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Trane Performance Climate Changer Installation, Operation And Maintenance Manual

Performance climate changer air handlers
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Summary of Contents for Trane Performance Climate Changer

  • Page 5 Installation, Operation and Maintenance Performance Climate Changer™ Air Handlers Indoor and Outdoor Unit Sizes 3-120 SAFETY WARNING 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.
  • Page 6 The United States Environmental Protection Agency (EPA) believes that molds and bacteria inside buildings have the potential to cause health problems in sensitive individuals. If specified, Trane provides ultraviolet lights (UV-C) as a factory-engineered and installed option in select commercial air handling products for the purpose of reducing microbiological growth (mold and bacteria) within the equipment.

  • Page 7: Section 1. Safety Information

    WARNING Equipment Damage From Ultraviolet (UV) Lights! Trane does not recommend field installation of ultraviolet lights in its air handling equipment for the intended purpose of improving indoor air quality. High intensity C-band ultraviolet light is known to severely damage polymer (plastic) materials and poses a personal safety risk to anyone exposed to the light without proper personal protective equipment (could cause damage to eyes and skin).

  • Page 8: Introduction

    Introduction Introduction Overview of Manual Use this manual to install, startup, operate, and maintain the Performance Climate Changer™ air handler. Carefully review the procedures discussed in this manual to minimize installation and startup difficulties. Nameplate Each Performance air handler section includes one or more nameplate/label (see...

  • Page 9: Table Of Contents

    Table of Contents Introduction ............4 Overview of Manual .
  • Page 10 External Raceway Assembly ........48 Component Installation Requirements .
  • Page 11 Start-Up ............. 102 Pre-Startup Checklist .
  • Page 12 Ultraviolet (UV) Light Maintenance ....... . . 128 Cleaning the Bulbs ......... . 129 Replacing the Bulbs .

  • Page 13: General Information

    Trane air handlers ship as complete assemblies or in sub-assemblies if shipping splits are required. Some assembly is required when the unit ships in subassemblies. A wide variety of components is available for Trane air handlers, including numerous fan, coil, and filter options, access sections, diffusers, discharge plenums, face-and-bypass sections, UL- approved electric heat sections, humidifiers, mixing boxes, moisture eliminator sections, exhaust dampers, controls, blenders and airflow monitoring stations.

  • Page 14: Pre-Packaged Solutions For Controls

    24 Vac control transformers. No additional power wiring is required. Pre-Packaged Solutions for Controls If the air handler has been selected using one of Trane’s pre-packaged solutions options for controls, there are a number of resources available to aid in commissioning and start-up of the unit.

  • Page 15: Pre-Installation Requirements

    Pre-Installation Requirements Based on customer requirements, Trane air handlers can ship as complete units or as individual sections to be field assembled. Unit sizes 3-120 have an integral base frame designed with the necessary number of lift points for safe installation. Indoor air handlers sizes 3-30 are also shipped with a shipping skid designed for forklift transport.

  • Page 16: Assembly Hardware

    Pre-Installation Requirements handling during shipping, in addition to other factors can cause pipe connections to become loose. Note: Trane will not be responsible for any leak at the field connections. Coils have been factory pressure tested before shipping. Assembly Hardware Trane air handlers ship with all necessary assembly hardware and gasket material.

  • Page 17: General Storage

    Pre-Installation Requirements General Storage The unit controller and all other electrical/electronic components should be stored in conditions of -20ºF to 120°F and 5 to 95 percent relative humidity, non-condensing. Electrical components are not moisture-tolerant. Factory protective coverings should be removed prior to storage. Long-Term Storage For longer periods of storage, allow proper clearance around the unit to perform periodic inspection and maintenance of the equipment.

  • Page 18: Roof Curb Installation Checklist

    Roof Curb Installation Checklist See CLCH-SVN05A-EN Roof Curbs for Performance Climate Changer™ Air Handlers Installation Instructions for information on installing roof curbs. It is recommended that the curb be installed directly on the support members and fastened to the supports using tack welds or other equivalent methods.
  • Page 19 Pre-Installation Requirements Figure 2. Cross section of typical curb installation on new construction 1. Verify that the roof structure can adequately support the combined weight of the unit and curb assembly. 2. Ensure that the selected installation location provides sufficient service and operational clearances.

  • Page 20: Unit Dimensions And Weights

    Note: For specific dimensional and weight information, refer to the unit submittals. The dimensions and weights in this manual are approximate. Trane has a policy of continuous product and product data improvement and reserves the right to change design and specifications without notice.
  • Page 21 Unit Dimensions and Weights Add 0.19 inches to total unit length for each shipping split to account for gasketing. Note: Table 4. Section dimensions (inches) and weights (pounds) - unit sizes 3-30 1500 2,000 3000 4000 5000 6000 7000 8500 10,500 12,500 15,000...
  • Page 22 Unit Dimensions and Weights Table 4. Section dimensions (inches) and weights (pounds) - unit sizes 3-30 Unit size Coil 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 -Small horizontal (with 4-row UW) 127.31 164.68 191.68 226.20 269.31 310.76 335.50 384.32...
  • Page 23 Unit Dimensions and Weights Table 4. Section dimensions (inches) and weights (pounds) - unit sizes 3-30 Unit size Humidifier 14.00 14.00 14.00 14.00 14.00 14.00 14.00 14.00 14.00 14.00 14.00 -Direct Steam 125.26 145.84 165.02 183.76 225.95 268.70 285.76 323.51 354.22 397.93 452.06...
  • Page 24 Unit Dimensions and Weights Notes: Add 0.19 inches to total unit length for each shipping split to account for gasketing. Table 5. Section dimensions (inches) and weights (pounds) - unit sizes 35-120 17,500 20,000 25,000 28,500 33,000 40,000 50,000 60,000 Nominal airflow 23,263 25,519...
  • Page 25 Unit Dimensions and Weights Table 5. Section dimensions (inches) and weights (pounds) - unit sizes 35-120 Unit size Coils 10.00 10.00 10.00 10.00 -Small horizontal (with 4-row UW) 679.61 743.10 915.56 1023.99 14.00 14.00 14.00 14.00 15.00 15.00 15.00 15.00 -Medium horizontal (with 8-row UW) 1083.29 1208.28...
  • Page 26 Unit Dimensions and Weights Table 5. Section dimensions (inches) and weights (pounds) - unit sizes 35-120 Unit size Humidifier 14.00 14.00 14.00 14.00 15.00 15.00 15.00 15.00 -Direct steam 544.40 599.28 781.71 897.00 1123.05 1215.33 1362.86 1551.07 19.00 19.00 19.00 19.00 19.00 19.00...

  • Page 27: Fans/Motors

    Unit Dimensions and Weights Fans/Motors Starter/VFD Weights Fan weights do not include starter/VFD weights. The table below gives approximate starter/VFD weights. Table 6. Approximate starter and VFD weights per horsepower (lbs.) Horsepower Starter Note: 1 These weights represent the largest available starter. VFD weights include transformer, distribution block, and enclosure.

  • Page 28: Installation - Mechanical

    Installation - Mechanical Lifting and Rigging Remove Shipping Tie-Downs Figure 4. Isolator tie-down removal for unit sizes 35-120 Screw (4 per angle) Lockwasher and hex nut Angle, isolator tie-down (4 required) Prior to unit placement, remove the shipping tie-downs per the following instructions: •...

  • Page 29: General Lifting Considerations

    Installation - Mechanical Figure 5. Plug panel plate Remove Tie Down Remove Plug Panel Plate General Lifting Considerations WARNING Heavy Objects! Always place, assemble, and suspend sections/subassemblies one at a time. Do not lift units in windy conditions. Do not raise units overhead with personnel below unit. Failure to follow these instructions could result in death, serious injury, or equipment damage.
  • Page 30 Installation - Mechanical WARNING Heavy Objects! Do not use cables (chains or slings) except as shown. Each of the cables (chains or slings) used to lift the unit must be capable of supporting the entire weight of the unit. Lifting cables (chains or slings) may not be of the same length.

  • Page 31: Lifting Inlet And Exhaust Hoods And External Pipe Cabinet (Chase)

    Installation - Mechanical Figure 7. Lug holes Table 8. Lug hole sizes Section Location Unit Size Width Height Diameter Width Indoor 3-30 0.88 1.38 Indoor 35-57 1.38 1.25 Unit Lug Hole Size Indoor 66-120 1.25 2.75 Outdoor 3-30 1.25 2.75 Height Pipe Cabinet Outdoor...

  • Page 32: Forklifting Considerations For Indoor Units Size 3-30

    Improper use of fork lifts could result in equipment damage. Fork lifting from any location other than that recommended by Trane and indicated on the unit labels could result in unit damage. Trane is not responsible for equipment damage resulting from improper forklifting practices.

  • Page 33: Unit Placement

    Refer to the unit submittals and unit tagging for correct placement of all sections. If there are any discrepancies between the submittals and the unit tagging, contact your local Trane representative before proceeding.

  • Page 34: Unit Assembly

    Installation - Mechanical Figure 11. Piers located in each corner and spaced Figure 12. Side view with two shipping splits - locate one evenly every four feet pier directly under each shipping split 4 ft Piers Note: Piers beneath shipping splits must be structurally sound to support the weight of the unit. Unit Assembly Note: Air handlers often include optional factory-provided casing penetration entry points for field-provided wiring.
  • Page 35 Installation - Mechanical • For parallel-to-airflow channels, size channels based on a four-point load distribution (see Figure • For perpendicular-to-airflow channels, size channels based on the load distribution of the individual sections and install the channels so that both ends of every section are supported (see Figure 14).

  • Page 36: Section-To-Section Assembly

    The number of sections to be assembled often makes it necessary to use more than one section to ship the assembly material; therefore, check all sections thoroughly before contacting your Trane sales representative to report missing items.
  • Page 37 Installation - Mechanical Figure 17. Coil-section-to-downstream-section bolt up with splash guard (shown for sizes 3-30) Gasket 0.375 in. T 0.750 in. W Butyl Tape 0.380 in. T x 0.380 in. W Figure 18. Stacked unit assembly (shown for sizes 3-50) Gasket 1.00 inches T 4.00 inches W...
  • Page 38 Installation - Mechanical Figure 19. Horizontal section-to-section quick connects 4. If the unit is equipped with factory- mounted controls, move adjacent subassembly within six inches and fasten quick connects where the sections bolt together (see Figure 19). Note: Reference the appropriate controller manual for more details on the installation of units with factory- mounted controls.
  • Page 39 Installation - Mechanical 8. Due to unlevel floor and platforms, the roof may be misaligned as shown in Figure 21. A common solution is to raise one end of the shipping section to clear the hemming before pulling the units together. Figure 21.
  • Page 40 Installation - Mechanical Figure 23. Adjust height of roof by loosening screws Loosen screws along width of unit for roof height adjustment. At the center (widthwise) of the unit, measure the height of each adjacent subassembly and verify that the subassembly with the overlap sheet metal is higher than the mating subassembly roof.
  • Page 41 Installation - Mechanical 11. For sizes 66-120 only, bolt through the wedge blocks using a ½-threaded rod (see Figure 25). Alternate between tightening on the lifting lug bolts and wedge block bolts until the shipping section comes together. Figure 25. Wedge block attachment used for sizes 66-120 only 0.500-13 x 10.50 thd Washer 0.656 id x 1.312 od...
  • Page 42 Installation - Mechanical 13. Install the section-to-section screws inserting the appropriate screws through the overlapping flanges using a powered impact gun and taking care not to strip the screws. Outdoor air handlers will ship with a seam cap that is to be installed over the section-to-section seams. Factory-supplied butyl tape must be applied over the seam prior to seam cap being applied.
  • Page 43 Installation - Mechanical 14. For stacked units, remove top level lifting lugs one at a time and replace with factory-provided stacking brackets at each shipping split corner and end of unit perpendicular to airflow after sections are set in final position (see Figure 27).

  • Page 44: Pipe Cabinet Installation

    Installation - Mechanical 15. For outdoor air handlers, attach roof overhang angle with number 10 screws. Join outdoor roof panels together at the seams in the direction perpendicular to airflow and secure them in place with 5/16-inch x 3/4-inch bolts and 5/16 lock nuts. Install the roof joint strip to cover the seam between two outdoor roof panels in the perpendicular to airflow direction of.
  • Page 45 Installation - Mechanical 4. Install 3/8-inch x 3/8-inch white butyl tape to flanged side of pipe cabinet wall and remove paper backing from tape. See Figure Figure 29. Pipe cabinet installation Butyl tape 5. Lift cabinet into place on to pipe cabinet curb. 6.

  • Page 46: Outdoor Unit Weather Hood(S)

    Installation - Mechanical 9. Install inside corner cap. See Figure 30 Detail A and B. 10. Install 3/8-inch x 3/8-inch white butyl tape to unit wall where pipe cabinet roof connects. 11. Lift pipe cabinet roof into place and attach to unit wall with screws. See Figure Figure 30.

  • Page 47: Indoor Dual-Path Split Dehumidification Unit (Sdu)/Winterizer Assembly

    Installation - Mechanical Figure 31. Hood installation Butyl caulk tape AHU outdoor roof 1.00 W x .125T. Screw self-driller 10-16 x .750 Butyl caulk tape 1.00 W x .125T. Nut-Hex .31-18 Bolt .313-18 x .750 Hex Hood Bracket Support Nut-Hex .31-18 Angle Hood Support (when required) Bolt .313-18 x .750 Hex...

  • Page 48: Horizontal Sdu/Winterizer Indoor Air Handler Assembly

    Installation - Mechanical To assemble air handlers utilizing factory-approved and factory-provided dissimilar unit sizes for horizontal SDU or winterizer applications, join all similar size shipping sections per “Section-to- Section Assembly” , Step 1 through Step p. 32 through Horizontal SDU/Winterizer Indoor Air Handler Assembly To assemble dissimilar unit sizes in a horizontal SDU/winterizer configuration: 1.
  • Page 49 Installation - Mechanical 4. Lift the secondary unit, following instructions in “General Lifting Considerations” on page 25 (see Figure 6), and place on the black unit support brackets (see Figure 33). The secondary unit must be centered on the primary unit between the black unit support brackets. Figure 33.

  • Page 50: Vertical Sdu/Winterizer Indoor Air Handler Assembly

    Installation - Mechanical Vertical SDU/Winterizer Indoor Air Handler Assembly To assemble dissimilar unit sizes in a vertical SDU/winterizer configuration: 1. Apply gasketing to the mating surface of the secondary unit (see Figure 35). Figure 35. Apply gasketing to mating surface of secondary unit. Gasket 1.0 inches T x 1.0 inches W Airflow...
  • Page 51 Installation - Mechanical 2. Apply gasketing to the mating surface of the primary unit at the bottom of the opening (see Figure Figure 36. Apply gasketing to the mating surface of the primary unit. Gasket 1-inch T x 2 1/2 inch W Airflow 3.

  • Page 52: External Raceway Assembly

    Installation - Mechanical External Raceway Assembly For air handling units with factory-installed power wiring extending from the first level to the second level, wiring must be connected and assembled in a raceway. 1. Remove protective foam cover from connectors. 2. Attach stacked raceway harness connectors, matching connector colors on the high voltage side and connector numbers on the low voltage side.

  • Page 53: Component Installation Requirements

    • A pre-filter is placed before the fan. Note: Cartridge and bag filters provided by Trane are fitted with a 7/8-inch header that fits in the filter track. If using filters supplied by another manufacturer, filters should be purchased with a 7/8-inch header. In some cases it may be necessary to gasket other manufacturers’...

  • Page 54: Filter Installation

    Component Installation Requirements Filter Installation WARNING Hazardous Voltage! Disconnect all electric power, including remote disconnects before opening door. Follow proper lockout/tagout procedures to ensure the equipment cannot be inadvertently energized. Failure to disconnect power before servicing could result in death or serious injury. Figure 40.

  • Page 55: Filter Placement

    Component Installation Requirements Filter Placement Figure 41. 2-inch and 4-inch angled filter placement for unit sizes 3-50 Size 4 Size 3 Size 6 Size 8 Size 10 5.56 ft ² 8.89 ft ² 7.25 ² 8.89 ft 11.11 ft ² 13.89 ft ²...
  • Page 56 Component Installation Requirements Figure 42. 2-inch and 4-inch angled filter placement for unit sizes 57-120 Size 66 Size 57 16 .5 ² ² 113.33 ft 100.00 ft Size 100 Size 80 ² 166.67 ft ² 151.11 ft Size 120 ² 194.44 ft CLCH-SVX07C-EN...
  • Page 57 Component Installation Requirements Figure 43. Bag and cartridge side-loading filter placement for unit sizes 3-50 Size 10 Size 4 Size 6 Size 3 Size 8 6.45 3.33 ft ² ² 5.56 ft ² ² 6.67 ft ² 8.67 ft 8.00 ft Size 14 Size 12 Size 21...
  • Page 58 Component Installation Requirements Figure 44. Bag and cartridge side-loading filter placement for unit sizes 57-100 Size 57 Size 66 18.5 ² 60.00 ft 66.67 ft ² Size 100 Size 80 88.00 ft ² 111.33 ft ² Size 120 12.8 134.00 ft ² CLCH-SVX07C-EN...
  • Page 59 Component Installation Requirements Figure 45. Flat and combination filter placement for unit sizes 3-50 Size 3 Size 8 Size 10 Size 4 Size 6 1.25 ² ² 3.47 ft 5.56 ft ² 7.33 ft ² 9.72 ft ² 6.94 ft Size 21 Size 14 Size 17...
  • Page 60 Component Installation Requirements Figure 46. Flat and combination filter placement for unit sizes 57-120 Size 57 Size 66 20 1.5 63.33 ft ² 75.56 ft ² Size 80 Size 100 16.5 85.56 ft ² 104.17 ft ² Size 120 ² 122.22 ft CLCH-SVX07C-EN...
  • Page 61 Component Installation Requirements Figure 47. Front-loading bag and cartridge filters sizes 3-50 Size 3 Size 4 Size 6 Size 8 Size 10 Size 12 4.63 7.13 7.13 10.88 10.38 10.38 3.38 15.88 ² 2.00 ft ² 3.75 2.00 ft 10.25 9.25 6.00 ft ²...
  • Page 62 Component Installation Requirements Figure 48. Front-loading bag and cartridge filters sizes 57-120 Size 50 Size 57 6.63 60.00 ft ² 12 5 ² 54.00 ft Size 80 Size 66 10.13 3.75 66.00 ft ² 3.75 ² 86.00 ft Size 120 Size 100 1.13 1.13...
  • Page 63 Component Installation Requirements Figure 49. Front-loading HEPA filters sizes 3-50 Size 3 Size 4 Size 6 Size 8 Size 10 15.38 24 2.88 2.00 ft ² ² 2.00 ft 2.75 3.25 6.00 ft ² 7.00 ft ² 8.25 10.00 ft ² Size 17 Size 21 Size 12...
  • Page 64 Component Installation Requirements Figure 50. Front-loading HEPA filters sizes 57-120 Size 57 57.00 ft ² Size 80 Size 66 1.38 ² 1.38 66.00 ft 76.00 ft ² Size 120 Size 100 5.63 2.75 ² 119.00 ft 102.00 ft ² CLCH-SVX07C-EN...

  • Page 65: Fan Sections

    Component Installation Requirements Fan Sections The fan section can be configured as either draw-thru or blow-thru. Review the submittals and unit tagging information prior to assembly to determine placement. Fan Isolation The fan-and-motor assembly is internally isolated. The fan and motor bases are bolted to a minimum of four spring isolators.

  • Page 66: Seismic Isolation Requirements

    Seismic Isolation Requirements Air handling equipment manufactured by Trane is capable of structurally and operationally withstanding the seismic response criteria as required by the International Building Codes (IBC) 2000,2003, 2006, 2009. Trane has third-party certification for IBC compliance for seismic applications for unit sizes 3-30.
  • Page 67 Component Installation Requirements • 7 1/2-inch minimum distance to the nearest edge • 6-inch minimum concrete slab thickness Steel dunnage/steel curb 1/2-inch diameter ASTM A325 or SAE Grade 5 bolts attached to unit base located as noted above or 1-inch long 3/16-inch welds at unit bases located as noted above. Anchor Pattern Figure 55.

  • Page 68: Damper Sections

    Component Installation Requirements Damper Sections Dampers are factory-installed and adjusted and can be found in mixing box/economizer sections. There are two damper blade configurations available: parallel-blade and opposed-blade. Traq™ dampers are another type of damper available in mixing box sections. Traq dampers have only one blade configuration - opposed.
  • Page 69 Component Installation Requirements Table 11. Side Traq damper - standard flow mixing box Unit Damper Damper Damper torque Total torque Actuator torque Face-to-face Linkage on size dia (in) (in-lb.) (in-lb.) (max) (in-lb.) Actuator qty linkage face 13.00 18.00 18.00 13.00 18.00 18.00 13.00...
  • Page 70 Component Installation Requirements Table 13. Single -Side Traq low flow mixing box Damper Low flow Remained Actuator Actuator qty Face-to- Unit Damper Damper Torque Traq Torque Traq Torque qty for low for remained Actuator face Linkage size Dia (in) (in-lb.) (in-lb.) (in-lb.) flow Traq...
  • Page 71 Component Installation Requirements Table 15. Side Traq Low-Flow Diagonal Economizer Damper Low flow Remainder Actuator Actuator qty Unit Damper Damper torque Traq torque Traq torque qty for low for remainder Actuator Face to face Linkage size dia (in) (in-lb.) (in-lb.) (in-lb.) flow Traq damper...
  • Page 72 Component Installation Requirements Table 17. Side Rectangle damper per 1200 fpm - Diagonal Economizer with OA rectangle dampers Torque Actuator torque Unit size A (in) B (in) Damper qty (in-lb.) (max) (in-lb.) Actuator qty Linkage 12.50 13.97 14.60 13.75 19.72 22.60 18.75 19.72...
  • Page 73 Component Installation Requirements Table 19. Energy recovery recirculation parallel damper Actuator torque Unit size A (in) B (in) Damper qty Torque (in-lb.) (max) (in-lb.) Actuator qty Linkage 16.00 13.97 10.9 28.50 13.97 19.4 28.50 13.97 19.4 35.00 13.97 23.8 46.00 13.97 31.2 51.00...
  • Page 74 Component Installation Requirements Table 21. Internal face-and-bypass torque Table 22. External face-and-bypass torque requirements requirements Bypass Torque Face Torque Unit size Torque (in-lb.) Unit size (in-lb.) (in-lb.) 12.8 13.8 19.7 13.6 21.3 20.9 13.6 27.5 31.1 16.4 32.5 39.2 21.0 40.9 54.8 23.1...

  • Page 75: Opposed-Blade And Parallel-Blade Dampers

    Component Installation Requirements Opposed-Blade and Parallel-Blade Dampers Opposed-blade and parallel-blade airfoil dampers in unit sizes 3-120 have centered dampers with an internal jack-shaft (see Figure 56). A 95-degree actuator rotation gives a 90-degree blade travel. Note: Damper blades should be checked for proper operation from full open to full closed position before unit start up.

  • Page 76: Damper Connections

    Component Installation Requirements Connections made directly to the discharge opening of a housed fan should have a minimum of three fan diameters of straight duct before any turns or transitions. The ductwork should be the same size as the fan discharge opening. The first turn of the connection should be in the same direction as the fan rotation as shown in Figure 57.

  • Page 77: Bottom Opening Duct Installation

    60. Refer to factory curb layout provided with unit submittals for duct size and location. Figure 60. Field-supplied duct connection to AHU bottom supply/return air opening Bottom supply/return airflow Trane AHU base (typical) Trane AHU Field-supplied base (typical) rigid duct...
  • Page 78 Component Installation Requirements Figure 61. Field-supplied duct connection details - curb mount Supply opening in floor Unit floor Unit wall Unit base Gasket Roof Curb Field-supplied duct Building roofing and structure may vary per job Figure 62. Field-supplied duct connection details - pier mount Supply opening in floor Unit...

  • Page 79: Discharge Plenum Connections

    Component Installation Requirements Discharge Plenum Connections Discharge plenum sections are available with or without openings. Sections with rectangular and round openings have a framed opening that can be used to secure the duct to the frames. If the duct is lined, it is important the insulation does not obstruct the opening of the section. For a discharge plenum with field-cut openings, attach the duct to the side panel.

  • Page 80: Traq Damper Connections

    Component Installation Requirements Traq Damper Connections Size the duct connections to attach to the specified portion on the face of the mixing box that the duct connection completely covers all of the Traq damper. For a mitered corner, provide one hydraulic duct diameter between the entering face of the Traq dampers and the duct turn.
  • Page 81 Component Installation Requirements When attaching a bypass duct to a downstream fan section or access section, the section will have a factory-provided opening. (see Figure Figure 67, and Figure 68.) When bypassing into an access section, remove a panel. It is not necessary to cut an opening. Figure 66.

  • Page 82: Other Connections

    Component Installation Requirements Figure 68. External face-and-bypass with duct configuration designed to bypass air into a horizontal fan section Duct External Coil Coil Face and Bypass Other Connections Access, filter, and other sections may have open inlets with a 2-inch (sizes 3-120) panel frame for connecting the ductwork.

  • Page 83: Coil Piping And Connections

    Coil Piping and Connections General Recommendations Proper installation, piping, and trapping is necessary to ensure satisfactory coil operation and to prevent operational damage: • Support all piping independently of the coils. • Provide swing joints or flexible fittings on all connections that are adjacent to heating coils to absorb thermal expansion and contraction strains.

  • Page 84: Drain Pan Trapping

    Threaded condensate drain connections are provided on only one side of the coil section. Pitch the connection lines horizontal or downward toward an open drain. Trane recommends installing a plug to facilitate cleaning of the trap. The drain connection sizes are:...

  • Page 85: Steam Coil Piping

    Coil Piping and Connections Steam Coil Piping Air handlers fitted with steam coils have labeled holes for piping penetrations. Figure 72 illustrates a typical steam coil piping configuration. See Table 24 for the codes of system components in these figures. The coil condensate return line must be piped full size of the condensate trap connection, except for a short nipple screwed directly into the coil header’s condensate return tapping.
  • Page 86 Use bucket traps only when the supply steam is not modulated and is 25 psig or higher. Note: Trane steam coils require a minimum of 2 psi of pressure to assure even heat distribution. 2. Trap each coil separately to prevent holding up condensate in one or more of the coils.

  • Page 87: Water Coil Piping

    Coil Piping and Connections 6. Pitch all supply and return steam piping down 1 inch for every 10 feet in the direction of the steam or condensate flow. Note: Do not drain the steam mains or take-offs through the coils. Drain the mains ahead of the coils through a steam trap to the return line.
  • Page 88 Coil Piping and Connections Figure 75. Typical piping for stacked water coils Drain CLCH-SVX07C-EN...

  • Page 89: Refrigerant Coil Piping

    Coil Piping and Connections Refrigerant Coil Piping Note: Refer to for information on handling refrigerants. Figure 76 to determine the proper, relative sequence of the components in the refrigerant lines that connect the condensing unit to an evaporator coil. Refer to “Examples of Field-Installed Evaporator Piping”...

  • Page 90: Liquid Lines

    Coil Piping and Connections Liquid Lines Line Sizing Properly sizing the liquid line is critical to a successful split-system application. The selected tube diameter must provide at least 5°F [2.7°C] of subcooling at the expansion valve throughout the operating envelope. Increasing the size of the liquid line will not increase the available subcooling. Routing.

  • Page 91: Suction Lines

    When the application includes a suction riser, oil must be forced to travel the height of the riser. Riser traps and double risers are unnecessary in the suction line when the refrigerant coil is used with Trane condensing units. Avoid putting refrigerant lines underground. Refrigerant condensation or installation debris inside the line, service access, and abrasion/corrosion can quickly impair reliability.
  • Page 92 Components Installing the suction line requires field installation of these components: a filter, access port, and a Frostat™ control when the refrigerant coil is used with Trane condensing units. Position them as close to the compressor as possible. Note: Placement of the Frostat control is illustrated in Figure 76 on page •...

  • Page 93: Examples Of Field-Installed Evaporator Piping

    Coil Piping and Connections Examples of Field-Installed Evaporator Piping Single-Circuit Condensing Unit: Evaporator Coil with One Distributor Figure 78. Single-circuit evaporator coil with one distributor 1. Pitch the liquid line slightly—1 inch/10 feet —so that the refrigerant drains toward the evaporator.
  • Page 94 Coil Piping and Connections Single-Circuit Condensing Unit: Evaporator Coil with Two Distributors Figure 79. Single-circuit evaporator coil with two distributors 1. Pitch the liquid line slightly—1 inch/10 feet —so the refrigerant drains toward the Evaporator coil evaporator. Suction line with horizontal-split 2.
  • Page 95 Coil Piping and Connections Single-Circuit Condensing Unit: Evaporator Coil with Four Distributors Figure 80. Single-circuit evaporator coil with four distributors 1. Pitch the liquid line slightly—1 inch/ 10 feet —so the refrigerant drains toward the evaporator. 2. Provide one expansion valve per distributor.
  • Page 96 Coil Piping and Connections Dual-Circuit Condensing Unit: Evaporator Coil with Two Distributors) Figure 81. Dual-circuit evaporator coil with two distributors 1. Pitch the liquid lines slightly—1 inch/10 feet —so the refrigerant drains toward the evaporator. 2. Provide one expansion valve per distributor. 3.
  • Page 97 Coil Piping and Connections Dual-Circuit Condensing Unit: Evaporator Coil with Four Distributors Figure 82. Dual-circuit evaporator coil with four distributors 1. Pitch the liquid line slightly—1 inch/10 feet —so the refrigerant drains toward the evaporator. 2. Provide one expansion valve per distributor.
  • Page 98 Coil Piping and Connections Dual-Circuit Condensing Unit: Evaporator Coil with Eight Distributors Figure 83. Dual-circuit evaporator coil with eight distributors 1. Pitch the liquid line slightly—1 inch/10 feet —so the refrigerant drains toward the evaporator. 2. Provide one expansion valve per distributor.

  • Page 99: Installation - Electrical

    Disconnect all electric power, including remote disconnects before servicing. Follow proper lockout/tagout procedures to ensure the equipment cannot be inadvertently energized. For variable frequency drives or other energy storing components provided by Trane or others, refer to the appropriate manufacturer’s literature for allowable waiting periods for discharge of capacitors.
  • Page 100 Installation - Electrical Figure 84. Typical VFD wiring schematic CLCH-SVX07C-EN...
  • Page 101 Installation - Electrical Figure 85. Typical starter wiring schematic CLCH-SVX07C-EN...
  • Page 102 Installation - Electrical Figure 87. 120 to 24 Vac Control Figure 88. Variable-frequency drive Figure 86. Transformer plate Transformer (VFD) Note: Properly seal all penetrations in unit casing. Failure to seal penetrations from inner panel to outer panel could result in unconditioned air entering the unit. All units with starters or variable-frequency drives (VFDs) that have direct-digital controllers (DDCs) are provided with line voltage to 24 Vac power transformers (see Figure...

  • Page 103: Quick Connects

    Installation - Electrical Figure 89. Junction box for valve wiring #10 self-drilling screws (2) 2 x 4 junction box Bushing Cover (2 required for units with double-wall) Conduit assembly Double- wall panel Airflow Valve End panel connection Quick Connects The actuators, factory-mounted or field-supplied, are separately wired and controlled by a direct- digital controller or other building logic.

  • Page 104: Controls Interface

    Controls Interface The portable operator display is used for temporary connection to and operation of Tracer MP580/ 581 controllers. With the portable operator display, you can monitor data, change setpoints, monitor alarms, and override points. The portable operator display includes a 10 ft (3 m) cable with connector that is stored in the storage compartment of the carrying bag.

  • Page 105: Calibrating The Operator Display

    Controls Interface Calibrating the operator display To calibrate the operator display: 1. On the home screen, press Setup. The Setup menu appears. 2. Page down to view the next screen. 3. Press Calibrate Touch Screen. A calibration screen appears. NOTICE: Equipment Damage! Do not allow the operator display to come in contact with sharp objects.

  • Page 106: Start-Up

    Disconnect all electric power, including remote disconnects before servicing. Follow proper lockout/tagout procedures to ensure the equipment cannot be inadvertently energized. For variable frequency drives or other energy storing components provided by Trane or others, refer to the appropriate manufacturer’s literature for allowable waiting periods for discharge of capacitors.

  • Page 107: Fan-Related Checks

    It is recommended that the services of a qualified water treatment specialist be engaged to determine what water treatment, if any, is required. Trane assumes no responsibility for equipment failures which result from untreated or improperly treated water, or saline or brackish water.

  • Page 108: Motor-Related Checks

    Inspect the entire motor for rust and corrosion. • Bump-start the unit and confirm the fan wheel rotates properly, as indicated by the rotation arrow located on the fan housing. Note: For motor warranty needs, contact your local Trane sales office. Unit Operation WARNING Rotating Components! During installation, testing, servicing and troubleshooting of this product it may be necessary to measure the speed of rotating components.

  • Page 109: Calculate Motor Voltage Imbalance

    Start-Up Calculate Motor Voltage Imbalance After startup, measure the motor voltage and amperage on all phases to ensure proper operation. The readings should fall within the range given on the motor nameplate. The maximum allowable voltage imbalance is 2 percent. Voltage imbalance is defined as 100 times the sum of the deviation of the three voltages from the average, divided by twice the average voltage.

  • Page 110: Tension The Fan Belt

    Start-Up Tension the Fan Belt NOTICE: Belt Tension! Do not over-tension belts. Excessive belt tension will reduce fan and motor bearing life, accelerate belt wear and possibly cause shaft failure. Under tensioning belts is the primary cause of premature belt failure. Belts should not squeal at startup. Recheck belt tension after 8 hours, 24 hours, and 100 hours of operation and monthly thereafter.

  • Page 111: Determine Fan Speed

    Start-Up Table 25. Typical sheave diameter and deflection force Belt Deflection Force (lbs) Super gripbelts and Gripnotch belts and Smallest sheave unnotched gripbands notched gripbands Cross diameter range Speed (rpm) section (in.) range Used belt New belt Used belt New belt 1,000–2,500 3.0–3.6 2,501–4,000...

  • Page 112: Align Fan And Motor Sheaves

    Start-Up Check unit vibration if the fan speed is changed more than five percent from the original designed speed, or if parts such as shafts, fan wheels, bearings, or other drive components are replaced. Do not exceed the maximum fan speed. Pay particular attention to any vibration, noise, or overheating of the motor and fan bearings;...

  • Page 113: Airflow Measuring Systems

    Start-Up Airflow Measuring Systems Traq™ Dampers Traq dampers are low-leak dampers that modulate and measure airflow. Each Traq damper section is supplied with a factory-mounted ventilation control module (VCM) on the interior of the mixing box section. The VCM has an input terminal for power and an output terminal for air velocity (see Figure 96).
  • Page 114 Start-Up Table 27. Altitude adjustment factors Sea level = 1.0 Elevation (feet) 1000 0.982 2000 0.964 3000 0.949 4000 0.930 5000 0.914 6000 0.897 7000 0.876 8000 0.860 9000 0.846 10,000 0.825 Table 28 through Table 31, the cfm at 10Vdc is a calculated value based on area and peak velocity. In certain situations, it can be advantageous to raise the velocity of air through the remaining Traq dampers by closing off one or more dampers in the unit.
  • Page 115 Start-Up Table 29. Side Inlet Standard Traq Dampers - Diagonal Economizer Section - VCM voltage versus airflow at sea level Traq damper Peak velocity Total area CFM@10VDC L/s@10VDC peak Unit size Part number size (in) Quantity (fpm) (ft2) peak velocity velocity 0.92 2279...
  • Page 116 Start-Up Table 30. Side inlet low-flow Traq dampers - diagonal economizer section - VCM voltage versus airflow at sea level CFM@10VD L/s@10VDC Traq damper Peak velocity Total area C peak peak Unit size Part number size (in) Quantity (fpm) (ft2) velocity velocity Unit size...
  • Page 117 Trane Traq dampers are certified with the integral ventilation control module which converts differential pressure to an electronic signal for control. Refer to Performance Climate Changer Air Handler catalog CLCH-PRC015-EN for Traq damper testing and rating information. CLCH-SVX07C-EN...

  • Page 118: Fan Inlet Airflow Measuring System

    Start-Up Fan Inlet Airflow Measuring System Figure 97. Piezometer airflow measurement A fan inlet airflow measuring system with a piezometer ring is available on many centrifugal and plenum fans. Each system comes with a differential pressure transmitter. The piezometer ring is connected to the LO port of the transmitter and the reference pressure point is connected to (or actually is) the HI port of the transmitter.

  • Page 119: Constant Factor K

    Start-Up Constant Factor K The constant factor K is unique for each fan and is primarily a function of the area and the geometry of the fan inlet. Pre-engineered factors are available from the factory for fan types where the airflow measurement system is available.
  • Page 120 Start-Up Table 32. Constant K Factors Fan Size (inches)/Type Fan Class Fan Name K-Factor 32 FC Class I 32 FA 20400.0 32 FC Class II 32 FB 20150.0 36 FC Class I 36 FA 28049.9 36 FC Class II 36 FB 27549.0 40 FC Class I...

  • Page 121: External Insulating Requirements

    Start-Up External Insulating Requirements The following areas should be specifically addressed, as applicable: • Supply and return water piping connections • Supply and return refrigerant piping connections • Condensate drain lines and connections • Outdoor-air-intake duct connections • Discharge duct connections •...

  • Page 122: Troubleshooting

    Troubleshooting This section is intended to be used as a diagnostic aid only. For detailed repair procedures, contact your local Trane service representative. WARNING Hazardous Service Procedures! The maintenance and troubleshooting procedures recommended in this section of the manual could result in exposure to electrical, mechanical or other potential safety hazards. Always refer to the safety warnings provided throughout this manual concerning these procedures.
  • Page 123 Troubleshooting Table 33. Air handler troubleshooting recommendations Symptom Probable Cause Recommended Action Worn sheaves Replace sheaves. Misaligned belt Realign drive with MVP sheave set at mean pitch diameter. Short belt life Grease or oil on belts Check for leaky bearings. Clean belts and sheaves. Belt slipping Improper belt tension.

  • Page 124: Routine Maintenance

    Routine Maintenance The following checklist is provided as an abbreviated guide to periodic maintenance. Detailed procedural information is given after this checklist. WARNING Hazardous Service Procedures! The maintenance and troubleshooting procedures recommended in this section of the manual could result in exposure to electrical, mechanical or other potential safety hazards. Always refer to the safety warnings provided throughout this manual concerning these procedures.

  • Page 125: Air Filters

    To replace throwaway filters, install new filters with the directional arrows pointing in the direction of airflow. Note: Bag and cartridge filters must have an airtight seal to prevent air bypass. If using filters not supplied by Trane, apply foam gasketing to the vertical edges of the filter. Permanent Filters To clean permanent filters: 1.

  • Page 126: Fans

    Routine Maintenance WARNING No Step Surface! Do not walk on the sheet metal drain pan. Walking on the drain pan could cause the supporting metal to collapse. Failure of the drain pan could result in death or serious injury. The condensate drain pan and drain line must be checked to assure the condensate drains as designed.

  • Page 127: Bearing Set Screw Alignment

    Routine Maintenance 7. Be careful any contaminated material does not contact other areas of the unit or building. Properly dispose of all contaminated materials and cleaning solution. Bearing Set Screw Alignment Figure 98. Alignment Align bearing set screws as illustrated in Figure Table 10 on page 64 provides bearing...

  • Page 128: Motor Bearing Lubrication

    Routine Maintenance Refer to Table 37 for minimum torque of motor mounting and bearings bolts. Table 37. Minimum hex head bolt torque in lb.-ft. (Grade 5 bolts) Size (inches) Thread Designation Minimum Torque 1/4-20 1/4-28 65/16-18 5/16-24 3/8-16 3/8-24 7/16-14 7/16-20 1/2-13 1/2-20...

  • Page 129: Refrigerant Coils

    Routine Maintenance WARNING Hazardous Voltage! Disconnect all electric power, including remote disconnects before servicing. Follow proper lockout/tagout procedure to ensure the power cannot be inadvertently energized. Failure to disconnect power before servicing could result in death or serious injury. To clean steam and water coils: 1.

  • Page 130: Coil Winterization

    Properly dispose of all contaminated materials and cleaning solution. Coil Winterization Water coil winterization procedures consist primarily of draining water from the coil before the heating season. Trane recommends flushing the coil with glycol if coils will be exposed to temperatures below 35 degrees. NOTICE: Coil Freeze-up! Properly drain and vent coils when not in use.

  • Page 131: Moisture Purge Cycle

    Routine Maintenance Individual coil types determine how to properly winterize the coil. To determine the coil type find the “Service Model No of Coil” on the coil section nameplate. The coil type is designated by the second and third digits on that model number. For example, if the model number begins with “DUWB, ”...

  • Page 132: Cleaning Porous Surfaces

    Routine Maintenance Note: Be careful not to damage the non-porous surface of the insulation. 3. Install a block-off to prevent spray from going into a dry section of the unit and/or system ductwork. 4. Thoroughly clean the contaminated area(s) with an EPA-approved sanitizer specifically designed for HVAC use.

  • Page 133: Cleaning The Bulbs

    Routine Maintenance WARNING Hazardous Vapors! If large numbers of UV bulbs are broken, an appropriate respirator should be considered to prevent inhalation of mercury vapors. Failure to use a respirator could result in death or serious injury. CAUTION Broken Glass! Bulbs are fragile and can be easily broken.

  • Page 134: Disposal Of Bulbs

    Routine Maintenance 1. Disconnect power to the HVAC unit and the ultraviolet bulbs. 2. Wearing soft cloth gloves and safety glasses, use two hands and firmly grasp the bulb at each end. 3. Rotate the bulb 90 degrees in either direction and move bulb away from the fixture and out of unit.
  • Page 135 Notes CLCH-SVX07C-EN...
  • Page 136 HVAC systems, comprehensive building services, and parts. For more information, visit www.Trane.com. Trane has a policy of continuous product and product data improvement and reserves the right to change design and specifications without notice. © 2011 Trane All rights reserved...
  • Page 137 18-GJ05D1-5 Installer’s Guide Convertible Air Handlers 1-1/2 – 5 Ton TAM4A0A18S11SB *AM4A0A18S11SA TAM4A0A24S21SB *AM4A0A24S21SA TAM4A0A30S21SB *AM4A0A30S21SA TAM4A0A36S31SB *AM4A0A36S31SA TAM4A0B42S31SB *AM4A0B42S31SA TAM4A0C48S41SB *AM4A0C48S41SA TAM4A0C60S51SB *AM4A0C60S51SA * May be “A” or “T” 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.
  • Page 138 Table of Contents Section 1. Safety Information ................3 Section 2. Unit Design ..................4 Section 3. Unit Preparation ................6 Section 4. Optional Cabinet Disassembly ..........7 Section 5. Place Unit at Location ..............12 Section 6.
  • Page 139 Section 1. Safety Information WARNING CAUTION SAFETY HAZARD! CORROSION HAZARD! This information is intended for use To prevent shortening its service by individuals possessing adequate backgrounds of electrical and life, the air handler should not be used during the finishing phases mechanical experience.
  • Page 140 Section 2. Unit Design 2.1 Cabinet Penetration Important: Due to the unique design of this unit, which allows the electrical wiring to be routed within the insulation, do not screw, cut, or otherwise punc- ture the unit cabinet in any location other than the ones illustrated.
  • Page 141 The Coil, Line Set, and Heater panels are removed using Phillips head screws. #3 Size Phillips Coil and Heater panels must be removed prior to re- moving the Line Set panel. To remove Coil Panel: 1. Turn screws on Coil panel. 2.

  • Page 142: Section 3. Unit Preparation

    Section 3. Unit Preparation 3.1 Prepare The Unit For Installation STEP 1 - Check for damage and report promptly to the carrier any damage found to the unit. Note: If the unit must be transported in a horizontal position, it must be laid on its back (marked “REAR” on carton).

  • Page 143: Section 4. Optional Cabinet Disassembly

    Section 4. Optional Cabinet Disassembly 4.1 Disassemble cabinet for installation in tight areas or as needed. Note: If the unit must be transported in a horizontal position, it must be laid on its back (marked “REAR” on carton). Note: To reassemble cabinet, follow the steps in reverse order.
  • Page 144 STEP 2 - Disconnect the two wiring connections routed to the blower assembly. STEP 3 - Slide Blower assembly out of unit using built-in blower support channels and set aside. Wiring Connections Blower Support Channel STEP 4 - Remove airflow diverter from the bottom of coil drain pan by gripping the plastic diverter, using Diverter your thumbs to spread the top of the diverter slightly...
  • Page 145 STEP 5 - Disconnect wires to the EEV motor and sensors inside the coil assembly. Cut the wire ties on those wire harnesses. Note: If cut, wire ties that held the sensor must be replaced after the coil is placed back into the cabinet.
  • Page 146 STEP 8 - Lift the Coil section up and away from the Blower section. Set aside.
  • Page 147 STEP 9 - For extremely tight spaces where the cabinet needs to be rotated through a small opening, remove the top panel and all cross members. Use a manual driver to avoid stripping screw holes. Note: Cross Members are removed by rotating them toward the door opening and then lifting up and out of the unit.
  • Page 148 Section 5. Place Unit at Location 5.1 Carry Unit STEP 1 - Carry the unit to the installation location. STEP 2 - Reassemble by reversing the steps listed in Section 4 if disassembly was required. Important: Under no conditions should metal strap- ping be attached to the unit to be used as support mechanisms for carrying or suspension purposes.
  • Page 149 Section 6. Unit Location Considerations 6.1 Unit Dimensions and Weight Table 7.1 Model H x W x D **Blower Unit Number Compartment Net Weight lbs. TAM4A0A18S11SB 49.9 x 17.5 x 21.8 *AM4A0A18S11SA TAM4A0A24S21SB 49.9 x 17.5 x 21.8 *AM4A0A24S21SA TAM4A0A30S21SB 49.9 x 17.5 x 21.8 *AM4A0A30S21SA TAM4A0A36S31SB...
  • Page 150 6.2 Four-Way Conversion To place the unit in the configuration your application requires (upflow, downflow, horizontal right, or horizontal left), simply turn the unit to that orientation. Note: The air handlers are shipped from the factory suitable for four-way application. Refrigerant Connections Low Voltage...
  • Page 151 Airflow Control Horizontal Left Refrigerant Low Voltage Pocket Condensate Connections Connections Inside unit Drains inside unit Horizontal Left Configuration Control Low Voltage Pocket Connections Refrigerant Inside unit inside unit Connections Airflow Horizontal Right Condensate Drains Horizontal Right Configuration...
  • Page 152 6.3 Non Ducted Applications CAUTION Supply Duct HAZARDOUS VAPORS! Do not install an air handler with a non-ducted return in the same closet, alcove, or utility room as a fossil fuel device. Hazardous vapors can be distributed throughout the conditioned space and equipment damage can result.
  • Page 153 6.5 Additional Unit Preparation Considerations • These units are not approved for outdoor installation. For proper installation the following items must be con- sidered prior to moving the unit to its installation site: • These units must be installed in the proper air flow direction.

  • Page 154: Section 7. Setting The Unit - Vertical Installation

    Section 7. Setting the Unit - Vertical Installation 7.1 Secure Coil (Vertical Upflow Applications) STEP 1 - Remove Coil Panel. STEP 2 - Remove screw from documentation packet. STEP 3 - While the air handler is in the upflow posi- tion, use the supplied screw to secure the coil seal plate to cross member as shown.
  • Page 155 Plenum Installation 1. Assemble the plenum using the plenum’s Installer Guide. On units with sheet metal returns: Return plenum must be flanged. Sheet metal drill point screws must be 1/2” in length or shorter. Airflow Typical Plenum Installation 7.4 Secure Coil (Downflow Applications) STEP 1 - Remove Coil Panel.

  • Page 156: Section 8. Setting The Unit - Horizontal Installation

    Section 8. Setting the Unit - Horizontal Installation 8.1 Secure Coil (Horizontal Applications) STEP 1 - Remove Coil Panel. STEP 2 - Remove screw from documentation packet. STEP 3 - While the air handler is in the upflow posi- tion, use the supplied screw to secure the coil seal plate to cross member as shown.

  • Page 157: Section 9. Connecting The Duct Work

    Section 9. Connecting the Duct work 9.1 Duct Connection Considerations Important: Due to the unique design of this unit, which allows the electrical wiring to be routed within the insulation, do not screw, cut, or otherwise punc- ture the unit cabinet in any location other than the ones illustrated in this Installer Guide or in an ap- proved accessory’s Installer Guide.

  • Page 158: Section 10. Refrigerant Line

    Section 10. Refrigerant Line 10.1 Refrigerant Line Connection Sizes Table 10.1 Refrigerant Line Set and Connection Sizes Vapor Line Liquid Line Model Connection Connection TAM4A0A18S11SB, *AM4A0A18S11SA TAM4A0A24S21SB, *AM4A0A24S21SA TAM4A0A30S21SB, *AM4A0A30S21SA TAM4A0A36S31SB, *AM4A0A36S31SA TAM4A0B42S31SB, *AM4A0B42S31SA TAM4A0C48S41SB, *AM4A0C48S41SA TAM4A0C60S51SB, *AM4A0C60S51SA Note: * May be “A” or “T” Note: All AHRI listed systems which are inclusive of the above fan coil units were tested with 25 feet of tubing.

  • Page 159: Section 11. Refrigerant Line Brazing

    Section 11. Refrigerant Line Brazing 11.1 Braze The Refrigerant Lines STEP 1 - Remove Heater, Coil, and Line Set panels. Heater (See Section 2.2 Panel Removal) Panel Line Set Panel Coil Panel Important: Do NOT unseal coil refrigerant connec- tion stubs until ready to make connections. STEP 2 - Remove the plastic cap and Schrader valve core from the gas line.
  • Page 160 STEP 7 - Braze refrigerant line connections. Wet Rag on Note: The suction line must be insulated prior to Gas Temperature Sensor (GT) brazing the line set to the air handler stubs. 1. Pull back the insulation before brazing the suc- tion line.
  • Page 161 Important: Do not open the service valves until the refrigerant lines and indoor coil leak check and evacu- ation are complete. 0350 Microns STEP 10 - Evacuate until the micron gauge reads no higher than 350 microns, then close off the valve to the vacuum pump.

  • Page 162: Section 12. Condensate Drain Piping

    Section 12. Condensate Drain Piping 12.1 Condensate Drain Piping Considerations • Do not use reducing fittings in the condensate • Condensate drain plumbing must comply with na- drain lines. tional, state, and local codes. • Do not connect the drain line to a closed drain •...
  • Page 163 STEP 4 - Install a clean-out tee in the primary drain line for future maintenance. It is recom- mended that you install a cap on the top of the tee. 3” minimum 3” min. clearance is recommended from cabinet to inside edge of tubing STEP 5 - Insulate the primary drain line to...

  • Page 164: Section 13. Electrical - Low Voltage

    Section 13. Electrical - Low Voltage 13.1 Low Voltage Maximum Wire Length Table 11.1 defines the maximum total length of low Table 13.1 voltage wiring from the outdoor unit, to the indoor 24 VOLTS unit, and to the thermostat. WIRE SIZE MAX.
  • Page 165 STEP 3 - Remove the control board from the control pocket by sliding the control pocket mounting plate out until the first stop is reached. Control Pocket Inside unit Control Board For Horizontal Right installations Only Remove the control board completely from the con- trol pocket.
  • Page 166 STEP 4 - Make connections per hookup diagrams. Air Handler Hook-up Diagram Cooling Air Handler Air Conditioner Comfort Control W3 * White White Blue Yellow Green Green Yellow Yellow Orange O ** Blue Blue R ** B - Blue Y - Yellow •...
  • Page 167 Air Handler Hook-up Diagram Heat Pump Heat Pump Black (X2) Yellow Air Handler Comfort Control Orange W3 * Blue White White W1 - White Green Green Yellow Yellow Orange Orange O ** O - Orange R ** R - Red Blue Blue B - Blue...
  • Page 168 STEP 7 - Slide control plate assembly into the control pocket until fully seated. The control plate should be flush with the outer edge of the unit. STEP 8 - Replace Coil panel making sure that the wires are located within the wire pass-through pro- vided in the panel.

  • Page 169: Section 14. Electrical - High Voltage

    Section 14. Electrical - High Voltage 14.1 High Voltage Power Supply The high voltage power supply must match the WARNING equipment nameplate. LIVE ELECTRICAL COMPONENTS! Power wiring, including ground wiring, must comply During installation, testing, servicing, and troubleshooting of this with national, state, and local codes.
  • Page 170 STEP 4 - If an electric heater IS NOT being BLACK installed, remove the pigtail harness from the GREEN - GROUND documentation pack and connect it to the plug on the inside of the Heater Compartment in the cabinet. If an electric heater IS being installed, see the Installer’s Guide shipped with the electric heater.

  • Page 171: Section 15. Filters

    STEP 6 - Reinstall all panels before starting the air handler. NOTE: After replacing all panels, loosen the Line Set Panel screws approximately 1/4 - 1/2 turn. This will improve the seal between the Heater Panel and Line Set Panel. Section 15.

  • Page 172: Section 16. Unit Outline Drawing

    Section 16. Unit Outline Drawing MODEL NO. FLOW GAS LINE CONTROL BRAZE TAM4A0A18, *AM4A0A18 49.9 39.6 14.5 17.5 14.5 26.7 EEV/24V TAM4A0A24, *AM4A0A24 49.9 39.6 14.5 17.5 14.5 26.7 EEV/24V TAM4A0A30, *AM4A0A30 49.9 39.6 14.5 17.5 14.5 26.7 EEV/24V TAM4A0A36, *AM4A0A36 49.9 39.6 14.5 17.5...

  • Page 173: Section 17. Start Up

    Section 17. Start Up 17.1 System Start Up STEP 1 - Make sure all panels are securely in place and that all wiring has been properly dressed and secured. STEP 2 - Set the system thermostat to OFF. DONE CANCEL STEP 3 - Turn on electrical power disconnect(s) to apply power to the indoor and outdoor units.

  • Page 174: Section 18. Sequence Of Operation

    Section 18. Sequence of Operation 18.1 Sequence of Operation AM4 Sequence of Operation Abbreviations Normally closed contacts on the EVC will pass 24VAC to the YO terminal providing power to the • EVC = Expansion Valve Control outdoor unit control circuit •...

  • Page 175: Section 19. Checkout Procedures

    Freeze Protection The EVC control has the ability to sense when the coil is beginning to ice. When this event occurs, the contacts to the YO circuit will open and de-energize the OD unit. The indoor blower motor will continue to run to aid in defrosting the coil.
  • Page 176 The manufacturer has a policy of continuous product and product data improvement and it reserves the right to change design and specifications without notice. 6200 Troup Highway Tyler, TX 75707 © Trane U.S. Inc. 2012 www.trane.com...
  • Page 177 S - Secondary Causes - 3 Phase Only The manufacturer has a policy of continuous product and product data improvement and it reserves the right to change design and specifications without notice. Representative-only illustrations included in this document. © 2012 Trane 06/12 18-BC62D1-6...
  • Page 179 HDPC-IN-18B 18-HE46D1-3 Installer’s Guide Low Ambient Control Kit BAYLOAM103 WARNING: HAZARDOUS VOLTAGE - DISCONNECT POWER BEFORE SERVICING 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. Please return to service information pack upon completion of work.
  • Page 180 Installer’s Guide MOUNTING LIQUID LINE TEMPERATURE SENSOR 6. Route the sensor leads through the low voltage access 4. Remove the service access panel to the left side of the hole and attach to the two (2) pin connector provided on control box of the air conditioner or heat pump.
  • Page 181 Installer’s Guide MOUNTING OUTDOOR TEMPERATURE SENSOR OUTDOOR TEMPERATURE SENSOR 7. Using pliers, bend the corner of the control box base downward, to create an opening for the sensor leads. See Figure 4. 8. Route the sensor, from the control board, down through the opening created in the control box base.
  • Page 182 Installer’s Guide 9B) 200/230 Volt Heat Pump: See Figure 6 NOTE: Disconnect the black fan motor lead from the defrost To ease the insertion of the connector housing on to board relay (The black wire is attached to the “N.C.” the J5 header, place the connector on the tips of the terminal of the relay).
  • Page 183 Installer’s Guide 9C) 460 Volt Heat Pump Models: See Figure 7 Connect the yellow lead wire to a 1/4" male tab on the Disconnect the black fan motor lead from the fan relay right hand side of the main contactor (low voltage (terminal #6).
  • Page 184 Installer’s Guide SYSTEM SETUP Manual Mode (S2 dip switch 4 in “On” position) – 10. The control board contains a momentary test switch (S1) The S2 dip switch 1, 2, 3 settings are read by the and a 4-position installer selectable dip switch (S2). controller and used to determine the liquid temperature Both components are located in the lower right hand set point when...
  • Page 185 Installer’s Guide CONTROL BOARD B,Y,O LIQUID SENSOR LIQUID Lite AMBIENT AMBIENT Port SENSOR GREEN ALERT S2-1,2,3,4 DIP SWITCHES TEST TEST LEDS SYSTEM CHECK-OUT – COOLING UNITS ONLY Verify that the control module is installed and wired per the The control board contains two LEDs; one green and one red instructions contained within this installer’s guide.
  • Page 186 Installer’s Guide SYSTEM CHECK-OUT – HEAT PUMP If after 10 seconds of “Y” application the fan is on continu- Verify that the kit is installed and wired per the instructions ously, the TEST Switch (S1) may be used to verify the contained within this installer’s guide.
  • Page 187 BELL & GOSSETT INSTRUCTION MANUAL P06451A REVISION B Bell & Gossett Morton Grove, IL, U.S.A. © COPYRIGHT 1993, 1995 BY ITT CORPORATION...
  • Page 191 PUMP BODY DIAGRAM 1AA, 1 "AA, 1 "AA and 2"AA Discharge Gage Tapping (on side opposite) Seal Assembly Volute Gasket Coupler Assembly Impeller (Enclosed) Shaft Sleeve Impeller Key Impeller Lock Nut Pump Shaft Volute Impeller Lock Washer Motor Bracket Assembly Face Plate Rear Bearing Front Bearing...
  • Page 192 For further information, contact ITT Bell & Gossett, 8200 N. Austin Avenue, Morton Grove, IL 60053, Phone (847) 966-3700 – Facsimile (847) 966-9052. Bell & Gossett Morton Grove, IL, U.S.A. PRINTED IN U.S.A. 2-95...
  • Page 193 SDV 5000 SINGLE DUCT VARIABLE VOLUME CONTROL ASSEMBLIES c/w DIRECT DIGITAL CONTROLS INSTALLATION MANUAL Date: 02 / 10 Reference # : F-32 w w w . p r i c e - h v a c . c o m...
  • Page 194 SDV5000 c/w direct digital controls SERVICE & INSTALLATION MANUAL SDV 5000 General Description Installing the SDV 5000 Terminal Unit The SDV 5000 assembly is designed to accept direct digital controls The basic SDV 5000 is light enough that it can be supported by the (DDC) for VAV pressure independent operation.
  • Page 195 SDV5000 c/w direct digital controls SERVICE & INSTALLATION MANUAL SP300 Calibration Curves Notes Calibration Equation 1. Gauge taps are normally supplied with the terminal unit to allow field measurement of the differential pressure at the sensor with a manometer, magnahelic or other Unit Size VP = measuring device.
  • Page 196 SDV5000 c/w direct digital controls SERVICE & INSTALLATION MANUAL SP 300 Removable Sensor Maintenance Instructions 1. Detach SP 300 Hi and Low signal tubing between sensor and Figure 1 controls at the tee connections as shown in Figure 1. 2. Undo latches holding sensor in unit and remove sensor as shown in Figure 2.
  • Page 197 SDV5000 c/w direct digital controls SERVICE & INSTALLATION MANUAL Replacement Parts Component Part# Description Removable 041688-001 Sensor SP300, Sizes 4,5 & 6 SP300 Sensor 041688-002 Sensor SP300, Size 7 041688-003 Sensor SP300, Size 8 041688-004 Sensor SP300, Size 9 041688-005 Sensor SP300, Size 10 041688-006 Sensor SP300, Size 12...
  • Page 198 SDV5000 c/w direct digital controls SERVICE & INSTALLATION MANUAL Notes: w w w . p r i c e - h v a c . c o m...
  • Page 199 SDV5000 c/w direct digital controls SERVICE & INSTALLATION MANUAL w w w . p r i c e - h v a c . c o m...
  • Page 200 2975 Shawnee Ridge Court Suwanee, Georgia USA 30024 Ph: 770.623.8050 Fax: 770.623.6404 1290 Barrow Industrial Parkway Auburn, Georgia USA 30011 999 North Thornton Road Casa Grande, Arizona USA 85222-3809 638 Raleigh Street Winnipeg, Manitoba Canada R2K 3Z9 Ph: 204.669.4220 Fax: 204.663.2715 The founding principles of our company have never changed - business integrity, first class service Your Local Price Representative: and a commitment to people.
  • Page 217 Extension Pin Kit & Manual Quadrant Operators on MBD-15 FIELD INSTALLATION INSTRUCTIONS NOTE: FOR DAMPERS INSTALLED IN DUCTS Extended Control Shaft is installed from outside of duct after damper is TOOLS REQUIRED: installed. Install as shown ⁄ in. Hex Nut Driver below.
  • Page 218 Part Number 452723 End Switch Kit For use on WD series Dampers Field Installation Instructions Instructions: These instructions apply to the field installation of end switch kits on Greenheck model WD Backdraft Dampers. These end 1. Position end switch such that the back side of damper blade trips switch kits can be used in conjunction the spring rod.
  • Page 219 Part Number 463548 Multi Products MP-100A Motor Pack UL Listed Electric Actuators With Spring Return Field Installation Instructions For Use With WD-100 Series Dampers Motor Pack Contents 1. Actuator 2. Actuator Bracket Detail C 3. Actuator Arm Assembly 4. Connecting Links 135°...
  • Page 220 TYPICAL WIRING DIAGRAMS MP-100A Wiring diagrams are shown for motor packs and dampers installed with power ventilator fan equipment with single speed motor. The damper will open when the fan is on and close when the fan is off. For connection to 2-speed fan motors or for other control sequences consult the factory.
  • Page 221 Part number 461336 FSD-XXX, DFD-XXX, DFDTF-XXX CFSD-XXX, SEDFD-XXX, SEFSD-XXX, IMO-XXX, anD SSFSD-XXX SErIES ⁄ and 3 Hour Fire & Combination Fire Smoke Dampers (with factory installed sleeve and actuator) Vertical and Horizontal Mount Installation, Operation and Maintenance Instructions FSD-XXX, SEFSD-XXX, SSFSD-XXX, DFD-XXX, SEDFD- XXX, and CFSD-XXX Series Dampers are intended for installation in accordance with combination fire smoke damper requirements established by:...
  • Page 222 Table of Contents Pre-Installation Guidelines ..........................2 Electrical Guidelines ............................2 Installation ..............................3-8 • Clearances Required Between Fire Damper Sleeves and Wall/Floor Openings ......3 • Sleeve Length and Wall Thickness ....................4 • Duct to Sleeve Connections ......................3-4 • Securing the Damper/Sleeve Assembly to Wall and Floor Openings ..........4 • Actuator Connections ........................5 • Installing Multiple Damper Section Assemblies ................5 • Connection and Operation of Temperature Control Devices ............5-6 • Recommended Preparation of Openings in Wood and Metal Stud Walls ........6-7 • Breakaway Connections ........................7 Maintenance ..............................

  • Page 223: Installation

    Installation - Failure to follow these instructions will void all warranties. These instructions apply to 1 and 3 hour rated combination fire smoke dampers mounted (blades must be horizontal) in: 1) masonry, block or stud walls and 2) concrete floors or ceilings. Specific requirements in these instructions are mandatory. Dampers must be installed in accordance with these instructions to meet the requirements of UL 555 and UL 555S.

  • Page 224: 3. Duct To Sleeve Connections

    Duct Damper Type B IMPOrTanT SaFETY DanGEr! : To avoid causing Wall or Floo Type R and O death or serious bodily harm to building occupants, do factory furnished not penetrate the ‘No Screw’ area designated on the duct collars qualify damper sleeve or the damper may not close properly.

  • Page 225: 5. Actuator Connections

    Horizontal Mount Maximum Over- Wall or Maximum Single all Size for Floor Min. 1 in. Damper Model Overlap* Retaining Section Size Multi-Section Retaining Angle Angle Dampers Sleeve CFSD-211, 212 24 x 24 Duct DFD-210 36 x 36 or 32 x 50 64 x 50 DFD-230 36 x 36 or 32 x 48...

  • Page 226: Recommended Preparation Of Openings In Wood And Metal Stud Walls

    OCI - The OCI (open or closed indicator) option contains a single pole, double throw switch used to indicate the damper blade position. The switch provides a positive open or closed signal when used in conjunction with remote indicator lights. Refer to Fig. 7 & 8 for wiring of the OCI option. TOr - The TOR (temperature override device) option incorporates two thermostats with fixed settings (usually 165°F [74°C] and 350°F [177°C]).

  • Page 227: Breakaway Connections

    Metal Stud Construction • T ransverse joints illustrated Metal Stud Construction can be applied as top and Gypsum Wallboard bottom joints with Drive Slip Gypsum Wallboard Drive Slip Joint - side joints in duct heights Fig. 13 up to 20 inches (508mm) See Fig.
  • Page 228 Proprietary Flange System Breakaway Connections Clip Spacing Clip Spacing Std. Clip Std. Clip Length (TDC by Lockformer, TDF by Engle) Length 9 in. 9 in. 6 in. 6 in. 6 in. TDC and TDF systems are 60 in. Duct 6 in. 6 in.

  • Page 229: Maintenance

    Operations Maintenance Midstate Mechanical, Inc. Banner EVNC Queen Creek 12-1664 3365 East Michigan Street • Tucson, Arizona 85714 • Phone (520) 746-4366 • Fax (520) 746-4367 Ave, Suite 102 • Glendale, Arizona 85303 • Phone (623) 435-9720 • Fax (623) 435-9717 7615 North 75 www.wwtinc.biz 134103ROC...
  • Page 230 CLEANER CL83 4. CL83 may be poured into boiler vent or manhole DESCRIPTION after boiler is nearly filled to normal level, but proportionate feed is preferred. CL83 is a liquid, alkaline cleaner formulated with 5. Fire the boiler gradually. Close vent when steam soaps, synthetic detergents, and dispersants.
  • Page 231 CLOSED LOOP TREATMENT CS1000 DESCRIPTION Add the required quantity of CS1000 to the system using a by-pass feeder. This can be CS1000 is a concentrated aqueous blend of installed at any convenient location in the organic corrosion inhibitors selected to system.
  • Page 232 NFPA RATING: 4=Severe 3=Serious 2=Moderate 1=Slight 0=Minimal MATERIAL SAFETY DATA SHEET CHEMICAL PRODUCT AND COMPANY INFORMATION PRODUCT NAME: CL83 PRODUCT DESCRIPTION: Cleaner COMPANY INFORMATION: Revised: September 14, 2012 Western Water Technologies, Inc 3365 East Michigan Street 24-HOUR EMERGENCY TELEPHONE: Tucson, Arizona 85714 CHEMTREC: 1-800-424-9300 Non-emergency: 520-746-4366 HAZARDS IDENTIFICATION...
  • Page 233 MSDS – CL83 Effective 9-14-2012 Page 2 of 5 FIRST AID MEASURES EYE CONTACT: If this product contacts the eyes, immediately flush eyes with plenty of clean running water for at least fifteen (15) minutes, lifting the upper and lower eyelids occasionally. Remove contact lenses if worn.
  • Page 234 MSDS – CL83 Effective 9-14-2012 Page 3 of 5 HANDLING AND STORAGE HANDLING: Use proper personal protection when handling (refer to Section 8). Keep in a tightly closed container and store it in a cool, dry, ventilated area. Protect container against physical damage, direct sunlight, and freezing.
  • Page 235 MSDS – CL83 Effective 9-14-2012 Page 4 of 5 TOXICOLOGICAL INFORMATION Product CL83 Metasilicate Eye irritation: Moderate to severe Moderate to severe Skin irritation: Moderate to severe Moderate to severe Inhalation irritation: Moderate to severe Moderate to severe Oral LD , Rat: >4,037 mg/kg >2,286 mg/kg...
  • Page 236 MSDS – CL83 Effective 9-14-2012 Page 5 of 5 SARA TITLE III Section 302 & 303 (40 CFR 355): Listed substance: Not listed Not listed Reportable quantity: Planning threshold: Section 311 & 312 (40 CFR 370): Hazard categories: Acute Acute Planning threshold: Section 313 (40 CFR 372): Listed toxic chemical:...
  • Page 237 NFPA RATING: 4=Severe 3=Serious 2=Moderate 1=Slight 0=Minimal MATERIAL SAFETY DATA SHEET CHEMICAL PRODUCT AND COMPANY INFORMATION PRODUCT NAME: CS1000 PRODUCT DESCRIPTION: Closed Loop Treatment COMPANY INFORMATION: Revised: May 1, 2012 Western Water Technologies, Inc 3365 East Michigan Street 24-HOUR EMERGENCY TELEPHONE: Tucson, Arizona 85714 CHEMTREC: 1-800-424-9300 Non-emergency: 520-746-4366...
  • Page 238 MSDS – CS1000 Effective 5-1-2012 Page 2 of 6 COMPOSITION / INFORMATION ON INGREDIENTS ACGIH OSHA COMPONENT CAS # HAZARD WT % STEL STEL (TWA) (TWA) Sodium metaborate 8 mol 10555-76-7 Irritant 10 – 15 Sodium nitrite 7632-00-0 Hazardous 5 – 10 Sodium metasilicate 6834-92-0 Irritant...
  • Page 239 MSDS – CS1000 Effective 5-1-2012 Page 3 of 6 ACCIDENTAL RELEASE MEASURES PERSONAL PRECAUTIONS: Use proper personal protection (refer to Section 8). ENVIRONMENTAL PRECAUTIONS: Run off from fire control or dilution water may cause pollution. Keep out of drains, municipal sewers, open bodies of water and water course. CLEAN-UP METHODS: Safely stop source of spill.
  • Page 240 MSDS – CS1000 Effective 5-1-2012 Page 4 of 6 STABILITY AND REACTIVITY GENERAL STABILITY: This product is stable at ambient temperatures and atmospheric pressures. INCOMPATIBLE MATERIALS: Strong acids, strong reducing agents, ammonia salts, amines, phthalic acid and cyanides. HAZARDOUS POLYMERIZATION: Hazardous polymerization is not expected to occur under normal temperatures and pressures.
  • Page 241 MSDS – CS1000 Effective 5-1-2012 Page 5 of 6 Hazard Identification Number: UN3266 Packing Group: PGIII Transport Label: Corrosive REGULATORY INFORMATION Components: Metaborate Nitrite Metasilicate Carcinogenic Potential Regulated by OSHA: Listed on NTP Report: Listed by IARC / Group: ACGIH Appendix A / Group: Not listed Not listed Not listed...
  • Page 242 MSDS – CS1000 Effective 5-1-2012 Page 6 of 6 HMIS: Hazardous Materials Identification System STEL: Short Term Exposure Limit (15 minute Time Weighted IARC: International Agency for Research on Cancer Average) Group 1: Carcinogenic to humans TLV: Threshold Limit Value Group 2A: Probably carcinogenic to humans CEIL (C):...
  • Page 243 Material Safety Data Sheet Revision Issued: 1/31/2006 Supercedes: 2/26/1998 First Issued: 12/01/1985 Section I - Chemical Product And Company Identification Product Name: Ethylene Glycol CAS Number: 107-21-1 HBCC MSDS No. CE03000 1675 No. Main Street, Orange, California 92867 Telephone No: 714-998-8800 | Outside Calif: 800-821-7234 | Chemtrec: 800-424-9300 Section II - Composition/Information On Ingredients Exposure Limits (TWAs) in Air Chemical Name...
  • Page 244 nervous system. Observations in humans include: Nystagmus (involuntary eye movement). In animals, effects have been reported on the following organs: Kidney, liver. Based on animal studies, ingestion of very large amounts of ethylene glycol appears to be the major and possibly only route of exposure to produce birth defects. Exposures by inhalation or skin contact, the primary routes of occupational exposure, had minimal effect on the fetus, in animal studies.
  • Page 245 Flash Point: 241°F Autoignition Temperature: 801°F Lower Explosive Limit: 3.2% Upper Explosive Limit: 15.3% Unusual Fire and Explosion Hazards: Container may rupture from gas generation or eruption may occur upon application of direct water stream to hot liquids. Extinguishing Media: Water fog or fine spray. Alcohol resistant foams (ATC type) are preferred if available.
  • Page 246 (vapor, liquid, and/or solid), all hazard precautions given in the data sheet must be observed. Warning. Sudden release of hot organic chemical vapors or mists from process equipment operating at elevated temperature and pressure, or sudden ingress of air into vacuum equipment, may result in ignitions without the presence of obvious ignition sources.
  • Page 247 materials. Oxidizing materials such as nitric acid can attack product. The severity can vary from slight degradation to an explosive reaction. Hazardous Decomposition Products: Burning produces normal products of combustion, such as carbon monoxide, carbon dioxide, and water. Aldehydes. Alcohols. Ethers.
  • Page 248 Section XIII - Disposal Considerations Dispose of in accordance with applicable local, county, state and federal regulations. Section XIV - Transport Information DOT Proper Shipping Name: (Bulk) Other Regulated Substances, Liquid, NOS DOT Hazard Class/ I.D. No.: (Bulk) 9, NA3082, III Not regulated for non-bulk Section XV - Regulatory Information WARNING...
  • Page 249 completeness or continuing accuracy of the information contained herein and disclaims all liability for reliance thereon. Also, additional information may be necessary or helpful for specific conditions and circumstances of use. It is the user's responsibility to determine the suitability of this product and to evaluate risks prior to use, and then to exercise appropriate precautions for protection of employees and others.

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