Submittal Transmittal

Transcription

1 Submittal Transmittal Standard St. Joe's - Sonntag Pavillion St. Joseph s Hospital 350 W. Thomas Road Phoenix, AZ Project # 5690A Tel: Fax: Kitchell Contractors Inc of AZ Date: 8/28/2011 Reference Number: 0087 To: Jarom Prows Comfort Systems USA SW 6875 W Galveston St Chandler, AZ Tel: (480) Fax: (480) From: David Brown Kitchell Contractors Inc of AZ 1707 E Highland Ave, Suite 190 Phoenix, AZ Tel: (602) Fax: (602) Transmitted For Delivered Via Tracking Number Action Submittal Package No Qty Description Due Date Package Action Air Terminal Devices Closed Items Qty Description Item Action 1 1 Air Terminal Devices Closed Cc: Company Name Contact Name Copies Remarks Reviewed and approved as noted. Signature Signed Date Prolog Manager Printed on: 8/28/2011 KCI_Production_Standardized Page 1 of 1

2 AT-3 and AT-4 shall be size X Digitally signed b Digitally signed by David Bro y David Brown wn Date: Date: :40:02-0 7'00' 21:40:44-07'00' Brian Spotts ts 8/23/2011

3 6875 W. Galveston Street Chandler, AZ Fax KITCHELL CONTRACTORS Sonntag Pavilions - St. Joes Job No: 5690A Comfort Systems USA - Southwest Job No: Submittal Tab B VAV Boxes List of Manufacturers Krueger Submittal Review RFI Project #: 5690A #### Submittal #: Date: 08/15/2011 8:56:55 PM Submittal Name : Air Terminal Devices X Reviewed and Approved Resubmitted as Noted Not in Compliance with Drawings and Specifications These documents have been reviewed and approved for general conformance with the Contract Documents. The approval is not to be construed as direction from the Contractor to the Subcontractor to deviate from the requirements of the Contract Documents. By : Dave Brown Supplier Climatec 2851 W Kathleen Rd. Phoenix, AZ (602) Main Contact Chris Carlson

4 VAV TERMINAL UNIT SUBMITTAL DATA PROJECT: Sonntag St Joseph's Hospital & Medical Center LOCATION: ENGINEER: CONTRACTOR: SUBMITTED BY: MANUFACTURER: PRODUCT: TAG: Phoenix, Arizona AEI Comfort Systems USA Southwest Climatec, Inc W. Kathleen Road Phoenix, AZ Krueger LMHS AT-1,2,3,4 Submittal Date: 7/29/2011 Plan Date: 4/8/2011 Specification Section: Sales Engineer: Bryan Nelson Prepared by: Sandy Shugart

5 Material List Project: Equipment: Manufacturer: Tags: Sonntag St Joseph's LMHS Krueger AT-1,2,3,4 MARK: AT-1~4 (4) Krueger VAV Terminal Unit(s), complete with: Single Duct Flow Sensor DDC Controls furnished and mounted in the field by others Std. 1/2" Liner Electric Heater Including Disconnect Switch Airflow Switch Contactors NOTE: 460 Volt 3 Phase Electric Reheat is 4 Wire. No External Vibration Isolation Provided ONLY THOSE ITEMS AND ACCESSORIES SPECIFICALLY LISTED ARE INCLUDED IN SCOPE EXCLUSIONS: All manual volume dampers, spin-ins, extractors, plenums and square to rounds of any kind unless noted otherwise. No filter media.

6

7 JOB NAME Sonntag St Joe's Hospital ARCHITECT ENGINEER AEI CONTRACTOR Comfort Systems USA Southwest LOCATION AT-1 ~ AT-4 SUBMITTAL SHEET Form TS0013-EC.2 Effective Date 12/05 Replaces Form TS0013-EC.1 LMHS ELECTRIC HEAT UNIT ELECTRONIC CONTROL C TYP W AIR FLOW SENSOR 6 1/4 (159) TYP OPTIONAL FOUR QUADRANT FLOW SENSOR DAMPER (2 PLCS) H 12 (305) TYP 18 (457) 16 (406) 10 1/4 (260) INLET VIEW SIZES 4-16 DAMPER A D CHARTED 'A' DIMENSION INCLUDES INLET ADAPTER PROVIDED ON SIZES 4 & /2 (1003) 1/2 (13) INLET VIEW SIZE /4 (108) 24 (610) 38 (965) 39 1/2 (1003) 6 1/4 (159) TYP C 1/2 (13) INLET DISCHARGE INLET DISCHARGE AIR FLOW SLIP & DRIVE OUTLET DUCT CONNECTION AIR FLOW AIR FLOW ELECTRONIC DAMPER & REHEAT CONTROL ENCLOSURES AIR FLOW ELECTRONIC DAMPER & REHEAT CONTROL ENCLOSURES 36 5/8 (930) B PROVIDE 36" MINIMUM ACCESS PER NEC REQUIREMENTS SLIP & DRIVE OUTLET DUCT CONNECTION TOP VIEW SIZES 4-16 TOP VIEW SIZE /16 (157) 32 5/8 (829) PROVIDE 36" MINIMUM ACCESS PER NEC REQUIREMENTS STANDARD FEATURES: 22 Ga. Zinc coated steel construction. 1/2 thick dual density fiberglass insulation meeting NFPA 90A and UL 181 safety requirements. Linear averaging sensor. Variety of analog and digital electronic control packages for pressure independent systems. ETL listed Adherence to UL 429 for electrically operated valves ETL listed electric heater Electronic damper & reheat controls enclosure. Magnetic contactors are standard step controllers when electronic control systems are specified. Automatic reset thermal cutout Manual reset thermal cutout Positive pressure air flow switch OPTIONAL FEATURES: 20 Ga. Zinc coated steel construction Liners: None Double-Wall Cellular Steriliner Sterilwall Perf double wall 1 dual density fiberglass insulation Right hand control & electric heat. Left hand control & electric heat. Four quadrant averaging cross flow sensor. Hanger Brackets LineaHeat controlled SSR heat (no mercury contactor option) Discharge temperature sensor. Heater voltages: 120v/1Ø 240v/1Ø 208v/3Ø/3-wire 208v/1Ø 277v/1Ø 480v/3Ø/4-wire Mercury contactors Dust tight construction Heater disconnect switch Heater fused disconnect switch Fuse block w/ fuses for primary overload protection INLET NOM MAX SIZE CFM (L/s) W H A B C D NOTE : (109) 12 (305) 8 (203) 5 3/8 (136) 5 1/2 (140) 2 (51) 3 7/8 (98) RIGHT HAND (170) 12 (305) 8 (203) 5 3/8 (136) 5 1/2 (140) 2 (51) 4 7/8 (124) CONFIGURATION (245) 12 (305) 8 (203) 3 3/8 (86) 5 1/2 (140) 2 (51) 5 7/8 (149) SHOWN ABOVE (335) 12 (305) 10 (254) 3 3/8 (86) 5 1/2 (140) 1 (25) 6 7/8 (175) LEFT HAND IS (437) 12 (305) 10 (254) 3 3/8 (86) 5 1/2 (140) 1 (25) 7 7/8 (200) AVAILABLE (566) 14 (356) 12 1/2 (318) 3 3/8 (86) 3 1/2 (89) - 8 7/8 (225) (685) 14 (356) 12 1/2 (318) 3 3/8 (86) 3 1/2 (89) - 9 7/8 (251) DIMENSIONS ARE (991) 16 (406) 15 (381) 3 3/8 (86) 3 1/2 (89) /8 (302) GIVEN AS (1369) 20 (508) 17 1/2 (445) 3 3/8 (86) 1 1/2 (38) /8 (352) INCHES (MM) (1746) 24 (610) 18 (457) 3 3/8 (86) 1 1/2 (38) /8 (403) (3351) 38 (965) 18 (457) SEE ABOVE - 1 1/8 (29) SEE ABOVE Product Information is Subject to Change Without Notice

8 SUBMITTAL SHEET Form Number TSLX4.0 Effective Date 09/04 LINEAHEAT CODE LX Volt X designates input power code Proportional Electric Heat Controlled by Analog 2-10 dcv (4-20 ma) Output (Discharge Temperature Sensor Optional) LX4 Provides proportional electric heat from 0 to 100% for those controllers that have 2-10 dcv (4-20 ma) available for supplemental heat control. Heater output is directly proportional to dc Volt signal over 2 dcv. For example, 4 dcv (6 ma) provides 25% (2dcV/ 8dcVs * 100%) of the heater s kw rating. For inputs below 2 dcv (4 ma), heater will stay off. If LineaHeat is used with optional discharge temperature sensor, the heater is set to modulate heat to a set discharge temperature. User defined maximum temperature and controller defined temperature desired are maintained independent of heater kw or incoming air temperature. The maximum discharge temperature produced by the heater is set by rotary dial on the LineaHeat control board. When the unit receives a signal to start heating, % HEATER CAPACITY V (4 ma) the board will take an initial temperature reading and modulate heat from that point to the maximum temperature. For example, if a thermostat requires only a 10% increase in heating of air that was initially 60 F, and has a maximum temperature setting of 90 F, the EHM will modulate the heater s output temperature to 63 F (the additional 3 degrees coming from (90-60 )*10%). This option allows an increase of heater energy into occupancy by increasing discharge airflow while keeping an optimal discharge temperature. ASHRAE Fundamentals Handbook (Chapter 31) states that discharging air at a temperature more than 15 F above the room (90 F in a 75 F room) will likely result in significant unwanted air temperature stratification. 4V (8 ma) ANALOG OUTPUT 6V (12 ma) 8V (16 ma) 10V (20 ma) Product Information is Subject to Change Without Notice

9 SUBMITTAL SHEET Form Number TSLXY.0 Effective Date 09/04 LINEAHEAT PROPORTIONAL HEATERS With Optional Discharge Temperature Sensor LineaHeat is an electronic, time proportional electric heat system utilizing quiet, rapid performing solid-state relays. The solid-state relays are switched off and on by the LineaHeat Electric Heat Module (EHM) dependent on the call for heat from the controls. The LineaHeat EHM accepts a variety of different input signals from terminal unit controllers or thermostats, which can be determined by the position of one or two jumpers easily accessible on the board. Specific LineaHeat Submittals are available for each application that details the function and wiring of the board. LineaHeat is available with an optional discharge temperature sensor that will modulate the discharge temperature between the maximum temperature setting and initial temperature of incoming air before heating began. The discharge temperature set point is easily set in the field by rotating the temperature dial on the EHM. The EHM will not allow temperatures over the set point to insure meeting of ASHRAE 62, Addenda N, preventing unwanted temperature stratification and direct heat loss through return ductwork. On/Off (LX1) One 24 Vac input at Inc steps the heater output from OFF to 100% heater kw rating. The signal may be pulsed off and on over a small time period to provide proportional heat. 2 Stage (LX2) Two 24 Vac inputs step the heater output from OFF to 50% or 100% heater kw rating. 0-10V (LX3) 0-10 Vdc (0-20mA) signal proportionally modulates the heater output. 2-10V (LX4) 2-10 Vdc (4-20 ma) signal proportionally modulates the heater output. Incremental (LX5) One 24 Vac input modulates heater output, mirroring a Normally Closed water valve s action. An increase signal will increase the heater output from 0% to 100% over a 4 minute 15 second interval. When the signal is removed, the heater output will decrease to 0% over the same time period. Binary (LX6) Two 24 Vac inputs step the heater from OFF to 33%, 67%, or 100% of the heater kw rating. 3 Point Floating (LX7) Two 24 Vac inputs increase or decrease heater output, mirroring a Three-Point floating hot water valve. When the increase signal is sent, the heater will increase from 0% to 100% over a 4 minute 15 second interval. If the increase signal is removed, or the decrease signal is also added, the heater will stay constant at the present point. When only the decrease signal is sent, the heater will decline from the present level to 0% over the same time period. 24 Vac Neutral Signal Com Dec icom Inc } } 24VAC POWER FOR CONTROLS 0-10 dcv INPUTS } FROM CONTROLS OPTIONAL DISCHARGE } TEMPERATURE SENSOR 24 VAC INPUTS FROM CONTROLS Inc icom Dec Com Signal Neutral 24Vac (24Vac) (24Vac) 10Vmax Aux Inc icom Dec Sensor Com Signal Neutral 24Vac Com 49 C 120 F Tcal 32 C 90 F High Limit Earth 20 C 68 F EVO/EHM- 24Vac Neutral Xfmr 24Vac Neutral + Relay - SSRs + Relay V 2-10V Float 2Stg Incr On/Off Bin Select Sequence> 24 VAC POWER FROM HEATER TRANSFORMER{ PROPORTIONALLY PULSED dc SIGNAL TO SOLID STATE RELAYS { 24 Vac Neutral Relay + Relay - JUMPER PINS DESIGNATE CONTROL SEQUENCE Product Information is Subject to Change Without Notice

10 JOB NAME Sonntag St Joe's Hospital ARCHITECT ENGINEER AEI CONTRACTOR Comfort Systems USA Southwest LOCATION AT-1 ~ AT-4 SUBMITTAL SHEET Form Number TUIN00.0 Effective Date 8/04 ½ Dual Density (Standard) Insulation Submittal Physical Properties Material Dual Density Fiberglass Thickness 1/2 inch R-Value 1.9 Density 1.5 lbs / ft 3 with 4.0 lbs / ft 3 Face Maximum Operating Temperature 250 F / (121 C) Flame Spread Less than 25 Smoke Density Less than 50 Mold Growth and Humidity None Edge Treatment Sealant (NFPA 90A Approved) Code Compliances UL 181 Air Erosion UL 181 Mold Growth and Humidity UL 723 Flame / Smoke Spread (25/ 50) NFPA 255 Flame / Smoke Spread (25/ 50) NFPA 90A & 90B Appliances ASTM E 84 Flame / Smoke Spread (25/50) ASTM C 1071 Fiberglass Duct Liner

11 VAV SINGLE DUCT TERMINAL UNITS LMHS LMHS SUGGESTED SPECIFICATION & CONFIGURATION KRUEGER 2006 LMHS UNIT Furnish and install Krueger model LMHS single duct (variable or constant) terminal units of the sizes shown in the plans. Terminals shall be certifi ed by use of the ARI Standard Certifi cation Program and carry the ARI seal. Unit casing shall be constructed of not less than 22 gage galvanized steel. (Optional) Unit casing shall be constructed of not less than 20 gage galvanized steel. All round air inlet collars shall accommodate standard fl ex duct sizes. Unit discharge shall be slip and drive construction for fi eld attachment to downstream ductwork. Unit labels shall be adhered to each unit including model size, airfl ow (CFM), balancing chart, and tagged data. (OPTIONAL) SOUND ATTENUATOR The single duct terminal units shall be provided with a onepiece integral sound attenuator section. The sound attenuator section shall consist of a continuous extension of the standard galvanized coated steel casing. Separate slip and drive attached attenuator will not be accepted. The control air damper assembly shall be constructed of heavy gage galvanized steel with solid 1/2 shaft rotating in Delrin bearings. Damper shaft shall be marked on the end to indicate damper position. Damper blade shall incorporate a fl exible gasket for tight airfl ow shutoff and operate over a full 90 rotation. LMHS unit shall be equipped with a factory installed airfl ow sensing device. Provide a linear, multi-point, velocity averaging sensor with an amplifi ed signal. (Optional) Provide a K4 LineaCross, four quadrant, multipoint center averaging sensor with an amplifi ed signal. Provide balancing taps to allow for easy airfl ow verifi cation. The radiated and discharge attenuation factors for the specifi ed NC levels shall be based on either room absorption, plus an environmental adjustment factor or the attenuation factors from ARI Standard Appendix E, which includes room absorption, environmental adjustment factor, duct insertion, end refl ection and duct branching. CASING LINERS Unit casing shall be lined with 1/2 thick, 1 1/2 lb. dual density fi berglass insulation that meets UL 181 and NFPA 90A. (Optional) 1 Thick Insulation: Unit casing shall be lined with 1 thick, 1 1/2 lb. dual density fi berglass insulation that meets UL 181 and NFPA 90A. (Optional) Cellular Insulation: Unit casing shall be lined with glued and riveted 3/8 thick, 1 1/2 lb. density, smooth surface, polyolefi n, closed-cell foam insulation for fi ber free application. Cellular insulation meets UL 181 and NFPA 90A and does not support mold or bacteria growth. Cellular insulation is enclosed between the unit casing and a non-perforated internal sheetmetal cover extending over the cellular unsulation, as well as covering the liner cut edges. (Optional) Steriliner Insulation: Unit casing shall be lined with 13/16 thick, 4 lb. density, rigid board insulation with nylon reinforced foil covering insulation fi bers that meets UL 181 and NFPA 90A. Liner shall be attached to unit casing by insulation adhesive and full-seam-length Z-strips to enclose and seal the insulation cut edges. (Optional) Sterilwall Insulation: Unit casing shall be lined with 1/2 or 1 thick, 1 1/2 lb. dual density fi berglass insulation, meeting UL 181 and NFPA 90A, enclosed between the unit casing and a non-perforated internal sheetmetal cover extending over the fi berglass insulation, as well as covering the liner cut edges. (Optional) Perforated Doublewall Insulation: Unit casing shall be lined with 1/2, 1 1/2 lb. dual density fi berglass insulation, meeting UL 181 and NFPA 90A, enclosed between the unit casing and a perforated internal sheetmetal cover extending over the fi berglass insulation, as well as covering the liner cut edges. (Optional) No Liner: Unit casing shall be equipped with no internal insulation liner. ELECTRIC HEATING COILS Electric coils shall be supplied by the terminal unit manufacturer and shall be ETL listed and designed to comply with UL Standard Construct coil casing with minimum of 20 gage galvanized steel. Elements shall be 80/20 Ni-Cr and supported by ceramic isolators. The integral control panel shall be housed in a NEMA 2 enclosure with access to all controls and safety devices. Electric coils shall contain a primary automatic and secondary manual reset thermal cutout and differential pressure airfl ow switch for proving of airfl ow. (Optional) Electric coils shall include fused or non-fused door interlocking disconnect switch, mercury contactors, fuseblock, dust tight enclosure construction, all mounted and/or wired within the control enclosure. (Optional) LineaHeat solid state electronic proportional control of electric heat shall meet the requirements of ASHRAE Standard 62, Addenda N. (Optional) LineaHeat solid state electronic controlled electric heater with control of the leaving air temperature limiting the unit discharge temperature to a set value. HOT WATER COILS Hot water coil casing shall be constructed with minimum 20 gage galvanized steel with slip and drive discharge for attachment to downstream ductwork. Coils shall be factory attached to the terminal unit. Fins shall be rippled and corrugated heavy gage aluminum, mechanically bonded to tubes. Tubes shall be copper with minimum wall thickness of and with male solder header connections. Coils shall be leak tested to 400 psi. Number of coil rows and circuits shall be selected to provide performance as required by the plans. Coil performance data shall be based on tests run in accordance with ARI Standard 410. SINGLE DUCT TERMINAL UNITS L M HS Excellence in Air Distribution B-29

12 VAV SINGLE DUCT TERMINAL UNITS LMHS LMHS SUGGESTED SPECIFICATION & CONFIGURATION ACCESS PANEL Access panel shall be in the unit casing for viewing of damper components and/or for upstream cleaning of the hot water coil fi ns. (Access panel not available with electric heat.) SINGLE DUCT TERMINAL UNITS 1. SERIES: (XXXX) LMHS - Single Duct Terminal Unit 2. SENSOR TYPE: (X) 1 - Linear Averaging (Standard) 3 - K4 LineaCross (Four Quadrant) 3. UNIT STYLE: (X) 0 - Standard LMHS 1 - LMHS with Attenuator 2 - LMHS with Multiple Outlets 3 - LMHS with Electric Heat 4 - LMHS with Water Heat and Multiple Outlets 5 - LMHS Exhaust Unit LMHS Low Profi le 7 - LMHS Low Profi le with Attenuator 8 - LMHS Low Profi le with Electric Heat 4. LINER TYPE: (X) 0-1/2 Liner 4 - Sterilwall 1-1 Liner 5 - Cellular 2 - Steriliner A - Perforated Doublewall 3 - No Liner 5. UNIT CASING CONTROLS: (XX) 0L - Left-hand Side, 22 Gage 1L - Left-hand Side, 22 Gage & Access Panel * 2L - Left-hand Side, 20 Gage 3L - Left-hand Side, 20 Gage & Access Panel * 0R - Right-hand Side, 22 Gage 1R - Right-hand Side, 22 Gage & Access Panel * 2R - Right-hand Side, 20 Gage 3R - Right-hand Side, 20 Gage & Access Panel * 6. INLET CODE: (XX) x16 7. CONTROL TYPE: (X) D - Digital Controls ** A - Analog Controls P - Pneumatic Controls 8. UNIT ACCESSORIES: (X) (X) (X) (X) 0 - None S - Hangers D - Disconnect for Controls *** E - Dust-tight Control Enclosure *** G Vac Transformer H Vac Transformer J Vac Transformer K Vac Transformer L Vac Transformer P - Cam Locks (for Liner Codes 1-5) Y - Cam Locks (for Liner Codes 4 & A) 9. WATER HEAT: (XXX) (ROWS/CONNECTION HAND) N/A / None W11-1-Row/Right W21-1-Row/Left W12-2-Row/Right W22-2-Row/Left W13-3-Row/Right W23-3-Row/Left W14-4-Row/Right W24-4-Row/Left 10. ELECTRIC HEAT: (XX) 00 - None E1-120V/1-Phase L1 - LineaHeat, 120V/1-Phase E2-208V/1-Phase L2 - LineaHeat, 208V/1-Phase E3-240V/1-Phase L3 - LineaHeat, 240V/1-Phase E4-277V/1-Phase L4 - LineaHeat, 277V/1-Phase E6-208V/3-P/4-W L6 - LineaHeat, 208V/3-P/4-W E9-480V/3-P/4-W L9 - LineaHeat, 480V/3-P/4-W 10A.ELECTRIC HEAT STEPS: (X) 0 - None, 1-1-Stage 2-2-Stage 3-3-Stage 11. HEAT COIL ACCESSORIES: (X) (X) (X) (X) 0 - None A - Mercury Contactors for Pneumatic Controls B - Mercury Contactors for Electronic Controls C - Fuse Block E - Chicago Code Construction G - Dust-tight Construction K - Door-interlocking Fused Disconnect Switch L - Door-interlocking Non-fused Disconnect Switch S - Discharge Temperature Sensor/Cable (For LineaHeat Control Only) L M HS (*) Access Panel is not available with Electric Heat. (**) Digital controls are supplied by others; mounted by Krueger. (***) Disconnect for Controls not available with electric heat. Dust-tight Control Enclosure not available with Pneumatic Ellanious Control Types. Transformer standard when ordering electric heat. ( ) Water coil vent and drain optional. (+) Exhaust unit not available with Hot Water or Electric Heat. SAMPLE CONFIGURATION: LMHS L D - S E92 - K KRUEGER 2006 B-30 Excellence in Air Distribution