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BLD2015-00413 Mechanical - BLD Permit / Conditions - 5/29/2015
A 1I IJI.VG UvII LII IV (JVV/TL1-1 LVL MASON COUNTY DEPT. OF COMMUNITY DEVELOPMENT Phone: (360)427-9670, ext. 352 Mason County Bldg. 3 426 W. Cedar P.O. Box 279 Shelton, WA 98584 1 MECHANICAL PERMIT BLD2015-00413 OWNER: RALPH SANDERS RECEIVED: 5/29/2015 CONTRACTOR: AIR MANAGEMENT SOLUTIONS 360.470.3993 LICENSE: AIRMAM5952QM EXP: 11/14/20 ISSUED: 5/29/2015 SITEADDRESS: 160 E SODERBERG RD UNIT E-15 ALLYN EXPIRES: 11/2912015 PARCEL NUMBER: 122175600015 LEGAL DESCRIPTION: GLENALLYN CONDOS III PHASE III PROJECT DESCRIPTION: DIRECTIONS TO SITE: REPLACEMENT OF THE FURNACE & HEATPUMP ST RT 3 TO ALLYN, L ON HOMESTEAD DR, R ON OLD RANCH RD, R ON SODERBERG RD TO SITE ADDRESS General Information Setback Information Type of Use: SF Insp.Area: Front: Ft. Shoreline: Ft. Type of Work: MEC Fire Dist.: 5 Rear: Ft. Slope: Ft. Valuation: Side 1: Ft. Side 2: Ft. Mechanical Fixtures FEES Type Qty. Type By Date Amount Receipt Furnace<100K 1 Mechanical Permit Fee GMM 5/29/2015 $36.50 S120150000( Heat Pump 1 Mechanical Base Fee GMM 5/29/2015 $28.50 S120150000( Building Special inspection GMM 5/29/2015 $73.00 S120150000( Total $138.00 BLD2015-00413 Please refer to the following pages for conditions of this permit. Page 1 of 4 ' CASE NOTES FOR BLD2015-00413 CONDITIONS FOR BLD2015-00413 1) Contractor registration laws are governed under RCW 18.27 and enforced by the WA State Dept of Labor and Industries, Contractor Compliance Division. There are potential risks and monetary liabilities to the homeowner for using an unregistered contractor. Further information can be obtained at 1-800-647-0982. person signing this condition is either the homeowner, agent for the owner or a registered contractor according to WA state law. X 2) ALL FURNACE INSTALLATIONS SHALL MEET THE MINIMUM EFFICIENCIES SET FORTH IN THE CURENT EDITION OF THE WASHINGTON STATE ENERGY CODE (WSEC). ANY PORTION OF THE MECHANICAL SYSTEM THAT IS ALTERED OR REPLACED SHALL MEET THE MINIMUM STANDARDS ET FORTH IN THE WSEC AND INTERNATIONAL MECHANICAL CODE. X 3) All construction must meet or exceed all local ordinances and the international codes requirements as adopted and amended by Mason County and the State of Washington. Occupancy is limited to the approved and permitted classification. Any non-approved change of use or occupancy would result in permit revoc do X BLD2015-00413 Please refer to the following pages for conditions of this permit. Page 2 of 4 41) instanation of neating equipment In a single-rarnny resiuellGe srlall r11�IC1111C iuq U11C111C111J VI UIC l u11W1t lv4uJ, cipp l-clum JCl UVI W VI III"- IRC, and IMC. Heating equipment shall be sized in accordance to ICC/WSEC, Section R403.6. Heating and design load calculations for the purpose of sizing HVAC systems are required and shall be calculated in accordance with accepted practice, including infiltration and ventilation. Design calculations shall be available for inspection during inspection. Referencing IRC M1601.4, all ducts, air handlers, filter boxes, and building cavities shall be sealed. All joints of duct systems and seams shall be made substantially air tight by means of tapes, mastics, liquid sealants, gasketing or other approved closure systems. Closure systems used with rigid fibrous glass ducts shall comply with UL181A and shall be marked 181A-P for pressure-sensitive tape, 181A-M for mastic or 181 A-H for heat-sensitive tape. Closure systems used with flexible air ducts and flexible air connectors shall comply with UL181 B and shall be marked 181 B-FX for pressure-sensitive tape or 181 B-M for mastic. Duct connections to flanges of air distribution system equipment or sheet metal fittings shall be mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181 B and shall be marked 181 B-C. Crimp joints for round metal ducts shall have a contact lap of at least 1-1/2 inches (38 mm) and shall be mechanically fastened by means of at least three sheet-metal screws or rivets equally spaced around the joint. Closure systems used to seal metal ductwork shall be installed in accordance with the manufacturer's installation instructions. Duct tape is NOT permitted as a sealant on any ducts. When ducts are located in unheated spaces the ducts hall be insulated to R-8 DUCT TIGHTNESS TESTING shall be conducted by person(s) trained to perform such testing. A signed affidavit documenting test results in accordance to IECC/WSEC Section R403.2.2 shall be provided to the Mason County Building Department prior to the final occupancy inspection. Affidavit forms are available on at the WSU-Energy Program website titles, "Duct Leakage Affidavit"or"Duct Leakage Testing Results (Existing Construction)." D ct tightness testing is not required if the air handler and all ducts are located within the heated space. X 5) The demolition and disposal of debris must meet the regulations of Mason County and Olympic Region Clean Air Agency (ORCAA). It is unlawful for any person to cause or allow the demolition (or major renovation) of any structure unless all asbestos containing materials have been identified and removed from the area to be demolished. Work shall not commence on an asbestos project or demolition project unless the owner or operator hasp obtained written approval from ORCCA.2490 B Limited Lane NW, Olympia WA 98502, 360.586.1044/800.422.5623 www.orcaa.org X ! r� Ir 6) All building permits shall have a final inspection performed and approved by the Mason County Building Department prior to permit expiration. The failure to request a final inspection or to obtain approval will be documented in the legal property records on file with Mason County as being non-compliant with Mason C y o ances and building regulations. X IV 7) All permits expire 180 days after permit issuance, or 180 days after the last inspection activity is performed. The Building Official may extend the time for action for a period not exceeding 180 days, upon the receipt of a written extension request indicating that circumstances beyond the control of the permit holder have prevente action from being taken. No more than one extension may be granted. X BLD2015-00413 Please refer to the following pages for conditions of this permit. Page 3 of 4 OWNER/ BUILDER acknowledges submission of inaccurate information may result in a stop work order or permit revocation. Acknowledgement of such is by signature below. I declare that I am the owner, owners legal representative, or contractor. I further declare that I am entitled to receive this permit and to do the work as proposed. I have obtained permission from all the necessary parties, including any easement holder or parties of interest regarding this project. The owner or authorized agent represents that the information provided is accurate and grants employees of Mason County access to the above described property and structure(s)for review and inspection. This permit/application becomes null &void if work or authorized construction is not commenced within 180 days or if construction work is suspended for a period of 180 days. PROOF OF CONTINUATION OF WORK IS BY MEANS OF INSPECTION. INACTIVITY OF THIS A (CATION O 180 DAYS WILL INVALIDATE THE APPLICATION. Signatu a Date OWNER _ REPRESENTATIVE - CONTRACTOR Print Name (Circle one to indicate) BLD2015-00413 Please refer to the following pages for conditions of this permit. Page 4 of 4 11 -HD08D1 -9 ,�l�cP�r`1Cati! �S�idarcz' HEATING & AIR CONDITIONING AccuLinkT"' Installation Guide Other Installation Guides may be necessary,based on system configuration. A complete list of other optional components is shown below. Control 0 Cool to; A 1' Ir.d—H.J 1,742 Relay Panel 1, . For use with 24V indoor systems(optional) System Idle A-, S w 3 Zone Panel(optional) Hold Oplimo, Good i7r,Auto Auto 4 Zone Sensor with Display(optional) (3 Menu fl/xeri urS�nadaid 5 Zone Sensor(optional) 6 Zone Dampers(optional) AZONE950AC52ZA ALL phases of this installation must comply with NATIONAL, STATE AND LOCAL CODES IMPORTANT—This Document is customer property and is to remain with this unit. These instructions do not cover all variations in systems or provide for every possible contingency to be met in connection with the installation.Should further information be desired or should particular problems arise which are not covered sufficiently for the purchaser's purposes,the matter should be referred to your installing dealer or local distributor. Section 1. Safety f WARNING Table of Contents This information is intended for use by individuals possess- ing adequate backgrounds of electrical and mechanical Section 1. Safety................................................1 experience.Any attempt to repair a central air conditioning Section 2. General Information.........................2 product may result in personal injury and/or property dam- age.The manufacturer or seller cannot be responsible for Section 3. Physical Installation........................4 the interpretation of this information, nor can it assume any Section 4.Wiring 6 liability in connection with its use. Section 5. System Setup 9 Section 6. Advanced Features........................15 A WARNING Section 7.Troubleshooting 19 LIVE ELECTRICAL COMPONENTS! During installation,testing,servicing,and troubleshoot- NOTE: See the User's Guide for ing of this product, it may be necessary to work with live electrical components.Failure to follow all electrical safety wireless setup information. precautions when exposed to live electrical components could result in death or serious injury. 2/15 Section 2. General Information Overview The Accul-ink Control is a communicating 7-inch color touch screen that provides an easy-to-use . interface to the end user. 74 • A 50'4P The Control is a communicating wall mounted control that allows a user to manage an HVAC and 0' zoning system. With the addition of the 24VAC Relay Panel, con- ventional HVAC systems can also be controlled. Contents in Box The following parts are included with this product: 1 - Control 1 - Sub-Base 4- SnapSkru° Wall Anchors 4 , 4- 1"Screws 1 - Installer's Guide 1 - User's Guide lop Specifications Specification Description Product Model: AZONE950AC52ZA Product: Accul-ink Control Size: 7.3"width x 4.3"height x 1.2"depth Storage Temperature -40°F to 175°F,5%to 95%RH non-condensing Operating Temperature: 25T to 126°F,5%to 90%RH non-condensing Input Power: 24 VAC from HVAC System(Range:18-32 VAC) Power Consumption: 7 VA' Wire usage: Minimum 18 gauge NEC approved control wiring Wireless Connectivity Range (802.11 b/g): Varies with router model and placement Communications: Accul-ink-3 wire connection System Modes: Heat,Cool,Auto, Emergency Heat Fan Modes: On,Auto,Circulate Cooling Setpoint Temperature Range: 60T to 99TF,1 T resolution Heating Setpoint Temperature Range: 55T to 90°F,1 OF resolution Indoor Temperature Display Range: 20T to 119°F Outdoor Temperature Display Range: -31°F to 119T Indoor Humidity Display Range: 0%to 99%,1%resolution Minimum Cycle Off Time Delay: Compressor:5 minutes,Heat:1 minute On every application,24VAC loads should be reviewed to be sure the indoor unit control power transformer is adequately sized. See the Relay Panel Installer's Guide for guidelines. 2 11-HD08D1-9 AccuLink System Connections 2.4.1 Communicating System mil-^:>fID�IIIUPm!i m"� _ iu�l m11011h�� moo muumuu mmlmuu - m� mui�iumiun Control Indoor Unit Outdoor Unit AZONE950AC52ZA Optional Wired Remote Sensor ZZSENSAL0400AA 2.4.2 24V System 9 .0 Control Relay Panel Indoor Unit AZONE950AC52ZA BAY24VRPAC52D Optional Wired Remote Sensor' ZZSENSAL0400AA mom mud M Outdoor Unit Optional Wired Remote Outdoor Sensor— BAYSEN01 ATEMPA ' Can alternatively be connected to the Relay Panel " Can alternatively be connected to the 950 Control 11-H D08D 1-9 3 Section 3. Physical Installation Locational Considerations 3.1.1 Temperature Sensing Considerations The 950 Control is designed for installation in climate controlled living spaces. It is recommended to place the unit in central locations with good circulation.Avoid exterior walls and areas near windows, doors, vents or concealed pipes or chimneys. Important:The 950 Control utilizes a large 7"touch screen.This screen generates heat which is vented out the top of the Control utilizing natural convection. If an air source is directed at or from above, heat from the screen can be trapped within the Control body and can cause the indoor temperature to be biased. Correct Natural heat Incorrect C�Fan dissapation Placement from the 950 Placement / I 2 FEET Touch Screen of e 950 of the 950 Optimum £££££ Zone Heat from the 950 screen may be\, trapped within the body of the 950 T control by an external top-down airflow source,such as a ceiling fan. Onboard 5 FEET Thermist r The onboard thermistor may be biased by this heat causing the displayed indoor temperature to elevated. 3.1.2 Wireless Reception Considerations If enabling wireless, choose a mounting location that ensures adequate signal strength. A wireless device may have significantly different signal strengths if its position chang- es relative to other wireless devices. If the control shows poor signal strength,you may be able to improve the signal strength by moving the control a short distance in any �1 direction. Considerations to Maximize Signal Strength: Wireless • Do not mount the control more than 30 feet from the wireless router(through no more than three interior walls). • Do not mount the control in areas where electromagnetic emissions from other devices, appliances or wiring can interfere with the control's communication.(i.e.wireless phones, security systems, wireless Inter- net cameras) • Do not mount the control in recessed areas, near metal objects, or near structures. (i.e.doors, appliances, entertainment centers or shelving units) • Do not mount the control closer than 2 inches to any pipes,duct work,or other metal obstructions. • Do not have metal obstructions,concrete or brick walls between the control and the wireless router it will be connected to. NOTE: See the User's Guide for wireless setup information. Removing Sub-Base Wall Plate Remove sub-base plate from the Control by inserting a small flat blade screwdriver into the notch at each of the four tabs as shown. Gently pry the sub-base away from the Control. NOTE: This tight fit is normal and ensures that the Control is held securely to the sub-base when mounted on the wall. 4 11-HD08D1-9 Mounting Sub-Base to Wall Be sure wires are routed through the center of the base plate and are long enough to connect to ter- minals. Select and mark three holes. NOTE: The three hole locations indicated at right are recommended. The top location is an optional mounting screw location. Optional Hole A level may be used to ensure professional appear- �000 o �c�Do 0 0 oa ance. D e O C Q Ra Three(3) (7Q ODT Recommended °D0000�000000o Screw EK o�oDoO��K\,/KN Locations 0 oo�a oo a �o 0 0� o a Mounting to Studs Attach base to wall using 3 screws provided. The locations indicated provide the most secure mount- ing and are recommended. NOTE: Since moderate force is required when re- moving the Control from the sub-base, the sub-base must be securely attached to the wall. Do not overtighten screws to avoid damaging the sub-base. Mounting to Drywall If mounting to drywall, supplied SnapSkru°anchors must be used to mount the Control sub-base to the wall. These anchors will ensure that the Control is adequately supported. NOTE: Since moderate force is required when removing the Control from the sub-base, a firmly mounted sub-base is essential. ball t 5 5 5 / 1) Press tip of SnapSkru®an- 2) Place sub-base over anchor 3) Tighten screw flush with sub- chor into drywall using #2 Phillips and insert screw. base.Screw"pops"open anchor, screwdriver or screw gun. Drive locking anchor on wall. anchor clockwise into drywall until anchor stops flush with wall. Do not overtighten screws to avoid damaging the sub-base. 11-HD08D1-9 5 Section 4.Wiring Warnings t WARNINGt LIVE ELECTRICAL COMPONENTS! CAUTION:EQUIPMENT DAMAGE HAZARD-Improper wiring can lead During installation,testing,servicing,and troubleshooting of this prod- to equipment damage.Follow the terminal connection information care- uct,it may be necessary to work with live electrical components.Failure fully to ensure the control is wired properly.After wires are secure,bare to follow all electrical safety precautions when exposed to live electrical wires MUST NOT touch each other. See the Field Wiring Diagrams for components could result in death or serious injury. specific system applications. NOTE: The maximum total cable length for the entire communicating system is 500 feet(18 AWG).The maximum distance of any single cable from a transformer is 250 feet(18 AWG). NOTE: • Use 18-gauge color-coded thermostat cable for proper wiring.Shielded cable is not typically required. • Keep this wiring at least one foot away from large inductive loads such as Electronic Air Cleaners,motors,line starters,lighting bal- lasts and large distribution panels. • Failure to follow these wiring practices may introduce electrical interference(noise)which can cause erratic system operation. • All unused thermostat wire to be grounded at indoor unit chassis ground only.Shielded cable may be required if the above wiring guidelines cannot be met.Ground only one end of the shield to the system chassis. Power Connections The Control is powered via 24 VAC from the indoor unit.On every application, 24VAC loads should be reviewed to be sure the indoor unit power transformer is adequately sized.The AccuLink Control draws approximately 4VA more than the typical communicating Control. Connect Wiring Note:Do not Connect wiring to terminals as connect wiring to O Optional Connections shown. the top terminal. Terminal Description It is reserved for RS Remote Sensor future use. c RS Remote Sensor Route wiring within the plastic ODT Outdoor Temperature Sensor channel as shown so that it does v ODT outdoor Temperature Sensor not interfere with Control when reinstalling. Do not overlap wires. Q Plug the opening with non-flamma- ble insulation to prevent drafts from affecting the Control. Control Connections Q� e Note: Do not pull unused Terminal Description conductors through the opening D Data R 24 VAC(hot) due to the minimal clearance B 24 VAC(common) between the sub-base and Control. Replace Control Replace unit flat onto sub-base being careful to align unit correctly with the sub-base before apply- ing force. Control should fit snug and not"rock"when prop- erly installed. Check wire routing if Control is un- stable. 6 11-HD08D1-9 Field Wiring 4.5.1 Communicating Indoor and Outdoor Communicating Outdoor Unit 0 p I� + Control Communicating Indoor Unit i D Brown R Brown D Brown BK R Red y1 B Blue Y2 G W1 Blue W2 I® —B Blue .B O 4.5.2 24V System 0 t D R B + 'See Relay Panel Control Installer's Guide Indoor Unit for specific wiring instructions. ® D Brown Relay Panel a ® R Red B Blue 24V Outdoor Unit 4.5.3 Communicating Indoor(excluding TAMS)with Non-Communicating Single Stage Cooling 24V Single Stage Cooling 0 i + Control Communicating Indoor Unit (excluding TAMS) D R D 0 Brown BK Yellow R 0 Red J Y1 Yellow B ® Blue Y2 G W1 W2 Blue W3 Blue B O 11-HD08D1-9 Field Wiring (continued) 4.5.4 Communicating Indoor(excluding TAMS)with Non-Communicating Outdoor Heat Pump or Multi-Stage AC and Relay Panel Heat Pump : 9 easy—de all sery�Ia9e re ootra Ne -�.I; N �aiVe rA.e,as snow. jIm,.. �iIJ�II�((;;�� VIP" Control Variable Speed a Furnace or Air Handler !' R DRB BK D Y1 Y2 G 0 W1 w,v P,a W2 3 0 D Brown RelayPanel ® B `See Relay Panel 0 R Red ® O Installer's Guide 0 B Blue for specific wiring Outdoor Unit instructions. 4.5.5 Communicating Indoor(TAM8)with Non-Communicating Outdoor and CCM 2 Stage Heat Pump Control Q B1 I , ............................. Blue Air Handler with CCM Yellow/Red Yellow • II p Y2 Y2-Brown ...... orange Yi Yi-Yellow Red D0 O-Orange R Brown D Red R R-Red IB-Blue B B-Blue 8 11-HD08D1-9 Section 5. System Setup Power-Up Communicating Equipment Discovery mode begins when the Control is first installed and power is connected. For communicating equipment, the Control automatically configures standard equipment parameters. 24V Equipment(Using a Relay Panel) Equipment will need to be configured manually through the Installer's Setup menu in the Control. See the following section for more details. Power-Up Sequence When the 950 Control is connected to the Sub Base, the Control will initiate a 90-120 second power-up sequence.During the power-up sequence, the Screen Calibration option is available for five seconds. If the screen is not pressed within five seconds, the 950 Control will default to previously stored Screen Calibration settings. Note:The 950 Control is factory calibrated and can be recalibrated at any time by rebooting the Control and selecting Screen Calibration option within the five seconds following power-up. 11-HD08D1-9 9 Installer Setup Menus and Options Pressing the"Standard"button allows manual selection and configuration of basic equipment components. NOTE: In a communicating system, components will be discovered automatically, manual setup is not required. Menu Setting Available Options 5.2.1 STANDARD► V Outdoor UnitType............................................................................None Cooling Only Heat Pump V Outdoor Unit Stages........................................................................1 2 Variable V Compressor Type.............................................................................Single Compressor Two Stage Two Compressor Two Stage VIndoor Unit Type............................................................................... Electric Gas/Oil Hydronic V Indoor Unit Heat Stages.................................................................. None 1 2 3 Modulating V Indoor Unit Blower Type...................................................................Variable Speed Non-Variable Speed Zoning.............................................................................................. Enable Disable The"Advanced"settings are used to fine-tune the operation of the 950 Control.Installed accessories can also be configured in"Advanced"Settings. 5.2.2 ADVANCED► EQUIPMENT► V Compressor Cooling Cycles Per Hour.............................................2,3,4,5 or 6 V 1 st Stage Compressor Heating Cycles Per Hour.............................2,3,4,5 or 6 V 2nd Stage Compressor Heating Cycles Per Hour...........................2,3,4,5 or 6 V Compressor Heating Cycles Per Hour.............................................2,3,4,5 or 6 V 1 st Stage Compressor Cooling Cycles Per Hour.............................2,3,4,5 or 6 V 2nd Stage Compressor Cooling Cycles Per Hour............................2,3,4,5 or 6 V Compressor Minimum On Time-Min..............................................3 V 1st Stage Compressor Minimum On Time-Min..............................3 V 2nd Stage Compressor Minimum On Time-Min.............................3 V Indoor Heater Cycles Per Hour........................................................2,3,4,5 or 6 V 1st Stage Indoor Heater Cycles Per Hour........................................2,3,4,5 or 6 V 2nd Stage Indoor Heater Cycles Per Hour......................................2,3,4,5 or 6 V 3rd Stage Indoor Heater Cycles Per Hour.......................................2,3,4,5 or 6 V Indoor Heater Minimum On Time-Min............................................1 V 1st Stage Indoor Heater Minimum On Time-Min............................1 V 2nd Stage Indoor Heater Minimum On Time-Min..........................1 3rd Stage Indoor Heater Minimum On Time-Min...........................1 10 11-HD08D1-9 Installer Setup Menus and Options (continued) Menu Setting Available Options 5.2.3 ADVANCED► ACCESSORIES► ♦ Filtration Type Installed....................................................................Comm Air Cleaner Air Cleaner Media Filter ♦ Number of Air Cleaners Installed.....................................................1,2 ♦ Air Cleaner Power Level...................................................................Low,Medium,High ♦ Humidifier Installed..........................................................................Yes,No ♦ Airflow During Humidifier Only Mode...............................................35%-100% ♦ Humidifier Type................................................................................Powered/Bypass Steam ♦ Humidifier Control............................................................................RH Control Frost Control ♦ Humidifier Fan Action.......................................................................Humidify without Active Heat Call Humidify with Active Heat Call Only ♦ Dehumidifier Installed...................................................................... No,Yes ♦ Dehumidifier-Select Relay Panel Aux Contacts.............................Aux 1 Aux 2 ♦ Dehumidifier Control Options...........................................................Stand Alone Operation Dehumidifier Operation with Active Call for Cooling Only ♦ Dehumidifier-Run System Fan with Dehumidifier Request............No,Yes ♦ UV Light Installed.............................................................................None,Yes ♦ Ventilation Installed..........................................................................Yes,No ♦ Ventilation-Select Relay Panel Aux Contacts.................................Aux 1 Aux 2 ♦ Outdoor Temperature Ventilation Override.......................................Disable Enable ♦ Ventilation-Minimum Outdoor Temperature Allowed.......................10F-50F ♦ Ventilation-Maximum Outdoor Temperature Allowed.....................80F-110F ♦ Minimum Ventilation Run Time Per Hour.........................................0-60 minutes ♦ Accumulate Overridden Runtime.....................................................No,Yes ♦ Accumulate Period...........................................................................•4 hours-recover only when outdoor conditions are favorable, • 24 hours-recover only when outdoor conditions are favorable, •4 hours-recover as need to meet minimum, • 24 hours-recover as needed to meet minimum 5.2.4 ADVANCED► COMFORT► ♦ Enable Dehumidification..................................................................Disable Enable ♦ Dehumidification Overcooling Limit-Degrees.................................0, 1,2,3 ♦ Control Response Rate...................................................................Normal Fast ♦ Aggressive Recovery>2°Setpoint Change....................................Disable Enable ♦ Heating Aggressive Recovery..........................................................Disable Enable ♦ Heating Aggressive Recovery-Outdoor Temperature.....................0 to 70 Warm Air Discharge.........................................................................Disable Enable 11-HD08D1-9 11 Installer Setup Menus and Options (continued) Menu Setting Available Options 5.2.5 ADVANCED op- AIRFLOW► V VS Blower On Delay-Cooling.........................................................No Delay 1 Minute @ 50%,7.5 Minutes @ 80% 1 Minute @ 50%, 4 Minutes @ 80% 7.5 Minutes @ 80% 4 Minutes @ 80% 1 Minute @ 50% 30 Seconds V VS Blower Off Delay-Cooling.........................................................No Delay 1.5 Minutes @ 100% 45 Seconds @ 100% 30 Seconds @ 50% 1.5 Minutes @ 50% 3 Minutes @ 50% 30 seconds @ 35% V VS Blower On Delay-Compressor Heating....................................No Delay 1 Minute @ 50%,7.5 Minutes @ 80% 1 Minute @ 50%,4 Minutes @ 80% 7.5 Minutes @ 80% 4 Minutes @ 80% 1 Minute @ 50% 30 Seconds V VS Blower Off Delay-Compressor Heating....................................No Delay 1.5 Minutes @ 100% 45 Seconds @ 100% 30 Seconds @ 50% 1.5 Minutes @ 50% 3 Minutes @ 50% 30 seconds @ 35% V Non VS Blower On Delay-Cooling.................................................No Delay 15 Seconds 30 Seconds 90 Seconds V Non VS Blower Off Delay-Cooling.................................................No Delay 30 Seconds 60 Seconds 90 Seconds V Non VS Blower On Delay-Compressor Heating.............................No Delay 15 Seconds 30 Seconds V Non VS Blower Off Delay-Compressor Heating.............................No Delay 30 Seconds 60 Seconds 90 Seconds V Hydronic Heat Blower On Delay......................................................No Delay 30 Seconds 60 Seconds V Hydronic Heat Blower Off Delay......................................................No Delay 30 Seconds 60 Seconds 90 Seconds V Compressor Low Stage Air Flow%-Cooling..................................35%-60% 55%-80% Compressor Low Stage Air Flow%-Compressor Heating.............35%-60% 55%-80% 12 11-HD08D1-9 Installer Setup Menus and Options (continued) Menu Setting Available Options 5.2.6 ADVANCED► SENSORS► V Select Outdoor Temperature Sensor................................................No ODT Sensor Thermostat ODT Sensor CLII/AccuLink Outdoor Sensor Relay Panel ODT Sensor V Calibrate Outdoor Temperature Sensor-Degrees..........................+/-in 5°Increments V Calibrate Indoor Temperature Sensor-Degrees.............................Zone X in+/ 5°Increments V Thermostat Humidity Sensor...........................................................Disable Enable V Calibrate RH Sensor........................................................................Zone X in+/ 5°Increments V Humidity Controlling Zone...............................................................Zone Number 5.2.7 ADVANCED► ZONING► V Damper Travel Time.........................................................................15-60 Seconds V Auto Detect Damper........................................................................No,Yes VDetected Dampers...........................................................................2-8 V Run Auto Zone Airflow Capacity......................................................No,Yes V Auto Zone Airflow Capacity Adjustment...........................................Normal More Aggressive Less Aggressive V Airflow Capacity-%of Total............................................................25%-100% VVoting Zones....................................................................................No,Yes V Clamp LV for Auxiliary Heat.............................................................Disable,Enable V Auxiliary Heat Threshold..................................................................25%-99% V Indoor Heating Airflow Offset%(above and below cooling airflow).-50-+50,0 V Discharge Temperature Limit-Cooling............................................Normal(38),Extended(34) V Discharge Temperature Limit-Compressor Heating Only...............Normal(116),Extended(128) V Discharge Temperature Limit-Compressor Heating w/Aux Heat....Normal(160),Extended(170) VHeating Fuel Type............................................................................Gas Oil V Discharge Temperature Limit-Gas Furnace Heating......................Normal(135), Extended(145) V Discharge Temperature Limit-Oil Furnace Heating........................Normal(160),Extended(170) V Discharge Temperature Limit-Hydronic Heating............................Normal(135),Extended(145) 5.2.8 ADVANCED 0- LOCKOUTS► V Compressor Heating Lockout..........................................................Disable,Enable V Compressor Lockout-Outdoor Temperature................................... 5-70 V Auxiliary Heat Lockout.....................................................................Disable,Enable V Auxiliary Heat Lockout-Outdoor Temperature................................32-70 V Defrost Heater Balance Point(Wi).................................................Disable,Enable V Defrost Heater Balance Point(WI)-Outdoor Temperature.............40-55 V Defrost Heater Balance Point(W2).................................................Disable,Enable V Defrost Heater Balance Point(W2)-Outdoor Temperature............. 5-55 V Defrost Heater Balance Point(W3).................................................Disable,Enable V Defrost Heater Balance Point(W3)-Outdoor Temperature............. 5-55 V Compressor Cooling 1st Stage Lockout .........................................Disable,Enable V Compressor Cooling 1 st Stage Lockout-Outdoor Temperature.....80-120 V Compressor Heating 1 st Stage Lockout .........................................Disable,Enable V Compressor Heating 1 st Stage Lockout-Outdoor Temperature.....0-50 V Furnace Heating 1st Stage Lockout................................................Disable,Enable V Furnace Heating 1 st Stage Lockout-Outdoor Temperature...........0-50 11-HD08D1-9 13 Zone Sensor Setup The Zone Sensor setup screen allows the technician to assign the correct temperature sensor to each zone. This screen can also be used to view and edit the existing zone temperature assignments. The screen is made up of two parts: 1.Select Zone/Damper—Displays a list of Zones/ Dampers and the sensors assigned 2.Available Sensors—Displays a list of available sensors which have not been assigned The onboard temperature sensor of the 950 Control is automatically enabled and assigned to Zone 1 for zoning applications.All other temperature sensors must be manually assigned. JAI JBI Assigning Sensors: Zone Sensor Setup 1.Go to the 950 Control 2.Navigate to: Select Zone/Damper Select Sensor for Zone 2 MENU>SERVICE>TECHNICIAN ACCESS> Zone 1:Acu Link(Orboard Sensor) 1,,,,,n,,,,ng Son... PROCEED>ZONE SENSORS. System:my house 3.Select the corresponding damper on the left side of Zone 2: the screen(A). 4.Select the appropriate sensor on the right side of the screen(B). 5.Press ASSIGN(C). Repeat these steps until all zones have a temperature sensor assigned. _ C Unassigning/Reassigning Sensors: To change the temperature sensor assigned to a Zone Sensor Setup zone,follow the steps below: lff Select Zone/Damper I--,Select Sensor for Zone 2 Unassigning Sensors 1.Select the appropriate zone Zone 2;Communicating Sensor 2.Select the UNASSIGN button Sy—m:my house Reassigning Sensors Zen,3:Non Comm-mating Sense, 1.Select the zone system:my he's, 2.Select the sensor 3.Press the ASSIGN button Important:All zones must have a temperature sensor Unassign Done assigned before exiting the Service Menu. 14 11-HD08D1-9 Section 6. Diagnostic Tools Service Menu The Service Menu contains useful functions for setup, Service Menu troubleshooting and monitoring system function. Sta Logging s. 6.1.1 Data Logging Installer Setup Test Mode Diagnostics History The 950 control has the ability to log data on SD cards. Stan r4m) Insert an SD card and press the"Start Logging"button. Demo Once logging is started, the "Start Logging" button is replaced with"Stop Logging".To end logging, press the Zone Sensors System Report R.boot "Stop Logging" button before removing the SD card. The amount of data logged will be dependent on the number of days logged and the storage capability of the SD card. 6.1.2 Installer Setup See the Section 5 for detailed Installer Setup menus and information. 11-HD08D1-9 15 6.1.3 Test Mode SelectTest Mode The 950 control has three Test Modes available depending on the applied system,System Test, Damper Test and Variable Speed Tests. system Zoning Variable Speed 4- Back System Test Mode r.Y Manual Test 0 Manual Test Type System Test Mode allows the user to select the mode of operation to test the individual stage.Each test will Test Cool run for a maximum of 30 minutes or until manually Test Compressor Heat terminated.All control-imposed minimum ON/OFF times are defeated during System Test Mode. In Test Indoor Heat zoned applications, all dampers are driven 100% Test Compressor and Indoor Heat open during test mode operation. More The options available are listed below: 17 Exit Next System Test Mode Mode Settings Description Test Blower 50%, 100% Energize indoor blower at the selected speed Stage 1, Energize the selected stage of cooling operation.The indoor Test Cool Stage 2 blower will also operate at the speed required for the selected stage Test Compressor Stage 1, Energize the selected stage of compressor heating operation. Heat Stage 2 The indoor blower will also operate at the speed required for the selected stage Energize the selected stage of indoor heating operation.The Stage 1, blower operation will be dependent on the indoor heat type: Stage 2, • Electric-blower energized during test mode but the blower Test Indoor Heat speed is controlled by the indoor unit Stage • Fossil -blower is controlled independently by the indoor unit Modulating during test mode • Hydronic-blower is energized during test mode Stage 1 Indoor Heat, Energize all stages of compressor heat and selected stage Test Compressor Stage 2, Indoor Heat, of indoor electric heat/hydronic heat.The blower is energized and Indoor Heat Stage 3 Indoor Heat and runs at the higher of the compressor heat air flow versus indoor heat air flow More Test Humidifier, Closes the normally open Humidifier/AUX contacts.The blower Test Aux Contact is not energized during this test mode 16 11-HD08D1-9 Damper Test ModeTest*Damper _ st Damper Test Mode gives the user the ability to test specific dampers to verify the dampers are opening/ Zone closing properly. Each damper can be driven independently or in any combination with other installed dampers. Once Damper test Mode is selected, all dampers are _ driven fully open.When a zone or zones is selected all other zone dampers are driven fully closed.The indoor blower will operate during this test mode.The ? Exit Test speed of the blower is dependent on the number of zone dampers being tested and the sum of their zone sizes.The test will run for a maximum of 30 minutes or until manually terminated. The options available are listed below: Damper Test Mode Mode Settings Description Zone 1 Zone 2 Zone 3 Zone 4 Select damper or In all selected zones the damper shall remain open and all Zone 5 dampers to be tested non-selected zone dampers will be driven fully closed Zone 6 Zone 7 Zone 8 11-HD08D1-9 17 Variable Speed Test Mode lfY Variable Speed*VSPD Test Modes Variable Speed Test Mode allows the user to select FC�ergltlg Mode-Cooling vararious variable speed specific tests. Each test Check Charge Mode-Heating will run for 120 minutes or until manually terminated. Additional time can be added by pressing"Add Time". Checkout Made-Cooling All control-imposed minimum ON/OFF times are Checkout Made-Heating defeated during Variable Speed Test Mode.In zoned Pump Down Mode-Cooling applications, all dampers are driven 100%open Pump Down Mode-Heating during test mode operation. The options available are listed below: Exit Next System Test Mode Mode Settings Description Energizes outdoor unit at the correct compressor speed and associated indoor blower speed to set/verify sytem charge. Use sub-cooling tables in the outdoor unit Service Facts to Charging Mode - Cooling determine correct charge levels.Outdoor temperature must be within 55F- 120F and indoor temperature must be between 70F-80F. **This is the only approved method for charging/verifying Test system charge on variable speed systems. Energizes outdoor unit at the correct compressor speed and associated indoor blower speed to compare actual Check Charge Mode- Heating performance to typical performance.Use the pressure curves in the outdoor unit Service Facts for comparison. `*This method is not an approved method for verifiying the charge on variable speed systems This test mode allows the user to adjust the cooling compressor speed in selected increments from minimum to Checkout Mode- Cooling 0-100% maximum.The single arrows represent a 1%change and double arrows a 5%change. This test mode allows the user to troubleshoot noise/ harmonics which may occur at various compressor speeds. This test mode allows the user to adjust the heating compressor speed in selected increments from minimum to maximum. The single arrows represent a 1%change and Checkout Mode- Heating 1-100% double arrows a 5% change. The user can also initiate a forced defrost cycle from the test mode screen. This test mode allows the user to troubleshoot noise/harmonics which may occur at various compressor speeds. This test mode will pulse the latching switchover valve to Pump Down Mode- Cooling cooling position and run at full compressor speed.The outdoor EEV will remain open and the indoor EEV(if installed)will Test continue to control superheat This test mode will pulse the latching switchover valve to Pump Down Mode- Heating heating position and run at full compressor speed.The outdoor EEV will control superheat and the indoor EEV (if installed)will remain open 18 11-HD08D1-9 6.1.4 Diagnostics b Diagnostics Within the Diagnostic screen are two items related to alerts: • Current Alerts—Alerts which are currently active • Alert History — Alerts which have been cleared ®A ® d— (last 30 days) it NOTE: Each alert will have a date/timestamp of when the alert was negated. From both screens the user can select an alert code H;1P Service Menu 4- Back and get additional information on the alert as well as a list of possible causes, similar to the Interactive Troubleshooting Guide located on ComfortSite/ ASDealernet All alerts are categorized by severity: • Critical - Loss of heating/cooling operation - Service call is required - Alert messages are displayed on the home screen and when closed, a flashing red icon is used to indicate alert condition. • Major - Reduced functionality but basic/minimum operation is possible - Service call is not immediately required - Alert messages are not displayed on the home screen but a yellow icon is used to indicate alert condition. NOTE: Critical and Major alerts can be displayed on the home screen by pressing the alert icon on the shortcut toolbar(top right of home screen). • Normal - Functionality may be lost but should recover or information used for diagnostic purposes / performance monitoring - Service call is not required - Normal alerts are only displayed in the Diagnostic screen 11-HD08D1-9 19 Summary Table Example showing three devices Enabled and Online. The 950 control has a Summary Table which lists all the W- SummaryTable-Communicating Devices communicating devices that have been discovered.The Select Device Information Enabled Status screen is made up of four fields: RIy Panel BAY24VRPAC52DAA11104WROO99 Yes Online • Select I Communicating Sensor TZONE940AC52ZAA11233AB111 Yes Online - Allows user to select devices that have a Status Primary Zone Expander ZZONEEXPAC52ZAA/I 126WEOI Y Online of"Offline"to remove from persistent storage. Online devices cannot be removed without being disconnected from the communicating bus. • Device Information - Lists the device name and model/serial ? Service Menu' Refresh 4- Back number HOP • Enabled Example showing the removal of an Offline device. - Identifies whether the device has been enabled Device is Enabled but Offline. • Status - Identifies whether the device is currently Jr- SummaryTable-Communicating Devices reporting on the bus (Only "Offline" devices Select Device Information Enabled Status can be removed) Primary Zone Expander ZZONEEXPAC52ZAA/1126WEOI Yes Online The Enabled and Status field can be used to troubleshooting/informational purposes: • Enabled +Online - Device has been enabled and is currently reporting on bus • Enable +Offline ? :Service Menu Refresh Remove Selected 4m Back - Device has been enabled but is not reporting Help Devices (Err.126.00 will typically be triggered during Selecting the Offline device and "Remove Selected this condition). Devices"displays the confirmation screen. • Disabled+Online - Device has not been enabled but is reporting (verify device has been configured in the installer settings). Are you sure want to • Disabled + Offline Remove Selected Devices? - Device has not been enabled and is currently not reporting. Yes No Pressing "Yes" will remove the selected device(s) from the current configuration. 6.1.5 History 92p History The History screen allows the technician to view cycle count and run time data for each mode and stage of operation.This data provides a snap-shot in to how the system is operating.The technician can also compare the current month versus the previous month. Service Menu Zone History Syst 4w Back 20 11-HD08D1-9 6.1.6 System Report The System Report screen allows the technician to view important system/zone operational data,all on one screen.The data provided is in real-time and updates as the data changes. Examples of each are shown below. Example of System Report Screens- Standard 9 System Report • Operating State/Stage • Load Value Cooling • Fan Operating Mode 55 Auto 1' . • Air Flow . • Indoor/Outdoor Temperatures • Heating/Cooling Setpoints 1 ' • ' , 1 ' , • Indoor Relative Humidity (RH) • Heating/Cooling RH Setpoints 55' Off On • Balance Point • Humidifier Status • Ventilation Status Help Example of System Report Screens-Variable Speed System Report • Operating State/Stage Cooling • Requested Capacity ' '4 4 • Delivered Compressor Speed % • Load Value Auto • Fan Mode/Air Flow% ' ' • Indoor/Outdoor Temperatures • Heating/Cooling Set Points ' • Indoor RH % • • ' 1', • Heating/Cooling RH Set Points Service Menu 4m Back Example of System Report Screens-Zoned 4 System Report • System Load Value • Operating State/Stage • Requested Capacity(VSPD Only) • Delivered Compressor Speed % (VSPD Only) • Air Flow • Excess Air% • Indoor/Outdoor Temperatures • Discharge/Return Air Temperatures • 9 Service Menu Refresh 4- Back Static Pressure • Humidifier Status • Ventilation Status • Zone Mode, Size, & Load Value • Heating/Cooling Set Points • Relative Humidity • Damper Position • Sensor Type 11-HD08D1-9 21 6.1.7 Start Demo Demo Mode allows the user to demonstrate all the screens and features of the 950 control without connecting to a communicating device. To enable, simply apply 24 volts to control sub-base (R, B) then enable Demo Mode (Home > Menu > Service >Technician Access > Proceed > Demo Mode). During Demo Mode all screens and functionality are active except the ability to call for heating or cooling operation. NOTE: Demo Mode is not available when connected to a communicating device. NOTE: Before installing a 950 control which has been used in Demo Mode, press "Restore Factory Defaults" to clear all previously stored settings. 6.1.8 Reboot This function reboots the software system of the control. Power cycling requires removing the control from the base. 22 11-HD08D1-9 Section 7. Advanced Features Feature Description The 1-Touch Presets allows for an immediate change to the setpoint status. Set the desired 1-Touch Presets temperature for the three status modes(Home,Away&Sleep). The control will remain in the selected mode until another mode is selected or the program reaches a new schedule period. Aggressive Recovery: This option disables the 10 minute inhibit anytime the control sees more than a 2°change (such as moving from one program time frame to another). This applies to heating&cooling modes. Heating Aggressive Recovery: This option disables the 10 minute inhibit based on outdoor Aggressive Recovery temperature in heating mode only. The value for outdoor temperature can be set from 0°-70°. Heating Aggressive Recovery can only be enabled if Aggressive Recovery is disabled. There is a 10 minute"inhibit"period between first and second stage compressor as well as compressor heating&auxiliary heating. This 10 minute inhibit period minimizes the cycling of higher capacity when the existing capacity is sufficient to meet the demand. There are three options when setting the Air Cleaner Mode: Auto--the air cleaner will run whenever the blower is running. Air Cleaner Mode Quick Clean--the control will energize the air cleaner at 100%output and blower at 100%air flow for a 3-hour run cycle. Allergy Clean--the control will energize the air cleaner at 100%output and blower at 100%air flow for a 24-hour cycle. System alerts will be indicated on the home screen of the control with two options: "Close"or "Dealer Contact Information". Selecting"Dealer Contact Information"will display the dealer screen. Selecting the"Close"option will move the alert to the top right corner of the home screen. Pressing the icon button in the top right corner of the screen will recall the alert to the home screen. Alert Indication All alerts will remain until resolved. Critical Alert—indicates the loss of heating or cooling operation. Only critical alerts will be displayed on the home screen. These alerts will flash red when"closed"and moved to the top right corner of the control. Major Alerts—indicates the loss of system functionality, but the system is still operational. Major alerts will be displayed as a solid yellow icon in the upper right corner of the control. Blower On/Off Delays Blower on/off profiles can be set independently for heating and cooling modes. There are blower delays specific for variable speed, non variable speed and hydronic heat applications. The sensors(indoor, remote and outdoor)can be individually calibrated for temperature and Calibration humidity. The indoor sensors may be calibrated to plus or minus 5°or 5% in increments of 1 . The outdoor sensor may be calibrated to plus or minus 10°in 1°increments. Control Response Rate This feature changes the response rate of the control. Selecting a"faster"response rate will maintain a tighter tolerance of indoor temperatures, but increases the cycling of the system. The cycle rate affects the cycle time of the system. With a 50%load value, a cycle rate of 3 will allow the system to run for 10 minutes and be off for 10 minutes;completing 3 cycles in one hour. A cycle rate of 5 would allow the system to cycle on and off at 6 minute intervals. The higher the cycle Cycle Rate rate,the more often the system turns on and off. The actual amount of time the system will be"on"or"off"will be reflective in the load value of the home. Higher load value demands will increase system run time and decrease system off time. Lower load value demands will decrease system run time and increase system off time. Dealer contact information, including name,address,website and multiple phone numbers may be entered. In addition, a dealer logo(which must be named dealer.jpg)can be uploaded through the Dealer Information use of an SD card. File size should not exceed 3 MB.With software version 2.1 and above, a Dealer Code has been added.By simply typing in the dealer's main phone number,all required fields will be auto-populated. When the control is requesting less capacity than the system can deliver,the control will duty cycle Duty Cycle to meet the required demand.The length and frequency of each duty cycle is based on the cycle rate and current load value. 11-HD08D1-9 23 Feature Description There are two requirements before dehumidification is enabled: Dehumidification must be enabled through the Installer Setup. The indoor relative humidity must be above the desired setpoint. The system will take the following actions once this condition is met: The blower will reduce air flow proportional to the amount of RH error. The control evaluates the percentage of humidity error and how long the error has existed to determine the amount of air Dehumidification flow reduction, up to 30%reduction. o If overcooling is enabled,the control will engage a 1 degree of overcooling for each 10/a of RH error. A maximum amount of overcooling can be configured to 1, 2 or 3 degrees. Fan off delays will be eliminated. Smart Continuous Fan Continuous fan operation will be interrupted when indoor relative humidity exceeds desired humidity setpoint. A humidity icon will be displayed along with the fan icon to indicate that blower on options have been disabled due to high humidity conditions.Smart Continuous Fan will not interrupt the fan circulate mode. Diagnostics are displayed as current alerts(what is currently happening in the system)and alert his- Alert Code Diagnostics tory(what has occurred in the past,but are no longer present). The alert screen describes the alert, when the alert happened,the severity level of the alert as well as a problem description and possible causes to assist with troubleshooting. Up to the last 30 days are displayed. The change over from heat pump to furnace can be set based on three options: Comfort—This is strictly based on indoor temperature demand. The furnace will take over when the heat pump can no longer maintain the indoor heating demand. Operating Cost—The HSPF of the heat pump and AFUE of the furnace must be entered along Dual Fuel Options with cost of electricity and fuel. The control calculates an economic balance point for system change over. Outdoor Temperature—The changeover from heat pump to furnace is based on outdoor tem- perature which can be set from 0-70°(thermal balance point). The furnace will take over anytime the HP is unable to maintain indoor temperature,regard- less of the dual fuel option chosen. Emergency Heat The heat pump will be disabled and the furnace/heat strips are enabled any time the control is set to Emergency Heat. Equipment List This lists the model and serial number for all communicating components. The model and serial numbers for non communicating components can be manually entered. There are three options available for blower operation: Auto—the blower runs when there is a call for cooling or heating. On—the blower will run continually with a fan only call. The continuous fan speed for variable Fan Options speed motors can be adjusted from 350/-100%. A call for heating or cooling will supersede a fan only call and the blower will run at a speed that matches the staging of the equipment. Circulate—this provides all the features of"fan on", but the blower will only run a percentage of the time when there is no call for heating or cooling. The blower can be set to circulate from 10-55 minutes of every hour. The bottom left corner of all screens has a Help icon with a question mark. This icon provides assis- Help Screens tance for the screen that is currently being displayed. Screens that are self explanatory will not list additional help. Pressing the Help icon on these screens will display"No additional help available". The History Screen provides system cycle information. Cycle counts and run time can be viewed for History Screen first stage and second stage compressor operation,W1,W2&W3 heating and defrost cycles. This information can be viewed in a 24 hour, 1 week or 1 month period. 24 11-HD08D1-9 Feature Description There are two options available for humidification: Indoor RH setpoint—this controls the humidifier based on the desired indoor humidity setpoint (options from 10%-45%). Frost Control setpoint--The control references the outdoor temperature and indoor environ- ment to calculate the risk of frost or condensation on interior walls and windows. A scale of 0 to 10 allows for customized settings based on the insulation properties of the home. A higher number may be selected for well insulated homes,whereas a lower number should be selected on poorly insulated homes. A lower number should be utilized if condensation is observed. Humidification There are two control options for enabling humidification: Humidification with an active call for heat. Humidification without an active call for heat(control energizes blower and humidifier). • Blower speed can be adjusted when there is no active call for heat but a call for humidification is present Humidification is only available when in the heating mode(or in the auto mode when the last call was for heating). A 60 second minimum blower off delay is enforced if"steam"humidifi- cation is selected. There are two categories for Installer Setup. Standard—this is the basic system settings such as heat pump or cooling only,single or multi stage,compressor type, etc. This is the basic system set up that is self discovered in communi- Installer Setup cating mode, but requires manual input when using a Relay Panel for 24 volt configurations. Advanced—this provides advanced configuration of the system such as cycles per hour, mini- mum run times, humidification and dehumidification setpoints, blower delays and temperature lockouts to name a few of the customizable features in this set up. Load Value is a numerical representation of the needed capacity to satisfy the setpoint. Proportional Load Value (distance from setpoint)error plus integral(time away from setpoint)error is used to calculate load value. System lockouts will disable a certain function of the system under specific outdoor temperatures: Compressor Heating Lockout—will lockout all compressor operation below a set outdoor tem- perature (from Y-700). There is a minimum 100 separation between the Compressor Heating Lockout setting and the Auxiliary Heating Lockout setting. Auxiliary Heating Lockout—will lock out auxiliary heat stages above a set outdoor tempera- ture(from 32°-70°). This value must be set higher than the compressor heating lockout. Defrost Heater Balance Point for W1,W2&W3—will lock out specific auxiliary heat stages Lockouts when above a set outdoor temperature. (W1 setpoint is from 40°-55°,W2&W3 setpoints are from 5°-55°). This feature does not apply to dual fuel systems. Compressor Cooling First Stage Lockout—will lock out the first stage compressor above a set outdoor temperature.(from 80°-120°) Compressor Heating First Stage Lockout—will lock out the first stage compressor below a set outdoor temperature.(from 0°-50°) Furnace First Stage Heating Lockout—will lock out first stage furnace operation below a set outdoor temperature.(from 15°-50°) First stage lockouts are not available with zoning. Reminder Screens Reminders can be set for filters, UV lamps, humidifier pads,and various other service reminders. There are three levels of restore: Restore from the Setting Screen—this restores all personal configurations, such as program schedules and home screen customization to their default setting. Restore Reset Advanced Options from the Install Set Up screen—this restores all the advanced set up selections such as system lockouts, accessories, air flow and comfort options to their default setting. Restore Factory Defaults—this restores the control to its"out of the box"condition. All settings will be set to their factory default condition. SD Card Logging The control has the ability to log all information to a SD Card. A typical 24 hour log will consist of 12 to 20 megabytes of information.The control will overwrite the oldest data once the card becomes full. Security initiates a keypad lockout. The control can only be accessed by a four digit pass code which can be configured in two different formats: Pin Lock: When the Pin Lock is selected,the control is completely locked. The user will need to Security enter a four digit password to change any setting(the default is"1234"). Guest mode: The enabling of this mode allows a guest to change the temperature up to 5° in either direction from setpoint and access to the weather, but cannot change the mode or any customized settings.Note:The back door password is 9467. 11-H D08 D 1-9 25 Feature Description Network Diagnostics Screen gives the user the ability to view the wireless connectivity of the 950 Control.Save Diagnostic Logs is used to record wireless data for troubleshooting purposes Summary Table This screen allows the technician to view the communication status of all communicating devices. Any device which is"off line"can be removed from this screen. Setpoint Dead Band This sets the temperature band between heating and cooling setpoints while in the auto mode. Software Updates The control is field software upgradable.Insert an SD Card with new software loaded and use the software update screen to complete the update process. System Report The System Report Screen provides a real time in depth look at operating conditions. While similar to the System Status screen,the system report adds additional information for service technicians. There are three Test Modes in the control: Test Mode System Test-Ability to test heating/cooling/blower/humidifier and aux contacts for up to 30 minutes. Damper Test-Ability to test damper operation (see Zone Panel IG for more information). Variable Speed Test- Technician Access The`Technician Access"icon has a 5 second hold delay to enter the technician service screens. Screens After this 5 second hold delay,the technician will see a"Caution!"screen noting that only a trained HVAC technician should proceed into this area. The 950 control has the ability to control a ventilation system through the AUX contacts of a Re- lay Panel (Model BAY24VRPAC52DB*or newer).This function is enabled in the Installer Setup> Advanced>Accessories>Ventilation Installed.Once enabled the minimum ventilation can be set for each hour.Ventilation can be overridden during extreme temperature conditions by setting a maxi- Ventilation mum and minimum outdoor temperature for ventilation operation (wired outdoor sensor must be con- nected and enabled).Additional options are available to accumulate overridden runtime.All options are available for selection in Installer Setup>Advanced>Accessories section. Note:Currently there is no option to interlock the blower with a call for ventilation. Enabling Warm Air Discharge will reduce the variable speed blower air flow by 20%when in com- Warm Air Discharge pressor heating operation. Warm air discharge only applies to compressor heating and is disabled when hydronic,fossil fuel or electrical heat(including supplement heat)modes are activated. The 950 control has the ability to control a whole-house dehumidifier through the AUX contacts of a Relay Panel (Model BAY24VRPAC52DB*or newer).This function is enabled in the Installer Setup> Whole House Advanced>Accessories> Dehumidifier Installed.The dehumidifier can be setup for stand-alone op- Dehumidifier eration or only when the system is actively cooling.The user can also select whether the blower will be energized with a call for dehumidifier operation.Dehumidifier operation is only allowed in Cooling Mode or in Auto Mode when the last call for operation was cooling. 26 11-HD08D1-9 Section 8.Troubleshooting Symptom Possible Causes Action Control displays an alert code on A critical or major alert is present. Navigate to the Diagnostic screen on the 950 the screen. Control for a Problem Description and Possible Cause. Display will not come on Loss of 24VAC between R&B at the Control. 1)Check wiring between R&B to see if R&D,or B&D have been reversed. 2)Check transformer for 24VAC output. 3)Check for broken or shorted thermostat wire. Indoor temperature display is 1) Indoor temperature display needs calibration. 1)Calibrate temperature sensor from Control incorrect. 2)Heat from touch screen is being trapped menu. within the thermostat body.See section 3.1 for 2)Move thermostat away from competing air mounting location guidelines. stream or use a remote temperature sensor Indoor humidity display is incor- Indoor humidity display needs calibration. Calibrate humidity sensor from the Control menu. rect. Room temperature overshoots 1)Oversized heating/cooling equipment under 1)Compare heat load calculation to equipment when the Heat/Cool setting is current conditions. Control cannot respond fast chosen. changed more than 2°. enough to prevent overshooting. 2) Relocate Control(or use remote sensor)if Con- 2) Improper location of Control. trol is in"dead"spot(poor or no air circulation). Heating will not come on. 1)System mode is not set to Heat/Auto or set- 1)Set mode to heat and raise the setpoint above point is set too low. the room temperature. 2)Minimum off time delay is being enforced. 2)Wait for 5 minutes and recheck heating equip- 3)Heating system may require service. ment. 3)Check/repair system. Cooling will not come on. 1)System mode is not set to Cool/Auto or the 1)Set mode to cool and lower the setpoint below setpoint is too high. the room temperature. 2)Minimum off time delay is being enforced. 2)Wait for 5 minutes and recheck cooling equip- 3)Cooling system may require service. ment. 3)Check/repair system. Heating or Cooling is displayed, 1)There is a fan delay as the heating or cooling 1)Wait a minute for blower delays and recheck but no warm or cool air is coming equipment turns on. registers. from the registers. 2) Equipment is not working properly. 2)Check/repair system. Fan runs all the time 1) Fan mode is set to On,Circulate or Clean 1)Check Control settings to see if fan is set to On, mode Circulate or Clean mode. 2)There is a failure in the indoor unit 2)Check indoor unit for failures(such as tripped heating limit). Fan is set to ON but not running. 1)Humidity Control is engaged. 1) If indoor humidity is higher than desired set- 2)Blower motor is not functioning. point,the blower will cycle off with the equipment. A humidity icon will be displayed on the Fan Mode button when the blower operation is being inhib- ited due too high humidity. 2)Check/repair system. Cooling or Heating cycles too 1)Check the location of the Control for drafts. 1)Seal air leaks behind Control. Relocate Control fast or too slow(narrow or wide 2)Cycles per hour or aggressive recovery is or apply remote indoor temperature sensor. temperature swings). improperly set. 2)Adjust cycle rates and aggressive recovery features in the advanced installer set up. Heat pump is not turning on;only 1)Outdoor temperature is below compressor 1)Adjust the compressor lockout temperature furnace or electric heat strips are lockout temperature setting. setting if desired. running. 2)Compressor heating lockout is enabled and 2)Check/repair outdoor sensor or wiring. outdoor temp sensor is out of calibration or 3)Check communication status of outdoor unit. failed. 3)The outdoor unit is not reporting(Err.126.00) Cannot change system mode to Equipment is not configured properly. Check the standard installer set up screen to desired setting. ensure equipment is properly configured. Screen does not respond prop- 1)Screen is out of calibration. 1) Remove Control from sub base and reset. erly to a button press 2) Internal Control fault Follow the calibration instructions when the Control reboots. 2) Remove Control from sub base and reset. "No System Found"displayed on Internal error Reboot the Control via onscreen button. the Control 11-H D08D 1-9 27 74AW?4a" SAidaw-d HEATING & AIR CONDITIONING qfJR:3 Ingersoll Rand 6200 Troup Highway Residential Solutions Tyler,TX 75707 The manufacturer has a policy of continuous product and product data ©2015 American Standard Heating&Air Conditioning improvement and it reserves the right to change design and specifications without notice. Representative-only illustrations included in this document. Amaae4w S(aodarde HEATING & AIR CONDITIONING Specif ication Variable Speed Accul-ink' Heat Pump 4A6V8024A1000A J)JJ)J)J)JJJJJ)JJ)JJ [[[([[[[([([[[([[[[[ TAG: I SAFETY WAR Only qualified personnel should install and service the equipment.The installation,starting up,and servicing of heating,ventilating,and air- conditioning equipment can be hazardous and requires specific knowledge and training.Improperly installed,adjusted or altered equipment by an unqualified person could result in death or serious injury.When working on the equipment,observe all precautions in the literature and on the tags,stickers,and labels that are attached to the equipment. September 2013 4A6V8024A-SPEC-1 io"H Ingersoll Rand HEATING & AIR CONDITIONING UQUID LINE SERVICE VALVE,'E'LE FEMALE BRAZED CONNECTION 4114" GAS LINE SERVICEVALVE,-0 I.D.FEMALE FIG.2 BRAZED CONNECTION ELECTRICAL AND REFRIGERANT WITH 1M'SAE FLARE COMPONENT CLEARANCES PRESSURETAP FITTING. PER PREVAILING CODES. J SERVICE PANEL-y G TOP DISCHARGE AREA SHOULD BE UNRESTRICTED FOR AT LEAST 1524 IS FEET1 ABOVE UNIT UNIT SHOULD BE PLACED SO ROOF RUN-OFF WATER DOES NOT POUR DIRECTLY ON UNIT,AND SHOULD BE AT LEAST305(12-1 FROM WALL AND ALL SURROUNDING SHRUBBERY ONTWO SIDES.OTHER GAS LINE SERVICE VALVE, TWO SIDES UNRESTRICTED 'D'I.D.FEMALE BRAZED ----_.._..- _.._.._.._.. CONNECTIONWITH 14TSAErE T PRESSURE TAP FITTING. G ELECTRICAL SERMCEPANEL F 2511) F7 H k=11 I A 221 O171 DNA HOLE LOW VOLTAGE LIQUID LINE SERVICE FIG.3 28.611-uBI DIA.K.O. VALVE,'E'LD.FEMALE BRAZED CONNECTION WITH 222(7R)DIA. WITH 174'SAE FLARE HOLE IN CONTROL BOX PRESSURE TAP FITTING.J BOTTOM FOR ELECTRICAL POWER SUPPLY LIQUID UNE SERVICE VALVE,LD.FEMALE H •E F BRAZE CONNECTION WITH IM'SAE FLARE PRESSURETAP FITTINGS J K.O.FOR ALTERNATE ELECTRICAL ROUTING FIG.1 G GAS UNE IMTURN BALL SERVICE VALVE. "D" L0.FEMALE BRAZED CONNECTION WITH 1M SAETR FLARE PRESSURETAP FTNQ Model Base A B C D E F G H ] K 4A6V8024A 3 1035 829 756 16-5/8 10-3/8 127 76 197 57 89 13 (40-3/4) (32-5/8) (29-3/4) (5) (3) (7-3/4) (2-1/4) (32) SOUND POWER LEVEL Model Mode Speed A-Weighted Sound Full Octave Sound Power[dB] Power Level[dB(A)] 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Cool Min 54 70.9 50.3 51.8 52.3 50.4 42.0 37.7 39.9 4A6V8024A Cool Max 65 76.3 65.2 62.7 64.1 60.5 55.7 49.5 45.0 Heat Min 60 69.8 52.9 52.8 57.5 55.2 51.9 47.4 46.5 Heat Max 69 75.9 66.0 64.7 6-7 65.6 1 57.0 52.2 47.7 Note:Rated In accordance with AHRI Standard 270-2008 2 4A6V8024A-SPEC-1 TAM8COA24-SUB-1 E-EN TAG: • 2Ton Variable Speed Outdoor Compatible Convertible Air Handler Black Epoxy Coil - TAM8COA24V21 EA Standard Coil -TAM8COA24V21 CB 21,80 I.50 r 14.35 5.95 1.50 GAS LINE F 3.00 LIQUID LINE SEE TABLE SEE TABLE B E OO 0- 1.500 � D A ❑ O H 21.80 �_ 1 1.50 1.50 I7.15 3.15 MINIMUM UNIT CLEARANCE TABLE TO SERVICE COMBUSTIBLE CLEARANCE MATERIALIREOUIREDI (RECOMMENDED) C SIDES 0' 2' FRONT 0' 21' BACK 0' 0' INLET DUCT 0' OUTLET DUCT 0' 1.50 MODEL NO. A B C D E F H FLOW GAS LINE LIQ LINE CONTROL BRAZE BRAZE TAM8COA24V21 49.9 1 17.5 1 14.5 1 39.6 1 14.5 1 7.3 1 24.4 1 EEV 3/4 3/8 ©2015 Ingersoll Rand PRODUCT SPECIFICATIONS PRODUCT SPECIFICATIONS O These Air Handlers are A.H.R.I.certified with various Split System Air Condi- tioners and Heat Pumps(AHRI STANDARD 210/240). MODEL TAM8COA24V21 CB O 3/4"Male Plastic Pipe(Ref.: ASTM 1785-76) TAM8COA24V21 EA O Check motor nameplate for actual FLA RATED VOLTS/PH/HZ. 200-230/1/60 RATINGS O See O.D.Specifications INDOOR COIL—Type Plate Fin Rows—F.P.I. 3-14 Face Area(sq.ft.) 3.67 OT Tube Size(in.) 3/8 Refrigerant Control EEV CUS Drain Conn.Size(in.) O 3/4 NPTDUCT CONNECTIONS See Outline Drawing SM INDOOR FAN—Type Centrifugal Intertek Diameter-Width (In.) 11 X 8 No.Used 1 Drive-No.Speeds Direct-Variable 0%Ring CFM vs.in.w.g. See Fan Performance Table ru anal CERTIFIED-1, No.Motors—H.P. 1 - 1/2 Motor Speed R.P.M. Variable ECM Volts/Ph/Hz 208-230/1/60 F.L.Amps 3.0-3.90 FILTER it Wing Filter Furnished? No Type Recommended Throwaway No.-Size-Thickness 1 -16 X 20- 1 in. Unitary Small HP REFRIGERANT R-41OA Ref.Line Connections Brazed Coupling or Conn.Size—in.Gas 3/4 Coupling or Conn.Size—in.Lig. 3/8 DIMENSIONS H x W x D Crated(In.) 51 x 20 x 24.5 Uncrated 49.9 x 17.5 x 21.8 WEIGHT Shipping (Lbs.)/Net(Lbs.) 126/116 Heater Attribute Data TAMBCOA24V21CB,TAM8COA24V21EA 240 Volt 208 Volt Heater Model No. No.of Capacity Heater Minimum Maximum Capacity Heater Minimum Maximum Circuits Amps per Circuit Overload Amps per Circuit Overload kW BTUH Circuit Ampacity Protection kW BTUH Circuit Ampacity Protection No Heater 0 3.9— 4 15 3.9" 4 15 BAYEVAC04++1 1 1 1 3.84 13100 16.0 24 25 2.88 9800 13.8 21 25 BAYEVAC05++1 1 4.80 16400 20.0 2__9_-_j 30 3.60 12300 17.3 25 25 BAYEVAC08++1 1 7.68 26200 32.0 44 1 45 5.76 19700 27.7 38 40 BAYEVAC10++1 01 9.60 32800 40.0 54 60 7.20 24600 34.6 1 47 50 BAYEVAC10LG3 1-3 PH 1 9.60 32800 1 23.1 1 32 1 35 7.20 1 24600 20.0 1 28 30 Note: "Motor Amps O Heater not qualified for 208V when installed in horizontal left position without Heat Pump Notes: 1.See Product Data or Air Handler nameplate for approved combinations of Air Handlers and Heaters 2.Heater model numbers may have additional suffix digits. IMPORTANT: TZONE850/950 communicating thermostats MUST be used for Variable Speed Outdoor units. TAMBCOA24 AIRFLOW PERFORMANCE CONSTANT CFM MODE/CONSTANTTORQUE MODE OUTDOOR COOLING Airflow EXTERNAL STATIC PRESSURE(Constant CFM/Constant Torque) HEATING Airflow EXTERNAL STATIC PRESSURE MULTIPLIER AIRFLOW AIRFLOW (TONS) SETTING Power 0.1 0.3 0.5 0.7 0.9 SETTING Power 0.1 0.3 0.5 0.7 0.9 290 CFM 407/546 430/403 398/NA 347/NA 255/NA 290 CFM 416 426 401 330 291 CFM/ton Watts 22/40 51 /48 77/NA 103/NA 133/NA CFM/ton Watts 22 49 76 101 134 350 CFM 534/630 549/531 542/360 509/NA 445/NA 350 CFM 532 550 542 507 434 CFM/ton Watts 39/57 71 /68 103/73 132/NA 156/NA CFM/ton Watts 37 69 101 129 152 1.5 tons 400 CFM 617/697 633/617 632/501 604/NA 556/NA 400 CFM 660 680 679 658 614 CFM/ton Watts 54/72 90/86 125/96 156/NA 183/NA CFM/ton Watts 62 99 136 169 197 450 CFM 691 /762 710/693 707/602 688/478 649/NA 450 CFM 690 710 709 690 651 CFM/ton Watts 72/91 111 /106 148/119 183/127 212/NA CFM/ton Watts 69 108 145 180 208 290 CFM 593/680 613/595 607/470 583/208 527/132 290 CFM 593 613 608 582 527 CFM/ton Watts 49/68 85/81 119/90 150/94 175/138 CFM/ton Watts 48 82 116 147 172 350 CFM 717/783 733/717 733/632 714/519 678/355 350 CFM 714 734 734 716 679 CFM/ton Watts 79/98 118/114 157/127 192/136 222/143 CFM/ton Watts 75 115 153 189 218 2 tons t 400 t CFM 810/868 827/811 827/740 813/652 782/543 400 t CFM 862 881 884 874 849 CFM/ton Watts 108/128 152/146 194/161 233/173 265/182 CFM/ton Watts 122 168 213 254 290 450 CFM 903/954 918/902 920/839 909/764 884/674 450 CFM 899 917 921 912 889 CFM/ton Watts 144/165 192/184 238/201 280/215 316/224 CFM/ton Watts 136 184 231 273 310 290 CFM 741/820 757/759 757/681 739/582 705/452 290 CFM 738 757 758 742 707 CFM/ton Watts 86/110 126/127 166/141 202/152 232/159 CFM/ton Watts 81 122 162 198 229 350 CFM 880/947 896/895 896/832 885/757 859/665 350 CFM 876 895 898 888 864 CFM/ton Watts 134/162 182/181 226/198 267/211 302/220 CFM/ton Watts 127 174 220 261 297 2.5tons 400 CFM 996/1059 1011 /1011 1014/954 1006/887 985/807 400 CFM 1064 1083 1089 1084 1066 CFM/ton Watts 188/220 241 /240 291 /257 336/271 375/280 CFM/ton Watts 215 272 326 375 418 450 CFM 1120/1180 1135/1134 1137/1081 1129/1019 1108/946 450 CFM 1115 1133 1139 1133 1116 CFM/ton Watts 260/297 319/317 373/334 422/347 463/355 CFM/ton Watts 244 304 360 410 453 290 CFM 875/943 891 /891 892/828 880/751 854/659 290 CFM 871 890 894 883 859 CFM/ton Watts 132/160 179/179 224/196 265/209 300/218 CFM/ton Watts 125 172 217 259 295 350 CFM 1045/1106 1060/1059 1063/1004 1055/939 1035/862 350 CFM 1040 1058 1064 1059 1041 3 tons CFM/ton Watts 215/248 270/268 321/285 369/299 409/308 CFM/ton Watts 202 257 310 359 401 400 CFM 1200/1257 1212/1211 1212/1159 1200/1099 1129/1030 400 CFM 1291 1302 1300 1220 1138 CFM/ton Watts 315/354 376/374 432/390 480/402 481/409 CFM/ton Watts 368 432 487 478 470 450 CFM 1358/1403 1333/1359 1256/1308 1177/1251 1095/1187 450 CFM 1355 1360 1286 1208 1128 CFM/ton Watts 447/484 482/502 472/517 466/527 460/531 CFM/ton Watts 422 483 476 468 462 NOTES: 3. Torque mode will reduce airflow when static is above approximately 1. t Factory Setting 0.3"water column. 2. Status LED will blink once per 100 CFM requested. In torque mode,actual airflow may be lower. 4. All heating modes default to Constant CFM. 5. Cooling airflow values are with wet coil,no filter TAM8COA24 Minimum Heating Airflow Settings MINIMUM HEATER AIRFLOW CFM-HEATER MATRIX BAYEVAC04BKI MODEL NO. BAYEVAC04LG1 SAYEVACOBBKI BAYEVAC10BK1 BAYEVAC05BK1 BAYEVAC08LG1 BAYEVACIOLG1 BAYEVACIOLGJ BAYEVC815LG3 BAYEVBC15BK1 BAYEVBC20BK1 BAYEVACOSLGI TAM8C0A24V21 6381713 6381900 675(D 1900 6001713 WITHOUT HEAT PUMP I WITH HP SEE AIR HANDLER NAMEPLATE FOR APPROVED COMBINATIONS O Heater not qualified for 208V when Installed in horizontal left position without Heat Pump NOTE: Minimum auxiliary heating airflow is automatically configured by the air handler model and the auxiliary heater model number. This is not field adjustable. Mechanical Specifications • Unique cabinet design •Vortica®blower with polarized plug connections —2% or less air leakage and integrated slide deck for easy removal — Precision applied - durable door seals •Aluminum coil with integrated slide deck for easy —Specially designed air seal around refrigerant, removal and polarized plug connections on coil condensate and conduit connections EEV — Double wall foamed cabinet system • Patented enhanced coil fin — R-4.2 Insulating Value (Avg Insulating Value • Electronic Expansion Valve (EEV) with low ambi- R-8.2) ent and low superheat compressor protection —No loose fiber design • Dual refrigerant compatible as shipped —Smooth cleanable interior design • Slide in electric heaters with polarized plug —Sweat eliminating design connections (sold as accessory) —Composite foamed cabinet doors •Slide in hot water coils with polarized plug —Water proof cabinet design connections (sold as accessory) — Integrated horizontal drain pans • UVC light kit with safety switch and polarized plug — Modular cabinet connections (sold as accessory) • Multi-position up/down flow horizontal left/right • Labeled panels and connections • 3 Wire communication • Molded in 1" standard filter rail • Display Assembly with enhanced diagnostic infor- •Variable speed ECM motor mation and setup capability • Soft start fan motor operation • Side return option (sold as accessory) • Comfort RT0° mode • Control board protection pocket built into cabinet • Built in fan delay modes wall • Maximum width of 23.5" • Premarked Conduit Connection Locations • Compact 20.8" depth with doors removed •Alert port to view control board codes without door • Fused 24v power removal • Safety door switch •Alert code notification •5 year warranty • Low voltage terminal connection point • 10-year warranty registered • Phillips head door fasteners • Optional extended warranty available C00TST us Push up&down Intertek Viewing to scroll through Window setup menu AL"no Unitary Small AC Push left&right o to scroll through Push center menu options button to make CERTIFIED- selection Display Assembly Un"Small HP Ingersoll Rand 6200 Troup Highway The manufacturer has a policy of continuous product and product data improve- Tyler,TX 75707 ment and it reserves the right to change design and specification without notice. 4owicao Sif t idwdm HEATING & AIR CONDITIONING OUTDOOR UNIT(")(b) 4A6V8024A1000A Mechanical Specification Options POWER CONNS.—V/PH/HZ(G) 208/230/i/60 General MIN.BRCH.CIR.AMPACITY 17.0, The Outdoor Units are charged from the factory for BR.CIR.PROT.RTG.—MAX.(AMPS) 25 matched indoor section and up to 15 feet of piping. COMPRESSOR SCROLL This unit is designed to operate at outdoor ambient temperatures from 551 F to 120'F in cooling and from NO.USED—NO.SPEEDS 1-VARIABLE —10°F to 661 F in heating.Only AHRI approved indoor R.L.AMPS(d)—L.R.AMPS 11.5—10.2 matches are approved for use with these models. FACTORY INSTALLED Accu Li n kT" START COM PON ENTS(e) NA This outdoor unit contains the AccuLinkT"" digital INSULATION/SOUND BLANKET YES communication with 2 wire connection to outdoor and COMPRESSOR HEAT YES Plug-n-Play set up. OUTDOOR FAN Casing DIA.(IN.)—NO.USED 23—1 Unit casing is constructed of heavy gauge.G60 TYPE DRIVE—NO.SPEEDS DIRECT—VARIABLE galvanized steel and painted with a weather-resistant powder paint on all louvers,panels,prepaint on all CFM @ 0.0IN.W.G.M 2680 other panels.Corrosion and weatherproof CMBP-G30 NO.MOTORS—HP 1-1/3 DuraBaseT1 base. MOTOR SPEED R.P.M. 200—1200 Refrigerant Controls VOLTS/PH/HZ 208/230/1/60 Refrigeration system controls include condenser fan, F.L.AMPS 2.8 compressor contactor and high and low pressure OUTDOOR COIL—TYPE SPINE FIN'" switches.A factory supplied,field installed filter is standard. ROWS—F.P.I. 1-24 FACE AREA(SQ.FT.) 19.77 Compressor TUBE SIZE(IN.) 3/8 Inverter driven scroll compressor with 25 to 100% output capacity on heat pumps and 30 to 100%output REFRIGERANT R410-A capacity on air conditioners. Noise enclosure LBS.—R-410A(O.D.UNIT)(g) 7lb-6oz minimizes sound levels and built in compressor FACTORY SUPPLIED YES protection protects compressor will reduce operating speed and current draw to maintain operation while LINE SIZE—IN.O.D.GAS(h> 5/8 protecting the compressor. LINE SIZE—IN.O.D.LIQ.(h) 3/8 Condenser Coil CHARGING SPECIFICATIONS The Spine FinT"" outdoor coil provides low airflow SUBCOOLING 100 resistance and efficient heat transfer.The coil is DIMENSIONS H X W x D protected on all four sides by louvered panels. CRATED(IN.) 46X 30.1 X 33 Low Ambient Cooling WEIGHT As manufactured,this system has built in freeze SHIPPING(LBS.) 216 protection that will allow cooling operation below 55°F NET(LBS.) 195 but will reduce capacity or shut down completely to prevent operation under adverse conditions. (a) Certified in accordance with the Air-Source Unitary Air-conditioner Equipment certification program,which is based on AHRI standard Comfort Control g . (b) Raatedted in accordance with AHRI standard 270. The 950/850 Control is required and provides Plug-n- W Calculated in accordance with Natl.Elec.Codes.Use only HACR Play setup and 3 wire connection. circuit breakers or fuses. (d) This value shown for compressor RLA on the unit nameplate and on this specification sheet is used to compute minimum branch circuit ampacity and max.fuse size.The value shown is the branch circuit selection current. (e) No means no start components.Yes means quick start kit components.PTC means positive temperature coefficient starter. (f) Standard Air—Dry Coil—Outdoor (9) This value approximate.For more precise value see unit nameplate. (h) Max.linear length 150 ft.;Max.lift—Suction 50 ft.;Max.lift—Liquid 50 ft.. 4A6V8024A-SPEC-1 3 Cwww.ahridirectory.org Unitary Small HP i1 UAmino �.s�o Intertek S*Re&w-do HEATING & AIR CONDITIONING American Standard optimizes the performance of homes and buildings around the world.A business of Ingersoll Rand, the leader in creating and sustaining safe,comfortable and energy efficient environments,American Standard offers a broad portfolio of advanced controls and HVAC systems, comprehensive building services, and parts. For more information,visit www.americanstandardair.com. American Standard has a policy of continuous product and product data improvements and reserves the right to change design and specifications without notice. ©2013 American Standard Heating&Air Conditioning 4A6V8024A-SPEC-1 13 Sep 2013 Supersedes(New) "HingersollRand J15033R SANDERS, RALPH 160 E. SODERBERG ROAD, UNIT E-15 ALLYN, WA 98524 0 MASON COUNTY Parcel 12217-56-00015 SANDERS,RALPH H&LINDA L 14-Residential-Cendo PO BOX 1465 ®160 E SODERBERG RD sE-15 ALLYN �WLLYN WA ® �W85241465 ®GLENALLYN CONDOS III PHASE III BLD:E UNIT:15-1/39 INT COMM AREA 1 t. Lind: 533,200 Land: $33.200 District: 0215-Tax District 0215 Improvements: $193,200 Improvements: 5193,200 Current Use/DFL: No Permanent Crop: 50 Permanent Crop: s0 Total S226,400 Total S226,400 Total Acres: 0.00000 Ownership SANDERS,RALPH H&LINDA L 100% a J15033R SANDERS, RALPH 160 E. SODERBERG ROAD,UNIT E-15 ALLYN, WA 98524 0 W, Witdtxl LaMe E ".W- P*!% yyy LA 1 S, >P Gie�rrxc'� OIaNa Nm. f � M / 1 berg Rd 1 / 302 b ; f W R 3 9 f Toni Soh Cn O` e�da c �o 10\11Ranch Rd Sterling Dr Sterling Or m O a P d U ebetaR aD s r rroa ,� o D 160 E Soderberg Rd 'Qa � d o xa a n c w 10 <a s O �5oae w Bigfoot Brown Leather A -- a a Y OFF- 41, ,4M n i Ilililllllllllllllll w ���llllllllllllll I �iillllllllllllllll 7 ,, VOW AW V y i L I i F, ro o CONCRETE Gas P'p'"9 MANUFACTURED HOME 'D o Interior-Date By Z T Footings 1 Setbacks Extefxx-Date By Ribbons O M Date By INSULATION Date By w Foundation Walls Set-up N BG I SLAB INSULATION � Date By Date By Date By D FRAMING F1°Ors FIRE DEPARTMENT Date By Date By Date By wan$ PLUMBING Date BY DECKS Date BY Groundwork vla'k TANKS Date By Date By Date BY Attic D.W.v Date By OTHER Date By DRYWALLTypa:Date By Water Line Data BY Type Date By Int.Bra Wall [pate By IOU r N MECHANICAL Date FINAL INSPECTION m Fire SeperationCD O m Date By Date BY Date+ O ° Pass or Request Inspect. Q oType of Insp. Fail Date Date Done By Comments w ff124 /Zip - v CD 0 a 0 0 Vl fD 3 i 1U CD 0 r psoP ooa,� ,y MASON COUNTY PERMIT NO-61cl 261 DEPARTMENT OF COMMUNITY DEVELOPMENT WL4 BUILDING•PLANNING• FIRE MARSHAL WWW.CO.MASON.WA.US (360)427-9670 Shelton ext.352 Mason County Bldg. III, 426 West Cedar Street (360)275-4467 Belfair ext. 352 �Ru PO Box 279, Shelton,WA 98584 (360)482-5269 Elma ext. 352 PLUMBING & MECHANICAL PERMIT APPLICATION OWNER INFORMATION: CONTRACTOR INFORMATION: NAME: ,3)02A SSAy1 Qf eS NAME: Jl e »'�Ar/ F/Y/fyt T Sc�/u/rvcc (ems MAILING AD RESS: 1&,o E. Sr�cP 2( MAILING ADDRESS: S}�ZZ G., wirt/lse ,Pogo CITY: //w� STATE: 4�ZIP: CITY:l3kcnwzliv�,STATE: t,j,4- ZIP: S8'3r Z PHONE: CELL: 3166-sag-yZg3g PHONE:-Y�`��6S-0U CELL: — EMAIL: — �� EMAIL : l�s.✓76v L&I REG#Aeis4, sgK2d1,�J EXP. it l/Y//S— PARCEL INFORMATION: PARCEL NUMBER(12 DIGIT NUMBER) LEGAL DES C RI PTION(ABBREVIA TED): g„f„aCtsly Q&vt,oaS ZZ AA3; 7II 84D , 27--L).4;i 5 /T-- 3f 7,Jti lwwoi A0 SITE ADDRESS: at F;�Sa_nc2 CITY: DIRECTIONS TO SITE ADDRESS: j A 1 34s/A., /o 2 A//yam M6e..L Z r .a � o"O W41 u i2.a 2 r- ms ��f�l'[Z •✓►cl^ Tu P.,.� . r o�.��n Sd✓J�,e F3F,2 w T j r„o,.. f u,� TYPE OF JOB NEW ADD ALT REPAIR X OTHER USE OF BUILDING LOCATION OF FIXTURES/UNITS—IsT FLOOR 2NDFLOOR BASEMENT GARAGE OTHER PLUMBING FIXTURES(SHOW NUMBER OF EACH) MECHANICAL UNITS Type of Fixture No.of Fixtures Fees Fuel Type:Electric LPG Natural Gas Heat Pump_ Toilets Type of Unit No.of Units Fees Bathroom Sink Furnace Bath Tubs Heatpump Showers Spot Vent Fan Water Heater Propane Tank Clothes Washer Gas Outlets Kitchen Sinks Wood/Gas/Pellet Stove Dishwasher Kitchen Exhaust Hood Hosebibs Dryer Vent Other Other Base Fee Base Fee TOTAL PLUMBING TOTAL MECHANICAL OWNER/BUILDER acknowledges submission of inaccurate information may result in a stop work order or permit revocation. Acknowledgement of such is by signature below. I declare that I am the owner, owners legal representative,or contractor. I further declare that I am entitled to receive this permit and to do the work as proposed. I have obtained permission from all the necessary parties, including any easement holder or parties of interest regarding this project.The owner or authorized agent represents that the information provided is accurate and grants employees of Mason County access to the above described property and structure(s)for review and inspection.This permit/application becomes null&void if work or authorized construction is not commenced within 180 days or if construction work is suspended for a period of 180 days. PROOF OF CONTINUATION OF WORK IS BY MEANS OF INSPECTION.INACTIVITY OF THIS PERMIT APPLICATION OF 180 DAYS WILL INVALIDATE THE APPLICATION. X 7 ell Si ature of Applicant Date X '-�A) t"/4 vice� Owner/Owners Representative/Contractor Print Name (indicate which one) DEPARTMENTAL REVIEW APPROVED DATE DENIED DATE I TAGS/NOTES/CONDITIONS BUILDING DEPARTMENT PLANNING DEPARTMENT FIRE MARSHAL