2024

February

Mechanical

Section Item revision/addition Previous language
A. Design criteria -> Design Criteria 15. Provide floor drains in all mechanical and water entry rooms. None
A. Design criteria -> Inter-discipline Coordination 4. Avoid piping in electrical and IT (ex. MDF & IDF) rooms. See Electrical Design Standard for more detail. None
D. Building Chilled Water Systems -> Design Criteria 18. Chilled water piping is not allowed in electrical and IT (ex. MDF & IDF) rooms. See Electrical Design Standard for more detail. None
C. Air Handlers and Ventilation Fans -> Design Criteria 10. Manifolded fume exhaust systems must have N+1 redundancy so they remain operational at design conditions during repair or unplanned outage. None
H. Refrigeration -> Design Criteria 3. Use of Variable Refrigerant Flow (VRF) system for space cooling is strongly discouraged.
a. VRF systems are not allowed if they require a refrigerant leak detection system.
b. Provide suitable isolation valves on each branch circuit.
3. Use of Variable Refrigerant Flow (VRF) system for space cooling is discouraged
H. Refrigeration -> Design Criteria 9. Gravity drain all condensate pans, discuss with Engineering Services if a condensate pump is required. None
H. Refrigeration -> Products, Materials and Equipment 1. Provide a minimum 3-year extended warranty beyond standard project warranty for compressors (parts and labor). 1. Provide 5-year warranty option for compressors.
J. Hydronic Heating -> Design Criteria 11. Any piping on the roof or exposed to freezing temperatures requires heat trace for freeze protection. Provide thermostatic control of heat trace wiring. None
L. Potable and Nonpotable Water -> Design Criteria 15. Provide wall mounted water closets None
L. Potable and Nonpotable Water -> Design Criteria 25. Monitor domestic and lab hot water supply temperature in the DDC. Discuss alarming with Engineering Services. None
L. Potable and Nonpotable Water -> Design Criteria 26. Provide non-electronic thermostatic mixing valves. See Preferred Manufacturer’s List.

In PML: Leonard TM-1520B-LF-DT. No substitutions
None
N. Waste and Drains -> Design Criteria 11. Provide floor drains in all lavatories and connect to waste piping systems. None
N. Waste and Drains -> Installation, Fabrication and Construction 5. Floor drains: Slope floors to floor drains. Specify block-outs twice the size of the drain body and infill with non-shrink grout to prevent perimeter cracking at concrete. Provide electronic type trap primers for all floor drains. 5.Floor drains: Slope floors to floor drains. Specify block-outs twice the size of the drain body and infill with non-shrink grout to prevent perimeter cracking at concrete.
N. Waste and Drains -> Design Criteria 5. Do not install any type of chemical treatment system without first discussing with Engineering Services and the UW Environmental Health and Safety (EH&S) Department. None
O. Water Reclaim System -> Water Reclaim and Rainwater Harvesting 2. Given specialty equipment and maintenance requirements, include an equipment warranty period of 3 years at minimum. None
O. Water Reclaim System -> Reclaimed Water Usage 3. All designs that include water reclamation must have prior approval by Engineering Services. None
Q. Environmental Control Systems -> Sensors 4. Actuators – provide low voltage 24V actuators.
a. Exception: Provide pneumatic actuators for all steam control valves.
4. Actuators – provide low voltage 24V actuators.
5. Provide pneumatic rather than self-contained steam control valves on hot water converters.
Q. Environmental Control Systems -> Graphic Display 10. Monitor hydronic closed loop makeup water flow rate, and incorporate an alarm which indicates a system leak. See Preferred Manufacturer List for make-up water meter standard.

In PML: Badger Recordall disc series meter with HR-E LCD 4-20 Encoder, or approved equal
10. Monitor hydronic closed loop makeup water flow rate, and incorporate an alarm which indicates a system leak.
Q. Environmental Control Systems -> Graphic Display 11. Provide a means to exclude any “rouge” zones from temperature / pressure reset calculations using the front-end graphics. None
Q. Environmental Control Systems -> Metering & Monitoring 2. Do not use airflow measurement stations for control. TAB contractor should determine appropriate fan speed or damper position. None
Q. Environmental Control Systems -> Metering & Monitoring 3. Discuss with Engineering Services the use of water flow meters for control. None
Q. Environmental Control Systems -> Sensors 5. Freeze-stat and duct pressure safeties shall be manual reset (push button). None
Q. Environmental Control Systems -> Sensors 6. Freeze-stat shall be averaging type and installed upstream of the cooling coil. None
Q. Environmental Control Systems -> Sensors 7. Any fan safeties including but not limited to freeze-stat, duct pressure safeties, and duct smoke detector shut down signal shall be hard-wired to fan safety circuit. None
Q. Environmental Control Systems -> Sensors 8. Provide a Magnehelic gauge and a digital differential pressure transducer across each filter bank and monitor through the DDC. None
Q. Environmental Control Systems -> Sensors 9. Do not use CO2 sensors for AHU level control. CO2 sensors are acceptable at the zone level to comply with energy code requirements. None
Q. Environmental Control Systems -> Sensors 10. Thermostats should not be occupant adjustable. None
Q. Environmental Control Systems -> Deliverables 3. The final as-built control drawings should include a Bacnet network diagram including third party devices. None
V. Piping, Valves, Pressure Testing, and Accessories Coil Condensate
CD
P-1
Hydrostatic
(1) In accordance with UPC – Min. 10 ft. head.
Piping System: Coil Condensate
Symbol: CD
Pipe Code: P-1
Pipe Test Method: Hydrostatic
Test Pressure: 60 lb/in^2
V. Piping, Valves, Pressure Testing, and Accessories Test Pressure: (1) In accordance with UPC – Min. 10 ft. head. Piping System: Trap Primer
Symbol: TP
Pipe Code: P-1
Pipe Test Method: Hydrostatic
Test Pressure: 150 lb/in^2
V. Piping, Valves, Pressure Testing, and Accessories 1. Pressure test all pipe systems to maintain constant pressure for a minimum of 2 hours.
2. Test piping after all associated fittings, and valves have been installed.
3. Demonstrate to an Owner representative for each pressure testing. Leave the pipe exposed and do not insulate until the associated pipe section has been signed off by an Owner representative.
4. Repair leaks discovered during pressure testing, and retest.
1. Pressure test all pipe systems.
2. Test piping after all associated fittings, and valves have been installed.
3. Demonstrate to an Owner representative for each pressure testing. Leave the pipe exposed and do not insulate until the associated pipe section has been signed off by an Owner representative.
4. Repair leaks discovered during press
R. Identification 1. Labels to be permanent weatherproof adhesive type. None

EH&S - Emergency Washing Equipment

Section Item revision/addition Previous language
2. Equipment To encourage shower use and prevent flooding, provide showers with stalls equipped with a sloped floor or shower pan, plumbed floor drain, and privacy curtain. To encourage shower use and prevent flooding, EH&S strongly recommends installing showers with stalls equipped with sloped floor or shower pan, plumbed drain, and privacy curtain.

CAAMS

Section Item revision/addition Previous language
A. CAAMS -> Basis of Design All types and size of projects should include providing CAAMS on all of the following areas:
o Stairwell doors
o Elevators
o Exterior doors
o Public spaces
o Operational spaces identified by space owner
None

CAAMS Standard Specifications

Section Item revision/addition Previous language
PART 1 - GENERAL -> 1.05 BASIC DESCRIPTION OF SYSTEM C. CAAMS Head End power supplies and enclosures shall be installed in a dedicated closet with connecting raceways to horizontal cable trays and building risers. Pathways and risers to be determined as part of system design by CAAMS system Integrator. None
PART 2 - PRODUCTS -> 2.23 KEY CABINETS 2.23 KEY CABINETS
A. All University keys to be secured via Traka Intelligent Key Cabinets.
None
PART 3 - EXECUTION -> 3.13 KEY CABINETS 3.13 KEY CABINETS
A. All new buildings and major renovations shall provide Traka Intelligent Key Cabinets as part of each project. These cabinets shall be used to secure all UW keys issued to the General Contractor and its sub-contractors for use during the discovery phase and the project itself.
B. No UW keys to leave Campus. All keys to be secured in the cabinet and accounted for at the end of each shift.
C. Setup and access shall be coordinated with the UW Building Access Group.
D. A permanent secure location for the Traka Intelligent cabinet shall be identified during project design. Cabinet shall be relocated to its permanent location for Building Management use as part of the T2O process.
None

Irrigation

Section Item revision/addition Previous language
Basis of Design 29. Irrigation systems must be designed and installed for year round use without winterizing. Specified covered depths should satisfy this requirement. Any atypical covered depths, must be approved in advanced and will require direct bury rated insulation to emulate R-value for 12” of soil depth for laterals, and 18” of soil depth for main line. None
Basis of Design 30. Although most irrigation scope resides within the scope of the landscape architect, and possibly an irrigation designer sub-consultant, there is a critical minority irrigation scope that requires multi-disciplinary collaboration with other consultants and trade partners, including but not limited to:
a. All disciplines shall design with safe access for irrigation appurtenances and equipment are installed per code, between 2 and 5 feet above finished floor, and in a serviceable condition.
b. Electrical for 120v dedicated circuits for fixed equipment to irrigation controllers, ethernet and Wi-Fi controllers, pathways through building and penetrations through building envelope, and heat trace tape and insulation for freeze protection on irrigation pipes where necessary with approval for atypical applications,
c. Plumbing for mechanical room point of connection downstream of master meter and upstream of building domestic pressure regulation valve, irrigation header assembly, irrigation piping distribution through building and penetrations through building envelope, irrigation pressure zones for multi-level buildings and/or booster pumps, and freeze protection insulation on irrigation pipes where necessary with approval for atypical applications.
d. Architectural for pathways for low voltage control wire through building and penetrations through envelope, for on-structure roof drainage, for freeze protection insulation on irrigation pipes where necessary with approval for atypical applications, for roof safe access and fall protection, and easy access via non-program spaces to ingress and egress irrigation and planting related products.
e. Structural for roof safe access and fall protection.
 
Products, Materials, and Equipment 1. Controllers:
a. Calsense CS3000, 8 to 48 station capacity, to tie into existing central control system, with one of the following hardware options: Ethernet capability, CS3-EN-10/100 Mbps. Ethernet is preferred, Cellular, CS3-GR-KIT, can be used where Ethernet is unavailable. No exceptions.
b. Calsense controllers and enclosures: for wall mount installation, use the Calsense wall mounted gray box. Use the Calsense Heavy‐Duty Stainless-Steel enclosure (pedestal) where wall mount is not applicable
1. Controllers: Rain Master Evolution DX2, 6 to 48 station capacity, to tie into existing central control system, with flow/weather board (DX-FLOW), and one of the following hardware options: Ethernet circuit board (DX-ETHER-SM), phone board (DX-PH), or a radio circuit board (DX-RF). Ethernet is preferred, phone can be used where Ethernet is unavailable, and radio can be used where Ethernet and phone are unavailable. Radio communication requires the following additional requirements. A Radio Site Survey shall be conducted and passed by an authorized Rain Master representative. Provide a radio communication board (DX-RF), data radio (EV-RADIO-F) and a low gain antenna (EV-ANT-FD) for line of site, or a high gain antenna (EV-ANT-F) for non line of site applications. No exceptions.
Products, Materials, and Equipment 5. Table of model sizing, see Irrigation standards See Irrigation standards
Products, Materials, and Equipment 11. Ball valves: Spears TU2000 Blocked True-union Ball Valve. No Substitutions. 11. Ball valves: KBI Low Torque slip-by-slip, or approved substitution.
Products, Materials, and Equipment See Irrigation Standards 13. Sprinkler heads - See Irrigation Standards
Products, Materials, and Equipment 14. Alternate Water Delivery Media:
a. Tree watering bags – Uses may include remote plantings, and/or in lieu of a dedicated tree zone comprised of conventional irrigation.
14. Alternate Water Delivery Media:
a. RainBird IS Series Irrigation Supplement: Non-polymer time release microbial-activated water gel, with approval – Uses may include remote plantings, and/or in lieu of a dedicated tree zone comprised of conventional irrigation.
Products, Materials, and Equipment 20. Do not use Drip Irrigation on any systems. 20. Drip Irrigation:
a. Drip Zones: Use RainBird PEB Series valves with RainBird in-line pressure regulators sized for zone GPM and pressure requirements of 40 psi. Minimum design zone flow to be 0.5 GPM.
b. Drip Zone Filters: Amiad with 155 mesh (100 micron) filter, or approved substitution, correctly sized to support zone flow/GPM. For multiple valves requiring drip filters, use a primary filter on the irrigation header assembly sized to accommodate maximum system flow (largest zone at maximum pressure plus a quick coupler valve operating simultaneously at 20GPM), with approval. For example, Amiad steel filters for interior installations (e.g. 2-inch, 120 mesh/130 micron screen rated for 150 psi with steel housing, product number 2-200-1150-1013) or plastic filters for exterior installations (e.g. 2-inch T-S). Set horizontally installed filter at a 45 degree angle to the side; situate the valve box sideways and provide extensions as necessary to provide for filter serviceability.
c. Drip Line: Toro DL-2000 RGP pressure regulating series drip line, no exceptions. For blank tube/no emitters use RainBird 1/2-inch solid tubing; solid tubing can be used as header/supply line in conjunction with 5/8-inch dripline or microline.
d. Air Relief Valve: AVP-1 air vent in 6-inch round enclosure. Provide air relief valves to reduce soil ingestion. As a general application, install to avoid air locks.
e. Flush Valve: Toro FCH-H auto flush in 6-inch round RainBird SEB-6X enclosure.
f. Check valves: Use Hunter HC-50F-50F as required to reduce and/or equally distribute low line drainage.
g. In-line PRVs: Use RainBird, rated 40 psi; size per zone flow.
Preferred Manufacturer List New Preferred Manufacturer List added None

Electrical

Section Item revision/addition Previous language
W. Lighting Control -> Products, Material and Equipment -> Interior/Classroom Lighitng Control Systems 1. Approved manufacturers for building network lighting control systems: Legrand, Cooper, or approved equal.
2. All models from the above manufacturers shall be a 2-wire non-polarized system.
1. Approved manufacturers for building network lighting control systems: Lutron, Legrand, Douglas.
V. Lighting -> Basis of Design -> Design Criteria - Exterior Lighting 5. All new or modified street and pathway lighting conductors shall be installed in conduit and an additional 1.25” conduit should be installed for future control conductors. Direct buried cable is not acceptable. None

Structural

Section Item revision/addition Previous language
A. General Requirements -> Design Live Load Design Loading - Live and Super-Imposed Dead Load Design Live Load
A. General Requirements -> Penetrations Coordinate penetrations through structural members due to other trades. Sleeves shall be provided for penetrations and shall be 1” minimum larger than max penetration diameter. Penetrations required after structure is in place shall be reviewed and approved by Engineer of Record. Coordinate penetrations through structural members due to other trades. Prior to any cutting or drilling contractor shall x-ray existing substrate for rebar and/or any other structural members, mark rebar locations on concrete, and use core drill not jack hammer to make holes. Should the existing rebars be damaged, contractor shall repair the existing rebars at no cost to the University.
B. Seismic Improvements and Building Modifications -> Seismic Studies Seismic studies shall be submitted to Engineering Services for review and discussion at a design team meeting prior to issuing final report. Final report shall be issued no later than when drawings are submitted for permit issuance. Seismic studies shall be submitted to Engineering Services for review and discussion at a design team meeting prior to issuing final report.
B. Seismic Improvements and Building Modifications -> Modifications to Existing Buildings 5. Penetrations
Prior to any cutting or drilling, contractor shall x-ray existing substrate for reinforcing and/or any other structural members. Reinforcing locations shall be marked on concrete. Penetrations shall be made by use of core drill not jack hammers. Should existing reinforcing be damaged, contractor shall repair the existing reinforcing at no cost to the University.
None
D. Structured Floors and Roofs -> Vibration 2. Maximum Vibration – Laboratory Buildings
Provide key plans that clearly indicate design vibration criteria used for different areas. Basic design criteria is 2000 micro-inches/sec. maximum for lab areas. Refer to building program or specific equipment requirements for more restrictive vibration criteria.
Provide vibration analysis report for lab or sensitive equipment areas with slow walking minimum in lab areas, slow walking in private corridors, and moderate walking in public corridors. Report shall be submitted to Engineering Services for review prior to issuing final report. Final report shall be issued no later than when drawings are submitted for permit issuance.
2. Maximum Vibration
Basic design is 2000 micro-inches/sec. maximum for lab areas. Refer to building program for more restrictive vibration criteria. Areas of some buildings may require 1000 micro-inches/sec. maximum. Use a walking speed of 100 steps per minute minimum.

Architectural

Section Item revision/addition Previous language
C. Interiors -> 1.02 Miscellaneous Hardware Requirements A. Miscellaneous Lock Cylinders: Provide Cylinders, keyed to system, for Elevator Controls. Coordinate Cylinder and Cam types with equipment Elevator Manufacturer.
B. Provide key cabinets integrated with UW CAAMS for Temp Key issuances. See CAAMS Standard Specifications for key cabinet requirements. Requirements to be agreed with UW Building Access Group.
C. Key Pad Locksets: Schlage AD200 series, MTK keypad, RHO Trim
A. Key Cabinet: Telkee AWC-250S. Confirm Capacity required with UW Lock Shop to secure department inventory.
B. Miscellaneous Lock Cylinders: Provide Cylinders, keyed to system, for Elevator Controls. Coordinate Cylinder and Cam types with equipment Elevator Manufacturer.
C. Provide Traka Key Cabinet integrated with UW CAAMS for Temp Key issuances. Requirements to be agreed with UW Building Access Group.
D. Key Pad Locksets: Alarm Lock Trilogy DL3200/DL35003
C. Interiors -> 1.02 Miscellaneous Hardware Requirements E. Provide door closures on all doors leading to non-public spaces like mechanical and electrical rooms to help ensure that doors are not inadvertently left open. None
D. Services -> Plumbing 1. Drinking Fountains and Water Coolers
a. All new drinking fountains shall have water bottle filling capabilities.
b. When bi-level drinking fountains are installed, the bottle filling station shall be installed on the lower unit.
c. See Preferred Manufacturer List – Mechanical for manufacturer requirements.
1. Drinking Fountains and Water Coolers
a. When bi-level drinking fountains are installed, the bottle filling station shall be installed on the lower unit.

Plants

Section Item revision/addition Previous language
Title Plants & Trees - Standard Specifications
A. Plants & Trees
While this document provides comprehensive specifications applicable to both plants and trees, it should be noted that many tree-specific, additional specifications are addressed separately. For advanced tree-specific requirements not covered in this document, please refer to the ‘Trees - Additional Specifications’ document.
Plants - Standard Specification
Part 1 - GENERAL -> 1.04 Quality Assurance 7. Tree specification: See illustrations at the end of this document for information on tree rejections related to this section
a. There shall be no roots greater than 1/10 diameter of the trunk circling more than one-third the way around in the top half of the root ball. Roots larger than this may be cut provided they are smaller than one-third the trunk diameter. There shall be no kinked roots greater than 1/5 the trunk diameter. Roots larger than this can be cut provided they are less than one-third the trunk diameter. See Container Root Structure and Ball and Burlap Root Structure
b. Trees should be rooted in to the rootball so that soil or media remains intact and trunk and rootball move as one when lifted, but not root bound. The trunk should bend when gently pushed and should not be loose so it pivots at or below soil line.
c. The point where the top-most root in the rootball emerges from the trunk shall be no deeper than one inch of the soil surface.
d. The relationship between caliper, height and rootball size shall meet the ANSI Z60.1 standard or the Florida grades and standards for nursery stock.
e. There should be one dominant leader to the top of the tree with the largest branches spaced at least 6 inches apart. Low branching trees should not have multiple dominant leaders.
7. Tree specification:
a. There shall be no roots greater than 1/10 diameter of the trunk circling more than one-third the way around in the top half of the root ball. Roots larger than this may be cut provided they are smaller than one-third the trunk diameter. There shall be no kinked roots greater than 1/5 the trunk diameter. Roots larger than this can be cut provided they are less than one-third the trunk diameter.
b. Trees should be rooted in to the rootball so that soil or media remains intact and trunk and rootball move as one when lifted, but not root bound. The trunk should bend when gently pushed and should not be loose so it pivots at or below soil line.
c. The point where the top-most root in the rootball emerges from the trunk shall be no deeper than one inch of the soil surface.
d. The relationship between caliper, height and rootball size shall meet the ANSI Z60.1 standard or the Florida grades and standards for nursery stock.
e. There should be one dominant leader to the top of the tree with the largest branches spaced at least 6 inches apart.
PART 3 - EXECUTION -> 3.03 INSTALLATION - PLANT MATERIALS 1. Oversight:
a. Project arborist shall be on-site on planting day to execute any needed pruning prior to planting or warranty plant replacements. The project arborist will inspect trees for damage and disease as outlined in Section 1.04 QUALITY ASSURANCE Section C. Best practice calls to limit structural pruning until after the 1st year, however, double leaders, dead/crossing branches or branches that will be in conflict (such as roads or pedestrians) should be addressed at planting.
1. Oversight:
a. Project arborist shall be on-site on planting day to execute any needed pruning prior to planting or warranty plant replacements. Best practice calls to limit structural pruning until after the 1st year, however, double leaders, dead/crossing branches or branches that will be in conflict (such as roads or pedestrians) should be addressed at planting.
PART 3 - EXECUTION -> 3.03 INSTALLATION - PLANT MATERIALS d. If wire baskets are used to support the root ball, carefully remove the entire basket without allowing the root ball to fall apart. If the wire basket cannot be removed without damaging the root ball the project arborist may allow partial removal of the top and sides of the wire basket None

Trees

Section Item revision/addition Previous language
Title Trees – Additional Standard Specifications
A. Trees
This document shall be used in conjunction with the combined ‘Plant and Tree Standard Specifications’ to ensure a complete understanding and application of our standards for tree care. The specifications herein are intended to address specialized considerations and advanced management practices exclusive to trees.
Trees – Standard Specifications
Part 0 - Pre Construction and Site Planning FOR TREE PLANTING AND NEW TREES SEE “PLANTS-STANDARD SPECIFICATIONS” None
Part 0 - Pre Construction and Site Planning -> Tree Removal Mitigation 1. Tree mitigation
a. Planned tree removals (Tree=any UW inventoried tree (regardless of size), any SDOT Right of Way tree, any tree over 6” DSH)
i. Mitigation and planting
1. Replanting or Payment in lieu: 2 to 1 for all trees removed
2. 3 to 1 for all Trees of Distinction removed
a. Excluding wildlife trees
b. Excluding tree removals at the request of Grounds
2. A combination of replanting and payment in lieu of planting can be calculated by City of Seattle Replacement Cost as outlined in the SDCI Director’s Rule 8-2023, or UW Calculation of $1000 per tree, whichever is less.
3. Mitigation payments in lieu of planting is calculated and billed at substantial completion of the project.
a. Example: 12 trees are removed for a project, 18 trees will be planted. The project owes $6,000 for offsite tree mitigation.
1. Tree mitigation
a. Planned tree removals (Tree=any UW inventoried tree (regardless of size), any SDOT Right of Way tree, any tree over 6” DSH)
i. Mitigation and planting
1. 2 to 1 for all trees removed
2. 3 to 1 for all Trees of Distinction removed
a. Excluding wildlife trees
b. Excluding tree removals at the request of Grounds
3. Deficit mitigated @ $1000/tree
a. Example: 12 trees are removed for a project, 18 trees will be planted. The project owes $6,000 for offsite tree mitigation.
Part 1 - General -> 1.03 Contractor Responsibility 3. If, in the Owner’s sole opinion, replacement of damaged trees is determined not feasible or impractical, the full replacement costs shall be borne by the Contractor at values based upon the square inches of cross sectional area of trunk measured at standard height, in accordance with the following criteria:
a. The assessed value of the tree using the Trunk Formula Method with a minimum value of $2500.00.
b. Cost is doubled for Trees of Distinction (Exceptional, Historical, Memorial, Brockman Tour, Trees of Seattle)
3. If, in the Owner’s sole opinion, replacement of damaged trees is determined not feasible or impractical, the full replacement costs shall be borne by the Contractor at values based upon the square inches of cross sectional area of trunk measured at standard height, in accordance with the following criteria:
a. The assessed value of the tree using the Trunk Formula Method with a minimum value of $1000.00.
b. Cost is doubled for Trees of Distinction (Exceptional, Historical, Memorial, Brockman Tour, Trees of Seattle)
Part 3 - Execution -> 3.02 Tree and Plant Protection Area 1. In the event that construction activity is unavoidable within the Tree and Plant Protection Area, notify the Project Arborist who shall be onsite to monitor and advise on best practice tree protection. Submit a detailed written plan of action for approval. The plan shall include a statement detailing the reason for the activity including why other areas are not suited, a description of the proposed activity, the time period for the activity, and a list of remedial actions that will reduce the impact on the Tree and Plant Protection Area from the activity. Remedial actions shall include but shall not be limited to the following: 2. In the event that construction activity is unavoidable within the Tree and Plant Protection Area, notify the Owner’s Representative and submit a detailed written plan of action for approval. The plan shall include a statement detailing the reason for the activity including why other areas are not suited, a description of the proposed activity, the time period for the activity, and a list of remedial actions that will reduce the impact on the Tree and Plant Protection Area from the activity. Remedial actions shall include but shall not be limited to the following:

UWMC - Fire Alarm System 28 31 00

Section Item revision/addition Previous language
1.8 SUBMITTALS 1. Prepare and submit electronic copies of shop drawings and catalog cut sheets and additional information required in this section, via the Construction Coordinator, to the A/E, UW Fire Protection Engineer and Fire Alarm Shop for Owner approval. 1. Prepare and submit 6 copies of shop drawings and catalog cut sheets and additional information required in this section, via the Construction Coordinator, to the A/E, UW Fire Protection Engineer and Fire Alarm Shop for Owner approval.
2.4 FIRE ALARM CONTROL PANELS (FACP) -> G. Notification circuits 3. Visual notification circuits shall be synchronized at each FACP. 3. Visual notification circuits shall be synchronized per circuit at each FACP.
2.5 VOICE COMMUNICATION SYSTEM A. Audio amplifiers shall be sized to provide ½ Watt minimum per attached audio speaker as shown on the drawings. Each audio amplifier shall have 50% minimum spare capacity when attached to the speakers necessary to meet audio requirements. Amplifiers shall be two channel amplifiers to allow paging to one circuit while playing alarm tone on another.
B. FACP shall incorporate a spare automatic backup audio amplifier equal in size to the largest individual amplifier or be capable of backing up itself.
A. Audio amplifiers shall be sized to provide ½ Watt minimum per attached audio speaker as shown on the drawings. Each audio amplifier shall have 50% minimum spare capacity when attached to the speakers necessary to meet audio requirements.
B. FACP shall incorporate a spare automatic backup audio amplifier equal in size to the largest individual amplifier.
2.6 MANUAL PULL STATIONS A. Manual pull stations shall be addressable Simplex 4099-9001 single action or approved equal
1. Reset shall be accomplished with a lock and Simplex B key.
A. Manual pull stations shall be addressable Simplex 4099-9001 single action or approved equal
1. Reset shall be accomplished with a lock and Corbin CAT #30 key.
2.7 SMOKE DETECTORS/SENSORS -> A. Ceiling or area-type smoke detectors 1. Detectors shall be photoelectric addressable analog with separate base. Part numbers 4098-9762 base and 4098-9714 head. 1. Detectors shall be photoelectric addressable analog with separate base.
2.7 SMOKE DETECTORS/SENSORS -> A. Ceiling or area-type smoke detectors 4. When exposed back boxes are needed, use 4 square box painted red boxes of the appropriate size. 4. When exposed back boxes are needed, use round “”wire mold”” boxes of the appropriate size.
2.7 SMOKE DETECTORS/SENSORS -> B. Duct type smoke detectors 7. In finished spaces mount remote indicator lights in close proximity to the duct smoke detector. Remote indicating lights shall be located on walls adjacent to detectors in corridor outside of room at a height between 48 and 96 inches. Indicating light location must be approved by UWMC Operations and Maintenance. 7. In finished spaces mount remote indicator lights in close proximity to the duct smoke detector. Remote indicating lights shall be located on walls adjacent to detectors.
2.8 HEAT DETECTORS A. Heat detectors shall be combination of fixed temperature and rate-of-rise low profile addressable analog type and shall be “ordinary” temperature range in all areas except where located in a high ambient temperature area. Use Simplex Part 4098-9762 base and 4098-9733 detector. A. Heat detectors shall be combination of fixed temperature and rate-of-rise low profile addressable analog type and shall be “ordinary” temperature range in all areas except where located in a high ambient temperature area. Use Simplex Part No. 0621151, PID 2098-9806 Remote Test Switch.
2.10 AUDIBLE ALARM DEVICES A. Speaker/strobes shall be white with red lettering, have sealed back, metal grill, with multiple wattage taps including ¼, ½, 1 watt, and 2 watts, and multiple candela taps including 15, 30, 75, or 110. Indoor speaker/strobes shall be Wheelock E70-24 MCW-FR or approved substitution.
B. Install all speakers at the½-watt setting unless indicated otherwise on the drawings. Speakers located in rest rooms and similar enclosed areas where alarm threshold maybe high should be tapped at ¼ watt. Surgery Pavilion and Montlake Tower are 25V systems. Pacific and Cascade are 70V systems.
C. Speakers shall be flush mounted or ceiling mounted.
1. Where necessary, surface mounting white Wheelock SBB box shall be used.
A. Speaker/strobes shall be red, have sealed back, metal grill, with multiple wattage taps including ¼, ½, 1 watt, and 2 watts, and multiple candela taps including 15, 30, 75, or 110. Indoor speaker/strobes shall be Wheelock E70-24 MCW-FR or approved substitution.
B. Install all speakers at the½-watt setting unless indicated otherwise on the drawings. Speakers located in rest rooms and similar enclosed areas where alarm threshold maybe high should be tapped at ¼ watt.
C. Speakers shall be flush mounted.
1. Where necessary, surface mounting red Wheelock SBB box shall be used.
2.11 STROBES (VISUAL ALARM) A. Visual alarm signal shall operate at 24 volts DC and be equipped with a Xenon strobe flashing light which meets requirements outlined in 2.14 above.
1. Use Wheelock series STW or STWC.
A. Visual alarm signal shall operate at 24 volts DC and be equipped with a Xenon strobe flashing light which meets requirements outlined in 2.14 above.
1. Use Wheelock series RSS-24MCW-FR.
2.12 FLASHERS (PRIVATE MODE - VISUAL ALARM) Removed 2.12 FLASHERS (PRIVATE MODE - VISUAL ALARM)
A. Flashing light with white lens and red “”FIRE”” lettering by Space Age.
2.13 AUTO DOORS 2.13 AUTO DOORS
A. Doors equipped with operators are required to meet NFPA101 7.2.1.9.
None
2.15 FAN SHUTDOWN 2.15 FAN SHUTDOWN
A. Fire Alarm will have priority over building automation for fan shutdown commands to building HVAC.
B. Building HVAC will restart automatically once the fire alarm system no longer calls for a shutdown.
None
2.17 SMOKE/FIRE DAMPERS B. Interface relays shall be provided to operate 120VAC AC smoke dampers from the 24VDC fire alarm system.
5. Each fire/smoke damper shall be controlled with a single interposing relay.
6. The fire alarm system shall monitor the open, closed, and in between open and closed position of the fire/smoke dampers. Use 4090-9118 relay with T-sense. IAMs shall not be used due to idnet power consumption by the LED on the IAM.
B. Interface relays shall be provided to operate 120VAC AC smoke dampers from the 24VDC fire alarm system.
5. Multiple fire/smoke dampers in common area per floor shall be controlled with a single interposing relay.
6. The fire alarm system shall monitor the open, closed, and in between open and closed position of the fire/smoke dampers.
3.5 WIRING -> A. General wiring and raceway system. 30. J-Boxes used for pull boxes shall not be installed within finished walls. None
3.5 WIRING D. All initiating and signaling circuit devices shall be externally labeled with a printed adhesive label approximately ½” x 1” in size. Identify the node, circuit and zone, consistent with wire labeling scheme, using a 12 to 14 point font, black ink on white. Example: 14:M2-121 14:SIG15 14:SIG15/22 D. All initiating and signaling circuit devices shall be externally labeled with a printed adhesive label approximately ½” x 1” in size. Identify the circuit and zone, consistent with wire labeling scheme, using a 12 to 14 point font, black ink on white.
4.2 TESTING -> B. -> 3. -> c. 15) All elevator, fan, door holder, damper and other control functions and circuits shall be tested for proper operation under alarm condition. 15) All elevator, fan, door holder, damper and other control functions and circuits shall be tested for proper operation.