or report was preparedby me or under my direct supervision and that I am a dulyLicensed Professional Engineer under the laws of the State ofMinnesota

H

G

F

E

D

C

B

A

1 2 3 4 5 6 7 8 109

M

MN

Office: (651) 407-6056Fax: (651) 407-6476Email: [email protected]

PAULSON & CLARKENGINEERING, INC.

2352 E. County Road J.White Bear Lake, MN 55110

WFC/SSA

TLW

09/23/2016

Jacob J. Strum

41841 09/23/2016

Delano SportsArena LockerRoom Addition

Independent SchoolDistrict #879700 Elm Ave E,

Delano, MN 55328

654 Tiger Drive

Delano, MN 55328

1/4" = 1'-0"

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M1.11a

Plumbing Plans

1/4" = 1'-0"1

Main Level Plumbing Plan

1/4" = 1'-0"2

Underground Plumbing Plan

Revisions

Description Date Num

Page 3: S:ISD879Districtwide1 InformationDelano Sports … HAND VALVE (F.) FIELD VERIFY FBD FREE BLOW DRAIN HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE

1

4A

5A

6A

7A

2

A

C

B

3

ER1:12"x6"

165 CFM

RG2:12"x6"RG2:12"x6"

SR1:12"x10"

325 CFM

(TYP OF 4)

RG2:12"x12"

RG2:12"x6"RG2:12"x6"

(TYP OF 2)

ER1:12"x6"

160 CFM

(TYP OF 4)

6"x6" 6"x6"

18

"x16

"

16

"x18

"

8"x

8"

B110

TEAM B-

LOCKERROOM

B102

TEAM A-

LOCKERROOM

B109

SHOWER

B104

SHOWER

B105

COACHOFFICE

B106

MECH

B107

COACHOFFICE

B101

CIRC

B100

VEST

ECUH-1

EFT1EFT-1

SR1:12"x6"

100 CFM

SR1:12"x6"

100 CFM

6"x6"

6"x6"

6"x6"6"x6"

12"x12"10"x8"

6"x

6"

6"x

6"

6"x

6"

6"x

6"

6"x

6"

6"x

6"

6"x

6"

6"x

6"

12"x12" 10"x8"

ER1:12"x6"

75 CFM

16

"x8"

6"x6"6"x6"

6"x6" 6"x6"

SR1:12"x6"

135 CFM

SR1:12"x6"

135 CFM

32"X13" EA UP

22"X25" SA UP

(TYP OF 4)

ER1:12"x6"

160 CFM

ER1:12"x6"

165 CFM(TYP OF 2)

6"ø

4" WATER HEATER FLUE &AIR INTAKE UP TO ROOF

1

3A

4A

5A

6A

7A

2

A

C

B

3

4"RD-1

4"ORD-1

4"RD-1

4"ORD-1

(1600 SQ. FT)

(1600 SQ. FT)

(1600 SQ. FT)

(1600 SQ. FT)

RTU-1

1"

3/4"3/4"

3/4" GAS DOWN TOMECHANICAL ROOM

3/4" GAS TORTU-1

1" GAS DOWNTO GAS METER

1"

4" HOT WATER HEATER FLUE & 4" AIRINTAKE. TERMINATE PERMANUFACTURER'S RECOMMENDATIONS

KEY PLAN

BA

DateRegistration Number

Scale:

NorthCheck:

Drawn:

Date:

Comm:

I hereby certify that this plan, specification or report was preparedby me or under my direct supervision and that I am a dulyLicensed Professional Engineer under the laws of the State ofMinnesota

H

G

F

E

D

C

B

A

1 2 3 4 5 6 7 8 109

M

MN

Office: (651) 407-6056Fax: (651) 407-6476Email: [email protected]

PAULSON & CLARKENGINEERING, INC.

2352 E. County Road J.White Bear Lake, MN 55110

WFC/SSA

TLW

09/23/2016

Jacob J. Strum

41841 09/23/2016

Delano SportsArena LockerRoom Addition

Independent SchoolDistrict #879700 Elm Ave E,

Delano, MN 55328

654 Tiger Drive

Delano, MN 55328

As indicated

9/2

3/2

01

6 1

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M2.11a

HVAC Plan andMechanical RoofPlan

1/4" = 1'-0"1

Main Level HVAC Plan

1/8" = 1'-0"2

Mechanical Roof Plan

Revisions

Description Date Num

Page 4: S:ISD879Districtwide1 InformationDelano Sports … HAND VALVE (F.) FIELD VERIFY FBD FREE BLOW DRAIN HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE

2" FD-1

2" FD-1

4" FD-1

2" FD-1

2" FD-1

4" FD-1

2" FD-1

2" FD-1

4" FD-1

2" FD-1

2" FD-1

4" FD-1

4" FD-1

SH-1

WH-1

3/4"

WH-1

3/4"

4" VTR.

WCO.

WC-1

WC-1

WC-1

UR-1

WC-1

UR-1

L-1

L-1

L-1

L-1

4" FD-1

FCO.

FCO.SH-1

SH-1

SH-1

SH-1

4" FD-1

4" FD-1

SH-2

SH-1

SH-2

SH-1

WC-2

FCO.

FCO.

FCO.

4" FD-1

MS-1

EWC-1

4" VTR.

2"2"

2"

2"

2"

2"

4"

4"4"

4"

FCO.

4"

4"

4"

4"

4"

4"

4"

4"

2"

2"

2"2"

2"

2"

2"

2"

4"

2"

2"

2"

2"

4"

4"

4"

3"

3"

3"

4"

2"

2"

1 1/2"4"

1 1/2"

1 1/2"

2"

2"

2"

2"2"

4"

4"

4"

4"

4"

2"

2"

2"

2"

2"

2"

2"

2"

2"

4"

4"

4"

2"

2"2"

2"

2"

2"

2"

2"

2"

SH-1

SH-1

SH-2

WC-1

WC-1

WC-1

WC-1

UR-1

UR-1

L-1

L-1

L-1

L-1

EWC-1

P-1

SH-2

SH-1

SH-1

SH-1

SHOCK ABSORBERTYPE "A"

SHOCK ABSORBERTYPE "A"

SHOCK ABSORBERTYPE "C"

SHOCK ABSORBERTYPE "A"

SHOCK ABSORBERTYPE "A"

SHOCK ABSORBERTYPE "A"

MS-1

WHT-1

ASSEMBLY

WATER METER

1 1/2"

3/4"

3/4"

3/4"

3/4"

3/4"

3/4"

3/4" 1/2"

1/2"

1/2"

1/2"1/2"

1/2"

1"1"

1"1"

1"

1"

1/2"

1/2"

3/4"

3/4"

1/2"

1/2"

1/2"

1/2"1"

1"

1"

1 1/4"

1 1/4"

1 1/4"

1 1/4"

1 1/2"

1 1/2"

2"

2"

2"

2"

2"

2"

1/2"

3/4"

3/4"

3/4"

3/4"

3/4"

1"

2 1/2"

2 1/2"

1 1/4"

BALANCING VALVE SET @ 1 GPM

ISOLATION VALVES (TYP.)

ELECTRIC WATER HEATER

UNION (TYP.)

REC. PUMP

CHECK VALVE

2 1/2"

2 1/2"

1 1/4"

1/2"

3/4"

3/4"

3/4"

1/2"

3/4"

3/4"

1"

1 1/4"

1 1/4"

1"

WASTE AND VENT RISER DIAGRAMNOT TO SCALE

2

WATER RISER DIAGRAMNOT TO SCALE

1

WH-2

WH-2

3/4"3/4"

3/4"

2"

2"

FCO.

CO.

FCO.

BUILDING4"

4"

4"

4"

4"

4"

4"

4"

1 1/2"

2"

2"

2"

2"

2"

2"

2"

3"

2 1/2"

FOR CONT. OF 2 1/2" CW. SEE CIVIL PLANS

FOR CONT. OF 4" W. SEE CIVIL PLANS

DateRegistration Number

Scale:

NorthCheck:

Drawn:

Date:

Comm:

I hereby certify that this plan, specification or report was preparedby me or under my direct supervision and that I am a dulyLicensed Professional Engineer under the laws of the State ofMinnesota

H

G

F

E

D

C

B

A

1 2 3 4 5 6 7 8 109

M

MN

Office: (651) 407-6056Fax: (651) 407-6476Email: [email protected]

PAULSON & CLARKENGINEERING, INC.

2352 E. County Road J.White Bear Lake, MN 55110

WFC/SSA

TLW

09/23/2016

Jacob J. Strum

41841 09/23/2016

Delano SportsArena LockerRoom Addition

Independent SchoolDistrict #879700 Elm Ave E,

Delano, MN 55328

654 Tiger Drive

Delano, MN 55328

12" = 1'-0"

9/2

3/2

01

6 1

2:0

6:4

7 P

M

D:\

Pro

jects

\Dela

no S

port

s A

rena P

AC

M &

E C

entr

al r1

6_tw

illem

ssen.r

vt

M3.11a

Plumbing RiserDiagrams

Revisions

Description Date Num

Page 5: S:ISD879Districtwide1 InformationDelano Sports … HAND VALVE (F.) FIELD VERIFY FBD FREE BLOW DRAIN HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE

HANGER ROD

LOCKING NUT

SUPPORT NUT

HANGERSEE SPEC

PIPE

INSULATION

HIGH DENSITYINSULATION 12"MIN. LENGTH

METAL INSULATIONPROTECTION SHIELD12" MIN. LENGTH.

VAPOR BARRIERCONTINUOUS SEALEDUNDER METAL SHIELD

INSULATED PIPE UNINSULATED PIPE

VIBRATION ISOLATOR PADAND GASKET AS REQUIRED

NAILOR STRIP BYGENERAL CONTRACTOR

STEEL ROOF CURB BYMECHANICAL CONTRACTORVERIFY HEIGHT

CURB INSULATION BYMECHANICAL CONTRACTOR

ROOF DECK

BUILT-UP ROOFING

UNIT BASE AND PANEL SET LEVEL

COUNTERFLASHING BYMECHANICAL CONTRACTOR

CANT SPRIP AND FLASHINGBY GENERAL CONTRACTOR

INSULATION

PREFINISHED METAL HOOD

CAULK AROUND PIPES

TREATED WOOD CURB. VERIFYREQUIRED HEIGHT BASED ONINSULATION THICKNESS.

ROOFING

ROOF INSULATION

TREATED WOOD BLOCKINGAS REQUIRED, SECURE TODECK

ROOF DECK

2 4

2 4

2 6

2 62 6

2 6

2 4

2 4

2

12

2

12

CAST IRON RISER (TOBELOW FROST DEPTHOUTSIDE BUILDINGONLY)

COMPACTED EARTH

'Y' FITTING

ACCESS HOUSING W/ C.O. COVER

FINISHED SLAB

FINISHED GRADE

2" ABOVE FINISHED GRADEAT EXTERIOR & FLUSH INFINSHED AREAS

DateRegistration Number

Scale:

NorthCheck:

Drawn:

Date:

Comm:

I hereby certify that this plan, specification or report was preparedby me or under my direct supervision and that I am a dulyLicensed Professional Engineer under the laws of the State ofMinnesota

H

G

F

E

D

C

B

A

1 2 3 4 5 6 7 8 109

M

MN

Office: (651) 407-6056Fax: (651) 407-6476Email: [email protected]

PAULSON & CLARKENGINEERING, INC.

2352 E. County Road J.White Bear Lake, MN 55110

WFC/SSA

TLW

09/23/2016

Jacob J. Strum

41841 09/23/2016

Delano SportsArena LockerRoom Addition

Independent SchoolDistrict #879700 Elm Ave E,

Delano, MN 55328

654 Tiger Drive

Delano, MN 55328

NTS

9/2

3/2

01

6 1

2:0

6:4

7 P

M

D:\

Pro

jects

\Dela

no S

port

s A

rena P

AC

M &

E C

entr

al r1

6_tw

illem

ssen.r

vt

M4.11a

Mechanical Details& Schedules

NTS2

Clevis Hanger

Rooftop Unit Schedule

Mark Area Served Manufacturer Model

Supply Fan Return / Exhaust Fan

CFMOutdoor Air Final Filter

Heating Coil Cooling Coil

EER

Electrical

NotesFan Type CFM HP ESPFanRPM VFD Fan Type CFM Fan HP ESP

FanRPM VFD EAT LAT MBH Air PD EDB EWB LDB LWB

TotalMBH

SensibleMBH Rows FPI Air PD FPM Refrigerant Voltage Phase MCA MOCP Starter By Disc. By

RTU-1 Locker Rooms Aaon, Inc. RNA-006 Plenum 2000 2 1.00 in-wg 2079 Yes Plenum 2000.0 2 0.50 in-wg 1865 Yes 2000 Merv 11 41 °F 119 °F 210 0.02 in-wg 81 °F 68 °F 56 °F 56 °F 71 54 6 14 0.22 in-wg 235 FPM R-410A 13.5 208 V 3 39 A 50 A Mech Mech 1

Notes:1. Gas Heat, DX Cooling Rooftop Unit with total energy recovery wheel. Provide supply & return fan VFDs, modulating gas valve with stainless steel heat exchanger, hot gas reheat coil and factory roof curb. Refer to Rooftop Unit Energy Recovery Wheel Schedule.

Electric Cabinet Unit Heater Schedule

Mark Area Served Manufacturer Model Orientation CFM EAT LAT

Electrical

NotesKW Voltage Phase Disc. By Starter By

ECUH-1 Vestibule Markel 6333D054833B30D0F Wall Mounted Semi Recessed 250 50 °F 113 °F 5KW 208 V 3 Elec - MSS Mech

Water Heater Schedule

Mark Manufacturer ModelRecovery Rate @100°F Rise (GPH)

Volume(Gal) Total MBH

WHT-1 A. O. Smith BTH-250A 291 100 250

Electric Fin Tube Radiation Schedule

TypeFin TubeLength

Electrical

KW Voltage Phase Disc. By Starter By

EFT-1 49 1/2" 1.0 208 V 1 Elec Mech

Pump Schedule

Mark Pump Type Manufacturer Model Flow RatePump Head

(FT)Rated Speed

(RPM)

Electrical

NotesPower Voltage Phase Starter By Disc. By

P-1 Hot Water Recirculation Pump Bell & Gossett NBF-12F/LW 1.0 GPM 10 2800 .5 FLA 115 V 1 Mech Elec

Plumbing Fixture Schedule

Fixture Tag Fixture Type

Minimum Pipe Sizes Fixture Units

NotesCold Hot Waste VentTotal

Supply Cold Hot Waste

EWC-1 Electric Water Cooler 1/2" 0" 1 1/2" 1 1/2" 1 1 0 1 Dual Height, ADA

L-1 Lavatory 1/2" 1/2" 1 1/2" 1 1/2" 2 1.5 1.5 1 Wall Hung, ADA

MS-1 Mop Basin Service Sink 3/4" 3/4" 3" 1 1/2" 3 2 2 3 Floor Mounted 24"x24"

SH-1 Shower Assembly 1/2" 1/2" 2" 1 1/2" 4 3 3 1

SH-2 Shower Assembly 1/2" 1/2" 2" 1 1/2" 4 3 3 1 ADA

UR-1 Urinal 3/4" 0" 2" 1 1/2" 5 5 0 3 Wall Hung, ADA, Battery Operated Flush Valve

WC-1 Water Closet 1 1/4" 0" 4" 2" 10 10 0 6 Wall Hung, ADA, Battery Operated Flush Valve

WH-1 Wall Hydrant 3/4" 0" 0" 0" 2.5 2.5 0 0 Freezeproof

WH-2 Wall Hydrant 3/4" 0" 0" 0" 2.5 2.5 0 0

NTS1

Rooftop Unit Curb Detail

NTS3

Roof Pipe Penetration Detail

NTS4

Typical Cleanout

Air Terminal Schedule

Type Description Manufacturer Model Border Type Damper Finish Notes

ER1 Exhaust Register 35° Deflection Titus 350RL Surface Mount O.B. White

RG2 Return Grille with 35° Deflection Titus 350RL Surface Mount None White

SR1 Double Deflection Supply Register Titus 300RS Surface Mount O.B. White

Rooftop Unit Energy Recovery Wheel Schedule

Mark

Outdoor Air Exhaust Air

NotesCFM

Summer Winter

CFM

Summer Winter

EDB EWB LDB LWB EDB LDB EDB EWB LDB EDB LDB

RTU-1 2000 92.0 °F 75.0 °F 81.3 °F 67.7 °F -16.0 °F 41.1 °F 2000 75.0 °F 62.0 °F 85.7 °F 75.0 °F 17.9 °F 1

Notes:1. Total energy wheel as part of RTU-1.

Revisions

Description Date Num

Page 6: S:ISD879Districtwide1 InformationDelano Sports … HAND VALVE (F.) FIELD VERIFY FBD FREE BLOW DRAIN HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE

UNIT VENTILATOR

STAINLESS STEEL

DENOTES "SURFACE" DEVICE

WEATHER PROOF

LIGHTING, LIGHT OR LIGHTS

MOTOR CONTROL CENTER

MAIN DISTRIBUTION FRAME

KILOVOLT-AMPERES

POLY-VINYL-CHLORIDE

VARIABLE FREQUENCY DRIVE

SURFACE WIREMOLD

TRANSIENT VOLTAGE SURGE SUPPRESSION

TIME-CLOCK (TIME-SWITCH)

PNEUMATIC-ELECTRIC SWITCH

NORMALLY OPEN

NOT APPLICABLE

NORMALLY CLOSED

MOTOR STARTER SWITCH

MANUAL TRANSFER SWITCH

EMPTY CONDUIT

OCCUPANCY SENSOR (LIGHTING)

TC (TS)

GROUND-FAULT CIRCUIT INTERRUPTER

IC INTERRUPTING CAPACITY

JUNCTION BOX

ISOLATED GROUND

JB/J.B.

IG

HORSEPOWER

INTERLOCK

INTERCOM

INTERMEDIATE DISTRIBUTION FRAME

HORIZONTAL UNIT HEATER

HAND-OFF-AUTOMATIC SWITCH

HEATERHTR

IDF

I/L

I/C

HZ

HUH

HERTZ

GFI (GFCI)

GND/GRD

HOA

HTG

HP

HEATING

GROUND

VFD

WP

WM

W WATTS

TV

TERM

TSFR

TYP

TVSS

TELE

UV

UH

VA

UG

V

VOLT-AMPERE

UNIT HEATER

UNDERGROUND

VOLTS

TRANSFORMER

TERMINAL

TYPICAL

TELEVISION

TELEPHONE

FOOD SERVICE EQUIPMENT CONTRACTOR

EMERGENCY

EXPLOSION PROOF

EQUIPMENT

FINISHED

FIRE ALARM

FULL LOAD AMPS

ELECTRIC PNEUMATIC SWITCH

ENERGY MANAGEMENT SYSTEM

FA

FIN

FDR

FLR

FSEC

FLA

FEEDER

FLOOR

EM

EMS

EQUIP

EXPL

EP

EX EXISTING

CABINET UNIT HEATER

CONTRACTOR

COORDINATE

COMBINATION

DRAWING

DISTRIBUTION

CONNECT OR CONNECTION

END-OF-LINE RESISTOR

ELECTRICAL CONTRACTOR

DWG

E.C.

ELR

EA

DN DOWN

EACH

CUH

CONTR

COORD

CONN

COMB

DIST

RM

SHT

REC

PWR

SPR

S.S./SS

SWBD

SW

SWGR

SPC

S

SWITCHGEAR

SWITCHBOARD

SPARE

SWITCH

SPACE

RECEPTACLE

SHEET

ROOM

POWER

P.B.

NC

NF

NO

NA

PB

PR

PNL

PH

PE

OS

PVC

PULL-BOX

PUSHBUTTON

PAIR

PHASE

PANEL

NON-FUSED

ELECTRICAL ABBREVIATIONS

ADDENDUMADD

AIR HANDLING UNIT

ARCHITECTURAL

AUTOMATIC

CIRCUIT BREAKER

ABOVE FINISHED FLOOR

ABOVE FINISHED GRADE

CLOSED CIRCUIT TELEVISION

AUTOMATIC TRANSFER SWITCH

CLG

CCTV

CB

C

CCT,CKT CIRCUIT

CEILING

CONDUIT

AFF

AHU

ARCH.

AFG

AUTO

ATS

ABOVE BACKSPLASH

ALTERNATING CURRENT

A

AB

AC

AMPERE

LOC LOCATION

LTG

LV/L.V.

MCC

MAX

MDF

MFGR

MSS

MTD

MTS

MTC

MIN

MECH MECHANICAL

MANUFACTURER

MOUNTED

MINIMUM

LOW-VOLTAGE

MAXIMUM

KVA

KW KILOWATTS

O.C. ON CENTER

BOCT BOTTOM OF CABLE TRAY

S

FACP

SS

SS

S

J

S

T

R

OR EQUIPMENT SEE SCHEDULES

RACEWAY INSTALLED CONCEALED

RACEWAY INSTALLED EXPOSED

BELL/AUDIBLE DEVICE

LIGHTING OCCUPANCY SENSOR (CLG OR WALL)

SPEAKER (WALL OR CEILING MOUNTED)

PROJECTION SPEAKER (WALL or CEILING MOUNTED)

CARD READER

LOCAL ALARM

ELECTRIC-LOCK

MOTION DETECTOR (WALL OR CEILING)

DOOR CONTACTS (MONITORING)

MAGNETIC LOCK

DURESS ALARM

PANELBOARD

ELECTRICALLY OPERATED SOLENOID

DENOTES WIRE SIZE OTHER THAN #12 AWG

ANY CIRCUIT WITHOUT DESIGNATION IS A TWOWIRE CIRCUIT. ANY GREATER NUMBER OF WIRESIS INDICATED BY CROSS MARKS. LONGCROSSMARK IS NEUTRAL(GROUNDED)

CIRCUIT NUMBERS

COMBINATION MOTOR STARTER/SAFETY SWITCH

INDICATES DEVICES SHOWN UNDER

INDICATES GROUND WIRE

COMMON COVERPLATE

VOLUME CONTROL

CONDUIT STUB

MOTOR STARTER

SAFETY SWITCH

CONDUIT DOWN

JUNCTION BOX

ELECTRICAL KEY NOTE SYMBOL NUMBER

S

46.0"TWO POLE SWITCH2

F TS FIRE ALARM TAMPER SWITCH

FIRE ALARM FIREFIGHTERS PHONE JACK

EQUIPMENT SHALL BE INSTALLED AT THE MOUNTING HEIGHTS INDICATED UNLESS SHOWN OTHERWISE ON THE ARCH. ELEVATIONS, NOTED ON THEDRAWINGS, OR IN THE SPECIFICATIONS.

ALL MOUNTING HEIGHTS ARE TO CENTER OF DEVICE FROM FINISHED FLOOR. MOUNTING HEIGHTS INDICATED ON WALL ELEVATIONS, TAKEPRECEDENCE OVER MOUNTING HEIGHTS LISTED ABOVE.

LETTERS ADJACENT TO SYMBOLS INDICATE UNIT TYPE - SEE SPECS.

DOTTED SYMBOLS INDICATE EXISTING DEVICES.

MOUNT TOP OF PANEL AT 6.0' A.F.F.

MOUNT AT 80" OR 6.0" BELOW CEILING-WHICHEVER IS LOWEST.

PROVIDE DEVICES INDICATED AND A 2 GANG DEEP BOX WITH TWO (2) 3/4" CONDUITS FOR DATA/VOICE Cat. 6 CABLING, PROVIDE CAT 6 CABLING TONEAREST DATA CLOSET OR AS INDICATED ON THE DRAWINGS.

PROVIDE 120v CONNECTION TO THE FIRE SMOKE DAMPER. PROVIDE A DUCT SMOKE DETECTOR WITH CONNECTIONS TO DAMPER & FACP.

PROVIDE A 1900 DEEP JUNCTION BOX WITH (2) 1" EMPTY CONDUITS TO THE CEILING SPACE ABOVE. PROVIDE A 2 GANG MUD RING WITHOUT ANGLEDCORNERS FOR THE FUTURE SMARTBOARD.

LOW VOLTAGE SWITCH. "LV#" or "LD#" INDICATES CONTROL TYPE REFER TO CORRESPONDING DETAIL FOR REQUIRED DEVICES AND CONNECTIONSFOR LIGHTING, SENSOR AND RECEPTACLE CONTROL.

DAYLIGHT SENSOR CONNECTED TO ROOM CONTROLLER FOR DIMMED DAYLIGHT CONTROL. REFER TO DAYLIGHTING CONNECTION DETAIL.

PROVIDE WIRELESS ACCESS POINT AND JACK TERMINATED IN A BISCUIT BOX LOCATED ABOVE THE CEILING. EACH LOCATION SHALL HAVE (2) CAT 6JACKS.

REMOTE DUCT SMOKE DETECTOR TEST STATION

FIRE ALARM INDIVIDUAL ADDRESSABLE MODULE

FIRE ALARM DOOR HOLD OPEN (MAGNETIC)

SPEAKER JACK

AUDIO JACK

ELECTRICAL SYMBOL NOTES

SJ

A

INTERCOM STATION

FIRE ALARM CONTROL PANEL

FIRE ALARM HEAT DETECTOR

FIRE ALARM ANNUNCIATOR PANEL

FIREMANS KEY LOCK BOXF K

F

FAAP

F AM

F R

F DH

F H

46"

LP1

#81,3,5

HOME RUN

SFIRE ALARM SPEAKER (AUDIBLE ONLY)

FIRE ALARM STROBE (VISUAL ONLY)

FIRE ALARM MANUAL PULL STATION

FIRE ALARM SMOKE DETECTOR

FIRE ALARM BELL/STROBE

FIRE ALARM SPEAKER/STROBE

FIRE ALARM FIRE/SMOKE DAMPER

FIRE ALARM FLOW-SWITCH

FIRE ALARM DUCT SMOKE DETECTOR

F

F F/SD

F DS

F S

F FS

FAV

F A

F

FV

THREE-WAY SWITCH

KEY OPERATED SWITCH

FOUR-WAY SWITCH

DIMMER (LIGHTING)

TIME-SWITCH (TC: TIME-CLOCK)

PUSH-BUTTON

MOMENTARY CONTACT SWITCH

MOTOR STARTER SWITCH

SWITCH WITH PILOT LIGHT

MS

S

3

S

K

M

4

Note 6

Note 6

Note 6

Note 6

KEYPAD

46.0"

46.0"

46.0"

46.0"

46.0"

46.0"

46.0"

46.0"

M

V

OS

TV

MICROPHONE (SEE ASSOCIATED CAMERA)

TV/VIDEO, provide jack and coax to B121, refer toplan note.

LIGHT FIXTURESTYPE DESIGNATION

FLOOR OUTLET (ATTACHED SYMBOLS INDICATE

TELE-POWER POLE (ATTACHED SYMBOLS

TRACK LIGHTING- INDICATES NUMBER OF LIGHTS

RECEPTACLE (TAMPER RESISTANT)

AREA INDICATES NUMBER AND ORIENTATION OF FACES

HATCHED FIXTURE INDICATES AN EMERGENCY LIGHT

EXIT LIGHT-WITH DIRECTIONAL ARROW(S), DARKENED

CIRCUIT NUMBER

SINGLE POLE SWITCH (LETTER INDICATES SWITCH

SERVICES)

RECEPTACLE (SPLIT WIRED)

SPECIAL PURPOSE OUTLET

INDICATE SERVICES REQUIRED)

PLUG STRIP

TO CONTROL FIXTURES MARKED "a")

(NUMBERS INDICATE NEMA TYPE)5-20

a

PP

SWITCH REFERENCE(RC-x = Relay Control)

RECEPTACLE (DUPLEX)

RECEPTACLE (SINGLE)

EMERGENCY LIGHTING WALL PACK

NL (NL=NIGHT LIGHT, )

aNL

2B

18.0"

18.0"

46.0"

18.0"

18.0"

C

B

S S

CLOCK

PANELBOARD

TRANSFORMER

GROUND

18.0"

18.0"

CONDUIT UP

THERMOSTAT

RELAY

#

EF-1

T

MOTOR

DESCRIPTIONSYMBOL

ELECTRICAL SYMBOLSMOUNTING SYMBOL DESCRIPTION

80"

DOT-SAFETY GRD.)(HOOK ISOLATED GRD;

18"/CLG

46"

80"

80"

80"

NOTE 5

60.0"

46.0"

MOUNTING

46"

M

CR

PTZ

C

C

EL

DC

LA

MD

KP

ML

PAN/TILT/ZOOM SURVEILLANCE CAMERA

FIXED POSITION SURVEILLANCE CAMERA

DA

REQUEST-TO-EXITRX

(Include 1 Cat 6 Data Outlet at each camera location)

FIRE ALARM SOLENOID VALVEF SV

('W' Indicates to be Wall Mounted @ 46"Telephone Location (1 Cat 6 Outlet) 18"

46"

18"

18"Typical Combination Data/Phone Location(3 Cat 6 Data outlets)

TS

DUPLEX RECEPTACLE ON EMERGENCH POWER

DUPLEX RECEPTACLE ON EMERGENCY POWER

Data Outlet Location (2 Cat 6 Data Outlet)

NOTE 7

NOTE 7

NOTE 7

FS FIRE SMOKE DAMPER (SEE NOTE #8)

18.0"

18.0"

18.0"

GFI RECEPTACLE (DUPLEX) 46.0"

OS Occupancy Sensor:D1 - Ceiling mtg, 500sf dual tech, Stand alone w/Power PackD2 - Ceiling mtg, 2000sf dual tech, Stand alone w/Power PackL1 - Ceiling mtg, 2000sf dual tech, Connected to Ltg control PanelW1 - Wall mtg at switch location, One buttonW2 - Wall mtg at switch location, Two button for dual levelN1 - Ceiling Sensor connected to room controller per detailN2 - Ceiling Sensor connected to room controller per detail

Number indicates Qty of outlet other then Typ, ie. "3D"

COMBINATION USB/DUPLEX RECEPTACLE

TR

IC

INTERCOM MASTERIM

LOCAL ROOM SOUND SYSTEM SPEAKERS

SB SMARTBOARD NOTE 9

<100A3G> 100A 3 G

AMPERAGE

# OF CONDUCTORS

G = GROUND REQUIRED

FEEDER TAG

D

(Include 1 Cat 6 Data Outlet at each camera location)

HORNHR

P

('V' Indicates volume control on speaker)

S

LV1

S

LV2

S

LD(#)

S

LV3

INDICATES GREEN RECEPTACLE WITH OCCUPANCYSENSOR. REFER TO "LV" DETAILS

18.0"

18.0"

G

RECEPTACLE (TWO DUPLEX SIDE BY SIDE)

GINDICATES GREEN RECEPTACLE WITH OCCUPANCYSENSOR. REFER TO "LV" DETAILS

S

LV4

LOW VOLTAGE SWITCH & SYSTEM - SINGLE (SEE NOTE 10)

LOW VOLTAGE SWITCH & SYSTEM - DOUBLE (SEE NOTE 10)

LOW VOLTAGE SWITCH & SYSTEM - 3 WAY (SEE NOTE 10)

LOW VOLTAGE SWITCH & SYSTEM - 3 LEVEL (SEE NOTE 10)

LOW VOLTAGE SWITCH & SYSTEM - DIMMER (SEE NOTE 10)

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

C CLOCK W/2 FACES; END MOUNT 80"

PHOTO-CELLP

DAYLIGHT SENSOR (TO ROOM CONTROLLER )DSC1 Note 11

Wireless Access Point (2 Data)WAP

NOTE 12

Existing Ice Arena

Existing Ice Arenatransformer andMain service notto be modifiedT

Proposed Addition

1

3

4

5

6

7

2

T

T

KEY PLAN

BA

DateRegistration Number

Scale:

NorthCheck:

Drawn:

Date:

Comm:

I hereby certify that this plan, specification or report was preparedby me or under my direct supervision and that I am a dulyLicensed Professional Engineer under the laws of the State ofMinnesota

H

G

F

E

D

C

B

A

1 2 3 4 5 6 7 8 109

E

MN

Office: (651) 407-6056Fax: (651) 407-6476Email: [email protected]

PAULSON & CLARKENGINEERING, INC.

2352 E. County Road J.White Bear Lake, MN 55110

PKJ/RBM

KDB

09/23/2016

Daniel S. Paulson

23796 09/23/2016

Delano SportsArena LockerRoom Addition

Independent SchoolDistrict #879700 Elm Ave E,

Delano, MN 55328

654 Tiger Drive

Delano, MN 55328

As indicated

9/2

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E0.00a

Electrical TitleSheet

Electrical Sheet Index

Sheet Number Sheet Name

E0.00a Electrical Title Sheet

E1.11a Electrical Lighting, Power & Systems Plans

E2.11a Electrical Riser Diagram

1/16" = 1'-0"3

Electrical Site Plan

Keyed Notes1 Existing transformer for existing sports lighting is to be relocated as required

for the new addition. Coordinate relocation with the utility.

2 The existing standalone meter socket shall be relocated to a new location toaccommodate the building addition. Intercept and extend all feeders from theexisting sports lighting to the new meter location. Provide new connections tothe utility transformer at its new location.

3 Existing post mounted disconnect that is no longer in use shall bedisconnected and removed. Remove all wiring and exposed conduit.

4 The existing disconnects panels and meters at this location for the exteriorice rink lighting shall remain. Modify existing connections to the utilitytransformer that is being relocated in note number one. Provide all requiredconduit and wiring extensions and reconnect for an operating system

5 New utility transformer for connection to the building addition. Coordinateexact location and requirements with the utility. Refer to the Riser diagram foradditional information. Loads may be combined with a single transformer atthe discretion of the utility. Provide all required light kits and connections

6 Provide a new meter pedestal and connections from the transformer and tothe new addition panel. This new addition shall be separately metered andnot combined with other loads. Field verify the exact location.

7 Feeders from the existing service being relocated to existing soccer fieldsports lighting shall be intercepted and rerouted to the new service location.Provide all required connections for an operating system to match theexisting.

Revisions

Description Date Num

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Page 7: S:ISD879Districtwide1 InformationDelano Sports … HAND VALVE (F.) FIELD VERIFY FBD FREE BLOW DRAIN HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE

JJ

J J

JJ

OSW1

OSW1

OSD1

OSD1

OSD1

OSD1

OSD1

OSD1

OSW1

OSD1

OSD1

OSD1

Conduit and wire connections are not shown. Provide conduit and wireas required for the indicated circuitry.

A maximum of three circuits are intended to be installed in a conduit anda maximum of three phase conductors. Multi-wire branch are circuits arenot permitted unless specifically noted otherwise.

Circuit numbers shown for homeruns to panelboards are not actualcircuit numbers, but are used to establish circuiting intent. All circuitsare 20a-1 pole unless noted otherwise. Provide breakers as requiredand noted in schedules.

For exact location of ceiling mounted electrical devices, equipment, etc.,refer to architectural reflected plans (rcp); for wall mounted devices, seearchitectural elevations. Where discrepancies occur betweenarchitectural and engineering plans, notify architect/engineer prior tostarting work. Data devices that are shaded on this plan are shown forlocation coordination with receptacles. Refer to the systems plans fordata device requirements.

Ceiling mounted devices shall be a matching white color.

All back boxes and junction boxes shall be recessed mounted.

Final placement of occupancy sensors shall be the responsibility of theelect. Contractor. Verify locations shown on the plans and adjust asrequired to achieve optimal performance. Quantity, model, type andplacement shall be verified with manufacturer. Center in ceiling tiles. Inclassroom, do not locate where corridor traffic affects operation.

Refer to the Architectural Reflected Ceiling Plan for layout of ceiling"Clouds". No fixture whips will be allowed from "Cloud" to "Cloud". Routeconduit up to structure, over and down to additional fixtures.

Devices indicated to be mounted in precast wall panels shall all berecessed. It is this contractors responsibility to verify wall type andlocation, coordinate with the precast manufacturer and pre-install boxesand conduits into the precast as required.

All receptacles shall be tamper resistant grade in all student accessibleareas throughout the school. Exceptions shall be electrical rooms, datarooms, mechanical rooms, janitor closets, individual offices in the adminarea and in the receiving areas.

Provide Cable Tray as indicated on these plans or enlarged plans. Thetwo tray sizes shown are 18"wx4"T and 12"w x 4"T (unless notedotherwise). Tray shall be basket wire mesh Flextray or equal. Provideall mounting hardware, transitions, and components for a completesystem.

General Notes

A

B

C

D

E

F

G

H

I

J

K

L

1

4A

5A

6A

7A

2

A

C

B

3

GFI30"

GFI84"

84"

GFI

GFI30"

GFI84"84"

GFIGFIGFI GFI

Hand Dryer

Hair Dryer

Hand DryerHand Dryer

Hand Dryer

Hair Dryer

GFIWP24"16

1

EWC

2

3

22

2

3

LP-1

2LP-1

16LP-1

18

18

162 2

4

4

202066

88

822

2222

6LP-1

18LP-1

4LP-1

20LP-1

22LP-1

8LP-1

24LP-1

26LP-1

28LP-112

LP-1

10LP-1

14LP-1

P-1

44

ECUH-1

13,15LP-1

17,19LP-1

5

5

EFT1 EFT-1

18

WHT-1

RTU-1

(on Roof)

GFIWP24"16

(on Roof)

1

4A

5A

6A

7A

2

A

C

B

3

F503

F503

F503

F503

J30F5

J30F5

J30F5

J30F5

J30F7

J30F7J30F

7

J30F7

F501

M5011

LP-1

J30F5

J30F7

F509

F509

F509

F509

F501

E3E1

EM1

3LP-1

5LP-1

7LP-1

9LP-1

AA1

EM21

EM21

F503

F503

F509

F509

EM23

EM29

EM31

11LP-1

A40F11

A40F11

A40F1

A40F1

A40F1

A40F1

1LP-1

KEY PLAN

BA

DateRegistration Number

Scale:

NorthCheck:

Drawn:

Date:

Comm:

I hereby certify that this plan, specification or report was preparedby me or under my direct supervision and that I am a dulyLicensed Professional Engineer under the laws of the State ofMinnesota

H

G

F

E

D

C

B

A

1 2 3 4 5 6 7 8 109

E

MN

Office: (651) 407-6056Fax: (651) 407-6476Email: [email protected]

PAULSON & CLARKENGINEERING, INC.

2352 E. County Road J.White Bear Lake, MN 55110

PKJ/RBM

KDB

09/23/2016

Daniel S. Paulson

23796 09/23/2016

Delano SportsArena LockerRoom Addition

Independent SchoolDistrict #879700 Elm Ave E,

Delano, MN 55328

654 Tiger Drive

Delano, MN 55328

As indicated

9/2

3/2

01

6 1

2:1

5:1

0 P

M

C:\

Users

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E1.11a

Electrical Lighting,Power & SystemsPlans

Keyed Notes1 Provide a receptacle mounted into the backplate of the electric water

cooler or behind refrigerator/vending machine so all cords are concealed.Provide branch circuit fed through a GFI receptacle in the wall near unit.Coordinate required location of the receptacle with the EWC installer orequipment prior to rough-in, no exposed cords will be acceptable.

2 Provide 120v connection to the electric hand dryer (Specified inArchitectural Plans). Coordinate the location of the recessed box with thesupplier and provide required connections.

3 Provide 120v connection to the electric hair dryer (Specified in ArchitecturalPlans). Coordinate the location of the recessed box with the supplier andprovide required connections.

4 Provide rough in wall for future data device with empty conduit's to theceiling space. No data cabling shall be installed at this location, or withinthis facility.

5 Existing mechanical damper is being relocated by others. Disconnect,extend and reconnect all electrical connections as required for properoperation.

3/16" = 1'-0"2

Main Level Power & Systems Plan

3/16" = 1'-0"1

Main Level Lighting Plan

Revisions

Description Date Num

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Page 8: S:ISD879Districtwide1 InformationDelano Sports … HAND VALVE (F.) FIELD VERIFY FBD FREE BLOW DRAIN HOT WATER HORIZONTAL HOSE BIB GALLONS PER MINUTE GENERAL GAUGE FROM FLOOR FLEXIBLE

120/208V

200AMCB

3P,4W

by Utility Company

Transformer

Pad Mount

Building Addition

GROUND PERNEC 250.

ServiceEntrance

Rated

1

Riser Notes

1. Provide concrete pad or as required by the local utility. Coordinaterequirements with utility.

2. Provide meter pedestal with socket and metering requirements per utilityrequirements.

2

<200A4>

LP-1

<100A3G> 100A 3 G

Amperage# of ConductorsG = Ground Required

Notes:* Optional installation, unless noted otherwise.(#) = Provide parallel sets of conductors as indicated.

Light Fixture Schedule Numbered Notes:

Provide ballast(s) as required for multi-level switching.

Provide a Emergency Battery Ballast Assembly. Connect an unswitched phase conductor to the assembly tosense for "Loss of Power"

Verify the dimmable ballast and the dimmer are compatible and provide required wiring between all units.

Refer to the mounting detail on the details page, and manufacturers recommendations for installation.

1.

2.

3.

4.

All light fixture shall be provided with quick disconnects internal to the fixture.

Unless otherwise noted, all ballasts shall be programmed start and universal voltage.

All fixtures in suspended ceiling shall be supported by two independent wires.

Unless otherwise noted, Lamp color shall be 4100 Kelvin. Verify with owner.

For all pole mounted fixture, Unless noted otherwise, provide a 25' straight steel pole and polebase per Pole Base Detail. For ground mounted exterior fixtures, refer to the flush base detail.

Fixtures in the same area may share ballasts if within 10'-0" (1-4 lamp and 1-2 lamp for 2ballasts).

Equals submitted for pre-approval Must be submitted through a bidding contractor.

A.

B.

C.

D.

E.

F.

G.

Light Fixture Schedule General Notes:

Motor and Equipment Schedule Numbered Notes:

Provide disconnect and a 24v control relay. Low voltage wiring, connections and control by controls contractor.

Provide a disconnect for unit as required.

Provide a GFI duplex Receptacle at unit.

Provide a combination starter/disconnect at the unit; field verify exact location.

Provide single point connection to the unit as required. Provide connection box for cables at unit if required.

1.

2.

3.

4.

5.

Electric Fintube Schedule Notes:

Provide connections as required to the disconnect supplied with the unit.

Conceal all conduits in walls or floors.

Provide a 1/2" empty conduit from an accessible ceiling space to each unit for control wiring.

No electrical devices or low voltage boxes shall be located over units.

Equipment indicated here is typical per type. Refer to the plans for circuiting and panelconnections.

1.

2.

3.

4.

5.

DateRegistration Number

Scale:

NorthCheck:

Drawn:

Date:

Comm:

I hereby certify that this plan, specification or report was preparedby me or under my direct supervision and that I am a dulyLicensed Professional Engineer under the laws of the State ofMinnesota

H

G

F

E

D

C

B

A

1 2 3 4 5 6 7 8 109

E

MN

Office: (651) 407-6056Fax: (651) 407-6476Email: [email protected]

PAULSON & CLARKENGINEERING, INC.

2352 E. County Road J.White Bear Lake, MN 55110

PKJ/RBM

KDB

09/23/2016

Daniel S. Paulson

23796 09/23/2016

Delano SportsArena LockerRoom Addition

Independent SchoolDistrict #879700 Elm Ave E,

Delano, MN 55328

654 Tiger Drive

Delano, MN 55328

As indicated

10

/12/2

016 9

:42:3

4 A

M

C:\

Users

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E2.11a

Electrical RiserDiagram

NTS1

Electrical Riser Diagram

Electrical Feeder Schedule

Feeder Ampacity 3 Wire Feeder 4 Wire Feeder

20 A 1/2"C, 3#12 & 1#12 GND 1/2"C, 4#12 & 1#12 GND

30 A 3/4"C, 3#10 & 1#10 GND 3/4"C, 4#10 & 1#10 GND

50 A 3/4"C, 3#8 & 1#10 GND 1"C, 4#8 & 1#10 GND

60 A 1"C, 3#6 & 1#10 GND 1"C, 4#6 & 1#10 GND

80 A 1"C, 3#4 & 1#8 GND 1 ¼"C, 4#4 & 1#8 GND

100 A 1 ¼"C, 3#3 & 1#8 GND 1 ¼"C, 4#3 & 1#8 GND

125 A 1 ¼”"C, 3#1 & 1#6 GND 1 ½"C, 4#1 & 1#6 GND

150 A 1 ½” C, 3#1/0 & 1#6 GND 2"C, 4#1/0 & 1#6 GND

175 A 1 ½"C, 3#2/0 & 1#6 GND 2"C, 4#2/0 & 1#6 GND

200 A 1 ½"C, 3#3/0 & 1#6 GND 2"C, 4#3/0 & 1#6 GND

225 A 2"C, 3#4/0 & 1#4 GND 2 ½”C, 4#4/0 & 1#4 GND

250 A 2 ½"C, 3#250 & 1#4 GND 2 ½"C, 4#250 & 1#4 GND

300 A 2 ½"C, 3#350 & 1#4 GND 3"C, 4#350 & 1#4 GND

400 A 3"C, 3#500 & 1#3 GND 3 ½"C, 4#500 & 1#3 GND

500 A (2) 2 ½"C, 3#250 & 1#2 GND (2) 3"C, 4#250 & 1#2 GND

600 A (2) 3"C, 3#350 & 1#1 GND (2) 3"C, 4#350 & 1#1 GND

800 A (2) 3"C, 3#500 & 1#1/0 GND (2) 3 ½"C, 4#500 & 1#1/0 GND

1000 A (4) 2 ½"C, 3#250 & 1#2/0 GND (4) 3"C, 4#250 & 1#2/0 GND

1200 A (4) 3"C, 3#350 & 1#3/0 GND (4) 3"C, 4#350 & 1#1/0 GND

1600 A (4) 3 ½"C, 3#600 & 1#4/0 GND (4) 4"C, 4#600 & 1#4/0 GND

2000 A (6) 3"C, 3#400 & 1#250 GND (6) 3 ½"C, 4#400 & 1#250 GND

2500 A (7) 3"C, 3#500 & 1#350 GND (7) 3 ½"C, 4#500 & 1#350 GND

3000 A (8) 3 ½"C, 3#500 & 1#400 GND (8) 3 ½"C, 4#500 & 1#400 GND

4000 A (11) 3 ½"C, 3#500 & 1#500 GND (11) 4”C, 4#500 & 1#500 GND

Light Fixture Schedule

Type Mark Description MountingLamp

WattageLight

Control Lamp TypeBallastVoltage Manufacturer Alternate Manufacturer #1 Alternate Manufacturer #2 Notes

A40F 2x4 LED Volumetric Troffer, Low Profile (less then 3"), 0-10vDimming, Single Center Lens, Flange Kit

Recessed 39 W LED 4000 Lm,4000K

MVOLT Lithonia #2VTL4 40L ADP EZ1 LP840DGA24FS/VT

Metalux #24CZ-series Columbia#LCAT24-40-LW-G-ED1U-FK24

E3E Exit Light with Red Lettering and field adjustable arrows,Emergency Battery, White

Universal 2 W Red LED MVOLT Lithonia #LQC W 1 R ELN Sure-Lites #LPX-series Dual Lite #SESRWE

EM Emergency Light, Thermoplastic, Adjustable head,Lead-Calcium Battery

Surface 6 W (2) White LED MVOLT Lithonia #ELM-2LED Sure-Lites #SEL-series Dual Lite #EV4D

EM2 Emergency Light, Thermoplastic, Adjustable head,Lead-Calcium Battery

Surface 6 W (2) White LED MVOLT Lithonia #ELM-2LED Sure-Lites #SEL-series Dual Lite #EV4D

EM3 Emergency Light, Thermoplastic, Adjustable head,Lead-Calcium Battery

Surface 6 W (2) White LED MVOLT Lithonia #ELM-2LED Sure-Lites #SEL-series Dual Lite #EV4D

F50 1x4 Surface Mount LED wraparound, vandal resistant Surface 48 W LED 5000 Lm,4000K

MVOLT Failsafe #HVL8 4 LD4 2 LO 40 UNV C EDD1 S

Newstar#VIC4W-L2-40-1-RCC-UN-WH-DM1

J30F 1 x 4 Lay-In Acrylic Troffer, LED, Flush Steel Door, Dimmable,Flange Kit, 0.156" acrylic lens w/ safety screws

Recessed 35 W LED 3300 Lm,4000K

MVOLT Lithonia #GTL 4F33L FW A19 EZ1LP840-DGA14

Metalux #14GR-series Columbia#LJT14-40-ML-G-FA-A19F-EDU-FK14

M50 1x4 Surface Mount LED wraparound Surface 48 W LED 4800 Lm,4000K

MVOLT Lithonia #LBL4 48L LP840 Metalux #WNLED-series Columbia #LAW4-40-ML-EDU-PAF

AA Architectural Wall Sconce, Trapeziod Shape, PowdercoatFinish

Wall 47 W LED 4000k MVOLT Lithonia #WSTLED-2-10A-700/40K-SR3-120-Color by Arch

McGraw-Edison #IST-SeriesHubbell, Spalding

Spaulding #TRP-30L-4K-035-4-U-CC

Mechanical Equipment Schedule

EquipmentNumber Description

RoomName

RoomNumber Size Voltage Phase Disc. By

Disc.Size

Disc.Poles Disc. Location Starter By

StarterSize

StarterLocation Panel

CircuitNumber Feeder Elec Notes

ECUH-1 Electric Cabinet Unit Heater VEST B100 5KW 208 V 3 Elec - MSS 20 A 3 Near Unit Mech -- w/ Unit

P-1 Maintenance Free In-Line Mounted Pump MECH B106 .5 FLA 115 V 1 Elec 15 A 1 Near VFD Mech Near Unit

RTU-1 Roof Top Unit 50 MOCP 208 V 3 Mech 60 A 3 Near Unit Mech Near Unit LP-1 21,23,25

WHT-1 Commercial Gas Water Heater MECH B106 5 A 120 V 1 Elec - C + P 20 A 1 At Unit N/A -- Near Unit

Electric Fin Tube Radiation Schedule

TypeFin TubeLength

Electrical

KW Voltage Phase Disc. By Starter By

EFT-1 49 1/2" 1.0 208 V 1 Elec Mech

Revisions

Description Date Num

Addendum 3 10/12/2016 1

1. Service Entrance rated panel

Notes:

Total Amps: 31 A 19 A 27 A

Total Load: 3551 VA 2256 VA 3100 VA

41 42

39 40

37 38

35 36

33 34

31 32

29 30

27 180 VA 1 20 A Hand Dryer 28

25 -- -- -- 0 VA 180 VA 1 20 A Hair Dryer 26

23 -- -- -- 0 VA 180 VA 1 20 A Hand Dryer 24

21 RTU-1 50 A 3 0 VA 540 VA 1 20 A Receptacle 22

19 -- -- -- 0 VA 360 VA 1 20 A Receptacle 20

17 Electric Heat 20 A 2 1000... 720 VA 1 20 A Receptacle 18

15 -- -- -- 0 VA 180 VA 1 20 A Receptacle 16

13 Electric Heat 20 A 2 1000... 180 VA 1 20 A Hand Dryer 14

11 Lighting 20 A 1 210 VA 180 VA 1 20 A Hand Dryer 12

9 Lighting 20 A 1 318 VA 180 VA 1 20 A Hair Dryer 10

7 Lighting 20 A 1 450 VA 540 VA 1 20 A Receptacle 8

5 Lighting 20 A 1 450 VA 360 VA 1 20 A Receptacle 6

3 Lighting 20 A 1 318 VA 540 VA 1 20 A Receptacle 4

1 Lighting 20 A 1 481 VA 360 VA 1 20 A Receptacle 2

CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT

Enclosure: MCB Rating: 400 A

Mounting: Wires: 4 Mains Rating: 400 A

Supply From: Phases: 3 Mains Type: MCB

Location: MECH B106 Volts: 120/208 Wye A.I.C. Rating: 45k

Branch Panel: LP-1

1

1

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