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Home My WebLink AboutB06-0022 ASI Fire Protection and Mold Resistance, Plans4240 ARCHITECT'S SUPPLEMENTAL INSTRUCTION No. E- 039 TO: Doug Thompson / Hyder Construction, Inc. 543. Santa Fe Drive Denver, CO 80204 303-825-1313 The Work shall be carried out in accordance with the following Supplemental Instructions issued in accordance with the Contract Documents without change in Contract Sum or Contract Time. Proceeding with the Work in accordance with these Instructions indicates your acknowledgement that there will be no change in the Contract Sum or Contract Time. Architect's Supplemental Instruction Title: Building E - Void Spaces Fire Protection and Mold Resistance Reason for Change: To address Fire Protection and Mold Resistance in inaccessible void spaces below Chalets. Description of Instructions: Refer to Attached drawings and narrative for Fire Protection and Mold Resistance requirements at all inaccessible void spaces. REVIEWED BY Attachments and Enclosures: - 4240 ASI-EO39 Narrative (2 pages) including Water Sensor specification. AUG ~ 3 1td~~ 4240 Architectural Sketches (halfsize sheets): ASK's E019, E020, E021, E022, E023, E024 Monroe & Newell Sketches (8.5x11's): SSK's E090, E091, E092 SAFEbullt Colorado Copy To: ASI File BY: Idw'' Randy Hart / 4240 Submit to Town of Vail: ®YES El NO Neha Khera / 4240 Rick Caudel / VRDC S. Jarvie Worcester / VRDC Mark Gee / Monroe-Newell - Structural Jay Watson / ABS Consultants 42 40 ARCHITECTURE INC 1621 Eighteenth Street Suite 200 Denver, Colorado 80202 t 303.292.3388 f 303.292.31 13 www.4240architecture.com APPROVED Subject to inspection and Compliance to all relevant Adopted Building and Municipal Codes. Changes in Plans MUST be approved. Date LtS-oo By Code: 2001 S8 SAFEbuilt Colorado 303-292-3388 t a~ The information contained in this message is privileged and confidential intended only for the use of the md4t~na1(s) o76n~ies)'n~, 1 abo ve. If the reader of this message is not the intended recipientyou are hereby notified that any dissemination; liopyi this communication is strictly prohibited. If you have received this communication in error, please notify 42/40 Architecture` oing VAIL's FRONT DOOR PROJECT NO: 20693.08 ISSUED: 06.29.2007 FROM: Neha Khera r VFD - Bldg E ASI E039 NARRATIVE (attachment) General Notes 1. General locations are indicated on plans for Water Sensors, Sensor/Drainage Holes and Drainage Pipe Sleeves. Exact positioning may vary, in order to facilitate installation and avoid conflicts with concrete beam locations. 2. Provide (5) tape-style Water Sensors at the locations shown on ASK's E019, E020, E023, E024. Tape-style Water Sensors shall be Kele model WD-2-T-10 (spec sheet attached) or prior approved equal. Each sensor tape (10') shall be inserted through a 3" diameter hole in the slab and laid loose on the top of the slab inside the void space with the main body of the sensor device mounted directly adjacent to the hole at the underside of the slab. Following installation of the sensor tape, the hole shall be filled with approved fire stop material to maintain required fire rating. The fire stopping may be temporarily removed in the event of any detected water that may need to be drained from the void space. 3. Each water sensor shall be tied into the Bldg. E DDC control system and shall provide a critical alarm to a pager or cell phone to be determined by VRDC). 4. Additional new areas of concrete topping slab are described on SSK's E090, E091, E092 in order to create positive drainage away from otherwise low slab areas where collected water would be trapped. 5. At all Void Spaces, apply American Mold Guard to all wood components that envelope void space, including wood wall studs, wood joists and bottom side of wood floor sheathing. Void Space 1 (re: A113 1 & A312 1) • No water sensor or through-slab weep hole is necessary as there is minimal potential for the presence of water at this location. • In lieu of fire sprinkler protection, apply Georgia Pacific 1/2" DensArmor Plus Paperless Drywall to bottom of wood floor joists and to void space side of wood stud wall (Method 10 2002 NFPA 13, Sect. 8.14.1.2). Void Space 2 (re: A104 & A141.1) • Provide sensor and through-slab weep hole at point of lowest slab elevation as there is potential for the presence of water (a plumbing leak) at this location. At the northeast corner of this space, plans indicate a very small portion of floor slab that steps down. Fill this lowered area with concrete material up to the level of the main slab and slope this small fill zone down to the south where the weep hole and sensor will occur. • In lieu of fire sprinkler protection, fill entire void space with loose-fill non-combustible fiberglass insulation (Method 7 2002 NFPA 13, Sect. 8.14.1.2). Void Space 3 (re: A104 & A141.1) • Provide drainage pipe sleeved through concrete curb (bearing wall) where indicated on attached drawing allowing potential water on floor surface to flow through to Void Space 2. • Revise slope of floor slab per attached SSK-E092 in order to direct any potential water toward sensor and weep hole location. • In lieu of fire sprinkler protection, fill entire void space with loose-fill non-combustible fiberglass insulation (Method 7 2002 NFPA 13, Sect. 8.14.1.2). Void Space 4 (re: A104 & A141.1) • Provide sensor and through-slab weep hole at point of lowest slab elevation as there is potential for the presence of water (a plumbing leak) at this location. • In lieu of fire sprinkler protection, apply Georgia Pacific 1/2" DensArmor Plus Pape~.le%s ji }tom to bottom of wood floorjoists (Method 10 2002 NFPA 13, Sect. 8.14.1.2). T . ` -7- VFD - Bldg E ASI E039 NARRATIVE (attachment) Void Space 5-6 (re_. A104 & A141.1) • This is one void space (not two) as there is no partition dividing them. • Provide drainage pipe sleeved through concrete curb (bearing wall) where indicated on attached drawing allowing potential water on floor surface to flow through to Void Space 4. • In lieu of fire sprinkler protection, apply Georgia Pacific 1/2" DensArmor Plus Paperless Drywall to bottom of wood floor joists (Method 10 2002 NFPA 13, Sect. 8.14.1.2). • Void Space 7 (re: A106 & A121.1) • Provide sensor and through-slab weep hole at point described on referenced drawings as there is potential for the presence of water (a plumbing leak) at this location. • Revise slope of floor slab per attached SSK-E091 in order to direct any potential water toward sensor and weep hole location. • In lieu of fire sprinkler protection, fill entire void space with loose-fill non-combustible fiberglass insulation (Method 7 2002 NFPA 13, Sect. 8.14.1.2). Void Space 8 (re: A106 & A121.1) • Provide drainage pipe sleeved through concrete curb (bearing wall) where indicated on attached drawing allowing potential water on floor surface to flow through to Void Space 7. • In lieu of fire sprinkler protection, fill entire void space with loose-fill non-combustible fiberglass insulation (Method 7 2002 NFPA 13, Sect. 8.14.1.2). Void Space 9 (re: A106 & A121.1) • Provide sensor and through-slab weep holes at 2 low slab elevation points as there is potential for the presence of water (a plumbing leak) at this location. • Revise slope of floor slab per attached SSK-EO90 in order to direct an sensor and weep hole location. Y potential water toward • In lieu of fire sprinkler protection, fill entire void space including small but deep area along demising wall with loose-fill non-combustible fiberglass insulation (Method 7 2002 NFPA 13, Sect. 8.14.1.2). Void Space 10 (re7 A106 & A121.1) • Provide drainage pipes sleeved through concrete curb (bearing wall) where indicated on attached drawing allowing potential water on floor surface to flow through to Void Space 9. • In lieu of fire sprinkler protection, fill entire void space including small but deep area along demising wall with loose-fill non-combustible fiberglass insulation (Method 7 2002 NFPA 13, Sect. 8.14.1.2). * tit , 4 ~ i - f r TAPE-STYLE WATER DETECTOR DESCRIPTION The Model WD-2-T Tape-Style Water Detector uses a self- adhesive sensor tape with copper fiber electrodes and a durable netted cover for dependable detection of conductive liquids any- where along the length of tape. The Model WD-2-T includes a tape integrity self-check feature, which activates a trouble out- put if the tape is unplugged, broken, or cut. Alarm relays may be independently jumpered to energize or de-energize upon water or trouble detection. FEATURES • Weatherproof enclosure • Designed to minimize external noise pickup • SPDT alarm and trouble relay contacts • Relay action jumper selectable • Continuous tape integrity self-check • Power/Alarm/Trouble status LED (green, red, green/red) • Sensor tape lengths of 10'(3. im), 25,(7.6m), 50'(15.2m), 100'(30.5m) • Floor or under-pipe mounting • Able to convert to two alarm relays OPERATION The Model WD-2-T can be used with any contact-closure moni- toring device, wiring to either the normally open or normally closed contacts for flexibility. SPECIFICATIONS Power requirements 11-27 VACNDC Power consumption DC AC 15 mA typical, 60 mA max Operating temp 35 mA typical, 120 mA max 32° to 158°F (0° to 70°C) Tape temp Enclosure 32° to 180°F (0° to 82°C) Cast aluminum, weatherproof Alarm and trouble outputs SPDT, 1A @ 24 VAC/VDC Sensor tape , 1/2A @ 120 VAC 0.1 "H x 1.5"W (0.25 x 3.81 cm) Sensor electrodes 3 mil copper fiber, 1/4" gap Weight (0.08 mm, 0.64 cm gap) 10'(1.8 Ib/0.8 kg), 25'(2,2 lb/1.0 kg), ' 50 (3.0 lb/1.4 kg),100' (4.6 lb/2.1 kg) INSTALLATION -1 Mount the Model WD-2-T box adjacent to the area to be pro- tected. Unroll the sensor tape, remove vinyl release layer from the back, and hand press onto a surface that is dry and free of all debris and dust. Note 1: Once the sensor is acti- vated (wet), the contacts will remain in alarm until the netted cover is completely dry. Note 2: To convert the tape integrity check relay to a second alarm relay, remove the jumper in the lower right corner of the circuit board. If the sensing tape is not used, install the jumper labeled "NO TBL CHK." ORDERING INFORMATION MODEL DESCRIPTION WD-2 Water detector without sensor tape WD-2-T-10 Water detector with 10' (3.1m) sensor tape WD-2-T-25 Water detector with 25' (7.6m) sensor tape WD-2-T-50 Water detector with 50' (15.2m) sensor tape WD-2-T-100 Water detector with 100' (30.5m) sensor tape WD-CLIP-5 Pack of five mounting clips (space 18'745 7 cm . for under-pipe installation) 2006 KELE CATALOG •Awww.kele com • USA 888-397-5: DIMENSIONS in (cm) LED 0.12 ' 2.75 Gasketed Window 99) I Ss Cover I 4.5 (11.43) (0.32 I (6q0FN f 2 0 (s.os, 0.31 ZJ9 1 t _ Q U.75 Jo} . 8 8 ~ ~ 1l1.91i (4.57)I" 3.75 L 1.75 yI o 125 (9.53) (4.45) (.32) Mounting Holes 0.187 (0.47) dia WIRING The Model WD-2-T is provided with a 1/2" FNPT conduit con- nection in the end of the enclosure. Terminations are made to the color-coded wires with field-supplied connectors. All inter- connect wiring should be 18 AWG or larger. Input Voltage '11-27 VAC/VDC SPDT Trouble Contacts SPDT Alarm Contacts The Model WD-2-T tape includes a supervisory resistor mounted on the far end for the tape integrity self-check. A self-check disable jumper is provided inside for use with older or cut-down tapes that do not have the supervisory resistor. STATUS INDICATOR Green blink Normal Red blink Water detected • Red/green alternating Tape sensor problem JUMPER POSITIONS • NO TBL CHK Install jumper to disable tape trouble check OPT Remove jumper to convert trouble contacts to second set of alarm contacts ALM (position D) De-energize relay on alarm • TBL (position E) Energize relay on alarm (position D) De-energize relay on trouble (position E) Energize relay on trouble 53 • International 901-382-6084 v ~ I I SLA II I REINFq III-I" I 8-2 I6'-7" ASI`E- I ! ---L- -F------ - r 1 1 1 1 I I STEP r - - 11 1 J 1 1 1 i L.J I E30TTOM1 W j 1 I 1 I Q 1 I 1 OF SLA~ i 1 F~- I SSK i (7" 1 1 Q Q 1 1 1 1 1 1 ~ 1 1 1 J 11 In 1 1 00 I RF I E 10051 I 1 1 1 1 1 1 1 1 1 8" 1 1 1 ~ 1 i i i Q i ~ 1 d I I ii I 1 - 1 1 I 1 i t v 00 i F i S9 soil I 1 1 1 } 1 1 I Vol 1 1 u 1 1 V 1 1 1 Q I l~ 1 i 1 Y~' 1 1 I 1 F~ ~1 1 1 1 1 1 1 1 {L 1 1 1 1 1 1 11 / I i j 1 I Q] i 16~-II" 1 1 1 1 1 1 I -00 1 1 1 1 1 1 1 I 1 1 1 1 ~L/E 1 6-2161-11" RFI qp5 1 I h 1 1 1 ` j/-TIPPPNC, SLAB T. 1 1 ` 1 1 I er.ILOPE TO VALLEXI -T 1 1 IMF Tr9 r7GAIM - a__--I--- 1 L ; e-,8& I 1 I 1 1 ' ,;S T EP ( ~ i -pqp I I I 1 I RF-00 1 TTOM 3 0 1 ] 1 1 1 1 1 I I RFI -1 r OF 5LAB I Q 1 I 1 I V 15 1 1, H ~ 1 I GE34 1 1 ~ I ■ Q H 1 1 1 1 1 ~ 1 H---_~ ~ s ♦ 1 ~ 1 1 I 1 #6 AT 10" TOP AND I # 1 1 1-----W--- - -y 1 1 1 ♦ BOTTOM T YP. 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