|
M-020
<br />MECHANICAL SPECIFICATIONS
<br />MECHANICAL SPECIFICATIONS (cont.)
<br />13.Replace damaged insulation which cannot be repaired satisfactorily, including units with vapor barrier damage and moisture
<br />saturated units.
<br />D. Plumbing Insulation (as manufactured by Owens Corning, Knauf or Schuller)
<br />1.Insulate all above-grade hot water, hot water return and cold water piping with 1” thick molded fiberglass having an all
<br />service jacket.
<br />2.Insulate all above-grade, horizontal air conditioning condensate floor drains and waste lines, with 1” thick molded fiberglass
<br />having an all service jacket.
<br />3.Include insulation of fittings and valves. Keep vapor barriers intact. Apply per manufacturer's recommendations.
<br />4.Insulate all exposed waste and water supply piping under lavatory with safety covers per ADA requirements (as
<br />manufactured by Plumberex Specialty Products, McGuire or Truebro).
<br />E. HVAC Insulation (as manufactured by Owens Corning, Knauf)
<br />1.All insulation to be applied in full accordance with the manufacturer's recommendations and comply with 25/50 flame and
<br />smoke hazard ratings per ASTM E-84, NFPA 255 and UL 723.
<br />2.Insulate all supply, return, outside and exhaust air ducts with 3/4" thick lined insulation or less to none with 1-1/2" thick, 1.5
<br />pcf, R-6, foil faced reinforced kraft jacket fiberglass duct wrap fully secured to duct. Lap and tape seams and secure tightly
<br />to the ducts with wire or stick pins. Exposed ductwork in conditioned spaces without ceilings shall not be insulated, unless
<br />otherwise noted to be insulated. Ductwork in ceiling plenum space shall be insulated.
<br />3.Insulate all supply, return, outside and exhaust air ducts lined or not lined located in the attic space with 3” thick, 0.75 pcf
<br />nominal density, R-10, foil faced reinforced Kraft jacket, fiberglass duct wrap fully secured to duct. Lap and tape seams and
<br />secure tightly to the ducts with wire or stick pins.
<br />4.Insulate all supply, return, outside and exhaust air ducts lined or not lined exposed to weather outside with 3” thick
<br />mineral-fiber board, 3 pcf nominal density, R-13. Provide a venture clad insulation jacketing, color as selected by architect,
<br />field-applied jacket.
<br />5.Insulate all air conditioning condensate drain piping with 1" thick molded fiberglass insulation, C = 0.22.
<br />6.Insulate all refrigerant suction and hot gas lines with 1" elastomeric foam insulation, C = 0.24 with joints and seams sealed
<br />vapor tight. Insulation outside shall be painted with two coats of protective coatings per manufacturer for protection to
<br />weather (as manufactured by Aeroflex, Armocell, or K-Flex).
<br />Section 211000 - Fire Protection Systems
<br />A. General
<br />1.Furnish all labor, materials and equipment as required to install a complete fire protection system for
<br />project.
<br />2.Field-verify sizes and location of existing sprinkler piping before fabrication of new.
<br />3.This contractor shall be responsible for the removal and reinstallation of existing ceiling tiles, as
<br />required, for the installation of work shown in areas where existing ceilings are to remain. See
<br />architectural drawings for areas where existing ceilings are to remain.
<br />4.This removal and reinstallation of existing lay-in ceiling tiles shall be the responsibility of the fire
<br />protection contractor (under the supervision of the general contractor) as required to perform his work.
<br />Any damage to existing ceiling tiles or supports shall be the responsibility of the general contractor.
<br />Ceiling tiles may be left out of the ceiling areas under construction only if stored in areas as directed
<br />by the owner so as not to hinder the daily operations of the building's occupations.
<br />5.This contractor shall modify and relocate sprinkler piping and provide new sprinkler piping and heads,
<br />as required, to accommodate new mechanical work in full compliance with NFPA 13. This contractor
<br />shall also perform hydraulic calculations for sprinkler piping in the remodeled areas in accordance with
<br />NFPA 13.
<br />B. Design Basis
<br />1.Design basis for system shall be per NFPA 13 (latest edition) building code requirements, local water
<br />department, local fire department, state fire marshal, local code, and owner and owner's fire insurance
<br />underwriter requirements.
<br />2.System shall be hydraulically calculated as required by code.
<br />3.Pipe sizes indicated on drawing are approximate and shall be verified per the contractor's hydraulic
<br />calculations.
<br />C. Drawings and Calculations
<br />1.Contractor shall prepare submittal drawings and hydraulic calculations with a 10% factor of safety for
<br />building in accordance with owner's insurance company building department, and local fire authority
<br />requirements, tenant's requirements for design density, whichever is most stringent.
<br />2.Contractor shall perform a flow test data on water main and submit data with calculations.
<br />3.It is the fire protection contractor's responsibility to verify each tenant's design density with agreed
<br /> upon lease documentation and that tenant's prototype or insurance underwriters requirements.
<br />4.Provide wet standpipe system for project in accordance with NFPA 14 requirements.
<br />5.Contractor and designer shall be state certified.
<br />6.Coordinate layout and installation of sprinklers with ductwork and equipment above ceilings and other
<br />construction that penetrates ceilings, including but not limited to light fixtures, speakers, HVAC
<br />equipment, doors and partition assemblies. No sprinkler piping shall be routed beneath equipment
<br />above any ceilings that must be dropped directly down for service, repair, or replacement.
<br />7.Examine areas and conditions under which fire protection materials and products are to be installed.
<br />Do not proceed with work until unsatisfactory conditions have been corrected in manner acceptable to
<br />installer. Schedule rough-in installations with installations of other building components.
<br />8.Shop drawings review does not relieve fire protection contractor from responsibility to meet each
<br />tenant's requirements for sprinkler coverage.
<br />9.Fire protection contractor is responsible for verifying any high pile storage requirements of future
<br />tenants and providing an incoming sprinkler service size and risers to meet the requirements for
<br />adequate sprinkler coverage.
<br />D. Piping
<br />1.All piping shall be installed in accordance with NFPA 13, 14 (latest edition) and local code
<br />requirements.
<br />2.Fire protection piping shall be as follows:
<br />a. Below-grade outside building - ductile iron, cement lined. Class of pipe as directed by local water
<br />purveyor with mechanical or push-on type joints.
<br />b. Inside building - pipe and tubing shall be steel or copper in accordance with NFPA requirements.
<br />c. Piping shall match existing building standards.
<br />d. Contractor shall arrange with owner and insurance underwriter prior to shut down of existing
<br /> systems.
<br />e. Flush all piping upon completion of project and test per NFPA requirements.
<br />f. No piping shall be installed at locations subject to freezing.
<br />3.Excavation and backfill - see Section 200510, Basic Materials and Methods.
<br />E. Sprinkler Heads
<br />1.Sprinkler heads shall be UL listed, match existing building standards and be manufactured by Central,
<br />Star or Viking.
<br />2.Sprinkler heads shall be as follows:
<br />a. Areas with exposed structure
<br />3.Upright - rough brass.
<br />a. Areas with ceilings
<br />4.Recessed Pendent - chrome plated with matching two (2) piece, flush escutcheon.
<br />5.Concealed - brass finish with off-white ceiling cover plate.
<br />6.Sidewall - chrome plated with off-white, two (2) piece, semi-recessed escutcheon.
<br />7.Install concealed heads with white flush mounted cover plate in (sales area).
<br />8.Install higher temperature sprinkler heads where required by code or application.
<br />9.Sprinkler heads shall be located in the center of ceiling tiles or the center of an area of a 24” x 24” tile
<br /> section. See architectural reflected ceiling plans.
<br />10.Submit samples of sprinkler heads to architect prior to fabrication of any piping.
<br />11.Install inspector's test connection with valve and terminate drain through exterior wall with text fitting
<br />and splash block.
<br />F. Valves
<br />1.Install all valves as required by NFPA 13, UL or FM listed and as manufactured by Grinnell, Hammond
<br />or Milwaukee.
<br />2.All shut-off valves shall be fitted with tamper switches by fire protection contractor and wired by
<br />electrical contractor. Tamper switches shall be as manufactured by Notifier, Potter or Viking.
<br />3.Install flow switch in riser as manufactured by Notifier, Potter or Viking and wired by electrical
<br />contractor.
<br />4.Install UL listed alarm check valve with all required trim, including water motor alarm bell and drains as
<br /> manufactured by Central Star or Viking.
<br />5.Install wall mounted indicator valve as manufactured by Potter Roemer, Croker or Elkhart and
<br />approved by local authorities.
<br />6.Install double check detector assembly backflow preventer, as required by local water purveyor and as
<br /> manufactured by Watts, Zurn or Conbraco.
<br />Section 211000 (cont.)
<br />G. Extra Materials
<br />1.Valve wrenches: Furnish to owner, 2 valve wrenches for each type of sprinkler head installed.
<br />2.Sprinkler heads and cabinets: Furnish 2 extra sprinkler heads of each style included in the project.
<br />Furnish each style with its own sprinkler head cabinet and special wrenches.
<br />3.Obtain receipt from owner that extra stock has been received and give architect a copy of this receipt.
<br />Section 224000 - Plumbing Fixtures and Equipment
<br />A. General
<br />1.Furnish all fixtures and equipment indicated and scheduled on drawings, complete with all accessories, controls, etc., as
<br />required.
<br />2.Provide factory-fabricated fixtures of type, style and material indicated. For each type fixture, provide fixture manufacturer's
<br />standard trim, carrier, seats and valves as shown by their published product information and indicated in the plumbing
<br />fixtures schedule; either as designed and constructed or as recommended by manufacturer and as required for complete
<br />installation. Where more than one type is indicated, selection is Installer's option, but all fixtures of same type must be
<br />furnished by single manufacturer. Where type is not otherwise indicated, provide fixtures complying with governing
<br />regulations.
<br />3.Where fittings, trim and accessories are exposed or semi-exposed, provide bright chrome-plated or polished stainless steel
<br />units. Provide copper or brass where not exposed.
<br />4.Water Outlets: At locations where water is supplied (by manual, automatic or remote control), provide commercial quality
<br />faucets, valves or dispensing devices of type and size indicated and as required to operate as indicated. Include manual
<br />shut-off valves and connecting stem pipes to permit outlet servicing without shut-down of water supply piping systems.
<br />5.Water Hammer Arrestors: Provide water hammer arrestors where shown on the drawings and as required to prevent water
<br />hammer and excessive vibration in the domestic water system. Arrestors to be of size indicated or as recommended by the
<br />manufacturer.
<br />6.P-Traps: Include removable P-traps (with clean out plug) where drains are indicated for direct connection to drainage system.
<br />7.Carriers: Provide cast iron supports for fixtures of either graphitic gray iron, ductile iron or malleable iron as indicated.
<br />8.Escutcheons: Where fixture supplies and drains penetrate walls in exposed locations, provide chrome-plated sheet steel
<br />escutcheons with friction slips.
<br />9.Aerators: Provide aerators of types approved by Health Department having jurisdiction.
<br />10.Comply with additional fixture requirements contained in fixture schedule on drawings.
<br />B. Backflow Preventer
<br />1.Provide reduced pressure backflow preventer consisting of assembly including abutting shutoff valves on inlet and outlet, and
<br />discharge funnel. Backflow preventer shall include a minimum of four (4) test cocks and pressure-differential relief valve
<br />located between two (2) positive seating check valves. Backflow preventer and shutoff valves shall be the same size as the
<br />upstream pipe.
<br />2.Backflow preventers sizes 2” and smaller shall have NPT connections, be of bronze body construction with bronze ball type
<br />shut-off valves as specified in Section 200523 and test cock and bronze body relief valves with stainless steel trim.
<br />3.Complete backflow preventer assembly shall be rated to 150 psi working pressure and water temperature range from 32º F
<br />to 140º F.
<br />4.Provide each backflow preventer with a drain funnel furnished by the manufacturer. Extend drain from funnel to nearest floor
<br /> drain.
<br />5.Backflow devices must meet ASSE Standards 1013, 1015 and 1020 and shall be tested at the time of installation by a person
<br />certified by the Ohio Department of Health. The plumbing contractor shall pay for all costs associated with this test.
<br />6.Manufacturer: Subject to compliance with requirements, provide backflow preventers of one of the following:
<br />a. Cla-Val Company
<br />b. Conbraco Industries, Inc.
<br />c. Febco Sales, Inc., Sub. Of Charles M. Bailey Co., Inc.
<br />d. Hersey Products, Inc.
<br />e. Watts Regulator Company
<br />Section 230900 - Instrumentation and Controls
<br />C. General
<br />1.Furnish and install complete temperature control for all HVAC systems.
<br />2.Provide new control devices including thermostats, humidistats, damper operators, motors, temperature sensors, staging
<br /> relays, and other related devices for a complete operational system per the operating sequence and industry standards.
<br />3.Mount all controls furnished as accessories to equipment and provide all control wiring required for proper operation. All
<br />wiring shall be in conduit per N.E.C. and local code requirements.
<br />4.Mechanical contractor shall install all duct-mounted smoke detectors. Electrical contractor shall furnish and wire
<br />photo-electric duct smoke detectors at each unit to shut down fan upon activation. Detector shall be located in the
<br />supply/return air duct downstream/upstream of the unit connection. Detector will have manual reset and will activate a
<br />local alarm panel.
<br />G. Exhaust Fans
<br />1.Toilet Room Exhaust Fan (EF-1)
<br />a. Interlock fan with light switch to operate when lights are turned on (interlocking wiring) by electrical contractor.
<br />H. Rooftop Units
<br />1.Gas Fired Rooftop Unit (RTU-1(E))
<br />a. Wall mounted thermostat shall sequence heating and cooling. Provide with sub-base to manually select heating,
<br />cooling, fan on-off, auto operation.
<br />b. Unit shall operate in occupied or unoccupied modes based upon time clock sequence as determined by owner.
<br />c. Unoccupied mode - The supply fan will be off, the outdoor air damper will go to 100% closed position and unit will
<br />cycle on with a call for heating or cooling.
<br />d. Occupied mode - The supply fan shall run continuously, the outdoor air damper will open to the minimum air
<br />position and the unit will go into the heating or cooling mode, based upon room thermostat setpoint temperature.
<br />e. Upon a call for cooling, and the outdoor air temperature is 55 degrees F. (adjustable) or cooler, the unit shall go
<br />into economizer mode. If the outdoor air temperature is greater than 55 degrees F. (adjustable), the outside air
<br />damper shall go to minimum position, and the compressors will be energized.
<br />f. Upon a call for heating, the gas burner shall fire.
<br />g. A low temperature thermostat will de-energize the supply fan and close the outside air damper if the mixed air
<br />temperature is sensed at 40 degrees F or colder.
<br />h. A duct mounted, photoelectric smoke detector (furnished by electrical contractor and installed by mechanical
<br />contractor) shall shut down the unit, close the outside air damper and send a signal to the fire alarm panel when
<br />activated. Both safeties will require manual reset, and will activate an alarm at the local control panel.
<br />Section 233000 - Air Distribution Systems
<br />A. General
<br />1.Furnish all materials, labor, equipment and accessories required to install complete air distribution
<br />systems.
<br />2.Contractors bidding this project shall visit this site and familiarize themselves with all condition
<br />affecting their work. Submission of a bid on this project shall be construed as having such knowledge.
<br />3.Verify exact conditions in field and coordinate with these drawings and other trades before beginning
<br />new work.
<br />4.Determine exact locations for all new and relocated ductwork and accessories in field.
<br />5.Coordinate work of this contract with other trades.
<br />6.Any discrepancies between what is shown on drawings or specified and the actual conditions in the
<br />field shall immediately be brought to the attention of the architect before proceeding.
<br />7.Building and surfaces damaged during installation shall be repaired, replaced, and/or restored to
<br />original condition after completion of work and before acceptance by owner.
<br />8.This contractor is also referred to the appropriate mechanical and plumbing specification sections the
<br />items of equipment to be bid as a part of this project.
<br />B. Ductwork
<br />1.Fabricate and erect all ductwork to ASHRAE and SMACNA standards from galvanized steel. Comply
<br />with NFPA 90A requirements.
<br />2.Ductwork shall be SMACNA low pressure construction 2" static pressure rating with Seal Class B
<br />seams and joints, unless otherwise noted.
<br />3.Include all acoustic, airfoil shaped perforated aluminum turning vanes, manual dampers, flexible
<br />connectors, grilles and diffusers, acoustic lining, and other sheet metal accessories for the project.
<br />4.Changes in direction, in low velocity supply air rectangular ductwork, shall be made with full radius
<br />elbows with radius equal to 1 1/2 times the horizontal width of the duct, or with square elbows with
<br />turning vanes. Turning vanes shall be constructed of the same material as the surrounding ductwork
<br />and two (2) gauge numbers heavier.
<br />5.Furnish and install all manual balancing dampers, splitter dampers, extractors, and deflectors required
<br />to properly distribute the air. All dampers, extractors and deflectors shall be constructed of the same
<br />material as the surrounding ductwork, unless noted otherwise on the drawings. All manual balancing
<br />dampers shall be the opposed blade type.
<br />6.Furnish and install all automatic control dampers unless noted otherwise on the drawings, all control
<br />dampers shall be opposed blade type and shall have leakage of less than 1 percent when closing
<br />against 4" water column static pressure and when sized for 2000 fpm velocity.
<br />7.All manual balancing dampers, splitter dampers, extractors and deflectors shall be controlled by
<br />Young No. 1 or Ventlock No. 688 regulators. If ductwork is accessible, mount the regulator on the
<br />ductwork. If ductwork will be inaccessible after the installation of the ceiling or walls, mount the
<br />regulator in a steel, flush mounted box specifically designed for this purpose. Provide all linkage, top
<br />bearings and/or gear drives required for the remote installation of the regulator.
<br />8.All branch connection fittings in rectangular ductwork shall be 45 degree transition type, conical fittings
<br /> or spin-in fittings with integral air scoops. Butt fittings are not acceptable.
<br />Section 233000 (cont.)
<br />9.Exhaust duct outlets shall be installed a minimum of 10'-0" from all outside air intakes.
<br />10.Kitchen hood exhaust duct shall be minimum thickness .060” black steel with liquid-tight welded joints,
<br />where concealed, and of 18-Ga. minimum stainless steel where exposed. Install per local code and
<br />NFPA 96 requirements. Maintain 18" clearance from duct to combustibles.
<br />11.Alternative design: Furnish double wall, zero clearance to combustibles, factory built grease duct for
<br />use with Type 1 kitchen hoods, which conform to the requirements of NFPA-96. Products shall be ETL
<br />listed to UL-1978 and UL-2221 for venting air and grease vapors from commercial cooking operation.
<br />The duct sections shall be constructed of an inner duct wall and an outer duct wall with insulation
<br />between. Duct shall be CaptiveAire DW-2R or approved equal. Install per manufacturers instructions.
<br />12.All exposed round ductwork shall be spiral seam ductwork and painted a color as selected by the
<br />architect.
<br />C. Drain Pans
<br />1.Install 2” deep secondary drain pan below all furnaces and domestic water heaters. Pipe 3/4” drain to
<br />floor drain independently off all the other drains.
<br />D. Duct Liner
<br />1.Acoustic line all rectangular ducts indicated on drawings with 1” thick non-flaking, coated medium
<br />density liner, apply to manufacturer's recommendations.
<br />2.Duct dimensions indicated on drawings are clear inside dimensions (free area).
<br />3.Duct liner shall comply with NFPA 90A and 90B (latest edition) requirements.
<br />E. Duct Accessories
<br />1.Flexible ductwork (as manufactured by Clevaflex, Flexmaster or Wiremold).
<br />a. Flexible ducts shall be independently supported from the structure and connected with plastic
<br />draw bands and tightened. Flexible ducts shall be limited to 48" maximum straight length.
<br />Flexible ducts shall be constructed of 1 1/2" insulation with vinyl vapor barrier jacket and rated at
<br />10" W.C. for sizes though 12", UL listed, and meet 25/50 flame and smoke test. Flexible ducts
<br />are not permitted in rooms without ceiling.
<br />2.Dampers (as manufactured by Ruskin, Nailor or Safe-Air)
<br />a. Fabricate in accordance with SMACNA Standards. Provide end bearings and locking, indicating
<br />quadrant regulators. Blade to be single thickness with continuous hinge or rod.
<br />3.Backdraft Dampers (as manufactured by Ruskin, Nailor or Safe-Air)
<br />a. Multiple blade, parallel type damper constructed of galvanized steel with felt or flexible vinyl
<br />sealed edges, ball bearings, pivot pin and adjustment device for varying pressures.
<br />4.Access Doors (as manufactured by Ruskin, Nailor or Safe-Air)
<br />a. Fabricate in accordance with SMACNA standards. Doors to be fabricated of galvanized steel with
<br />sealing gasket and quick locking device.
<br />b. For insulated ductwork, doors shall have minimum 1” insulation with sheet metal cover.
<br />F. High efficient boilers and domestic water heaters shall have stainless steel or PVC combustion air intakes
<br />and flue gas outlets as recommended by the equipment manufacturer.
<br />G. Domestic water heater flues shall conform to the specification for low pressure ductwork.
<br />H. All grilles, registers, diffusers and louvers shall be of the sizes, type, etc., as shown on the plan and
<br /> schedules.
<br />I. Grilles, registers, louvers and diffusers as manufactured by Krueger, Anemostat or Titus Company will be
<br />considered provided dimensions, capacities, construction and sound characteristics are compatible and so
<br />shown by shop drawings and performance specifications. All grilles, registers and diffusers shall be
<br />finished a color as selected by the architect.
<br />J. Furnish and install all hoods and hood exhaust ductwork. The construction of the hoods and hood exhaust
<br />ductwork shall be as indicated on the drawings.
<br />K. Centrifugal roof exhaust fans, intake, and relief vents as manufactured by Loren Cook or Greenheck will be
<br />considered provided size, performance ratings and dimensions are compatible and so shown by shop
<br />drawings and performance specifications.
<br />L. Roof mounted equipment shall be supported using Pate curbs.
<br />M. Louvers (as manufactured by American Warming, Arrow or Ruskin)
<br />1.Extruded aluminum, storm-proof, drainable type, with a 6" deep frame, channel frame, 1/2" birdscreen
<br />mounted on the interior face and prime coat finish. Final color selected by architect. Weather-proof all
<br />joints around louver.
<br />Section 235000 - Heat Generation Equipment
<br />A. General
<br />1.Furnish all material, labor, equipment, and accessories as required to install equipment as indicated on mechanical
<br />drawings.
<br />2.Install in full accordance with local code requirements, other specification section requirements, and manufacturer
<br />recommendations.
<br />B. See equipment schedules on mechanical drawings.
<br />Section 236000 - Refrigeration Equipment
<br />A. General
<br />1.Furnish all material, labor, equipment, and accessories as required to install equipment as indicated on mechanical drawings.
<br />2.Install in full accordance with local code requirements, other specification section requirements, and manufacturer
<br />recommendations.
<br />B. See equipment schedules on mechanical drawings.
<br />Section 237000 - HVAC Systems and Equipment
<br />A. General
<br />1.Furnish all equipment, material, labor, tools, etc., for the complete HVAC system. Install complete and place in operation.
<br />2.Contractors bidding this project shall visit this site and familiarize themselves with all conditions affecting their work.
<br />Submission of a bid on this project shall be construed as having such knowledge.
<br />3.Verify exact conditions in field and coordinate with these drawings and other trades before beginning new work.
<br />4.Determine exact locations for all new and relocated equipment, piping, conduits and ductwork in field.
<br />5.Coordinate work of this contract with other trades. Conflicts shall immediately be brought to the attention of the architect.
<br />Architect's resolution to conflicts shall be final.
<br />6.Any discrepancies between what is shown on drawings or specified and the actual conditions in the field shall immediately be
<br />brought to the attention of the architect before proceeding.
<br />7.Building and surfaces damaged during installation shall be repaired, replaced, and/or restored to original condition after
<br />completion of work and before acceptance by owner.
<br />B. Equipment
<br />1.Mechanical contractor to furnish all HVAC equipment indicated and/or scheduled on the drawings complete with bases,
<br />isolators, supports and other required accessories.
<br />2.Install complete and place in proper operation per manufacturer's recommendations, lubricate and adjust as required.
<br />Furnish and install clean set of filters prior to balancing.
<br />3.Equipment to be make and model as scheduled unless alternate equipment of equivalent quality and performance is
<br />submitted as a substitution prior to bidding. All substitutions are subject to acceptance without qualification by owner,
<br />engineer and architect.
<br />4.Contractor shall perform routine service inspection of all existing HVAC equipment to remain. Lubricate bearing, service
<br />control systems, replace fan belts and install new filters in each rooftop unit.
<br />5.Contractor shall field verify refrigerant charge and add refrigerant if the charge is less than manufacturer's specifications.
<br />6.Submit service report to any major component failures or malfunctions. Report shall include cost to service all malfunctioning
<br />or damaged items listed. Cost shall include parts and labor. Equipment shall be placed in full operation with controls
<br />calibrated upon completion of project.
<br />C. See equipment schedules on mechanical drawings.
<br />79
<br />6
<br />
<br />M
<br />e
<br />r
<br />u
<br />s
<br />
<br />C
<br />o
<br />u
<br />r
<br />t
<br />St
<br />.
<br />
<br />L
<br />o
<br />u
<br />i
<br />s
<br />,
<br />
<br />M
<br />O
<br />
<br />6
<br />3
<br />0
<br />2
<br />6
<br />T
<br />6
<br />3
<br />6
<br />.
<br />3
<br />4
<br />9
<br />.
<br />1
<br />6
<br />0
<br />0
<br />F
<br />6
<br />3
<br />6
<br />.
<br />3
<br />4
<br />9
<br />.
<br />1
<br />7
<br />3
<br />0
<br />16842136571210911141315
<br />84213657 1210911 1413 15 16
<br />a
<br />b
<br />c
<br />d
<br />e
<br />f
<br />g
<br />h
<br />j
<br />k
<br />l
<br />m
<br />n
<br />p
<br />r
<br />s
<br />a
<br />b
<br />c
<br />d
<br />e
<br />f
<br />g
<br />h
<br />j
<br />k
<br />l
<br />m
<br />n
<br />p
<br />r
<br />s
<br />Checked by
<br />Drawn by
<br />Issue Date
<br />Project #
<br />Scale
<br />Client Approval
<br />TI
<br />
<br />T
<br />E
<br />M
<br />P
<br />L
<br />A
<br />T
<br />E
<br />
<br />V
<br />1
<br />.
<br />0
<br />,
<br />10
<br />-
<br />1
<br />1
<br />-
<br />2
<br />0
<br />1
<br />1
<br />SANTA ANA - SOUTH
<br />(#0972)
<br />3313 S. BRISTOL ST.
<br />SANTA ANA, CA 92704
<br />AS INDICATED
<br />07/09/2025
<br />69325-CA03
<br />ISSUED FOR
<br />PERMIT
<br /># Description Date
<br />These drawings/specifications are the property of Oculus Inc. They are
<br />furnished as contract documents only. The seal(s) and signature(s) apply
<br />only to the document to which they are affixed, and expressly disclaim
<br />any responsibility for all other plans, specifications, estimates, reports or
<br />other documents or instruments relating to or intended to be used for any
<br />part or parts of the architectural or engineering project. Additionally these
<br />drawings and seal(s) shall in no way convey or imply any type of warranty
<br />or certification relating to the performance of products and materials
<br />beyond those provided by their respective manufacturer.
<br />© 2025 Oculus Inc.
<br />03/10/2026
<br />Matthew R. Case, Engineer
<br />CA # M41121
|