Reference 4 - Mechanical_Electrical_Plumbing_and Fire Protection Basis of Design_Interface Engineering.pdf

MEP Engineering | Fire/Life Safety | Lighting Design | Energy Consulting | Building Technologies | Commissioning

Interface Engineering, Inc.

601 South Figueroa Street, Suite 2750

Los Angeles, CA 90017

TEL 213.694.3434

www.interfaceengineering.com

Basis of Design

City of Camarillo City Hall Remodel and

Addition

2025-1094

Prepared for:

Andrew Goodwin Designs

July 8, 2026

Prepared by:

Eugene de Souza, PE, Principal

Hugh Kettler, PE, PM, Sr. Mechanical Engineer

Salim Demirel, Sr. Plumbing Designer

Haoyan Huang, Sr. Electrical Designer

Kristina Santi, LC, Assoc. IALD, Sr. Lighting Designer

Kayla Ahnen, Fire Alarm Designer

Ethan Brown, PE, M.Eng.FPE, Sr. Fire Protection Engineer

City of Camarillo City Hall Remodel and Addition

MEP Engineering | Fire/Life Safety | Lighting Design | Energy Consulting | Building Technologies | Commissioning

Table of Contents Division 21 – Fire Sprinkler System

Division 22 – Plumbing System

Division 23 – HVAC System

Division 26 – Electrical System

Division 27 – ICT/Technology System

Division 28 – Fire Alarm System

Appendix A / MEP Markups ......................................................................................................................................... i

Appendix B / Single Line Diagram ............................................................................................................................ ii

Fire Sprinkler Systems

PART 1 - Design Criteria

1.1 Codes

A. Systems shall be designed in accordance with the following codes:

1. 2025 California Building Code

2. 2025 California Mechanical Code

3. 2025 California Plumbing Code

4. 2025 California Fire Code

5. 2025 California Electrical Code

6. 2025 California Energy Commission

7. Local Amendments to above Codes.

1.2 Standards

A. The following reference standards shall be used for the design:

1. ANSI – American National Standards Institute.

2. ASCE – American Society of Civil Engineers.

a. ASCE 7, Minimum Design Loads for Buildings and Other Structures.

3. ASME – American Society of Mechanical Engineers.

4. ASTM – American Society for Testing and Materials.

5. AWS – American Welding Society.

6. AWWA – American Water Works Association.

7. FM Global Approval Guide.

8. ICC-ES – International Code Council Evaluation Service.

a. ICC-ES AC193 Mechanical Anchors in Concrete Elements.

b. ICC-ES AC308, Post-Installed Adhesive Anchors in Concrete Elements.

9. NEMA – National Electrical Manufacturer’s Association.

10. NFPA – National Fire Protection Association.

a. NFPA 13, Standard for the Installation of Sprinkler Systems, adopted edition.

11. OSHA – Occupational Safety and Health Administration.

12. UL – Underwriters’ Laboratory.

13. UL Fire Protection Equipment Directory.

14. UL Online Certifications Directory.

PART 2 - Scope of Work

2.1 Fire Sprinkler System

A. Provide modification/extension of the existing wet-pipe fire sprinkler system to accommodate the remodel.

B. Piping will be concealed above finished ceilings where possible, except when installed in areas exposed to structure. Corrosion resistant products will be provided in areas where sprinkler heads, piping, fittings, and hangers are subject to a corrosive environment. Main, low point, and auxiliary drains will be provided to drain the entire system.

C. System control valves, flow and pressure switches will be supervised by the fire alarm system.

D. Electrical connections and wiring will be provided as needed for a complete and operable fire protection system.

2.2 Fire Sprinkler System Equipment

A. General: Sprinklers, valves, switches, pipe, fittings, backflow preventers, hangers, sway braces and other fire protection system components will be UL listed or FM Global approved for fire protection.

B. Piping:

1. Aboveground Piping: Automatic Fire Sprinkler System

a. 1-inch diameter piping will be a minimum of Schedule 40 black steel.

b. Pipe sizes 1-1/4-inch to 2-inch diameter will be a minimum of Schedule 40 black steel when installed with threaded fittings and a minimum of Schedule 10 black steel when installed with grooved fittings.

c. Pipe sizes 2-1/2-inch diameter and larger will be a minimum of Schedule 10 black steel.

Piping will meet ASTM A53 or A795 standards.

C. Sprinkler Heads:

1. Sprinkler heads in finished ceilings will be concealed flat-plate style, and the architect will select from standard available finishes. Areas open to structure will utilize upright style sprinkler heads with brass finishes, or as coordinated with the architect. Quick response sprinklers will be provided in Light Hazard occupancy areas.

2. Sprinklers installed in acoustic ceiling tiles will be provided with braided, stainless steel flexible sprinkler connections in accordance with ASCE 7 seismic requirements.

END OF FIRE SPRINKLER SECTION

Plumbing Systems

PART 1 - Design Criteria

1.1 Codes

A. Systems shall be designed in accordance with the following codes:

1. 2025 California Building Code

2. 2025 California Mechanical Code

3. 2025 California Plumbing Code

4. 2025 California Fire Code

5. 2025 California Electrical Code

6. 2025 California Energy Commission

7. 2025 NFPA

8. 2025 National Electrical Code

9. Local Amendments to the above Code.

10. 2025 California Green Building Code

11. California Health & Safety Code, Section 116975 (known as AB1953).

B. Standards – The following reference standards shall be used for the design:

1. AGA – American Gas Association.

2. ANSI – American National Standards Institute.

3. ASHRAE – American Society of Heating, Refrigeration and Air Conditioning Engineers.

4. ASME – American Society of Mechanical Engineers.

5. ASPE – American Society of Plumbing Engineers

6. ASSE – American Society of Sanitary Engineering.

7. ASTM – American Society for Testing and Materials.

8. AWS – American Welding Society.

9. AWWA – American Water Work Association.

10. CISPI – Cast Iron Soil Pipe Institute.

11. CS – Commercial Standards.

12. EPA – Environmental Protection Agency.

13. NEMA – National Electrical Manufacturer’s Association.

14. NFPA – National Fire Protection Association.

15. NSF – National Sanitation Foundation.

16. PDI – Plumbing and Drainage Institute.

17. UL – Underwriters’ Laboratory.

PART 2 - Plumbing Systems

2.1 Summary of Work:

A. Design and construct a complete and operational plumbing system including the following:

1. Remodel existing common restrooms and upgrade plumbing fixtures to meet current codes.

2. Remodel/design new/existing staff breakrooms/pantries and upgrade plumbing fixtures.

2.2 Work Included:

A. Aboveground and underground sanitary waste and vent system.

B. Potable domestic cold water (DCW) system.

C. Potable domestic hot water (DHW) system.

D. Cooling coil condensate drain system for mechanical equipment.

E. Plumbing Fixtures.

F. Plumbing Equipment (Water Heaters).

2.3 Sanitary Waste and Vent System:

A. The sanitary waste system will convey waste from the plumbing fixtures and HVAC equipment by gravity to the existing sanitary waste system.

B. Aboveground and underground sanitary waste and vent piping shall be no-hub service weight, cast iron with no-hub fittings, and shall comply with ASTM A888 and CISPI 301.

C. Sanitary underground piping no-hub coupling shall be heavy duty type conforming to ASTM 888, shall be type 304 stainless steel; worm drive clamps shall be type 304 stainless steel, and sealing gasket shall be neoprene conforming to ASTM C-564. Couplings shall conform to Factory Mutual

Standard 1680, Class 1, and ASTM C-1540. Couplings shall be Anaco “Huskey SD4000-Orange

Shield,” or Clamp All Hi-Torque 125.

D. Aboveground sanitary waste and vent piping no-hub coupling shall be standard duty type conforming to ASTM C1277 or CISPI 310.

E. Trap priming of floor drains or floor sinks will be accomplished in one of the following methods:

1. Vacuum breaker flush valve trap primer, similar to Mifab M-500 (activates on 3 psi pressure drop).

2. Electronic trap primer valve assembly, recessed or surface mounted, similar to Precision

Plumbing Products Model PT or PTS, 120volt/1phase power supply, single point connection.

3. No automatic trap primer shall be used.

F. P-Trap insulation shall be TRUEBRO Model #102G trap cover. Installation shall be in a neat, workmanlike manner, and shall be approved by the Owner.

2.4 Domestic Cold Water System:

A. The existing domestic cold water system will be modified and distributed to the existing restrooms and new plumbing fixtures. Each restroom shall be provided with a branch shut-off valve (ball valve). Domestic water piping shall be as follows:

1. Underground: Type K soft temper copper tubing with flared bronze fittings. Pipe wrap will be provided for corrosion protection.

2. Aboveground: Type L drawn copper, 125 psi maximum service pressure, 250°F maximum service temperature.

B. Contractor shall ensure that no fixture has a pressure lower than 35 psi or higher than 80 psi.

C. System will be designed to prevent water hammer conditions by providing shock arrestors for fixtures, and shock arrestors for quick closing valves. Shock arrestors shall be Sioux Chief 650 series or equal.

D. The most remote fixture shall be provided with minimum supply pressure of 25 psi.

E. Water pressure shall not exceed 80 psi at any plumbing fixture inside the building.

F. Pipes shall be sized on the more stringent of:

a. 8 feet per second maximum flow velocity for cold water lines

G. Protection against backflow shall be maintained with Code approved backflow prevention devices.

H. Provide plumbing stops at every plumbing fixture connection.

2.5 Domestic Hot Water System:

A. Hot Water and circulation piping at the building shall be installed in copper and insulated.

B. Hot Water and circulation piping at the house shall be concealed and run above the ceiling.

C. The domestic hot water heating equipment to be sized in accordance with ASHRAE Handbook chapter on “Service Water Heating” using the predictive method utilizes demand per person and applicable demand and storage factors.

D. Domestic hot water distribution design criteria are outlined below:

1. Fixture unit values shall be per 2025 CPC Appendix A.

2. Pipes shall be sized on the more stringent of:

3. 5 feet per second maximum flow velocity for hot water lines

4. 3 feet per second maximum flow velocity for domestic water return lines

5. 1 psi per 100 feet minimum allowable pressure drop

6. The most remote fixture shall be provided with minimum supply pressure of 25 psi.

E. Water pressure shall not exceed 80 psi at any plumbing fixture inside the building.

F. Option 1: Provide point-of-use instantaneous electric water heaters at remote fixture locations.

G. Option 2: Provide floor mounted storage-type gas or hybrid heat pump water heater with a recurculation pump to serve the restroom and pantry areas.

H. Option 3: Provide a floor mounted gas or heat pump water heater on roof with a recirculation pump to serve all fixtures in building within the proximity.

2.6 Condensate Drain System:

A. The cooling coil condensate drain from any mechanical cooling equipment (coordinate with the mechanical contractor) shall drain by gravity or condensate pump. The primary condensate drain system will terminate into a rooftop receptor, service sink or lavatory/sink tailpiece with an air gap fitting.

2.7 Natural Gas System

A. Existing natural gas piping system to remain. Piping shall be modified to serve new mechanical and water heating equipment, or removed if not required. Where piping is removed, gas pipes shall be cut and capped close to the existing main gas line.

2.8 Plumbing Fixtures:

A. The plumbing fixtures will be high efficiency, and low flow type as required to meet current building codes.

B. Mounting height of plumbing fixtures, flush valve control location, etc., shall conform to the following:

1. As shown in the Architectural Drawings.

2. As required by ADA.

3. Industry Standards.

4. Subcontractor shall verify with Contractor if in doubt.

C. Plumbing Fixtures shall be equal to the following:

1. Water closets will be wall mounted, elongated front bowl, vitreous china, 1.28 gallon per flush used with high efficiency flushometer valve. Sensor hard wired flushometer valve.

2. Urinals will be wall-mounted, concealed integral trap, waterless design.

3. Lavatories will be sensor hardwired ADA compliant faucets and low-flow faucet (0.5 gpm flow).

4. Pantry sinks will be drop-in type, ADA compliant, with 1.5 gpm flow faucet.

D. Fixture Supports:

1. Support wall hung water closets, urinals, and lavatories on heavy duty, full size, concealed, commercial grade carriers mounted to floor structure.

2. Support other fixtures mounted on stud partitions on heavy concealed wall brackets bolted to a 1/4-inch thick by 5-inch high steel plate anchored firmly to studs with bolts (or welded to metal studs). Plate to extend one stud each way beyond fixture mounting point width.

2.9 Identification for Plumbing Piping and Equipment

A. Provide identification for all plumbing piping. All piping concealed or exposed shall have identification markers and flow arrows per ANSI A13.1-2007.

B. Pipe markers shall be pressure sensitive vinyl (self-sticking) material with 360 degree pipe flow arrows and fluid being conveyed. Locate pipe markers every 20 feet on horizontal pipe runs, one foot in front of each valve, thermometer or gauge, at each branch or riser take-off, each passage through walls and floors, at least twice in each room and each story traversed by the piping system.

C. Valve tags shall be attached to each line shutoff valve with a brass chain and color-coded plastic laminated tag. Engrave laminate tags with 1-inch designated numbers, in accordance with valve schedule to be provided by the contractor showing valve size, locations and service.

PART 3 - Execution

3.1 Installation:

A. Provide the following:

1. Supports, vibration isolation, and seismic bracing, for all plumbing piping and equipment.

2. Cleaning and flushing.

3. Chlorination of domestic water system.

4. Testing and adjusting.

B. Installation Practices:

1. Avoid interference with other trades.

2. Maintain access and clearance.

3. Maintain maximum headroom by offsetting as necessary.

4. Maintain ceiling height and coordinate work with other trades. No exposed piping unless approved by Architect.

5. Maintain a minimum 1" clearance from adjacent work, including insulation.

6. Provide shock absorbers in all flush valves, solenoid valves, and quick closing pressurized shut-off valves and where required by code.

7. Provide dielectric unions at all ferrous to copper connections.

8. All potable water systems shall be flushed and sterilized in a manner approved by the City of

Camarillo Health Department.

9. Provide all excavation, trenching, and backfill for all work done in this Section.

10. No cross connections between potable water and other water systems. Provide backflow preventer to water make-up to HVAC equipment.

11. Materials used shall not be likely to support microbial growth and shall not be degraded by cleaning materials.

12. Provide solid ring chrome plated escutcheons (for 2” and smaller) and split-ring (2-1/2” and larger) on piping passing through walls, floor, or partitions, etc., exposed to view.

13. Seal all void space where piping passes through fire rated walls with UL listed fire stopping material.

14. Seal all void space where piping passes through non-rated walls with fiberglass material.

15. Provide branch isolation valves servicing each toilet rooms.

16. Provide access panels in ceilings, partitions, enclosures, etc., as required in order to achieve easy access to all equipment and devices provided or installed under this section.

END OF PLUMBING SECTION

Heating, Ventilation, & Air Conditioning Systems

PART 1 - Design Criteria

1.1 Codes:

A. Systems shall be designed in accordance with the latest edition of the following codes:

1. 2025 California Building Code

2. 2025 California Mechanical Code

3. 2025 California Plumbing Code

4. 2025 California Fire Code

5. 2025 California Electrical Code

6. 2025 California Energy Commission

7. Local Amendments to above Codes

1.2 Standards:

A. The following reference standards shall be used for the design:

1. AMCA – Air Movement and Control Association International, Inc.

2. ANSI – American National Standards Institute

3. ARI – Air Conditioning and Refrigeration Institute

4. ASHRAE – American Society of Heating, Refrigeration, and Air Conditioning Engineers

5. SMACNA – Fire and Smoke Damper Installation Guide

6. SMACNA – Guidelines for Seismic Restraints of Mechanical Systems

7. SMACNA – Standards for Duct Construction

8. EPA – Environmental Protection Agency

9. NEMA – National Electrical Manufacturer’s Association

10. UL – Underwriters’ Laboratories

11. NFPA - National Fire Protection Association:

a. NFPA 90A – Air Conditioning and Ventilating Systems

b. NFPA 101 – Life Safety Code

1.3 Load Calculations – Outdoors Design Conditions:

A. System load calculations shall be based on the following outdoor design conditions. Project is located in Camarillo, California, Building Climate Zone 6:

1. Summer – 84°F DB / 68°F MCWB for airside system calculations (Cooling 0.5% Conditions per

Title 24 Appendix JA2)

2. Winter – 28°F DB for airside system calculations (Winter Median of Extremes per Title 24

Appendix JA2)

1.4 Load Calculations – Indoor Design Conditions

A. System will be designed to maintain the following temperature and humidity conditions:

Space Summer (°F) Winter (°F) Relative Humidity (%)

All Occupied Zones 75 2 70 2 30-70%

1.5 Load Calculations - Internal Air Conditioning Loads Assumptions:

A. Space lighting, equipment and ventilation loads are:

Space Type Occupancy

SF/OC

Light load

W/SF

Eq load.

W/SF

Ventilation load

CFM/SF

Conference 20 1.2 0.5 0.15

Office 100 0.8 0.5 0.15

Breakroom 30 0.8 1.5 0.15

Restroom 100 0.8 0 0.15

B. People

1. Office Spaces: 245 BTUH Sensible/155 BTUH Latent.

2. Number of people shall be based on ASHRAE standard 62.1-2025 and California Title 24.

C. Ventilation Rate – 15% above ASHRAE Std. 62.1-2022 / California Title 24 to meet Enhanced

Ventilation requirement.

1.6 Load Calculations - Envelope Load Assumptions:

A. System load calculations are based on envelope data provided by Architect for compliance with

California T-24 requirements. Fenestration U-values and SHGC values will be provided by the

Architect, general contractor, or Owner.

B. We would refer to Title 24, Part 6, Table 140.3-B for the values to use in our preliminary calculation:

1. Roof/Ceiling: U-value of 0.047 (Metal Building).

2. Wall insulation: U-value of 0.102 (Metal Building).

3. Floor and soffit insulation: U-value of 0.269 (Raised mass).

4. Fenestration: U-value of 0.36 and RSHGC of 0.25 (Fixed Window).

1.7 Acoustical Requirements

A. Sound generated by mechanical/plumbing systems in occupied zones of a treated space not to exceed noise criterion established by Acoustic Consultant, if applicable. Provide acoustical mounting for rooftop equipment as required by Acoustic Consultant.

B. Fan coils should be suspended using spring and neoprene hangers (Mason 30N or equal) with a minimum of 1-inch static deflection.

1.8 Ventilation

A. Outside air ventilation will be designed to provide ventilation per California Mechanical Code

(ASHRAE Std. 62.1) / California Title 24. Ventilation will include the following minimum requirements:

1. Conference: 0.15 CFM/sq. ft.

2. Breakrooms: 0.15 CFM/sq. ft.

3. Office Spaces: 0.15 cfm/sq. ft.

4. All sources of outside air require MERV 13 (or better) filtration before distribution to interior zones.

B. Exhaust systems will be designed to provide minimum exhaust rates per California Mechanical

Code (ASHRAE Std. 62.1) / California Title 24. Exhaust will include the following minimum requirements:

1. Janitor Closets: 1.0 CFM/sq. ft.

2. Toilets - Public: 75 CFM per fixture

1.9 Duct Design

A. System ductwork will be designed based on the following criteria:

1. Exhaust duct sized at 0.08-inch friction loss per 100 feet of duct.

2. Supply and return ductwork will be sized using the equal friction method at 0.08 inch of water per 100 feet of duct. Branch supply and return duct will not exceed 700 fpm.

3. Provide access panels or remote regulators for all manual balancing dampers located above hard lid ceilings. Coordinate with Architect.

1.10 Supply, Return and Exhaust Grille Sizing

A. Grilles will be sized based on manufacturer recommendations to achieve a maximum not to exceed room noise level.

B. Noise levels not to exceed NC 25 for libraries and private offices, not to exceed NC 30 for classrooms, dining rooms, and corridors.

PART 2 - Heating, Ventilating, and Air Conditioning Systems

2.1 Existing Conditions: The existing building is served by a set of packaged, air-cooled rooftop units.

Some are heat pumps and some have gas heat. On the interior, zone control is provided in some areas by shut-off VAV air terminal units. There is an existing Siemens building management system, installed in 2006.

2.2 Heating and Cooling: The HVAC design shall conform to one of the following options. Reference the attached Appendix A mechanical markup for layout of rooftop equipment, major ductwork, and a zone map.

A. Air cooled chiller and gas boiler serving 4-pipe fan coil system, with rooftop packaged DOAS units providing outside air.

1. This system includes horizontal, ducted above ceiling fan coils serving each zone. Chilled water and heating water piping provide heating and cooling, and ductwork from the DOAS units provides outdoor air.

2. System reduces the amount of equipment required on the roof to the chiller, boiler, chilled water and heating water pumps, and the DOAS units. Above ceiling ductwork is smaller, making equipment layout more flexible. High efficiency system.

3. Structural analysis or reinforcement will be required to confirm that the roof can support the new equipment. Requires piping for chilled and heating water throughout building.

B. Air cooled heat recovery chillers serving 4-pipe fan coil system, with rooftop packaged DOAS units providing outside air.

1. This system includes horizontal, ducted above ceiling fan coils serving each zone. Chilled water and heating water piping provide heating and cooling, and ductwork from the DOAS units provides outdoor air.

2. System reduces the amount of equipment required on the roof still further compared to alternative A, as chilled and heating water can be produced simultaneously as required by the modular heat recovery chiller. Requires only electricity, does not need natural gas. Very high efficiency system.

3. Higher equipment cost compared to alternative A. Structural analysis or reinforcement will be required to confirm that the roof can support the new equipment. Requires piping for chilled and heating water throughout building.

C. Air cooled heat recovery VRF, with rooftop packaged DOAS unit providing outside air.

1. This system includes horizontal, ducted above ceiling fan coils serving each zone. Refrigerant piping provides heating and cooling, and ductwork from the DOAS unit provides outdoor air.

2. System reduces the amount of equipment required on the roof to the VRF condensing units and the DOAS unit. VRF condensing units are smaller and lighter than alternative A&B equipment. Above ceiling ductwork is smaller, making equipment layout more flexible. Lower equipment cost, and VRF integral controls lower controls cost and complexity. High efficiency system.

3. Requires latest-generation A2L refrigerant distributed to fan coils throughout building, which has a low flammability risk. Basis of design is a 2-pipe system.

D. Packaged, air cooled rooftop units serving VAV air terminal units with hydronic reheat and gas boiler.

1. This system includes a set of rooftop units, similar to the current equipment layout, along with a gas boiler and pumps to distribute heating water within the building, and VAV boxes with hydronic reheat for local zone control.

2. System operates similarly to existing system, for familiarity of equipment. Lower cost than alternatives A and B, less centralized equipment lessens impact of equipment downtime.

3. Larger ductwork above ceiling, lower efficiency than other options. Requires heating water piping around building perimeter.

2.3 Exhaust Systems:

A. Each set of restrooms will be served by a rooftop exhaust fan located above the restroom group.

Makeup air will be provided with transfer air from adjacent space.

B. Janitor’s Closets will be exhausted to the roof by the nearest restroom fan or by a dedicated fan if not nearby.

C. Each Kitchen/Breakroom will be exhausted to the roof by a dedicated fan.

END OF HVAC SECTION

Electrical Systems

PART 1 - Design Criteria

1.1 Codes:

A. Systems shall be designed in accordance with the latest edition of the following codes:

1. 2025 California Building Code

2. 2025 California Mechanical Code

3. 2025 California Plumbing Code

4. 2025 California Fire Code

5. 2025 California Electrical Code

6. 2025 California Energy Commission

7. Local Amendments to above Codes

1.2 Standards:

A. The following reference standards shall be used for the design:

1. AMCA – Air Movement and Control Association International, Inc.

2. ANSI – American National Standards Institute

3. ARI – Air Conditioning and Refrigeration Institute

4. ASHRAE – American Society of Heating, Refrigeration, and Air Conditioning Engineers

5. SMACNA – Fire and Smoke Damper Installation Guide

6. SMACNA – Guidelines for Seismic Restraints of Mechanical Systems

7. SMACNA – Standards for Duct Construction

8. EPA – Environmental Protection Agency

9. NEMA – National Electrical Manufacturer’s Association

11. NFPA - National Fire Protection Association:

a. NFPA 90A – Air Conditioning and Ventilating Systems

b. NFPA 101 – Life Safety Code

PART 2 - Electrical Systems

2.1 Electrical Distribution System

A. Existing electrical service is obtained from underground Southern California Edison (SCE) service rated 600A, 480/277V, 3-phase, 4-wires.

B. Existing electrical service is sufficient for existing load and new load.

C. Existing electrical distribution consist of one 600A 480/277V, 3-phase, 4-wires main switchboard, one 150kVA, 480V-208/120V transformer, one 600A 208/120V, 3-phase, 4-wires distribution switchboard, and branch circuit panels fed from the two switchboards.

D. New 75kVA transformer and branch circuit panels will be added to support new loads.

E. New 480V panels will be provided for new load and free up breaker space in the existing 480V distribution switchboard.

2.2 Electrical Demolition

A. All existing switchboards to remain and re-use unless noted otherwise on drawing.

B. Existing branch circuit panels (panel LA, LB, A, B, C, FA, & FB) that serve the project area are at the end of their service life and will be replaced.

C. Existing panelboards serving the Council Chambers to remain.

D. Existing receptacle, lighting, and lighting control at in the Council Chambers to remain.

E. Demolish existing lighting, lighting control, and associated raceway and wiring at the interior of the city hall back to source panelboard, unless noted otherwise on drawing

F. Demolish receptacles, junction boxes, and associated raceway and wiring at the interior of the city hall back to source panelboard, unless noted otherwise on drawing

G. Disconnect power to existing HVAC and plumbing equipment to be removed, and remove disconnect switches, raceway and wiring back to source panelboard.

2.3 Emergency Power System

A. Standby power is provided for all electrical distribution systems in the city hall by an existing

200KW generator.

B. Emergency lighting will be power by integrated battery luminaire.

2.4 General Requirements

A. Provide 120V, 1-phase power for lighting, convenience receptacles, appliances, and motorized equipment at 3/4 HP or smaller.

B. Provide 208V, 3-phase for motorized equipment 1 HP and larger, unless otherwise noted.

C. All conduits will be concealed except in Mechanical and Electrical Rooms. Minimum size conduit will be 3/4 trade size for power system and 1-inch telecommunication system. Minimum 1 inch for power system will be used underground. EMT will be used in hung ceilings and non-masonry walls.

D. Grounding conductors will be provided in all feeder and branch circuits.

E. All conductors will be copper with THWN insulation for wet or underground and THHN for dry locations. Type XHHW will be used for sizes larger than #1/0. Conductor sizes will be No. 12 AWG minimum for power and No. 14 AWG for controls or signal.

F. All panel bussing shall be copper.

G. Branch circuit panelboards shall use bolt-on circuit breakers.

PART 3 - Lighting Systems

3.1 Interior Lighting

A. General Description: the lighting design shall provide a comfortable environment that blends with interior colors and textures. The lighting system will meet the light levels and control criteria for the task, minimum lighting levels shall be in accordance with the IESNA handbook 10th edition or latest IESNA RP publication at the time of design. Minimum levels shall be provided by fixed, permanently installed luminaires.

B. Luminaires will utilize LED sources to meet the design criteria while providing a system which is aesthetically pleasing and easy to maintain through the life of the design.

C. Provide a complete lighting system consisting of luminaires, lamps and controls for all building interior areas. New LED luminaires shall be used throughout the entire project scope, existing luminaires will not meet current Title 24 code requirements as renovations will trigger code requirements. Lighting and controls in the Council Chambers is to remain as that was modelled recently.

D. Design Lighting Levels: Average Maintained Footcandles

E. Illuminance uniformity shall not exceed 3 to 1 for task to immediately surrounding areas and 40 to 1 at any point in any space.

F. Color temperature in the back of house space shall be 3,500K with a CRI of >90. All other spaces shall be provided with tunable white luminaires with color temperature ranging from 2700K to

4000K CCT with a CRI of >90.

Area Recommended Lighting Level (Footcandles)

Electrical Room/amenity 25-30

Meeting/Conference Rooms 30 at table

Lobbies 15

Storage 15

Corridors 15

Offices 35-40

Restrooms 20

Lounge/Breakroom 15-20

* No point of exit and egress path shall be less than 1 footcandle at the floor.

3.2 Lighting Control

A. All lighting will be automatically controlled to meet the requirements of California Title 24.

B. All dimmers will be compatible with the controlled loads.

C. Daylighting/dimming controls will be provided in areas with skylights or exterior windows, where natural light is available.

D. Occupancy sensors will be provided in all office spaces, corridors, restrooms, electrical rooms, technology rooms and storage rooms. Occupancy sensors will be of the passive infrared or infrared/ultrasonic type.

E. Lighting control system shall be a new networked digital lighting control system (with astronomical time clock and photocell functions) and local occupancy/motion sensors

(ultrasonic/infrared type). Daylighting controls shall be provided in areas required and integrated into motion sensors where possible. Building lighting shall have automatic shutoff system in accordance with California Title 24 requirements. Provide demand response capability as required by CA title 24.

F. Lighting control system to match system recently installed in the Council Chambers, client to confirm that Current NX system was installed per As-Built Drawings. Or if the Acuity nLight lighting control system is preferred as this system have been installed in other building locations.

Area Lighting Control

Storage and Utility Local switch with Occupancy sensors

Corridors Partial on/off occupancy sensor with auto-off, dimming switch, timeclock

Exterior Lighting Existing timeclocks shall remain for all existing exterior lighting.

Not in scope.

Lobby Timeclock control set for lights to be on during building hours, motion sensors to turn lights on afterhours. Manual dimming

Area Lighting Control switches zoned by light fixture type. Dim to 30% after hours for security, onto 100% when someone walks into the space.

Small Offices Dimming switch at door and ceiling mounting occupancy sensors.

Open Offices Dimming switch a entry, timeclock for auto off after business hours with occupancy sensors to turn on lighting after hours.

Meeting and

Conference

Scene dimmable switch panel, timeclock controls and occupancy/photocell sensors.

Restrooms Occupancy/vacancy motion sensor, timeclock, remote switch not accessible to the public.

3.3 Emergency Lighting Systems

A. Egress lighting will be provided as required by code. The code-required alternate power source shall be via integrated battery within luminaire.

B. No point of exit and egress path shall be less than 1 footcandle minimum at the floor.

C. New exit lighting shall be LED Edgelit with green backlight and non-switched.

END OF DIVISION 26 – ELECTRICAL SECTION

ICT Systems

PART 1 - Design Criteria

1.1 Codes:

A. Systems shall be designed in accordance with the latest edition of the following codes:

1. 2025 California Building Code

2. 2025 California Mechanical Code

3. 2025 California Plumbing Code

4. 2025 California Fire Code

5. 2025 California Electrical Code

6. 2025 California Energy Commission

7. Local Amendments to above Codes

1.2 Standards:

A. The following reference standards shall be used for the design:

1. AMCA – Air Movement and Control Association International, Inc.

2. ANSI – American National Standards Institute

3. ARI – Air Conditioning and Refrigeration Institute

4. ASHRAE – American Society of Heating, Refrigeration, and Air Conditioning Engineers

5. SMACNA – Fire and Smoke Damper Installation Guide

6. SMACNA – Guidelines for Seismic Restraints of Mechanical Systems

7. SMACNA – Standards for Duct Construction

8. EPA – Environmental Protection Agency

9. NEMA – National Electrical Manufacturer’s Association

11. NFPA - National Fire Protection Association:

a. NFPA 90A – Air Conditioning and Ventilating Systems

b. NFPA 101 – Life Safety Code

PART 2 - Telecommunications Infrastructure, Security, and Audiovisual Systems

2.1 The ICT systems for this project includes telecommunications Infrastructure, Security, and Audiovisual

Systems pertaining to removal of the existing horizontal cabling system in demolished area and installation of new system in the construction area.

2.2 Telecommunications Demolition

A. Demolished cables must be removed from end to end.

2.3 General Requirements

A. Telecommunications infrastructure system – The scope includes the pathway and cabling system from the workstations to a new centrally-located telecommunications room (TR), the interior dimensions of which must be 10’W x 12’L, with the door opens out; the new TR will be connected to an existing MPOE Room, assumed to be Phone Room 112 on the as-built drawing. As the floor is approximately 34,000 square feet, two 10’W x 10’L telecommunications rooms may be provided if it is not possible to provide a larger, centrally located one. It is recommended that the new, centrally located telecommunications room be placed next to Information Services work areas, as depicted on the snippet below

The horizontal cabling from the new TR to each work/service area will be as follows:

1. A compliment of two Category 6A cables that emanate from the TR to each typical data outlet faceplate location and terminated on Category 6A jacks and the jacket rating per code requirements. Every workstation per architectural background will be provided with one compliment.

2. A compliment of one Category 6A cable and jack that emanate from each MTR and TR to security camera location and terminated on a Category 6A jack for security cameras: jacket rating per code requirements.

3. 48-port Patch Panel frames with openings for CAT 6A outlet inserts in the TR.

4. A compliment of two Category 6A cables and jacks will be provided at each access point location in the open offices, common areas and conference rooms based on wifi predictive survey (heatmap) to cover the entire project area.

B. Electronic security system – The physical security systems design in the scope pertains to the design of access control, intrusion detection, and video surveillance systems based on requirements of the city.

C. Audiovisual system – The audiovisual systems design for three conference rooms in scope include pathways system for display monitors, paging/intercom devices, speakers, and projectors;

presentation spaces; systems control integration; and amplification and sound reinforcement equipment specifications. More rooms may be included when the scope expansion is authorized.

END OF ICT SYSTEMS SECTION

Fire Alarm Systems

PART 1 - Design Criteria

1.1 Codes

A. Systems shall be designed in accordance with the latest edition of the following codes:

1. 2025 California Building Code

2. 2025 California Mechanical Code

3. 2025 California Plumbing Code

4. 2025 California Fire Code

5. 2025 California Electrical Code

6. 2025 California Energy Commission

7. Local Amendments to above Codes

1.2 Standards

A. The following reference standards shall be used for the design:

1. AMCA – Air Movement and Control Association International, Inc.

2. ANSI – American National Standards Institute

3. ARI – Air Conditioning and Refrigeration Institute

4. ASHRAE – American Society of Heating, Refrigeration, and Air Conditioning Engineers

5. EPA – Environmental Protection Agency

6. NEMA – National Electrical Manufacturer’s Association

7. NFPA - National Fire Protection Association

a. NFPA 90A – Air Conditioning and Ventilating Systems

b. NFPA 101 – Life Safety Code

8. SMACNA - Sheet Metal and Air Conditioning Contractors' National Association

a. SMACNA – Fire and Smoke Damper Installation Guide

b. SMACNA – Guidelines for Seismic Restraints of Mechanical Systems

c. SMACNA – Standards for Duct Construction

9. UL – Underwriters’ Laboratories

PART 2 - Fire Alarm System

2.1 Design Criteria

A. The fire alarm system will be contractor designed.

B. A modification and extension of the existing automatic, addressable, fire alarm system will be provided to meet the requirements of the adopted editions of the California Building Code, and

NFPA 72.

C. The fire alarm system will provide system alarm, supervisory, and trouble signal monitoring, and alarm notification for the building. The existing communicating transmitter will facilitate off-premises monitoring of the individual signals to a listed central station facility. Any power supplies will have batteries to provide a secondary power source in case of primary power loss to the control panel or any remote power supply.

D. Activation of system smoke detectors, manual pull stations, and fire sprinkler water flow switches will initiate alarm signals on the fire alarm control panel (FACP) and fire alarm annunciator (FAA) and activate the audible and visible notification appliances throughout the building. Activation of

HVAC duct mounted smoke detectors and fire sprinkler valve tamper switches will initiate supervisory signals, which will annunciate on the FACP and the FAA.

E. Manual pull stations will be provided as required by code.

F. Automatic smoke detection will be provided for protection of fire alarm control equipment and for activation of fire safety functions.

G. Audible and visual alarm notification appliances will be provided throughout the remodel area to meet the audible and the visual notification requirements of NFPA 72 and the ADA.

H. Control outputs will be provided for actuation of fire safety functions, such as air handler shut down, fire smoke damper closure, and fire door release.

2.2 Fire Alarm Equipment

A. Fire alarm equipment will be UL listed for fire alarm signaling systems.

B. Audible alarm appliances will be temporal coded horns and will be synchronized within the fire area.

C. Smoke detectors will be photoelectric type. Where installed for HVAC systems and smoke damper control, detectors will be either duct-mounted, or in-duct mounted.

D. Visible alarm appliances will have multi-candela settings for field adjustment to achieve ADA and

NFPA 72 visible signaling coverage area requirements for the protected spaces.

E. Manual pull stations will be single action type with red finish.

END OF FIRE ALARM SECTION

X:\LAX\2025\2025-1094\Correspondence\Design Reports\2026-07-08 Updated BOD\2026-07-08 Final BOD.docx

Page i

Appendix A

MEP Markups

WH

A2.11

A2.14

A2.16

A2.18

A2.15

A2.13

A2.12

A2.17 54 A2.10

A2.19

1/16" = 1'-0"55 PROPOSED OVERALL FLOOR PLAN

COMMUNITY DEVELOPMENT

AND BUILDING AND SAFETY

29 WORKSTATIONS

PUBLIC WORKS:

34 WORKSTATIONS

BUILDING

DEPARTMENT

10 WORKSTATIONS

FINANCE:

16 WORKSTATIONS

CITY MANAGER:

16 WORKSTATION

COUNCIL MEMBERS:

4 WORKSTATIONS

CLERK:

4 WORKSTATIONS

ASD AND

INFORMATION SERVICES:

23 WORKSTATIONS

NEW ENTRY COURTYARD

BREAKROOM &

RESTROOMS

NEW BREAKROOM

COURTYARD

LAND DEVELOPMENT

6 WORKSTATIONS

HUMAN RESOURCES:

5 WORKSTATIONS

SHEET TITLE

SHEET NUMBER

ANDREW GOODWIN DESIGNS

architect: andrew goodwin, aia

1238 MONTEREY STREET

SAN LUIS OBISPO, CA 93401

t: (805) 439-1611 www.andrewgoodwin.us

10 31 27C-34213

AMM

REVIEWED:

APPROVED:

REVIEWED:

REVIEWED:

REVIEWED:

REV. DESCRIPTION APP'D DATE

DEPARTMENT OF ADMINISTRATIVE SERVICES

CITY OF CAMARILLO

DRN BY: DES BY: CK'D BY:

RECOMMENDED BY:

SPEC. NUMBER PROJ. NUMBER

F.B. PG. SHEET OF C-

PREPARED BY:

DEPUTY DIRECTOR, LAND DEVELOPMENT

CITY ENGINEER DATE

DEPARTMENT OF PUBLIC WORKS

RCE 76459 EXPIRES: 12/31/2026

DIRECTOR of ADMINISTRATIVE SERVICES

REVIEWED:

MAINTENANCE SUPERINTENDENT

LICENSED ARCHITECT DATE

LICENSE NO. EXPIRES: / /

DEPUTY DIRECTOR, CAPITAL PROJECTS

REVIEWED:

DEPUTY DIRECTOR, ENVIRONMENTAL/STORMWATER

WATER SUPERINTENDENT DATE

WATER RECLAMATION SUPERINTENDENT DATE

DATE

DATE

DATE

DATE

DATE

DIRECTOR of COMMUNITY DEVELOPMENT DATE

A2.01

PROPOSED OVERALL FLOOR PLAN

05/15/2026

JL RT

0 5 10 20 40

HughK Text Box OPTION 1: AIR COOLED CHILLER AND GAS BOILER SERVING 4 PIPE FAN COIL UNITS, WITH ROOFTOP DOAS PROVIDING OUTSIDE AIR

HughK Rectangle Sketch to Scale

102.6 sf

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle Sketch to Scale

102.6 sf

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Callout

AIR COOLED CHILLER AND PUMPS ON ROOF

HughK Callout

GAS BOILER AND PUMPS ON ROOF

HughK Rectangle

HughK Rectangle

HughK Callout

DOAS ON ROOF FOR BUILDING WEST

HughK Callout

DOAS ON ROOF FOR BUILDING EAST

HughK PolyLine

HughK PolyLine

HughK Line

HughK Callout

DOAS DUCTWORK CAPPED HERE IN PHASE 1 TO BE EXTENDED IN PHASE 2

HughK Callout

DOAS DUCT MAIN TO DISTRIBUTE TO LOCAL FAN COILS

HughK PolyLine

HughK Line

HughK Callout

LOCATE FAN COIL UNITS SERVING COUNCIL CHAMBER IN LOBBY FOR EASE OF ACCESS

HughK PolyLine

HughK Callout

EQUIPMENT LOCATIONS CHOSEN BASED ON EXISTING SCREEN WALLS ON ROOF (TYP)

A2.14

A2.16

A2.18

A2.15

A2.13

A2.12

A2.17 54 A2.10

A2.19

1/16" = 1'-0"55 PROPOSED OVERALL FLOOR PLAN

COMMUNITY DEVELOPMENT

AND BUILDING AND SAFETY

29 WORKSTATIONS

PUBLIC WORKS:

34 WORKSTATIONS

BUILDING

DEPARTMENT

10 WORKSTATIONS

FINANCE:

16 WORKSTATIONS

CITY MANAGER:

16 WORKSTATION

COUNCIL MEMBERS:

4 WORKSTATIONS

CLERK:

4 WORKSTATIONS

ASD AND

INFORMATION SERVICES:

23 WORKSTATIONS

NEW ENTRY COURTYARD

BREAKROOM &

RESTROOMS

NEW BREAKROOM

COURTYARD

LAND DEVELOPMENT

6 WORKSTATIONS

HUMAN RESOURCES:

5 WORKSTATIONS

SHEET TITLE

SHEET NUMBER

ANDREW GOODWIN DESIGNS

architect: andrew goodwin, aia

1238 MONTEREY STREET

SAN LUIS OBISPO, CA 93401

t: (805) 439-1611 www.andrewgoodwin.us

10 31 27C-34213

AMM

REVIEWED:

APPROVED:

REVIEWED:

REVIEWED:

REVIEWED:

REV. DESCRIPTION APP'D DATE

DEPARTMENT OF ADMINISTRATIVE SERVICES

CITY OF CAMARILLO

DRN BY: DES BY: CK'D BY:

RECOMMENDED BY:

SPEC. NUMBER PROJ. NUMBER

F.B. PG. SHEET OF C-

PREPARED BY:

DEPUTY DIRECTOR, LAND DEVELOPMENT

CITY ENGINEER DATE

DEPARTMENT OF PUBLIC WORKS

RCE 76459 EXPIRES: 12/31/2026

DIRECTOR of ADMINISTRATIVE SERVICES

REVIEWED:

MAINTENANCE SUPERINTENDENT

LICENSED ARCHITECT DATE

LICENSE NO. EXPIRES: / /

DEPUTY DIRECTOR, CAPITAL PROJECTS

REVIEWED:

DEPUTY DIRECTOR, ENVIRONMENTAL/STORMWATER

WATER SUPERINTENDENT DATE

WATER RECLAMATION SUPERINTENDENT DATE

DATE

DATE

DATE

DATE

DATE

DIRECTOR of COMMUNITY DEVELOPMENT DATE

A2.01

PROPOSED OVERALL FLOOR PLAN

05/15/2026

JL RT

0 5 10 20 40

HughK Text Box OPTION 2: AIR COOLED HEAT RECOVERY CHILLERS SERVING 4 PIPE FAN COIL UNITS, WITH ROOFTOP DOAS PROVIDING OUTSIDE AIR

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Callout

AIR COOLED HEAT RECOVERY CHILLER AND PUMPS ON ROOF

HughK Rectangle

HughK Rectangle

HughK Callout

DOAS ON ROOF FOR BUILDING WEST

HughK Callout

DOAS ON ROOF FOR BUILDING EAST

HughK PolyLine

HughK PolyLine

HughK Line

HughK Callout

DOAS DUCTWORK TO BE EXTENDED IN PHASE 2

HughK Callout

DOAS DUCT MAIN TO DISTRIBUTE TO LOCAL FAN COILS

HughK PolyLine

HughK Line

HughK Callout

LOCATE FAN COIL UNITS SERVING COUNCIL CHAMBER IN LOBBY FOR EASE OF ACCESS

HughK PolyLine

HughK Rectangle Sketch to Scale 103 sf

HughK

A2.14

A2.16

A2.18

A2.15

A2.13

A2.12

A2.17 54 A2.10

A2.19

1/16" = 1'-0"55 PROPOSED OVERALL FLOOR PLAN

COMMUNITY DEVELOPMENT

AND BUILDING AND SAFETY

29 WORKSTATIONS

PUBLIC WORKS:

34 WORKSTATIONS

BUILDING

DEPARTMENT

10 WORKSTATIONS

FINANCE:

16 WORKSTATIONS

CITY MANAGER:

16 WORKSTATION

COUNCIL MEMBERS:

4 WORKSTATIONS

CLERK:

4 WORKSTATIONS

ASD AND

INFORMATION SERVICES:

23 WORKSTATIONS

NEW ENTRY COURTYARD

BREAKROOM &

RESTROOMS

NEW BREAKROOM

COURTYARD

LAND DEVELOPMENT

6 WORKSTATIONS

HUMAN RESOURCES:

5 WORKSTATIONS

SHEET TITLE

SHEET NUMBER

ANDREW GOODWIN DESIGNS

architect: andrew goodwin, aia

1238 MONTEREY STREET

SAN LUIS OBISPO, CA 93401

t: (805) 439-1611 www.andrewgoodwin.us

10 31 27C-34213

AMM

REVIEWED:

APPROVED:

REVIEWED:

REVIEWED:

REVIEWED:

REV. DESCRIPTION APP'D DATE

DEPARTMENT OF ADMINISTRATIVE SERVICES

CITY OF CAMARILLO

DRN BY: DES BY: CK'D BY:

RECOMMENDED BY:

SPEC. NUMBER PROJ. NUMBER

F.B. PG. SHEET OF C-

PREPARED BY:

DEPUTY DIRECTOR, LAND DEVELOPMENT

CITY ENGINEER DATE

DEPARTMENT OF PUBLIC WORKS

RCE 76459 EXPIRES: 12/31/2026

DIRECTOR of ADMINISTRATIVE SERVICES

REVIEWED:

MAINTENANCE SUPERINTENDENT

LICENSED ARCHITECT DATE

LICENSE NO. EXPIRES: / /

DEPUTY DIRECTOR, CAPITAL PROJECTS

REVIEWED:

DEPUTY DIRECTOR, ENVIRONMENTAL/STORMWATER

WATER SUPERINTENDENT DATE

WATER RECLAMATION SUPERINTENDENT DATE

DATE

DATE

DATE

DATE

DATE

DIRECTOR of COMMUNITY DEVELOPMENT DATE

A2.01

PROPOSED OVERALL FLOOR PLAN

05/15/2026

JL RT

0 5 10 20 40

HughK Text Box OPTION 3: AIR COOLED HEAT RECOVERY VRF SERVING DX FAN COIL UNITS WITH ROOFTOP DOAS PROVIDING OUTSIDE AIR

HughK Callout

VRF CONDENSING UNITS ON ROOF (TYP)

HughK Rectangle

HughK Rectangle

HughK Callout

DOAS ON ROOF FOR BUILDING WEST

HughK Callout

DOAS ON ROOF FOR BUILDING EAST

HughK PolyLine

HughK PolyLine

HughK Line

HughK Callout

DOAS DUCTWORK TO BE EXTENDED IN PHASE 2

HughK Callout

DOAS DUCT MAIN TO DISTRIBUTE TO LOCAL FAN COILS

HughK PolyLine

HughK Line

HughK Callout

LOCATE FAN COIL UNITS SERVING COUNCIL CHAMBER IN LOBBY FOR EASE OF ACCESS

HughK PolyLine

HughK Rectangle Sketch to Scale

9.79 sf

HughK Rectangle Sketch to Scale

9.79 sf

HughK Rectangle Sketch to Scale

9.79 sf

HughK Rectangle Sketch to Scale

9.79 sf

HughK Rectangle Sketch to Scale

9.79 sf

HughK Rectangle Sketch to Scale

9.79 sf

HughK Rectangle Sketch to Scale 15 sf

HughK Callout

BRANCH CONTROLLER ABOVE CEILING

HughK Rectangle Sketch to Scale 15 sf

HughK Rectangle Sketch to Scale 15 sf

HughK Rectangle Sketch to Scale 15 sf

HughK Rectangle Sketch to Scale 15 sf

HughK Rectangle Sketch to Scale 15 sf

HughK

A2.14

A2.16

A2.18

A2.15

A2.13

A2.12

A2.17 54 A2.10

A2.19

1/16" = 1'-0"55 PROPOSED OVERALL FLOOR PLAN

COMMUNITY DEVELOPMENT

AND BUILDING AND SAFETY

29 WORKSTATIONS

PUBLIC WORKS:

34 WORKSTATIONS

BUILDING

DEPARTMENT

10 WORKSTATIONS

FINANCE:

16 WORKSTATIONS

CITY MANAGER:

16 WORKSTATION

COUNCIL MEMBERS:

4 WORKSTATIONS

CLERK:

4 WORKSTATIONS

ASD AND

INFORMATION SERVICES:

23 WORKSTATIONS

NEW ENTRY COURTYARD

BREAKROOM &

RESTROOMS

NEW BREAKROOM

COURTYARD

LAND DEVELOPMENT

6 WORKSTATIONS

HUMAN RESOURCES:

5 WORKSTATIONS

SHEET TITLE

SHEET NUMBER

ANDREW GOODWIN DESIGNS

architect: andrew goodwin, aia

1238 MONTEREY STREET

SAN LUIS OBISPO, CA 93401

t: (805) 439-1611 www.andrewgoodwin.us

10 31 27C-34213

AMM

REVIEWED:

APPROVED:

REVIEWED:

REVIEWED:

REVIEWED:

REV. DESCRIPTION APP'D DATE

DEPARTMENT OF ADMINISTRATIVE SERVICES

CITY OF CAMARILLO

DRN BY: DES BY: CK'D BY:

RECOMMENDED BY:

SPEC. NUMBER PROJ. NUMBER

F.B. PG. SHEET OF C-

PREPARED BY:

DEPUTY DIRECTOR, LAND DEVELOPMENT

CITY ENGINEER DATE

DEPARTMENT OF PUBLIC WORKS

RCE 76459 EXPIRES: 12/31/2026

DIRECTOR of ADMINISTRATIVE SERVICES

REVIEWED:

MAINTENANCE SUPERINTENDENT

LICENSED ARCHITECT DATE

LICENSE NO. EXPIRES: / /

DEPUTY DIRECTOR, CAPITAL PROJECTS

REVIEWED:

DEPUTY DIRECTOR, ENVIRONMENTAL/STORMWATER

WATER SUPERINTENDENT DATE

WATER RECLAMATION SUPERINTENDENT DATE

DATE

DATE

DATE

DATE

DATE

DIRECTOR of COMMUNITY DEVELOPMENT DATE

A2.01

PROPOSED OVERALL FLOOR PLAN

05/15/2026

JL RT

0 5 10 20 40

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Rectangle

HughK Text Box

OPTION 4: VAV ROOFTOP UNITS WITH BOILER FOR HOT WATER TERMINAL REHEAT

HughK Callout

RTU ON ROOF ABOVE (TYP)

HughK PolyLine

HughK PolyLine

HughK Callout

RTU LOCATIONS CHOSEN BASED ON EXISTING SCREEN WALLS ON ROOF (TYP)

HughK PolyLine

HughK PolyLine

HughK Line

HughK Callout MEDIUM PRESSURE DUCTWORK AND HEATING WATER PIPING CAPPED HERE IN PHASE 1 TO BE EXTENDED IN PHASE 2

HughK PolyLine

HughK Line

HughK PolyLine

HughK Callout

LOCATE TERMINAL UNITS SERVING COUNCIL CHAMBER IN LOBBY FOR EASE OF ACCESS

HughK Callout

MEDIUM PRESSURE DUCTWORK (TYP)

HughK Rectangle

HughK

HEATING WATER BOILER ON ROOF

A2.14

A2.16

A2.18

A2.15

A2.13

A2.12

A2.17 54 A2.10

A2.19

1/16" = 1'-0"55 PROPOSED OVERALL FLOOR PLAN

COMMUNITY DEVELOPMENT

AND BUILDING AND SAFETY

29 WORKSTATIONS

PUBLIC WORKS:

34 WORKSTATIONS

BUILDING

DEPARTMENT

10 WORKSTATIONS

FINANCE:

16 WORKSTATIONS

CITY MANAGER:

16 WORKSTATION

COUNCIL MEMBERS:

4 WORKSTATIONS

CLERK:

4 WORKSTATIONS

ASD AND

INFORMATION SERVICES:

23 WORKSTATIONS

NEW ENTRY COURTYARD

BREAKROOM &

RESTROOMS

NEW BREAKROOM

COURTYARD

LAND DEVELOPMENT

6 WORKSTATIONS

HUMAN RESOURCES:

5 WORKSTATIONS

SHEET TITLE

SHEET NUMBER

ANDREW GOODWIN DESIGNS

architect: andrew goodwin, aia

1238 MONTEREY STREET

SAN LUIS OBISPO, CA 93401

t: (805) 439-1611 www.andrewgoodwin.us

10 31 27C-34213

AMM

REVIEWED:

APPROVED:

REVIEWED:

REVIEWED:

REVIEWED:

REV. DESCRIPTION APP'D DATE

DEPARTMENT OF ADMINISTRATIVE SERVICES

CITY OF CAMARILLO

DRN BY: DES BY: CK'D BY:

RECOMMENDED BY:

SPEC. NUMBER PROJ. NUMBER

F.B. PG. SHEET OF C-

PREPARED BY:

DEPUTY DIRECTOR, LAND DEVELOPMENT

CITY ENGINEER DATE

DEPARTMENT OF PUBLIC WORKS

RCE 76459 EXPIRES: 12/31/2026

DIRECTOR of ADMINISTRATIVE SERVICES

REVIEWED:

MAINTENANCE SUPERINTENDENT

LICENSED ARCHITECT DATE

LICENSE NO. EXPIRES: / /

DEPUTY DIRECTOR, CAPITAL PROJECTS

REVIEWED:

DEPUTY DIRECTOR, ENVIRONMENTAL/STORMWATER

WATER SUPERINTENDENT DATE

WATER RECLAMATION…