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REVIEWEDBLD2023-1466+Manufacturer_Specifications_and_Installation_Instructions+12.5.2023_8.33.03_AM+393392011 D D Solutions December 4, 2023 RECEIVED Dec 05 2023 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT Denise Nelson City of Edmonds Building Division BLD2023-1466 REVIEWED BY CITY OF EDMONDS Project: BLD2023-1466, Johnny Mo's Pizzeria Walk -In Cooler, 558 Main St, #200 Subject: Walk -In Cooler WSEC C410 Compliance The walk-in cooler box and equipment meet the efficiency requirements set forth in WSEC C410. Summary of the requirements is as follows: • Walk In Cooler wall panels and floor have an insulation value of greater than R-25 • The door is equipped with an automatic door closer • Evaporator Fan motors are ECM type • Walk-in Door efficiency exceeds maximum energy consumption requirement (C410.2.1.1 Equipment submittals are attached for further review. Should you have any questions or require further information please do not hesitate to call. Regards, DiB Solutions David Bodmer 2100 196th St. SW, Suite 122, Lynnwood, WA 98036 t 425 744 6300 1 f 425 744 6341 Sheet Metal I HVAC 1 Walk -Ins Johnny Mo's Pizzeria - Edmonds WA Architectural Specifications and General Design Information for Walk -In Coolers, Freezers, Refrigerated Warehouses & Refrigeration Systems IBMAsTER=BILTO M Refrigeration Solutions MOMASTERmBILT° M Refrigeration Solutions Master-Bilt® and the Federal Energy Independence and Security Act of 2007 Listed below are the requirements of the Federal Energy Independence and Security Act of 2007 and a short explanation of how Master -Bile is embracing these energy saving initiatives. Requirement Master-Bilt® Response "...automatic door closers that firmly close all walk-in doors Master-BiltI walk-ins have standard spring -loaded hinges and that have been closed to within 1 inch of full closure, except door closers that will close the door fully if the door is within that this subparagraph shall not apply to doors wider than 3 one inch of the closed position. feet 9 inches or taller than 7 feet..." "have strip doors, spring hinged doors, or other method of Master-Bilt' walk-ins have standard spring -loaded hinges and minimizing infiltration when the doors are open..." door closers that close the door fully if the door is within one inch of the closed position or if the door is inadvertently left open. "...contain wall, ceiling, and door insulation of at least R-25 Master-Bilt- offers walk-in panels in standard four -inch for coolers and R-32 for freezers, except that this subpara- thickness with optional five- and six-inch thicknesses. The graph shall not apply to glazed portions of doors or to four -inch panel has an R-value of 32, the five -inch has an R- structural members..." value of 40, and the six-inch has an R-value of 48. Addition- ally, Master-Bilt® is one of the only manufacturers to offer a six-inch ceiling panel of up to 23 feet in length with no additional support needed. "...contain floor insulation of at least R-28 for freezers..." Master-Bilt floor panels meet this insulation requirement. For "floorless" applications, the slab is required to be insu- lated to R-28. "...for evaporator fan motors of under 1 horsepower and less Master-Bilt' evaporator motors of less than one horsepower than 460 volts, use - (i) electronically commutated motors use electronically commutated motors to be compliant with (brushless direct current motors); or (ii) 3-phase motors..." the new law. "...for condenser fan motors of under 1 horsepower, use — Master-Bilt condenser motors of less than one horsepower (i) electronically commutated motors; (ii) permanent split are permanent split capacitor (PSQ type which is compliant. capacitor -type motors; or (iii) 3-phase motors..." "...for all interior lights, use light sources with an efficacy Master -Bile' lighting exceeds efficacy of 40 lumens per watt. of 40 lumens per watt or more, including ballast losses (if Additionally, Master-Bilt I's optional MBWA Digital Walk-in any), except that light sources with an efficacy of 40 lumens Alarm and Light Management System can be programmed per watt or less, including ballast losses (if any), may be to turn off the lights after 15 minutes. used in conjunction with a timer or device that turns off the lights with 15 minutes of when the walk-in cooler or walk-in freezer in not occupied by people..." "Transparent reach -in doors for walk-in freezers and win- Master-Bilt® freezer doors are available with these energy dows in walk-in freezer doors shall be of triple -pane glass saving features with either heat -reflective treated glass or gas fill" "Transparent reach -in doors for walk-in coolers and windows Again, Master -Bile cooler doors are available with these in walk-in cooler doors shall be — (i) double -pane glass with energy saving features. heat -reflective treated glass and gas fill; or (ii) triple -pane glass with either heat -reflective treated glass or gas fill" All specifications subject to change without notice. 6-17 MaMASTER-BILT NERDY SAVER Master-Bilt° initiated our Energy Saver program to help you quickly identify features that serve your efficiency needs. Below is a list of features and options included in the program. See http://master-bilt.com/customer-support/energy-savers for future updates. Product/Feature Energy -Saving Function Where Used Demand defrost Initiates electric defrost heaters only as needed As part of the optional Master Controller Reverse Cycle De- frost electronic control system on walk-ins Electric expansion valve Highly efficient valve eliminates need to maintain a high As an integrated part of the head pressure (head pressure control valve eliminated also) optional Master Controller allowing a lower head pressure and condensing temperature. Reverse Cycle Defrost system A compressor operating at a lower condensing temperature for walk-ins yields higher capacity with less energy input. Reverse cycle defrost A reverse cycle valve reverses the flow of high temperature As an integrated part of the refrigerant through evaporator coil, heating along its entire optional Master Controller length and eliminating frost buildup. Results in up to an 80% Reverse Cycle Defrost system decrease in defrost energy usage as well as a major reduction for walk-ins in defrost time. LED lighting LEDs use less electricity than fluorescent lights with electro- Standard on walk-ins with magnetic ballasts and introduce less heat into the refriger- ColdSeal MaxTm doors, ated space which reduces the workload on the refrigeration optional on other walk-ins system's compressor. The less the compressor operates, the more energy is saved. LEDs also last up to 50,000 hours. MBWA-1 digital alarm/light Door open alarm prevents door from being left open. Op- An option on walk-in coolers management system tional light management system automatically turns off lights and freezers after a programmed interval. Glass Sentry II The Glass Sentry II anti -sweat control module is designed to An option on glass door save energy by turning off glass door and frame heaters when walk-in coolers and freezers no door heat is necessary. EC motors on fans Amount of torque and current required to start ECMs is low, Standard on single phase making them more efficient. ECMs run cooler, reducing heat walk-in evaporator coils load to refrigerated space which makes the compressor run less. 4" thick walk-in panels Standard 4-inch panel with R-32 rating meets federal EISA Standard thickness on all requirements for freezers and surpasses R-25 requirements for walk-in coolers and freezers coolers. 5" and 6" thick walk-in panels Thickness of panels produces a higher R-factor and energy An option on walk-in coolers efficiency which surpasses federal EISA requirements. and freezers Low energy or energy free V-series doors have a PVC thermal break between the door Standard on walk-in coolers standard walk-in entry doors and frame which minimizes heat transfer between the re- and freezers frigerated space and the outside. Cooler doors don't require anti -sweat heat and freezer doors only require a low wattage heater in the frame. Scroll compressors Up to 20% increase in efficiency vs. reciprocating compres- Optional on walk-in cooler sors. Scrolls are also 50% more reliable than reciprocating and freezer refrigeration types. systems, standard on parallel rack systems MRS bt DRS series multi-com- Since these systems are remote, the heat produced by mul- Walk-ins and cabinets with pressor remote refrigeration tiple condensing units is removed from the kitchen or sales remote refrigeration systems systems space reducing the air conditioning load and energy bill PS series multi -compressor Parallel units can match refrigeration capacity to actual load for Walk-ins and cabinets with parallel refrigeration systems a 20%+ savings over a single compressor unit. remote refrigeration systems All specifications subject to change without notice. 6-17 MIB,MASTER-BILT° M Refrigeration Solutions EXPERIENCE Master-Bilt° has been a manufacturer of quality refrigeration equipment of all types for over 75 years and a pioneer in the use of foam insulation since the early 1950s. Master-Bilt° has designed and built countless refrigerated buildings and cabinets using time -proven urethane foamed -in - place construction. A complete sales and engineer- ing staff is available to work with you in designing the appropriate, technically correct refrigerated structure for your needs. FOAMED -IN -PLACE PANEL CONSTRUCTION Master-Bilt° pour -type, foamed -in -place panels are offered in standard 4" thickness with optional 5" and 6" thicknesses. They are formed of rigid urethane insulation having a 97% closed cell content to prevent moisture absorption. All panels are interchangeable, precision -formed and feature bulb -type, NSF -listed gaskets. These gaskets are foamed -in -place on the interior and exterior edge of each panel to additionally assure a sound, airtight seam at all joints of adjoining panels. Typical cam -lock connector system showing the cam -lock before actuation (left side) and after. 2.1 Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com Master-Bilt"s standard panel finish is 26 ga. acrylic -coated stucco galvanized. However, numer- ous interior and exterior finish options are available including stucco aluminum, stainless steel, stucco stainless steel, galvanized steel and painted steel. These metals may also be used in combination to provide different finishes for exterior and interior. Per DOE requirements, panels and doors are designed and certified for use in walk-in cooler and freezer applications. THOROUGH TESTING Master-Bilt° walk-in panels are subjected to rigorous independent testing for structural strength and are toxicity evaluated. We have earned the following listings, classifications and certifications: listing on — FM Class 1 U entry doors 8, NSF (Panels with C L U$ pass-thru stainless steel doors or painted steel finish), FM-4820 specification tested • For structural strength • Foam core tested by Factory Mutual (project #3022512) per ASTM E84-03 with the following results: Flame spread 25, smoke 400 @ 4" thickness • ASTM E84-03, ASTM E711-87(1996), ASTM D1929- 96(2001)e1, ASTM D482-00ae1, ASTM D1622-98 • N.Y.C. approval #59-85 • State of California (license #TD1102) • City of Los Angeles (research report #25169) • State of Oregon (registration #208) • State of Wisconsin approval (evaluation #200248-1 revised) • State of Florida approval (FL #14967) • City of Houston, Texas (registration #479) • Compliant with January 2009 Federal EISA requirements for food service walk-ins All specifications subject to change without notice. 11-15 Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com GINEROL PRODUCT INFORMOTION In addition, Master -Bile walk-ins meet the following building code requirements for foamed plastics in walk-in panels: • International Conference of Building Officials (Uniform Building Code) • Building Officials Conference of America • Southern Building Code Congress Reports available on request. FLOOR PANEL CONSTRUCTION Master -Bile's polyurethane foamed -in -place floor panels are similar in construction to wall panels with respect to dimensions. When properly supported, floor panels are built to withstand evenly distributed loads up to 700 pounds per square foot (stationary load). All floor panels are connected one to another by placing the foamed tongue of one panel into the foamed groove of the adjoining panel and actuating the cam -action locking device. See Section 6 "Floors and Ceilings" for more information. VERSATILITY The basic modular construction of Master -Bile coolers and freezers makes it a simple matter to disassemble, enlarge or relocate Master-BiltO refrigerated structures according to the demands of your particular business. Cam -lock panel connectors pi assembly and leakal resistant, panel-to-F seams. Master -Bile refrigerated structures may be designed to function under your existing roof or as a freestanding structure. Typical panel exterior showing cam -lock connector. MIB'MASTER-BILTO Refrigeration INSULATION INSULATION VALUES - WALK-IN PANELS Panel Efficiency Rating -0 RSO Master-Bilt" Polyurethane Panel R32 PS Polystyr=Panel Mnn Master-Bilt" Polyurethane Panel R PS Polystyrene Panel Master-Bilt" Polyurethane Panel R48 PS Polystyrene �- INSULATION: Insulation shall be 4", 5" or 6" thick rigid urethane pour type foamed -in -place using 245fa blowing agent, with tenacious bond to inner and outer metal pans PANEL "R" 'lull "K" THICKNESS FACTOR FACTOR FACTOR (Efficiency) (Overall Coefficient (Thermal of heat transfer) Conductivity) shall shall not exceed: be no more than: .125 BTU per hour, 4" 32 .030 per square foot, per inch thickness, per degree Fahrenheit .125 BTU per hour, 5" 40 .025 per square foot, per inch thickness, per degree Fahrenheit .125 48 021 BTU per hour, 6° per square foot, per inch thickness, per degree Fahrenheit All panels meet or surpass these minimum R-values required by the DOE: • Cooler walls, ceilings and doors: R-25 • Freezer walls, ceilings and doors: R-32 • Freezer floors: R-28 All specifications subject to change without notice. 6-17 2.21 MIB'MASTER-BILT Refrigeration DOOR CONSTRUCTION Master-Bilt®'s infitting doors, made with polyure- thane foamed -in -place insulation, are lightweight for easy operation. The insulation tenaciously adheres to the interior and exterior metal pan to provide rugged, one-piece durability. Each door is fitted with field adjustable cam -lift hinges, spring -loaded hinges and heavy-duty door closers for effortless closing. An airtight seal is assured by the wide surface, mag- netic gasket around the door. The door handle is provided with a deadbolt lock for added security. Low wattage, anti -sweat heaters are concealed in the perimeter of freezer doors and jambs to prevent condensation or frost accumulation in areas of high humidity. Master-BiltO standard V-Series doors are con- structed of a vinyl frame with a heavy -gauge steel backup.ColdSeal MaxTm doors feature a fully coved, extruded, welded, structural anodized aluminum, rigid frame for easy cleaning and maintenance. See Section 5 "Doors" for further information. Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com GENERAL PRODUCT INFORMOTION ColdSeal Max'" heavy-duty doors are standard on custom Bilt2Spec" walk- ins and Ready-Bilt'" pre -assembled models. Features include standard LED lighting (above) and a digital thermometer/light switch (left). Typical POLISHED FINISH DOOR CLOSURE V-Series REFRIGERATION door. Master-BiltO offers remote refrigeration systems, including condensing unit and evaporator coil, LIGHT ASSEMBLY 1/4"STEEL HINGE ranging from to 40 H.P. as well as modular \ SUPPORT (AT HINGE LOCATIONS) multi -compressor systems and packaged PRESSURE 14 GA. systems. All units are factory tested before shipping. RELIEF PORT (FREEZER ONLY) SUPPORITGE WITH ADJUSTABLE Additionally, dedicated medium temp POWER CORD BACK-UP outdoor condensing units meet the DOE require - PILOT WITCHGHT& ment of a minimum AWEF ratin of 7.61 (Btu/W-h g �' DIAL ASSEMBLY 00OR THERMOMETER MAGNETIC GASKET ` Section 8 gesubjectystems contains more FRAME information"Refrigeration onthis SP�DPRp36�IDE HINYL EAVYGAUGESITH TEEL BACK-UP LT ACCESSORIES LOCKING LOCKING HANDLE %SHEDFINISH SPRING -LOADED CAM -LIFT HINGE �APSSEMBLY Optional or alternate equipment and accessories 14 GA. LATCH INSIDE SAFETY DOUBLER RELEASE for Master-Bilt° refrigerated structures include: 14 GA. HINGE SUPPORT stainless steel welded wire shelving, floor mats, DOORFRAME HEATER (FREEZERS ONLY) ADJUSTABLE DOUBLE WIPER observation windows, hinged glass merchandising doors, pressure relief ports, door ramps, dial ther- INNER LINER 16 GA. STAINLESS STEELTHRESHOLD mometers, sliding cold storage doors, protective (NOT INCLUDED IN FLOORESSCOOERS) roof systems, structural steel support and more. 10 GA. SILL FLOORLESS H ERS) See Section 9 "Options and Accessories" for HEATER WIRE (FREEZER ONLY) additional information. 2.3 All specifications subject to change without notice. 6-17 Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com MIB,MASTER-BILT° Refrigeration GINEROL PRODUCT INFORMOTION STANDARD PANEL DIMENSIONS CASING OR WARM SIDE ww N_ N_ U) U) J J Q Q Z Z g 00 Q 0 a a LL O_ O_ Q Q 00 u_ u_ in (o LINER OR COOL SIDE STANDARD PANEL WIDTHS 11 1 /2" 23" 34 1/2" 46" Maximum PANEL THICKNESS Panel Heights WALL PANEL MAX. HEIGHT ACTUAL & Widths CEILING PANEL MAX. WIDTH ACTUAL 4 in. (standard) 27 ft.' 20 ft.z 5 in. 24 ft.' 24 ft.' 6 in. 24 ft.' 24 ft.4 'Additional support may be required when exceeding 1 &0" 2Additional support may be required when exceeding 155" 'Additional support may be required when exceeding 193" 'Additional support may be required when exceeding 231" Note: Dimensions shown are for indoor applications only and predicated upon 10 lbs. per square foot roof and/or side wall loading. Dimensions are subject to change depending on specific application and local building authority official's approval. All specifications subject to change without notice. 6-17 2.41 MIB'MASTER-BILT° M Refrigeration Solutions Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com TYPICAL INDOOR WALK-IN COOLER/FREEZER COMBINATION Fully Gasketed Joints (Gaskets are adhesive stabilized then foamed - in -place) _ \ Heavy -Duty Hardware including two spring - loaded Cam -Lift Hinges, Hydraulic Door Closure and Deadbolt Locking Handle One-piece Insulated "T" Sections Wrench -Activated Positive Cam -Locks 12" x 12" Corner Sections Flush Door Standard Pressure Relief Port (Standard on freezers) Coved Floor -To -Wall Joints 700 PSF Stationary Load Bearing Capacity Floor Standard Light Switch with Pilot Light onStandard V-Series Doors or Digital Thermometer/Light Switch on Heavy -Duty ColdSeal MaxTm Doors. 3 • II All specifications subject to change without notice. 6-1 7 Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com WREN -IN SELECTION TYPICAL WALK-IN DESIGNS 4" T 6'10" J dwg1019 TYPICAL WALK-IN LESS FLOOR 4" II ao "o NJ 4-5/16" dwg1020 ' TYPICAL WALK-IN WITH FLOOR MIB,MASTER-BILTO Refrigeration 4" <> 1 14z,,A 610" J dwg1018 TYPICAL COOLER/FREEZER WITH FLOOR/LESS FLOOR 36" x 78" DOOR (RH) i ' X 7'10" J � I M /f' X �IQ\M 6 dwg1022 TYPICAL WALK-IN WITH MULTIPLE COMPARTMENTS All specifications subject to change without notice. 6-17 7.21 MIB'MASTER-BILT Refrigeration CEILING AND WALL CLEARANCES Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com WOLFIN SELECTION Please keep the following points in mind when determining space requirements for your walk-in. BUILDING CEILING Z7ONl. UNIT OR HOUSING HEIGHT MINIMUM 2" CLEARANCE MINIMUM 5" CLEARANCE WALK-IN FOR PRS-2 COOLER/FREEZER PACKAGED SYSTEMS :111 1 4.71► [el 11110103 1 A minimum space of two inches must be allowed between the ceiling of the walk-in and the build- ing ceiling to permit installation of the walk-in ceiling. BUILDING WALL When a ceiling mounted refrigeration system is used, the distance between the top of the walk- in and the building ceiling should be at least the height of the condensing unit or housing plus an additional two inches (additional five inches for PRS-2 systems) to allow proper air circulation. For easier maintenance and service access, allow two feet from the top of the refrig- eration system housing to the building ceiling. BUILDING CEILING MINIMUM 2" WALK-IN CLEARANCE COOLER/FREEZER BUILDING FLOOR A minimum of two inches should be allowed between walk-in walls and building walls. The extra space compensates for irregularities in building construction and provides an air space which increases the walk-in's operation effi- ciency. 7.3 All specifications subject to change without notice. 6-17 Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com WREN -IN SELECTION MIB'MASTER-BILTO Refrigeration REFERENCE TABLE FOR STANDARD EXTERIOR NOMINAL AND ACTUAL DIMENSIONS LENGTH & WIDTH NOMINAL ACTUAL NOMINAL ACTUAL NOMINAL ACTUAL NOMINAL ACTUAL 6' 5110" 43' 41'3'/2" 80' 7619" 117' 112712" 7' 6191/2" 44' 4213" 81' 77'8'/2" 118' 113'2" 8' 719" 45' 437/2" 82' 7818" 119' 114'1'12" 9' 8181/2" 46' 4412" 83' 7971/2" 120' 115'1" 10' 918" 47' 45'1'12" 84' 8017" 121' 116"/2" 11' 10712" 48' 4611" 85' 81'6'/2" 122' 1170" 12' 1117" 49' 47"/2" 86' 8216" 123' 11711'12" 13' 12'6'/2" 50' 4810" 87' 83'51/2" 124' 118'11" 14' 1316" 51' 48'11'12" 88' 8415" 125' 119'10'12" 15' 14'51/2" 52' 49'11" 89' 85'41/2" 126' 120'10" 16' 1515" 53' 50'10'12" 90' 8614" 127' 121'9'12" 17' 16'41/2" 54' 51'10" 91' 8731/2" 128' 122'9" 18' 1714" 55' 52'9'/2" 92' 8813" 129' 123'8'/2" 19' 18'3'/2" 56' 5319" 93' 897/2" 130' 124'8" 20' 1913" 57' 54'8'/2" 94' 9012" 131' 1257/2" 21' 20'21/2" 58' 5518" 95' 91'11/21' 132' 1267' 22' 2112" 59' 56'71/2" 96' 9211" 133' 127'61/2" 23' 22'1'12" 60' 5717" 97' 93"/2" 134' 128'6" 24' 2311" 61' 58'6'/2" 98' 9410" 135' 129'5'/2" 25' 24"/2" 62' 5916" 99' 94'111/2" 136' 130'5" 26' 2510" 63' 60'5'/2" 100' 95'11" 137' 131'4'/2" 27' 25'111/2" 64' 6115" 101' 96' 101/2" 138' 132'4" 28' 26'11" 65' 62'4'/2" 102' 9710" 139' 133'3'/2" 29' 2710'12" 66' 6314" 103' 98'91/2" 140' 134'3" 30' 28'10" 67' 64'3'/2" 104' 9919" 141' 1357/2" 31' 29'9'/2" 68' 6513" 105' 100'8'/2" 142' 136'2" 32' 3019" 69' 667/2" 106' 101'8" 143' 1371'12" 33' 31'81/2" 70' 6712" 107' 10217'/2" 144' 138'1" 34' 3218" 71' 68'11/2" 108' 1037' 145' 139"/2" 35' 337/2" 72' 6911" 109' 104'6'/2" 146' 140'0" 36' 3417" 73' 70"/2" 110' 105'6" 147' 140'11'12" 37' 35'6'/2" 74' 7110" 111' 106'5'/2" 148' 141'11" 38' 3616" 75' 71'11'12" 112' 1075" 149' 142'10'12" 39' 3751/2" 76' 72'11" 113' 10814'/2" 150' 143'10" 40' 3815" 77' 73'10'12" 114' 10914" 151' 144'91/2" 41' 39'41/2" 78' 74'10" 115' 11031/2" 152' 145'9" 42' 4014" 79' 75'9'/2" 116' 111'3" 153' 146'8'/2" All specifications subject to change without notice. 6-17 7.41 Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com MIB,MASTER-BILT° Refrigeration HEAVY-DUTY COLDSEAL MAXTm DOOR FEATURES DOOR CLOSER DIGITAL THERMOMETER/ LIGHT SWITCH INTERIOR SAFETY RELEASE -I All - FIELD ADJUSTABLI CAM -LIFT SPRING LOADED HINGES DEADBOLT LOCK DOOR HANDLE (PULL - TYPE & LEVER ACTION AVAILABLE) LED LIGHTING All specifications subject to change without notice. 6-17 S•21 MIB'MASTER-BILT Refrigeration Master-Bilt"s standard V-Series door construction consists of a PVC frame with a heavy -gauge steel backup. Heavy-duty ColdSeal MaxTm doors feature a fully coved, extruded, welded, structural anodized aluminum, rigid frame design for easy cleaning and maintenance. The door sections are readily interchangeable with any wall section of like width. Freezer doors are equipped with an anti -sweat heater wire around the entire perimeter of the door opening and under the threshold. Doors are provided with field adjustable self - closing cam -lift hinges for either left or right hand openings. Door hinges will also be spring -loaded. In addition, a heavy-duty door closer is included on all walk-in doors. Door handles include a deadbolt lock capable of being locked with a key and padlock. For added security the deadbolt mechanism of the assembly is mounted to the door frame section securing the door if the handle is removed. All door hardware is attached to extra -large '/2-inch thick, non -conducting synthetic tapping plates. Master-Bilt° doors also have an NSF -listed replaceable magnetic core gasket inserted into a PVC retainer on the top and both sides of the N I 00 Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com door. A double blade adjustable wiper gasket is built into the bottom of the door to prevent moisture and ice buildup. Per DOE requirements, panels and doors are designed and certified for use in walk-in cooler and freezer applications. M/B DOOR PANEL ADJUSTABLE DOUBLE WIPER STRIP DETAIL OF DOUBLE BLADE ADJUSTABLE WIPER GASKET J 00 Q J 00 Q ,. 00 � J aJ Q J 00 Q J 00 Q Z x0 Z x0 Q x12 Z x0 Z x0 Z x0 c0a O(L Z (.0H 00a-a- P O0- NO r)0 110V) t0 ,n0 c00 AVAILABLE ENTRY DOOR SIZES S•3 All specifications subject to change without notice. 6-17 MJB'MASTER-R1LT@ Refrigeration Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com SECTIONS THROUGH MASTER-BILT@ DOORS 4" (STANDARD), 5" OR6" FOAM46�— jJ I— 26" 36"-I F 54"I I 29-1/4"--� h-39 1/4'L-� 57-1/4"� OPTIONAL 26" WIDE DOOR 46" 1 30"� I 33-1/4" OPTIONAL 30" WIDE DOOR STANDARD 36" WIDE DOOR 69" 48"� I 51-1/4" OPTIONAL 48" WIDE DOOR SEE ENLARGEMENT BELOW FOR DETAIL (ALL DOORS) OPTIONAL 54" WIDE DOOR 69" 159-1/2"I I f- 62-3/4"� OPTIONAL 60" WIDE DOOR STANDARD 10 GA. STEEL INNER FRAME V-SERIES FRAME HEATER BEHIND STAINLESS STEEL RACEWAY DOOR SIDESDOOR FRAME JAMB � HEATER ONDFREEZER DOOR ONLY DETAIL HINGE SUPPORT ' DOOR LEAF (AT HINGE LOCATIONS V ONLY) VINYL OUTER FRAME NEOPRENE BALLOON GASKET WITH MAGNETIC SEAL (2 SIDES AND TOP) S•S All specifications subject to change without notice. 6-17 MIB,MASTER-BILT° M Refrigeration Solutions FLOORS Master-Bilt® has a tested design for every floor need, in both indoor and outdoor applications. Any existing designs can be modified by our engi- neering department to meet your most exacting requirements. The standard Master-Bilt° floor is NSF-7 listed with a .080 textured aluminum surface. This tough floor is also safer. Its raised textured pattern pro- vides workers with better traction, thereby reduc- ing the potential of "slip and fall" accidents (even in wet conditions). Master-Bilt° also offers interior and exterior ramps for safe and easy transfer of carts from building floor to cooler/freezer floor. Rugged de- sign of these ramps matches or exceeds the load � t. �- � i. o C��-'Yp�:❑ � �?' 17 �-jam._ it f [`C C-�-C Typical floor with ~� textured aluminum surface. £ Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com bearing capacity of walk-in floors. A non-skid safe- ty strip is a standard part of every ramp. PROTECTIVE OUTDOOR ROOFS Three roof packages are available for walk-ins: aluminum prefabricated, membrane and sloped (galvalume). The aluminum prefabricated roof is available in widths up to 24 ft. by length desired (some size limitations do apply). This durable option provides a waterproof covering for the ceiling panels and is designed for rapid, accurate field assembly. The membrane roof is designed for the exact walk-in roof surface desired (a maximum of 2400 actual square feet surface area) with no welding of seams required for installation. Some size limita- tions do apply. The sloped, or galvalume, roof is available for 25-100 ft. widths by length desired (some size limitations do apply). These roofs are constructed of a minimum 26 gauge galvalume. The package comes with all necessary fasten- ers, graduate spacer purlins, galvalume decking, end closures, ridge caps and ridge vents for fast assembly. See Section 12 "Specifications", part 90 for further details about roof options. Indoor ceilings are either self-support or sus- pended. See the drawings in this section for addi- tional information on these options. s•i All specifications subject to change without notice. 9-13 Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com FLOORS ONO CEILINGS MIB'MASTER-BILTO Refrigeration DETAIL OF EXTERIOR RAMP IN A WALK-IN COOLER OR FREEZER WIPER MOUNTING ANGLE ADJUSTABLE DOUBLE —� WIPER STRIP HEATER WIRE (IN FREEZERS ONLY) M/B FLOOR PANEL FINISHED FLOOR EXT. RAMP THRESHOLD - SILL PLATE M/B EXTERIOR RAMP DETAIL OF INTERIOR RAMP IN A WALK-IN COOLER OR FREEZER FINISHED FLOOR rmp-3 INT. RAMP THRESHOLD SILL PLATE '-- DOOR PANEL WIPER MOUNTING ANGLE ADJUSTABLE DOUBLE WIPER STRIP HEATER CABLE (TRIPLE PASS ON FREEZER) All specifications subject to change without notice. 9-13 MIB,MASTER-BILT° M Refrigeration Solutions TYPICAL LATCH ASSEMBLY OUTER CASING r,AAI_E ;H ACCESS HOLE 1" DIA. Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com PLUG BUTTON INNER LINER LATCH SUPPORT IALE STRIKE laster-Bilt° wall panels are thoroughly tested and are listed classified by the following: FM-4880 Class 1 (Panels NSFL. ~ with stainless steel or painted steel finish) Florida Certificate of Product Approval #FL14967 (includes Miami -Dade county) For further listings, see Section 12, part 6: "Ratings and Independent Testing." Reports are available on request. 1.1 All specifications subject to change without notice. 11-15 Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com WALLS AND PARTITIONS PARTITION WALL JEEN R ////wg 04 TYPICAL SECTION THRU PARTITION cove CAULKING MASTER-BILT WALL PANEL VINYL COVE BASE RAM -SET TO CONC. FLOOR (BY OTHERS) OPTIONAL VINYL COVE BASE SCREED MIB'MASTER-BILTO Refrigeration OUTSIDE WALL 1/4" RADIUS — GROUT BUILDING ' OUTDOORS FLOOR � rA 6-10 MILL VISQUEEN VAPOR BARRIER dw91007 TYPICAL SECTION THRU OUTSIDE WALL 4" MASTER-BILT WALL PANEL INTERIOR OF WALK-IN —VINYL COVE BASE OPTIONAL MOLDING (ALUMINUM EXTERIOR COVE OR STAINLESS COVE MOLDING ALSO MOLDING AVAILABLE) V EXISTING FLOOR CAULKING 1-1/2" X 1-1/2" FLOOR ANGLE SHIM AS ATTACHED TO PANELS WITH NECESSARY #10 SHEET METAL SCREWS (BY M/B). RAM -SET OR DRIVE -PIN ATTACHMENT TO EXISTING FLOOR (BY OTHERS) WALK-IN LESS FACTORY FLOOR WITH FLAT -BOTTOM PANEL All specifications subject to change without notice. 11-15 1.21 MIB,MASTER-BILT° . Refrigeration Solutions GENERAL Walk-ins shall be constructed of prefab, precision - formed, modular panels designed for accurate, rapid field assembly. Walk-ins shall be equal to those manufactured by Master-Bilt°. CONSTRUCTION PLANS AND INSTRUCTIONS Each walk-in shall have a complete set of installa- tion instructions and assembly drawings. All panels shall have panel identification corresponding with assembly drawings to facilitate rapid and accurate field assembly. 1. PANEL CONSTRUCTION Per DOE requirements, panels are designed and certified for use in walk-in cooler and freezer applications. Each panel will consist of inner and outer metal pans, precision -formed on steel dies and equipped with cam -action locking devices. Locking devices shall be operable from inside the walk-in and a 5/16" hex wrench will be supplied to activate locks. Panel shall be roll -formed to provide a flange that extends into the foam insulation for su- perior strength and adhesion. Panel widths, except corner panels, will be 11'/2", 23", 341/2", 46" or 69". Panels above 10 ft. in height will be supplied with ribs spaced 53/4" apart. Ribs are formed by scoring an approximately 3/16" deep indentation along the length of the panel. Standard panels be- low 10 ft. in height will be provided without ribs but will have them available as an option. To insure exact alignment and maximum strength, corner panels will be exact 900 angles with '/4" interior radius and'/2" exterior radius and will Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com measure 12" in each horizontal exterior dimension. Doors will be mounted in panels either 46" or 69" wide. Insulation will be rigid, pour -type polyurethane, foamed -in -place with minimum of 4", 5", or 6" thickness. Locking devices will be no more than 46" apart. Floor panels will be similar to other panels and made to withstand evenly distributed floor loads up to 700 pounds per square foot, when panel is fully supported. The standard floor finish will be an NSF-7-1997 listed .080 textured aluminum. Optional heavy-duty floors containing plywood reinforcement are also available. In addition, a structural floor option, capable of supporting 5000 lbs. evenly distributed, may be provided. This floor type is designed to withstand a pallet jack (or equivalent transporter) with an evenly distributed load of 5000 lbs. over all four wheels. All panels will be connected one to another by placing the foamed tongue of one panel into the foamed groove of the adjoining panel, before actuating the cam -action locking device. Cam - action locking devices are actuated from inside the walk-in to permit erection against a wall or inside a room with close tolerances. Press -fit plug buttons will be provided to seal wrench holes after panel assembly is complete. Construction shall be as approved by the National Sanitation Foundation and shall bear the NSF° Seal of Approval affixed to the exterior of a door panel. 2. PARTITIONS When specified, walk-in will be divided into com- partments by use of insulated panels. Panels will be constructed in accordance with specifications for all panels. All specifications subject to change without notice.8-17 Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com Partitions in standard locations will be foam tongue and groove construction secured in place by cam -lock fasteners. All partition panels will have foamed -in -place thermal breakers to prevent condensation and heat transfer between compart- ments of different temperatures. 3. FLOOR SCREEDS (WHEN SPECIFIED) 3A. FOUR INCH HIGH FOAMED -IN - PLACE FLOOR SCREEDS Floor screeds will be supplied (when specified) for floorless cooler walk-ins on 76", 8'6" and 10'0" high walk-ins. Construction of floor screeds will be similar to other panels. Appropriate metal angles will be supplied for attaching screeds to floor. 3B. TWO INCH HIGH VINYL FLOOR SCREEDS Floor screeds shall be supplied (when specified) for floorless walk-ins with heights of 74", 8'4", and 9'10". Construction shall be of 2" high vinyl mate- rial with groove and locking pins to secure wall panels to the screed. 3C. U-SHAPED VINYL FLOOR SCREEDS Floor screeds shall be supplied (when specified) for flat bottom wall applications. Screeds shall be made of vinyl and have an NSF cove on interior and exterior where screeds meet building floor. 4. PANEL FINISH Metal panel finish shall be as follows. Desired finish must be specified and combinations may be used. 4A. INTERIOR OR EXTERIOR WALLS, CEILINGS & EXTERIOR FLOOR FINISHES • 26 ga. acrylic -coated stucco galvanized (standard) • 26 ga. bright stucco galvanized steel • 20, 22 or 24 ga. bright smooth galvanized steel • 24 ga. smooth white galvanized steel • 26 ga. stucco white galvanized steel • 24 ga. gray galvanized steel (exterior only) MIB,MASTER-BILTO Refrigeration 040 ga. stucco embossed aluminum 040 ga. smooth natural aluminum • 22 ga. stucco stainless steel • 18, 20 or 22 ga. smooth stainless steel, no. 3 finish • 22 ga. paintlock steel • 24 ga. black seville textured galvanized steel 4B. INTERIOR FLOOR FINISHES (WHEN SPECIFIED) • NSF-7-1997 listed .080 textured aluminum (unless otherwise specified, this finish is supplied) .100 smooth natural aluminum • 16 ga. stainless steel • 16 ga. galvanized steel • 1 /8" aluminum diamond tread S. INSULATION Standard insulation shall be 4" thick rigid pour -type polyurethane with optional 5" and 6" thicknesses available. Insulation shall also be foamed -in -place using a CFC/HCFC-free 245fa blowing agent, with a tenacious bond to inner and outer metal pans. The "K" factor (thermal conductivity) shall be no more than .120 B.T.U. per hour, per square foot, per inch thickness, per degree Fahrenheit. The "U" factor (overall coefficient of heat transfer) shall not exceed .030 for 4" panels, .024 for optional 5" panels and .020 for optional 6" panels. Insulation shall be 97% closed cell to prevent moisture absorption. The "R" factor (insulation efficiency rating) shall be 32.0 for 4" panels, 40.0 for optional 5" panels and 48.0 for optional 6" panels. 6. RATINGS AND INDEPENDENT TESTING Master-Bilte panels are independently tested: • For structural strength • Foam core tested by Factory Mutual (project #3022512) per ASTM E84-03 with the following results: Flame spread 25, smoke 400 @ 4" thickness • ASTM E84-03, ASTM E711-87(1996), ASTM D1929-96(2001)el, ASTM D482-00ael, ASTM D1622-98 • N.Y.C. approval #59-85 All specifications subject to change without notice. 8-17 MIB'MASTER-BILT Refrigeration • State of California (license #TD1 102) • City of Los Angeles (research report #25169) • State of Oregon (registration #208) • State of Wisconsin approval (evaluation #200248-1 revised) • State of Florida approval (FL #14967) • City of Houston, Texas (registration #479) • Compliant with January 2009 Federal EISA requirements for food service walk-ins 7. HINGED WALK-IN DOORS Per DOE requirements, doors are designed and certified for use in walk-in cooler and freezer applications. AVAILABLE SIZES: For all walk-ins regardless of height: • 26" x 78" (optional) • 30" x 78" (optional) • 36" x 78" (standard) • 48" x 78" (optional) • 54" x 78" (optional) • 60" x 78" (optional) Optional for 8'6" high walk-ins and up: • 36" x 84" • 48" x 84" • 54" x 84" • 60" x 84" Optional for 10'0" high walk-ins and up: • 48" x 96" • 54" x 96" • 60" x 96" Note: Track ports are normally used with 60" wide doors. Special size heavy-duty warehouse type doors are available when standard doors will not accommodate traffic flow of walk-in. Consult factory for additional sizes. 7A. Door shall be flush -mounted, infitting type with door panel construction the same as for other panels. Insulation shall be same thickness and type as used in other panels. 7B. Infitting doors may be hinged right or hinged left (specify for each door). Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com These doors are designed and certified for use in walk-in cooler applications: DescriptionSurface 26 x 78 28.75 79.5 Area 15.87 kWh/ D, 2.49 30 x 78 32.75 79.5 18.08 2.60 36 x 78 38.75 79.5 21.39 2.77 48 x 78 50.75 79.5 28.02 3.10 54 x 78 56.75 79.5 31.33 3.27 60 x 78 62.75 79.5 34.64 3.43 36 x 84 38.75 85.5 23.01 2.85 48 x 84 50.75 85.5 30.13 3.21 54 x 84 56.75 1 85.5 33.70 3.38 60 x 84 62.75 85.5 37.26 3.56 48 x 96 50.75 97.5 34.36 3.42 54 x 96 56.75 97.5 38.42 3.62 60 x 96 62.75 97.5 42.49 3.82 These doors are designed and certified for use in walk-in freezer applications: Description 26 x 78 IMM�. 28.75 1 79.5 15.87 7.02 30 x 78 32.75 79.5 18.08 7.33 36 x 78 38.75 79.5 21.39 7.80 48 x 78 50.75 79.5 28.02 8.72 54 x 78 56.75 79.5 31.33 9.19 60 x 78 62.75 79.5 34.64 9.65 36 x 84 38.75 85.5 23.01 8.02 48 x 84 50.75 85.5 30.13 9.02 54 x 84 56.75 85.5 33.70 9.52 60 x 84 62.75 85.5 37.26 10.02 48 x 96 50.75 97.5 34.36 9.61 54 x 96 56.75 97.5 38.42 10.18 60 x 96 62.75 97.5 42.49 10.75 12.3 All specifications subject to change without notice. 8-17 Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com 7C. Standard V-Series door frame shall be constructed of a vinyl frame with heavy-ga. steel backup. ColdSeal MaxTm doors will feature a fully coved, extruded, welded, structural anodized aluminum, rigid frame design for easy cleaning and maintenance. 7D. The door shall be constructed to incorporate heavy-duty, molded ABS breaker strip, which is permanently foamed -in -place. 7E. Threshold plate provided shall be constructed of fiberglass reinforced plastic (FRP) or extruded aluminum for bearing strength. 7F. On all walk-in freezers, infitting door jamb shall be provided with a thermostatically -controlled warmer cable around entire perimeter of opening. This warmer cable shall provide sufficient heat to prevent condensate or frost formation. Heater wire shall be provided in an electrically safe housing and be easily replaceable without the need for clips or special tools. 7G. Infitting door shall be fitted with thermoplastic, magnetic steel core gasket across top and along both sides of door. Bottom of door shall be fitted with adjustable, double vinyl wiper gasket. Gasket shall be water, oil, sunlight and fat resistant. When door is in closed position, the magnetic gasket shall form a positive airtight seal. Door gasket shall be easily replaceable. 7H. Door Hardware: Shall be high pressure die- cast zinc with a polished chrome finish. Hardware shall include a spring -actuated door closer, spring loaded cam lift hinges, door handle assembly with bumpers and inside safety release. Door to include field adjustable hinge with locking set screw. Door handle assembly shall include a deadbolt lock capable of being locked with a key and padlock. For added security the deadbolt mechanism of the assembly shall be mounted to the door frame section securing the door if the handle is removed. Handle may be locked in the fully unlocked posi- MIB,MASTER-BILTO Refrigeration tion with key and/or padlock to prevent unauthor- ized door locking. When specified, a pull type door handle with built-in cylinder lock is available. Also, when specified, a positive snap -action latch with adjustable strike is available. A cylinder lock in this latch is also available when specified. All handles will be provided with inside safety release to prevent accidental or malicious entrapment in walk-in. All hardware shall be attached to extra -large 112 inch thick, non -conducting synthetic tapping plates. 7K. Each infitting door panel shall be equipped with an LED light fixture mounted at the top of the inside door frame. Above the door section there shall be a light switch with pilot light adjacent to door with all inner wiring in concealed conduit in- side the polyurethane foam of the door section and terminated at a surface mounted 4" x 4" junction box on the interior door frame. All light fixtures shall operate on 115 VAC. 7L. Digital thermometer: Calibrated to indicate interior room temperatures in centigrade or fahren- heit shall be provided with each entrance door. 7M. Conduit for the inner -wiring of the door panel shall be concealed in the polyurethane foam panel. Door section to be field wired to surface mounted 4" x 4" junction box on the interior door panel. The complete door section shall be UL listed and CSA certified and so labeled. The door location and swing to be as indicated in specifications drawings. 8. REACH -IN PASS DOORS AVAILABLE IN 16" X 3011 b>; 0" X 30") 8A. Door shall match the walk-in finish and shall have the same construction and insulation as standard pedestrian door. Thermoplastic magnetic gasket (freezer only) will fit all around door perimeter. Door frame shall be provided with warmer cable as specified in Section 7F. All specifications subject to change without notice. 8-17 12.41 MIB'MASTER-BILT Refrigeration 813. Hinges shall be heavy-duty, self -closing and with a polished chrome finish. Door shall be equipped with pull handle to break force of magnetic gasket. 8C. Doors will be mounted in 23" or 46" panels and will have 16" x 30" opening or 30" x 30" opening. 9. ACCESSORIES AND OPTIONAL EQUIPMENT 9A. TEMPERATURE INDICATORS (WHEN SPECIFIED) 9A.1. SURFACE -MOUNT DIAL THERMOMETER A 3" diameter dial thermometer with 21/2" face shall be provided mounted on the door panel exterior. Thermometer shall be complete with minimum 50" capillary tube with sensor and minimum temperature range from -40°F to 60°F 9A.2. TEMPERATURE ALARM An audible, visual temperature alarm shall be provided complete with high/low setpoints from -40°F to 120°F, standard 25 ft. sensor line, continuous digital read out of monitored temperature, built-in battery and charger circuitry for power failure annunciation, piezo-type horn for audible notification, green LED -safe light, red LED - alarm light and temperature accuracy +/- 1'F. 9B. MBWA-1 DIGITAL WALK-IN ALARM & LIGHT MANAGEMENT SYSTEM (WHEN SPECIFIED) A factory -installed all -in -one digital walk-in alarm and light management system may be provided when specified. This system will feature tempera- ture alarms and door open alarms both accessible through one panel interface mounted on the walk-in. System will provide audible and visual alarms to warn of temperature fluctuations (above or below a user -set range) as well as when the walk-in door is left open. System will be config- ured with customer's choice of one of two of the following options: a light management system or Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com a panic alarm. Light management system features include: • Light can be turned on from the keypad • The timer can be set to turn the light off automati- cally from one to 255 minutes • Light can be turned on just by opening the door and will turn off automatically • Add an occupancy sensor and the light will turn on when someone is present and turn off automati- cally after a programmed time delay • Able to control up to 2000 watts of lighting The display's LED readout will show inside temper- ature ranging from -40°F to 230°F and alarm codes. 9C. LOCKING BAR (WHEN SPECIFIED) When specified, all hinged doors are available with optional locking bar for security purposes. Door shall be equipped with locking bar and tamper -proof fasteners on hinges to prevent unauthorized open- ing. The locking bar shall be provided with an inside safety release to prevent entrapment in walk-in. 9D. PANIC HARDWARE (WHEN SPECIFIED) When specified, all hinged doors are available with optional panic release bar for means of egress. Door shall be equipped with horizontal push bar to actu- ate latch interior push rod when depressed. 9E. OBSERVATION WINDOW (WHEN SPECIFIED) Walk-in door shall be provided with a nominal 14" x 14" or 14" x 24" (size must be specified) observa- tion window to provide vision into the walk-in. Window glass, which shall be replaceable, will consist of hermetically sealed glass (for low tem- perature application, heated glass is available and should be specified). All specifications subject to change without notice. 8-17 Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com 9F. PRESSURE RELIEF PORT (WHEN SPECIFIED) PORT IS REQUIRED & MUST BE SPECIFIED ON ANY WALK-IN OPERATING AT 0°F OR LOWER. A pressure relief port shall be provided to equalize atmospheric pressure inside and outside walk-in caused by temperature changes due to product loading, door opening and defrost cycles. Relief port shall be provided with 115/60/1 AC heater element to prevent freezing. In all freezer applications up through 3 H.P., a single relief port must be included. On all freezer applications of 4 H.P. and larger, a magnum flow relief port must be included. 9G. DOOR WEATHER GUARDS (WHEN SPECIFIED) FOR USE ONLY WHEN WALK-IN IS TO BE IN- STALLED OUTSIDE AND MUST BE SPECIFIED. Weather guard shall be provided with metal guard above door to protect gasket from inclement weather. Weather guard shall be fabricated from heavy gauge smooth aluminum. 9H. FLOOR RAMPS (WHEN SPECIFIED) 9G.1. An exterior ramp shall be provided for walk- in door, when specified. Exterior ramps shall be constructed of 12 ga. galvanized steel and capable of withstanding an evenly distributed loading of 700 pounds per square foot. 9G.2. An interior ramp shall be provided for a walk-in door, when specified. Interior ramps shall be constructed as an integral part of the floor panel and capable of withstanding the same load as the floor panel (700 lbs. per square foot evenly distributed). MIB'MASTER-BILTO Refrigeration 91. FLOOR DIAMOND TREAD PLATE (WHEN SPECIFIED) Aluminum or steel tread plate'/8" , 3/16" or'/4" thick, will be provided when urethane panel floor loading exceeds 700 pounds per square foot, as when heavy spot loadings occur with hand carts, mobile racks and dollies. Diamond tread plate shall be provided with #10 x 3/4" oval head self -tapping screws and is subject to acceptance by local codes. 9J. HEAVY-DUTY FLOOR (WHEN SPECIFIED) A walk-in floor with plywood reinforcement may be supplied when specified. Floor will contain a layer of foamed -in -place plywood to distribute weight of light wheeled traffic across floor. 9K. STRUCTURAL FLOOR (WHEN SPECIFIED) A walk-in floor capable of supporting 5000 lbs. evenly distributed may be provided when speci- fied. Floor construction will consist of insulated floor panels made of non-conductive foamed -in -place structural pillars with plywood underlayment and .125 diamond tread finish for maximum strength. Floor shall be designed to withstand a pallet jack (or equivalent transporter) with an evenly distributed load of 5000 lbs. over all four wheels. 9L. FLOOR MATS (WHEN SPECIFIED) When specified, vinyl floor mats will be supplied. Mats shall be assembled in easily removable modu- lar section form. Location and layout shall conform to plans. 9M. WIRE SHELVING (WHEN SPECIFIED) Metal shelving shall be welded wire type, NSF° listed, chrome plated or stainless steel 12", 18" or 24" wide. Also, shelving shall be freestanding and floor -mounted. Shelving shall be easily and rapidly assembled without use of special tools. Specify number of tiers high (minimum two high). Casters available for mobile shelving when specified. All specifications subject to change without notice. 8-17 MIB'MASTER-BILT Refrigeration 9N. RUB -RAIL WALL PROTECTORS (WHEN SPECIFIED) 91K.1. Hat -shaped 2" x 6" x 2" x desired length, 16 ga., no. 304 stainless steel rub -rail wall protectors shall be provided when specified. Rub -rail wall protectors shall be provided with 7/32" diameter pre -punched holes, @ 12" on center in top and bottom flanges for field mounting with #10 x'/2" stainless steel screws. 91K.2. Rub -rail wall protectors with a vinyl insert designed to slide/snap into an aluminum extrusion will be provided when specified. Protectors will be provided with aluminum rub -rail extrusion, pre - punched @ 12" on center for field mounting with #10 x'/2" stainless steel screws. 90. ROOF PACKAGE (WHEN SPECIFIED) 90.1. ALUMINUM PREFABRICATED ROOF PAC KAG E For use on walk-ins installed outside. Available up to 24 ft. widths by lengths desired. Some size limitations do apply. A prefab, sectional metal roof shall be supplied to provide a waterproof cover- ing of the ceiling panels. Roof shall be heavy-ga. smooth aluminum designed for rapid, accurate field assembly. Flashing to existing building is supplied on request. 90.2. MEMBRANE ROOF PACKAGE For use on walk-ins installed outside. Available in a maximum of 2400 actual square feet roof surface area. Some size limitations do apply. A single -ply membrane roof shall be supplied to provide a waterproof covering of the ceiling panels. Mem- brane material shall be reflective color and shall be provided in one complete roll designed for exact walk-in roof surface desired. No welding of seams shall be required for installation. 90.3. GALVALUME ROOF PACKAGE For use on walk-ins installed outside. Available Phone: 800-647-1284 Fax: 800-232-3966 Email: sales@master-bilt.com from 25 ft. up to 100 ft. widths by length de- sired. Some size limitations do apply. A prefab, sectional metal roof shall be supplied to provide a waterproof covering of the ceiling panels. Roof pans shall be a minimum 26 ga. stucco galvanized steel. Roof assembly shall consist of all necessary fasteners, graduate spacer purlins (to provide roof slope), galvalume decking, end closures, ridge caps and ridge vents designed for rapid, accu- rate field assembly. A complete set of drawings and installation instructions shall accompany the shipment. Some field fabrication may be required. Gutters and down spouts optionally available. 9P. COLDSEAL MAXTm HEAVY-DUTY DOOR (WHEN SPECIFIED) When specified, walk-in may be equipped with a heavy-duty door containing features found in the standard door but with the following enhance- ments: • Welded, structural anodized aluminum rigid frame in lieu of the standard steel frame • Heavy-duty strap hinges 9Q. INTERNAL STEEL PANEL STRAPS (WHEN SPECIFIED) Walk-in panels may be provided with internal steel panel straps. These dieformed straps shall be a minimum of 3" wide and shall span the width of the panel. These straps shall be foamed -in -place inside the panel with cam -lock devices welded to each end. 9R. GLASS SENTRY II ANTI -SWEAT CONTROL MODULE (WHEN SPECIFIED) Walk-in coolers and freezers may be supplied with the Glass Sentry II anti -sweat control module designed to save energy by turning off glass door and frame heaters when no door heat is neces- sary. The module functions by energizing heaters only when required based on store temperature and humidity. The base module will be encased in aluminum with a steel cover. Sensor and neces- sary wiring will be attached. Glass Sentry II is to 12.7 All specifications subject to change without notice. 8-17 MJJJMASTER-BILT@ ;.-N1CeE U men Grou 9 ./ Standex Q P P 908 Hwy. 15 North • New Albany, MS 38652 • 800-647-1284/662-534-9061 • FAX: 800-232-3966 Warranty Parts & Service: 800-684-8988 • FAX: 662-539-4499 LIMITED ONE YEAR PARTS & LABOR WARRANTY FOR QUICK SHIP, 10-BILTO & BILT2SPECTM WALK-INS Master-Bilt® warrants to the original purchaser and any subsequent owner that its foamed -in -place panels will be free from insulation failure for 15 YEARS from original installation by an authorized representative, under conditions of normal use and recommended main- tenance. The obligation of Master-BiltO shall be limited to repairing or replacing (at its option) walk-in panel, which is defective in the reasonable opinion of Master-BiltO. The user will have the responsibility and expense of removing and returning the defective panel to Master-Bilt® as well as the cost of re -installing the replacement or repaired panel. Master-Bilt® warrants to the original purchaser and any subsequent owner that all parts of its walk-in cooler and freezers, except expendable electrical components, will be free from defects in material and workmanship for ONE YEAR from date of shipment from factory or ONE YEAR AND THREE MONTHS from Master-BiltO ship date, under conditions of normal use and recommended mainte- nance. A one year parts & labor warranty shall apply to the door, door frame & its parts installed by authorized or approved Master-Bilt® dealers, distributors, service companies or refrigeration contractors. A one year parts & 12 month labor warranty shall apply to remote refrigeration systems installed by authorized or approved Master-Bilt® dealers, distributors, service companies or refrigeration contractors with the exception of MRS and DRS series rack systems which shall have one year parts, 90 day labor coverage for refrigeration equipment and one year compressor coverage. A one year parts & labor warranty shall apply to self-contained refrigeration equipment that are in- stalled by authorized or approved Master-Bilt® dealers, distributors, service companies or refrigeration contractors. Your local compressor supplier should exchange the compressor at no charge during first year warranty. The labor warranty does not cover the cost (parts or labor) of installation, start-up, normal maintenance, or normal control adjustment. The cost of service labor reimbursed will be based on straight -time rate and reasonable time for the repair or replacement of the defect following Master-Bilt®'s guidelines. Claims under this Warranty must be submitted electronically by the Service Company within 90 days from the date of repair. Claims not filed within this time frame will be subject to denial without prior approval. To submit a claim you must have a Master-BiltO serial number. The obligation of Master-BiltO shall be limited to repairing or replacing (at its option) any walk-in part, or piece of equipment, which is defective in the reasonable opinion of Master-BiltO. The user will have the responsibility and expense of returning the defective part or piece of equipment to Master-BiltO. All claims submitted must have the equipment serial number on the claim. Floor panels are not warranted under the following conditions: Wet mopping or use of a water hose for cleaning, rolling wheel traffic (carts, dollies, etc.) on non -reinforced (overlay) floors and/or weight loads exceeding 800 Ibs/sq. ft. on non-structural floors. Other defective conditions caused by abnormal use or misuse, lack of or improper maintenance, damage by third parties, alterations, acts of God, failure to follow installations or safety instructions or any other event beyond the control of Master-Bilt@ will not be covered under this Warranty. THIS WARRANTY IS EXCLUSIVE AND IN LIEU OF ALL OTHER WARRANTIES EXPRESS OR IMPLIED, INCLUDING THE IMPLIED WARRAN- TIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. In no event shall Master-BiltO be liable for loss of use, revenue or profit or for any other indirect, incidental, special or consequential damage including, but not limited to food spoilage or product loss. This warranty shall apply only within the continental United States, it territories and possessions, Canada and Mexico. OPTIONAL LIMITED FOUR YEAR COMPRESSOR REPLACEMENT WARRANTY The Company warrants, if purchased on the original invoice to the original purchaser and any subsequent owner that it will supply a replacement compressor on the equipment if found to be defective (in the reasonable opinion of the Company) in material or workman- ship if written notice is given within five years from date of shipment. Defective conditions caused by abnormal use or misuse, lack of or improper maintenance, damage by third parties, alterations, acts of God, failure to follow installation, maintenance or safety instructions or any other event beyond the control of the Company will not be covered under this Warranty. The Compressor Replacement Warranty does not apply to any part of the equipment other than the com- pressor. The user will have the responsibility and expense of removing and returning the defective compressor to the Company as well as the cost of reinstalling the replacement compressor. The Company may satisfy its obligations hereunder by supplying a replacement compressor, which, is reasonably similar in design and capacity. THIS WARRANTY IS EXCLUSIVE AND IN LIEU OF ALL OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUDING THE IMPLIED WARRAN- TIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. In no event shall the Company be liable for loss of use, revenue or profit or for any other indirect, incidental, special or consequential damages, but not limited to, losses involving food spoilage or product loss. This Compressor Replacement Warranty shall apply only within the continental United States, it territories and possessions, Canada & Mexico. REPLACEMENT PART WARRANTY Master-Bilt® warrants to the original purchaser and any subsequent owner that all parts purchased after the first year warranty period will be warranted for 90 days from invoice date. Compressor Serial Number: Invoice Date: 12/15 ©2015 Master-Bilt Products, an unincorporated division of Standex International Corporation. All rights reserved. Printed in U.S.A. MOMASTERmBILT° M Refrigeration Solutions Master-Bilt® and the Federal Energy Independence and Security Act of 2007 Listed below are the requirements of the Federal Energy Independence and Security Act of 2007 and a short explanation of how Master -Bile is embracing these energy saving initiatives. Requirement Master-Bilt® Response "...automatic door closers that firmly close all walk-in doors Master-BiltI walk-ins have standard spring -loaded hinges and that have been closed to within 1 inch of full closure, except door closers that will close the door fully if the door is within that this subparagraph shall not apply to doors wider than 3 one inch of the closed position. feet 9 inches or taller than 7 feet..." "have strip doors, spring hinged doors, or other method of Master-Bilt' walk-ins have standard spring -loaded hinges and minimizing infiltration when the doors are open..." door closers that close the door fully if the door is within one inch of the closed position or if the door is inadvertently left open. "...contain wall, ceiling, and door insulation of at least R-25 Master-Bilt- offers walk-in panels in standard four -inch for coolers and R-32 for freezers, except that this subpara- thickness with optional five- and six-inch thicknesses. The graph shall not apply to glazed portions of doors or to four -inch panel has an R-value of 32, the five -inch has an R- structural members..." value of 40, and the six-inch has an R-value of 48. Addition- ally, Master-Bilt® is one of the only manufacturers to offer a six-inch ceiling panel of up to 23 feet in length with no additional support needed. "...contain floor insulation of at least R-28 for freezers..." Master-Bilt floor panels meet this insulation requirement. For "floorless" applications, the slab is required to be insu- lated to R-28. "...for evaporator fan motors of under 1 horsepower and less Master-Bilt' evaporator motors of less than one horsepower than 460 volts, use - (i) electronically commutated motors use electronically commutated motors to be compliant with (brushless direct current motors); or (ii) 3-phase motors..." the new law. "...for condenser fan motors of under 1 horsepower, use — Master-Bilt condenser motors of less than one horsepower (i) electronically commutated motors; (ii) permanent split are permanent split capacitor (PSQ type which is compliant. capacitor -type motors; or (iii) 3-phase motors..." "...for all interior lights, use light sources with an efficacy Master -Bile' lighting exceeds efficacy of 40 lumens per watt. of 40 lumens per watt or more, including ballast losses (if Additionally, Master-Bilt I's optional MBWA Digital Walk-in any), except that light sources with an efficacy of 40 lumens Alarm and Light Management System can be programmed per watt or less, including ballast losses (if any), may be to turn off the lights after 15 minutes. used in conjunction with a timer or device that turns off the lights with 15 minutes of when the walk-in cooler or walk-in freezer in not occupied by people..." "Transparent reach -in doors for walk-in freezers and win- Master-Bilt® freezer doors are available with these energy dows in walk-in freezer doors shall be of triple -pane glass saving features with either heat -reflective treated glass or gas fill" "Transparent reach -in doors for walk-in coolers and windows Again, Master -Bile cooler doors are available with these in walk-in cooler doors shall be — (i) double -pane glass with energy saving features. heat -reflective treated glass and gas fill; or (ii) triple -pane glass with either heat -reflective treated glass or gas fill" All specifications subject to change without notice. 6-17 MIB'MASTER-BILT Refrigeration Phone: 800-647-1284 Fax:800-232-3966 Email: sales@master-bilt.com COMPONY BIRECTORY For assistance please contact us at the numbers below. SALES & CUSTOMER SERVICE Phone: 662-534-9061 • 800-647-1284 Fax: 662-534-6049 • 800-232-3966 Email: sales@master-bilt.com WARRANTY PARTS & TECHNICAL SERVICE Phone: 662-534-9061 • 800-684-8988 Fax: 866-882-7629 Email: service@master-bilt.com NON -WARRANTY PARTS SALES Parts Town Phone: 800-438-8898 Fax: 888-513-0259 Email: customerservice@partstown.com As we are continuously improving our products to benefit our customers, we reserve the right to change specifications without notice. For the latest product information and specifications visit master-bilt.com 1.3 All specifications subject to change without notice. 6-17 MjBMASTER=B1LT° TM Refrigeration Solutions 908 Highway 15 North • New Albany, MS 38652 Phone: 800-647-1284 • 662-534-9061 Fax: 800-232-3966 9 662-534-6049 www.master-bilt.com of M. Standex Food Service Equipment Group ©2017 Master-Bilt Products, an unincorporated division of Standex International Corporation. All rights reserved. Printed in U.S.A. PRODUCT DATA & INSTALLATION Bulletin T30-TPLP-PDI-16e Part #1087152 PRODUCT SUPPORT scan: web: www.t-rp.com/tplp 0M ;M a:•. email: evaps@t-rp.com � �::.1:,� 41-91 call: 1-844-893-3222 x520 ;:�?�;•:�; TPLP Pre -Assembled Low Profile L Evaporators Air & Electric Defrost Medium Temperature Applications: 350F Low Temperature Applications: -10°F Electrical: 115/1/60, 208-230/1/60, 208-230/3/60, 460/1/60 (5(�J LOW GWP REFRIGERANTS SMARTS P E E DM ESP O FAN MOTOR TECHNOLOGY See Page 16 for details see page 20 for details CONTENTS Page Nomenclature................................................................................................................. 2 Standard Features (All Models)...................................................................................... 2 Available Configurations................................................................................................. 3 CapacityData................................................................................................................. 4 ElectricalData................................................................................................................. 5-7 Wiring Diagrams - Models with PSC motors.................................................................. 8 - 15 Wiring Diagrams - Models with EC Motors / SMARTSPEED............................................ 16 - 19 Wiring Diagrams - Models with ESP O......................................................................... 20 - 25 ShippingWeights............................................................................................................ 26 DimensionalData............................................................................................................ 27 Expansion Valve Selections - Electro-Mechanical Models ............................................. 28 - 29 Expansion Valve Selections - Models with E S PC ....................................................... 30 Defrost Kit and Fuse Package Selections / Details....................................................... 31 - 35 Installation Instructions................................................................................................... 36 - 37 Project Information ........................................... .............. 38 .................................................. Product Support Resources: Service Parts, Troubleshooting, Warranty, etc ................... 39 "As Built" Service Parts.................................................................................................... Back 19/09/19 NOMENCLATURE T P LP 3 14 L E S2 B T = Trenton Pre -Assembled Low Profile Evaporz Number of Fans — Nominal Capacity: x 1000 @ 10°F TD, B Application Range: M = Medium to High Temp 6 FPI (25°F / -4°C) Evap Temp) L = Low Temp 6 FPI (-20°F / -29°C) Evap Temp) V = Low Temp 4 FPI (-20°F / -29°C) Evap Temp) Defrost: A = Air E = Electric R6 - ESPE Designation: Mechanical: if blank = PSC Motor EC2 = SmartSpeed EC Motor Electronic: ESPP = ESP+ w/ PSC Motor ESPE = ESP+ w/ EC Motor Refrigerant Designation: R2 = R407A / R407C / R22 / R448A R6 = R404A R8 = R407A / R407C / R22 / R448A, R404A (R8 applies to ESP+ models only) Generation: B = 2"1 Voltage: S1 = 115/1/60 (air defrost models only) S2 = 208-230/1/60 S4 = 460/1/60 (2 to 6 fan models only) T3 = 208-230/3/60 STANDARD FEATURES (ALL MODELS) • Compatible with Low GWP Refrigerants • High efficiency and high strength fan guard • Front access • Internally enhanced tubing • Convenient mounting brackets • Ample electrical and header compartments • Positive slope, hinged drain pan • Centrally located, universal drain connectior • Large 3/4" ID (3/4" MPT) drain hole • Schrader valve on suction header, located outside of cabinet T30-TPLP-PDI-16e - 2 - 19/09/19 TPLP PRE -ASSEMBLED CONFIGURATIONS 60Hz E S P O (R8) MODELS Include factory installed: • ESP+ Adaptive Defrost Control • ESP+ Remote Display • EEV Electronic Expansion Valve • Solenoid Valve r� ELECTRO-MECHANICAL (R2 and R6) MODELS Include factory installed: • TX Valve • Solenoid Valve • Thermostat ESP�0 .J4 I N ALL CONFIGURATIONS AVAILABLE WITH: SMARTSPEED' OR PSC MOTORS FAN MOTOR TECHNOLOGY T30-TPLP-PDI-16e - 3 - 19/09/19 TPLP CAPACITY DATA - ALL MODELS 60Hz Medium Temperature Models - Capacity @ 6 F.P.I. Medium Temp. Models TPLP 104M 106M 107M 209M 211M A 317M 320M 423M 426M 532M 639M Number Of Fans 1 1 1 2 2 2 3 3 4 4 5 6 - i Q 4090 5230 6460 8170 10450 13300 16200 19000 21900 24700 30400 37100 (1197) (1530) (1891) (2394) (3059) (3895) (4731) (5567) (6403) (7230) (8902) (10830) Capacity Evap _ 3870 4950 6120 7740 9900 12600 15400 18100 20800 23500 28900 35200 Temp. 1134 1449 1791 2268 2898 3690 4482 5274 6066 6849 8433 10260 BTU H (WATTS) 25`F R404A 4300 5500 6800 8600 11000 14000 17000 20000 23000 26000 32000 39000 (-4'C) EM (1260) (1610) (1990) (2520) (3220) (4100) (4980) (5860) (6740) (7610) (9370) (11400) R22 4090 5230 6460 8170 10500 13300 16200 19000 21900 24700 30400 37100 1197 1530 1891 2394 3059 3895 4731 5567 6403 7230 8902 10830 Air Flow CFM (US) 1010 950 900 2020 1910 1800 2860 2700 3810 3600 4500 5400 477 458 425 953 901 850 1350 1274 1798 1699 2124 2549 Refrigerant " LB. (KG) 0.7 1.1 1.5 1.3 1.4 2.0 3.0 4.0 3.9 3.3 6.5 7.8 Char a GQ 0.3 0.5 0.7 0.6 0.6 0.9 1.4 1.8 1.8 1.5 2.9 3.5 Low Temperature Models - Capacity @ 6 F.P.I. Low Temp. Models TPLP 104L 105L 106L 207L 209L 211L 314L 317L 419L 422L 527L 631L Number Of Fans 1 1 1 2 2 2 3 3 4 4 5 6 Evap�� & 3610 4560 5510 7030 8550 10500 13300 16200 18100 20900 25700 29500 Capacity Temp (1055) (1340) (1615) (2062) (2508) (3059) (3895) (4731) (5292) (6118) (7515) (8626) BT _20°F R404A 3800 4800 5800 7400 9000 11000 14000 17000 19000 22000 27000 31000 (WATTS) (-29'C) CEM (1110) (1410) (1700) (2170) (2640) (3220) 1 (4100) (4980) (5570) (6440) (7910) 1 (9080) Air Flow CFM (US) 1010 950 900 2020 1910 1800 2860 2700 3810 3600 4500 5400 477 458 425 953 901 850 1350 1274 1798 1699 2124 2549 Refrigerant LB. (KG) 0.7 1.1 1.5 1.3 1.4 2.0 3.0 4.0 3.9 3.3 6.5 7.8 'G�`(Q Char a � 0.3 0.5 0.7 0.6 0.6 0.9 1.4 1.8 1.8 1.5 2.9 3.5 Low Temperature Models - Capacity @ 4 F.P.I. Low Temp. 4 FP I Models TPLP 103V 104V 105V 206V 208V 209V 312V 315V 416V 419V 523V 627V Number Of Fans 1 1 1 2 2 2 3 3 4 4 5 6 Evap Q 2850 3900 4750 6080 7410 8840 11400 14300 15200 18100 21900 25700 Capacity Temp. (836) (1140) (1397) (1786) (2176) (2584) (3344 ) (4171 ) ( 4456 ) (5292) (6403) (7515) BTUH (WATTS) -20`F R404A 3000 4100 5000 6400 7800 9300 12000 15000 16000 19000 23000 27000 (-29-C) (880) (1200) (1470) (1880) (2290) (2720) 1 (3520) (4390) 1 (4690) (5570) (6740) 1 (7910) Air Flow CFM (US) 1010 950 900 2020 1910 1800 2860 2700 3810 3600 4500 5400 477 458 425 953 901 850 1350 1274 1798 1699 2124 2549 Refrigerant " LB. (KG) 0.7 1.1 1.5 1.3 1.4 2.0 3.0 4.0 3.9 3.3 6.5 7.8 Q Char M 0.3 0.5 0.7 0.6 0.6 0.9 1.4 1.8 1.8 1.5 2.9 3.5 Capacities rated using 10°F (5.6°C) TD & 100°F (38°C) liquid temperature. Capacities at other TD within a range of 8 to 15 °F (4.4 to 8.3°C) are directly proportional to TD, or use formula: Capacity = Rated capacity = 10 x TD. Capacities for R448A, R407A and R407C are based on mean temperature. Mean temperature is the average temperature between the saturated suction temperature and the temperature feeding the evaporator. For dew point ratings, consult factory. For R449A, use R448A data. ** REFRIGERANT CHARGE CONVERSION FACTORS R448A R407C -,® 1111IR-5-07-ME-2-0-111111 T30-TPLP-PDI-16e -4- 19/09/19 TPLP ELECTRICAL DATA 60Hz 115/1/60 - AIR DEFROST MODELS FAN MOTORS MODEL TPLP I FPI I QTY. I PSC MOTORS I EC MOTORS HP FLA TOTAL WATTS MIN. CIRC. AMPACITY (A) MAX. FUSE (AMPS) HP FLA TOTAL WATTS MIN. CIRC. AMPACITY (A) MAX. FUSE (AMPS) 104MAS1 1 1/15 1.0 100 1.3 15 1/15 1.0 60 1.3 15 106MASI 1 1/15 1.0 100 1.3 15 1/15 1.0 60 1.3 15 107MAS1 1 1115 1.0 100 1.3 15 1/15 1.0 60 1 1.3 15 209MAS1 2 1/15 2.0 200 2.3 15 1/15 2.0 120 2.3 15 2 1/15 2.0 200 2.3 15 214MAS1 6 2 1115 2.0 200 2.3 15 1/15 2.0 120 2.3 15 3 1/15 3.0 300 3.3 15 320MAS1 3 1/15 3.0 300 3.3 15 1/15 3.0 180 3.3 15 423MAS1 4 1/15 4.0 400 4.3 15 1/15 4.0 240 4.3 15 426MAS1 4 1/15 4.0 400 4.3 15 1/15 4.0 240 4.3 15 532MAS1 5 1/15 5.0 500 5.3 15 1/15 5.0 300 5.3 15 639MAS1 6 1/15 6.0 600 6.3 15 1/15 6.0 360 6.3 15 ELECTRICAL DATA 208-230/1/60 - AIR DEFROST MODELS MODEL TPLP FPI FAN MOTORS PSC MOTORS EC MOTORS QTY.FLA HP TOTAL WATTS MIN. CIRC. AMPACITY (A) MAX. FUSE (AMPS) HP FLA TOTAL WATTS MIN. CIRC. AMPACITY (A) MAX. FUSE (AMPS) 104MAS2 1 1/15 0.5 100 0.6 0.6 15 15 1/15 0.6 60 60 0.8 0.8 15 106MAS2 1 1/15 0.5 100 1/15 0.6 15 107MAS2 1 1/15 0.5 100 0.6 15 1115 0.6 60 0.8 15 209MAS2 2 1/15 1.0 200 1.1 15 1/15 1.2 120 1.4 15 211MAS2 2 1/15 1.0 200 1.1 15 1/15 1.2 120 1.4 15 214MAS2 6 2 1/15 1.0 200 1.1 15 1115 1.2 120 1.4 15 317MAS2 3 1/15 1.5 300 1.6 15 1/15 1.8 180 2.0 15 320MAS2 3 1/15 1.5 300 1.6 15 1/15 1.8 180 2.0 15 423MAS2 4 1/15 2.0 400 2.1 15 1/15 2.4 240 2.6 15 426MAS2 4 1/15 2.0 400 2.1 15 1/15 2.4 240 2.6 15 532MAS2 5 1/15 2.5 500 2.6 15 1/15 3.0 300 3.2 15 639MAS2 6 1/15 3.0 600 3.1 15 1/15 3.6 360 3.8 15 ELECTRICAL DATA 460/1/60 - AIR DEFROST MODELS MODEL TPLP FPI FAN MOTORS QUANTITY PSC MOTORS HP FLA TOTAL WATTS MIN. CIRC. AMPACITY (A) MAX. FUSE (AMPS) 209MAS4 6 2 1/15 0.8 200 0.9 15 211MAS4 2 1/15 0.8 200 0.9 15 214MAS4 2 1/15 0.8 200 0.9 15 317MAS4 3 1/15 1.2 300 1.3 15 320MAS4 3 1/15 1.2 300 1.3 15 423MAS4 4 1/15 1.6 400 1.7 15 426MAS4 4 1/15 1.6 400 1.7 15 532MAS4 5 1/15 2.0 500 2.1 15 639MAS4 6 1/15 2.4 600 2.5 15 T30-TPLP-PDI-16e -5- 19/09/19 TpLp WIRING DIAGRAM - 115/1/60, 208-230/1/60 Psc STANDARD PSC MOTORS 60Hz AIR DEFROST MODELS WITH DEFROST TIME CLOCK WITHOUT DEFROST TIME CLOCK REFER TO EVAPORATOR REFER TO EVAPORATOR NAMEPLATE FOR ELECTRICAL NAMEPLATE FOR ELECTRICAL REQUIREMENTS REQUIREMENTS DEFROST CLOCK L1 L2(N) L1 L2(N) PARAGON # 8145 OR EQUIVALENT GND I I I I TM GND I I I I I I I FUSE OR FUSE OR I CIRCUIT OMIT CIRCUIT I I BREAKER 2ND FUSE 3 4 X BREAKER NOTE #3 IF(N) 1 2 N NOTE #3 I I I 1 I I OMIT2ND I I I I I) IiT FUSE I I I I GND I I I-- I IF(N) I I I I TO MULTIPLE I I _______-J I I I I I 4 EVAPORATORS (IF APPLIC) I I I I I I I \ I I— F lI TO MULTIPLE EVAPS I I I I ------_---_ qJ (IFAPPLIC) I I I I I I I I I I I I I I I PUMP DOWN SPACE LIQUID LINE I I I SPACE LIQUID LINE SWITCH THERMOSTAT SOLENOID VALVE I I THERMOSTAT SOLENOID VALVE (IF USED) NOTE #4 NOTE #4 I I NOTE #4 NOTE #4 L I N.C. i i l i N.C. I I I I I — I I I I I I / EVAPORATOR I I I / I / EVAPORATOR 4 F TERMINAL BOARD 4 F TERMINAL BOARD GND. GND. FAN MOTOR FAN MOTOR I— _ � POWER I— r POWER I I �� PLUGS I— I �F— —� PLUGS REFER TO REFER TO FAN FAN WEVAPORATOR FAN FAN FAN EVAPORATOR MTR MTR 0 0 0 DATAPLATE MTR MTR O 0 O MTR DATA PLATE FOR MOTOR FOR MOTOR QUANTITY QUANTITY TERMINALS NOTES O -COMPONENT TERMINAL 1). USE COPPER CONDUCTORS ONLY ❑ -TERMINAL BLOCK TERMINAL 2). USE 75°C WIRE (OR HIGHER) CONDUCTORS/WIRING 3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST FACTORY WIRING HEATERS MUST NOT EXCEED MAXIMUM — — — — — — — — — WIRING BY OTHERS VALUE SHOWN ON EVAPORATOR NAMEPLATE. — OPTIONAL FACTORY OR 4). MAY BE FACTORY INSTALLED -MOUNTED AND BY OTHERS WIRED ON EVAPORATOR. ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL 1-LP AIR 09/06 AND NATIONAL CODES. T30-TPLP-PDI-16e - 8 - 19/09/19 TPLP SMARTSPEEDm Bt FAN MOTOR TECHNOLOGY US Patents Nos. DESIGN FEATURES 896359883 Standard on all EC Motors { & 991519525 ` ' • NO special controls required. • Refrigeration mode — EC motor operates at full speed. Consumption 60 W per motor • Off Cycle mode — EC motor operates at reduced speed. Consumption 13 W per motor. • Energy saving benefit on motor and compressor wattage consumption: 20000 ENERGY CONSUMPTION COMPARISON: 18000 With PSC vs ECM vs SmartSpeed Evaporator Fan Motors Compressor w/ PSC 16000 - Compressor w/ ECM a 14000 L Compressor w/ SmartSpeed 3 O -- 2 —000 .. 12000 10000 o--------------------------------------------- ADDITIONAL ENERGY SAVINGS WHEN ; E 8000 N ; USING SMARTSPEED EVAPS ; 0 ------------- 6000 rn � d 4000 c w EVAP w/ PSC 2000 �— EVAP w/ ECM L-'EVAP with SmartSpeed 0 0 50 100 150 200 250 300 350 400 450 500 Time (minutes) Note: Data collected on a typical freezer application with a 3HP low temp condensing unit and a 4 fan TPLP evaporator INSTALLATION NOTES EC motors are factory wired for SmartSpeed operation on evaporators equipped with a factory installed thermostat. T30-TPLP-PDI-16e - 16 - 19/09/19 66/60/6l - LL - 996-Iad-dldl-0el 'S3a❑3 -lVN❑I1dN (INV 01/10 NId 33d❑-T ddS❑d 3IffVSIlddV ddd H1IM=3SNVIHdW❑S a3alno-ld SI =3aoW ELMS ❑Ml dI NI 3N09 19 1Snk 9NI?JIM QH3Id Tdd 3d).i lads 3a isnw ' dOivdodVA3 No a3NI/M Sd3Hl❑ A aNV a3iNnOW-93H3d1SNI ).NEi3Vd 39 ).VW '(b KI AE 1Sdd 1dN❑Ild❑ '3iV3d3WVN dEiVdOdVA 3 NO NMOHS 3n7VA Sd3H1❑ Xg ❑NIdIM WnwixeW a33Sx3 iON isnW sd3iV3H 9NIdIM )\d❑1dVd iSOdd3a aNV SdOiOW Nvl NEivd❑ddn3 dO3 NOIiS31Odd iN3ddn3N3A O '(O 9NI?JIM/SNFli3 (IN❑3 (d3H9IH NO) 3dIM S<SL 3Sn '(Z -bNIWd31 CIS❑Hff ddNIWd31- ❑ A-1NO Sd013nCNE3 d3dd❑n 3Sn '(I -ldNIWddl 1N3N❑dW❑3- O S❑1❑N SIVNIWd31 ( 9 Ol I AA) SdDiOW NV3 33 ( 9 Ol 1 AA) SKiOW NVd 33 9 S b E Z l 9 5 b Z ?llW 211W idiA ?llNI KA ?llW d1W b1W 81W d1W J1W b1W NV3 NV3 NVd NV3 NV3 NV3 NVd NVd NVd NV3 NVd NVd d i b d 1 b dOiVdOdVA3 bOlbbOdd�3 CND -]I F •QNO ielsowd3Hi WoaH (IV CINIH1 do 3aln AN oa' S3WI HHe 1V a33dS HHnH 31Vddo 01) 1VISOWJ3H1 WO?J3 CIV37 QJIHl in 3dIM lON — (a3I�SllVs 1V1Sowa3H1 N I M ) a33dS a3ona3a (9NIl�V] lb'1SOWa3H1 WOCd N3HM ) a33dS 17n3 O(( 'S3WI1 HiV 1V Q33dS -i-in3 31Vd3d❑ 011 T NOIlVN3d0 8010W 33 Q33dS OMi (([3I'SI1VS 1V1SI1Wi-lH1 N3HM ) Q33ds a3JnQ3d (9NITIV3 1V1SOWb3H1 WOOd N3HM ) Q33is -i-in3 — LO' NOIlVd3d0 dOlOW 33 Q33dS OMl I N I I I _ 0.N t# 310N t# 310N 3A7VA OION3NOS lOdS II 3Nn 01nOn 1b130VW�S Hl t# dlON t# 310N (03Sn dQ 3A�VA 010N3HOS lOdS H011MS 3N17 Oln01d 1V130VW� I Hl NMOO dWnd I I I I I I I 1 L�__� I I I (01IddH dl) b� �— C --------I —� I SdvAi 37dI17nW Ol —� I I I I I I I 1 ---IJ I (017ddV dl) Sd01Vd0dVA3 y I� ------------�—I� 3idii�nn Ol j _ (INS (N)31 �— �+I--J I 3Sn3 1 T In l I (]NZ ilHO N Z l I # (N)dI �# 31oN 3snd aNz dDiv3de I�I N3>Id3HH x ti F ISI ilnodl0 ilwo llnodlo No 3sn3 No 3SnA id E�— GNC ONO 1N:i Vmn03 d0 T T Stl8 # NOSVNVd \ (N)Z� ll (N)Z� IN / Y13073 1SOdd30 S1N3w3dIn03d S1N3W3NInciN 7V01d103H3 d01 31VHd3WVN �VOINlO3I3 NOd 31V�1d3WVN NOlVNOdVA3 Ol d3H3d d01Vd0dVA3 01 N313N >i0m0 imi 1S02JHii4 inOHilM >10MO IlWIl 1SO�JHII4 HilM S�3Q0IN 1SO2JJ30 2AIV ZH09 adddSIZIMS Ul!M S�AOlOIN 03 -IVN011dO 70 094/OCZ-soz `O9i /9�� - UYVNJVla ONINIM dldl ESP13 60Hz INTUITIVE EVAPORATOR CONTROL TECHNOLOGY What is ESP+? Trenton Refrigeration's ESP+ intuitive evaporator control technology is designed to replace traditional electro- mechanical refrigeration controls typically used on medium and low temperature applications. By combining award winning adaptive technology along with an electronic expansion valve, Trenton Refrigeration continues Leading The Way with innovative, state-of-the-art designs. Installing an evaporator utilizing the ESP+ intuitive evaporator control technology is simple. Two pipes, two wires and you're done. No interconnecting control wiring between the evaporator and the condensing unit is required. • Quick simple installation Improved evaporator performance by minimizing excessive frost on the evaporator • Eliminates ice build up on surfaces and product • Energy savings through evaporator fan management • Energy savings with reduction in the number of defrost cycles • Defrost heater management Improved system diagnostics and service through advanced alarm notification text/email • Remote monitoring & system control • User friendly interface • Precise temperature control for prolonged product shelf life • Improved product integrity with less potential for spoilage • Downloadable data provides system history for prior 30 days • Remotely view and change system parameters and alarm settings • Manually control system • Easily troubleshoot issues ESP+ controls: - Box Temperature - Superheat - Defrost Initiation - Defrost Termination - Fan Motors - Defrost Heater (Electric Defrost Models) Plus - User can access operating data directly from the system interface 15-20% System Energy Savings over a Properly Commissioned System! Room antl Coil Camp -Mwth 110 Im -X .0 5 +o kS 20 25 o•rs Timetl Velr4St; UAy 0-16 — Adgpove defrost, Day 16-31 — 86% Fewer Defrost Cycles* • Enhanced system performance • Energy Savings • Improved product integrity Data may vary depending on application Visit www.t-rp.com/esp for details T30-TPLP-PDI-16e - 20 - 19/09/19 LOW PROFILE 120V AIR DEFROST EVAP CONTROLLER WIRING DIAGRAM REFER TO EVAPORATOR NAMEPLATE FOR ELECTRICAL AND FUSE SIZE REQUIREMENTS. 120V-1-60 ENTERING SERVICE N 1 I I I I FUSE OR CIRC BREAKER I L1 BILK — 120V-1-60 Hz EVAP POWER * OPTIONAL SMARTSP® TWO SPEED EC MOTOR OPERATION FULL SPEED ( WHEN ROOM THERMOSTAT CALLING) REDUCED SPEED ( WHEN THERMOSTAT SATISFIED) (TO OPERATE FULL SPEED AT ALL TIMES , REMOVE BROWN WIRE FROM "T" AT TERM BOARD AND INSULATE END) LOW PROFILE EVAPORATOR NOTES Cl. USE COPPER CONDUCTORS ONLY C2. USE 75-C WIRE (OR HIGHER) C3. OPTIONAL COMPONENT CT ALL FUSES TO BE CLASS CC OR J AND VOLTAGE RATED EQUAL (OR HIGHER) THAN OPERATING VOLTAGE coNDUCTORS/WIRNG FACTORY WIRING ---- OPTIONAL WIRING - - - - - - WIRING BY OTHERS ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES. REVISIONS EVAP CONTROLLER DIAGRAM NUMBER DATE R - - 1107265—AS11-s1�N -- ELK LIQUID LINE BLK FAN ELECTRONIC SOLENOID N.C. 0A RELAY LIQ SOLENOID RELAY'0A EVAP CONTROLLER Q BLK 5 2 BLK B 2 (MOUNTED AND WIRED IN EVAP) AT ELECTRICAL PANEL END) Z Z RWHT N C�iBLK WHIT I BRN .�..`C GND GRN GND DEFROST RELAY 20A G - POWER Q L1 TERMINALS BL L1 N A NO NC BOPRD FIRN W"TN vRusE N(L2) (LOCATED IN HEADER END) BL (� F SPORIAN/C92EL/RSV RD/YL/OR - EEv GN/WH/YL EEV 3 o H/BR/R 4 u xp x O SENSOR WIRING 5 f z BVELECT IENDEMP m ��/ n EVAP COIL TEMP = i HEADER END D KEY -PAD DISPLAY A RETURN AIR TEMP O � O o REL KE2 BLK/RED TRANSDUCER GRN/BLK ^, WHT/GRN AA ETHERNET DISPLAY D m m 2 FAN FAN FAN FAN FAN FAN MT R MTR MTR MTR MTR MTR i (FOR OPTIONAL USE) 1 2 3 4 5 6 RS485 OR ETHERNET L REMOTE MONITORING /COMMUNICATION J mu rm ma TpLp DIMENSIONAL DATA 60HZ .438 SLOTS IN A MOUNTING BRACKETS 6 1/2 [1651 B (165] AIR THROW REFRIGERATION 4 CONNECTIONS. `TYP ELECTRICAL 157/8 p APPROX 35' SUCTION&LIO CONNECTIONS. ]403] IN OPEN ' SPACE F�O LEr 1, 2AND 3 FAN �N " c MODELS. (TOP VIEW) 1 3/8 (35] 3 i` (761 314 MPT / 3/4 FLARE DRAIN CONNECTION O O O O 12 117/8 31/ [3051 [3021 (791 MINIMUM A 6 1/2 C B (165] F�� o—S 4, 5 AND 6 FAN izz p (n LO MODELS. (TOP VIEW) 00 00 MODEL A B C SUCTION LIQUID CONNECTION (ID) SWEAT NO. OF CONNECTION TPLP FANS IN (mm) IN (mm) IN (mm) (ID) SWEAT '. R22 ESP O 104MA 1 301/4 768 171/4 438 N/A N/A 5/8 3/8 3/8 318 106MA 1 301/4 768 171/4 438 N/A N/A 5/8 3/8 3/8 3/8 107MA 1 301/4 768 171/4 438 N/A N/A 5/8 3/8 3/8 3/8 209MA 2 461/4 1175 331/4 845 N/A N/A 7/8 3/8 3/8 3/8 211 MA 2 461/4 (1175) 331/4 (845) N/A N/A 7/8 3/8 3/8 3/8 214MA 2 461/4 1175 331/4 845 N/A N/A 7/8 3/8 3/8 3/8 317MA 3 621/4 1581 491/4 1251 N/A N/A 7/8 3/8 3/8 3/8 320MA 3 621/4 1581 491/4 1251 N/A N/A 7/8 3/8 3/8 3/8 423MA 4 78 1/4 1988 32 5/8 829 32 5/8 829 1 1/8 3/8 3/8 3/8 426MA 4 78 1/4 1988 32 5/8 829 32 5/8 829 1 1/8 3/8 1/2 3/8 532M A 5 94 1 /4 2394 32 5/8 829 48 5/8 1235 1 3/8 1 /2 1 /2 1 /2 639MA 6 110 1 /4 2800 48 5/8 1235 48 5/8 1235 1 3/8 1 /2 1 /2 1 /2 104LA 1 301/4 768 171/4 438 N/A N/A 5/8 3/8 3/8 3/8 105LA 1 301/4 768 171/4 438 N/A N/A 5/8 3/8 3/8 318 106LA 1 301/4 768 171/4 438 N/A N/A 5/8 3/8 3/8 3/8 207LA 2 461/4 1175 331/4 845 N/A N/A 7/8 3/8 3/8 3/8 209LA 2 461/4 1175 331/4 845 N/A N/A 7/8 3/8 3/8 3/8 211 LA 2 461/4 (1175) 331/4 (845) N/A N/A 7/8 3/8 3/8 3/8 314LA 3 621/4 1581 491/4 1251 N/A N/A 7/8 318 318 3/8 317LA 3 621/4 1581 491/4 1251 N/A N/A 11/8 3/8 3/8 3/8 419LA 4 78 1/4 1988 32 5/8 829 32 5/8 829 1 1/8 3/8 3/8 3/8 422LA 4 78 1/4 1988 32 5/8 829 32 5/8 829 1 1/8 3/8 3/8 3/8 527LA 5 94 1 /4 2394 32 5/8 829 48 5/8 1235 1 3/8 3/8 1 /2 1 /2 631 LA 6 110 1 /4 (2800) 48 5/8 (1235) 48 5/8 (1235) 1 3/8 1 /2 1 /2 1 /2 103VA 1 301/4 768 171/4 438 N/A N/A 5/8 3/8 3/8 3/8 104VA 1 301/4 (768) 171/4 (438) N/A N/A 5/8 5/8 3/8 3/8 3/8 3/8 3/8 3/8 105VA 1 301/4 (768) 171/4 (438) N/A N/A 206VA 2 461/4 1175 331/4 845 N/A N/A 7/8 3/8 3/8 318 208VA 2 461/4 (1175) 331/4 (845) N/A N/A 7/8 3/8 3/8 3/8 209VA 2 461/4 1175 331/4 845 N/A N/A 7/8 3/8 3/8 3/8 312VA 3 621/4 1581 491/4 1251 N/A N/A 7/8 3/8 3/8 3/8 315VA 3 621/4 1581 491/4 1251 N/A N/A 11/8 3/8 3/8 3/8 416VA 4 78 1/4 1988 32 5/8 829 32 5/8 829 1 1/8 3/8 3/8 3/8 419V^ 4 78 1 /4 1988 32 5/8 829 32 5/8 829 1 1/8 3/8 3/8 3/8 523VA 5 94 1 /4 2394 32 5/8 829 48 5/8 1235 1 3/8 3/8 1 /2 1 /2 627VA 6 110 1 /4 2800 48 5/8 1235 48 5/8 1235 1 3/8 3/8 1 /2 1 /2 = A or E. Refer to Nomenclature for details T30-TPLP-PDI-16e - 27 - 19/09/19 TPLP FACTORY INSTALLED 60Hz EXPANSION VALVE SELECTIONS - MODELS w/ E S PC MEDIUM TEMPERATURE '- % '- R404A R22 AIR OR ELECTRIC DEFROST MODEL TPLP FACTORY INSTALLED NOZZLE FACTORY INSTALLED EXPANSION VALVE FACTORY INSTALLED LIQUID LINE SOLENOID VALVE 104M***BR8-ESP N/A E2V9 E3 106M***BR8-ESP L1/2 E2V11 E3 107M***BR8-ESP 1-1/2 E2V14 E3 209M***BR8-ESP L3/4 E2V14 E3 211M***BR8-ESP L1 E2V14 E3 214M***BR8-ESP L1 E2V18 E3 317M***BR8-ESP L1-1/2 E2V18 E5 320M***BR8-ESP L1-1/2 E2V24 E5 423M***BR8-ESP L2 E2V24 E5 426M***BR8-ESP L2 E2V24 E5 532M***BR8-ESP 1-2-1/2 E2V35 E6 639M***BR8-ESP G3 E2V35 E6 *** Insert defrost and voltage type. See nomenclature for details LOW TEMPERATURE UN- : PM& R404AN R22 ELECTRIC DEFROST MODEL TPLP FACTORY INSTALLED NOZZLE FACTORY INSTALLED EXPANSION VALVE FACTORY INSTALLED LIQUID LINE SOLENOID VALVE 104LE**BR8-ESP 1-1/2 E2V9 E3 105LE**BR8-ESP 1-3/4 E2V9 E3 106LE**BR8-ESP L1 E2V11 E3 207LE**BR8-ESP L1 E2V11 E3 209LE**BR8-ESP L1-1/2 E2V11 E3 211LE**BR8-ESP L2 E2V14 E3 314LE**BR8-ESP L2 E2V14 E5 317LE**BR8-ESP L3 E2V18 E5 419LE**BR8-ESP L3 E2V18 E5 422LE**BR8-ESP G4 E2V24 E5 527LE**BR8-ESP G4 E2V24 E6 631LE**BR8-ESP G5 E2V24 E6 ** Insert voltage type. See nomenclature for details LOW TEMPERATURE ' - - : ' WQ R404A R22 ELECTRIC DEFROST 4 FPI MODEL TPLP FACTORY INSTALLED NOZZLE FACTORY INSTALLED EXPANSION VALVE FACTORY INSTALLED LIQUID LINE SOLENOID VALVE 103VE**BR8-ESP 1-1/2 E2V9 E3 104VE*"BR8-ESP 1-3/4 E2V9 E3 105VE**BR8-ESP L1 E2V9 E3 206VE**BR8-ESP L1 E2V11 E3 208VE*"BR8-ESP L1-1/2 E2V11 E3 209VE**BR8-ESP L2 E2V11 E3 312VE*"BR8-ESP L2 E2V14 E3 315VE**BR8-ESP 1-2-1/2 E2V14 E5 416VE*"BR8-ESP J2-1/2 E2V18 E5 419VE**BR8-ESP G3 E2V18 E5 523VE**BR8-ESP G4 E2V24 E5 627VE**BR8-ESP G5 E2V24 E6 ** Insert voltage type. See nomenclature for details T30-TPLP-PDI-16e - 30 - 19/09/19 INSTALLATION INSTRUCTIONS 60Hz INSTALLATION The installation and start-up of evaporators should only be performed by qualified refrigeration mechanics. This equipment should be installed in accordance with all applicable codes, ordinances and local by-laws. INSPECTION Inspect all equipment before unpacking for visible signs of damage or loss. Check shipping list against material received to ensure shipment is complete. IMPORTANT. Remember, you, the consignee, must make any claim necessary against the transportation company. Shipping damage or missing parts, when discovered at the outset, will prevent later unnecessary and costly delays. If damage or loss during transport is evident, make claim to carrier, as this will be their responsibility, not the manufacturer's. Should carton be damaged, but damage to equipment is not obvious, a claim should be filed for "concealed damage" with the carrier. IMPORTANT. The electrical characteristics of the unit should be checked at this time to make sure they correspond to those ordered and to electrical power available at the job site. Save all shipping papers, tags and instruction sheets for reference by installer and owner. APPLICATION TPLP evaporators are designed for walker -in cooler and freezer applications used with a wide range of refriger- ants. For room temperatures above 35°F (2°C) AND evaporating temperatures above 26°F (-3°C), positive defrosting means (electric) may not be required, otherwise, electric defrost defrost models should be used. Electric defrost models come with defrost termination and fan delay as standard to control the defrost cycle termination and fan delay, while defrost initiation means (e.g. defrost timer) is not included. The coil must not be exposed to any abnormal atmospheric or acidic environments. This may result in corrosion to the cabinet and possible coil failure (leaks) LOCATION The unit location in the room should be selected to en- sure uniform air distribution throughout the entire space to be refrigerated. Be sure that the product does not obstruct the free circulation of air. Allow a minimum of 24" clearance at each end. Do not locate evaporators over doors. Consideration should be given to the coil location in order to minimize the piping run length to the condensing unit and floor drain. EXPANSION VALVE JXV) PRE -SELECTED Locate the expansion valve bulb on a horizontal length of suction line preferably 3 to 6 inches from the suction header. Locate the bulb at 4 or 8 clock position and insulate with a waterproof type of insulation. Clamp the bulb to ensure I 100% contact of the bulb with the suction line. J After following the manufacturer's installation instructions and after the room has reached the desired temperature the valve superheat should be checked. This will confirm that the evaporator is operating properly and performing to maximum efficiency. The superheat should be around 6 (3.3°C) to 8°F (4.4°C) for a 10 to 120F T.D (5.6 to 6.7°C). Too high or low a super heat will result in unsatisfactory system performance and possible compressor problems. MOUNTING Refer to dimensional drawing for recommended mounting arrangements. Ensure adequate clearance is provided behind the coil as well as each end. The evaporators may be mounted flush with ceiling with bolts, or hanging down with rod hangers. When using rod hangers, allow adequate space between the top of the unit and the ceiling for cleaning to comply with NSF Standard 7. Ensure that the ceiling is level since the drain pan has been sloped for drainage during the defrost cycle. DRAIN LINE The drain line should be run from the drain connection, sloping at least 1 " (25 mm) per foot and should have the size at least as large as the drain connection. A P-Trap in a warm area outside the room must be provided to allow proper draining through the tubing. Connection should be made to proper drainage facilities that comply with local regulations. To prevent freeze-up when the temperature of the refrigerated space is 35°F (2°C) or lower, the drain line should be heated along its run inside the cold room. The heated drain line should be insulated. It is recom- mended that the heater be energized at all times. A heat input of 20 watts per foot in a 28°F (-2°C) room and 30 watts per foot for -20OF (-29°C) rooms, is satisfactory. Drain line heaters are not required for constant room temperature above 35°F (2°C). Always trap evaporator drain line individually to prevent vapor migration. Ensure that the drain line has sufficient slope for proper drainage (prevention of ice build up/block- age in pan). T30-TPLP-PDI-16e - 36 - 19/09/19 TpLp INSTALLATION INSTRUCTIONS (cont'd) 60HZ PIPING SYSTEM CHECK Refrigeration grade piping must be used for all field Before Start -Up: refrigeration piping. Refrigerant line sizes are important and may not be the same size as the coil connections. 1. All wiring should be in accordance with local Consult ASHRAE handbook or other similar reference codes. book for proper line sizing. Refrigerant piping and control system should be designed to prevent possible liquid slugging (from oil or refrigerant) of the compressors on start-up after the defrost cycle. Also, it should prevent oil logging and minimize refrigerant pressure drop. WIRING Wire system in accordance with governing standards and local codes. See data and wiring diagrams on pages 4 to 20 for typical wiring arrangement. Electrical wiring is to be sized in accordance with minimum circuit ampacity rating (MCA). Size fuses used must not exceed the Maximum Fuse Size ratings. For ease of identifying the proper wiring terminal, unit wiring is color coded and terminal block connections are identified. When fan delay thermostats (combination fan delay and defrost termination) are installed, on start-up, the fans do not operate until the coil temperature is reduced to approximately 250F (-4°C). It is normal for the fans to cycle a few times until the room temperature is brought down. At higher evaporating temperatures this control may not close and therefore should either be by-passed temporarily or replaced with an adjustable type. (set for a higher temperature cut -in point). MAINTENANCE The unit should be periodically inspected for any dirt or ice build-up on the fin surface and cleaned if necessary with a soft whisk or brush. Also ensure coils inner (and outer) drain pans do not have any ice build-up from improper defrost operation. When replacing heater elements first remove heater retainer brackets and heater clips. ESPO 2. Refrigerant lines should be properly sized. 3. Thorough evacuation and dehydration has been performed. 4. The suction, discharge, and receiver service valves must be open. 5. The system preferably include a liquid line filter drier moisture indicator and suction filter. 6. Pour enough water into the drain pan to allow a good check on drainage and seal the trap. After Start -Up: 1. Check the oil level to be sure the oil charge is correct. 2. On initial start up the fans do not start until coil temperature is pulled down to approximately 25°F (-4°C) on the coil. Also, it is normal for the fan to cycle a few times until the room temperature is pulled down. 3. If necessary, temporarily by-pass fan delay control (to run fans until room temp is lowered). 4. Be sure that the expansion valve is properly set to provide the correct amount of superheat. 5. After the box temperature is close to reaching the desired temperature, the evaporator superheat must be checked and adjustment made if necessary. In general, evaporators running with a TD of 10°F (5.6°C ) should have a superheat reading of 6° to 8°F (3.3°C to 4.4°C). For evaporators with another T.D., the general rule is that the superheat should be around 60 to 80% of T.D. 6. Heavy moisture loads are usually encountered when starting the system for the first time. This may cause a rapid build-up of frost on the evaporator. During the initial pull down, we suggest that the frost build-up be watched and defrosted manually as required. 7. Observe that the system goes through at least one complete DEFROST CYCLE. Visit www.t-rp.com/esp for Quick Start Guide, Operation Manual, etc T30-TPLP-PDI-16e - 37 - 19/09/19 TpLp PROJECT INFORMATION 60Hz System Model Number Date of Start -Up Serial Number Service Contractor Refrigerant Phone Electrical Supply E-Mail T30-TPLP-PDI-16e - 38 - 19/09/19 TpLp PRODUCT SUPPORT RESOURCES 60Hz web: www.t-rp.com/tplp ® email: evaps@t-rp.com �,,.•A call: 1-844-893-3222 x520 email: troubleshooting@t-rp.com call: 1-844-893-3222 x529 web: www.t-rp.com/parts email: parts@t-rp.com call: 1-844-893-3222 x520 web: www.t-rp.com/warranty email: warranty@t-rp.com A m call: 1-844-893-3222 x501 email: orders@t-rp.com call: 1-844-893-3222 x501 email: shipping@t-rp.com call: 1-844-893-3222 x503 HOW CAN WE HELP YOU? visit www.t-rp.com/contact T30-TPLP-PDI-16e - 39 - 19/09/19 PRODUCT DATA & SPECIFICATIONS Bulletin T40-TEHC-PDS-1 Part # 1106702 PRODUCT SUPPORT scan: web: t-rp.com/teh 0 0 email: smcu@t-rp.com I fln call: 1-844-893-3222 x521 0 Indoor Unit CONTENTS *New"C" Generation L Indoor/Outdoor Air -Cooled Hermetic Condensing Units 3PAARTS P E t u FAN MOTOR TECHNOLOGY See Page 4 for details 1/2to5HP - High, Medium and Low Temperature Refrigeration Outdoor Unit Page Nomenclature................................................................................................................ 2 Featuresand Options................................................................................................... 2-3 SMARTSPEEDm Fan Motor Technology........................................................................... 4 Capacity Data (Imperial and Metric).............................................................................. 5 - 11 ElectricalData............................................................................................................... 12 - 13 DimensionalData.......................................................................................................... 14 - 16 Annual Walk -In Energy Factor (AWEF) Ratings............................................................ 17 Specifications................................................................................................................ 17 WiringDiagrams............................................................................................................ 18 - 20 Wiring Diagrams - Models with SMARTSPEED.............................................................. 21 ProjectInformation........................................................................................................ 23 Product Support Resources.......................................................................................... BACK 10/01 /18 NOMENCLATURE TEH A Model Name TT T T = Trenton Model Series EH = Excel Hermetic Air Cooled Condensing Unit Line Compressor Manufacturer A = Copeland Nominal HP 005 - 050 = 1/2 -5 HP Application Range H = High and Medium Temp M = Medium Temp L = Low Temp Refrigerant* 6 = R404A / R507 7 = R407C / R22 8 = R448A / R407C / R404A 010 M 8 - H T3 C - Enclosure H = Outdoor I = Indoor Voltage* S2 = 208/230-1-60 S7 = 200-1-50 T5 = 575-3-60 S3 = 230-1-60 T3 = 208/230-3-60 T7 = 200/220-3-50 S6 = 200/220-1-50 T4 = 460-3-60 T9 = 380/400-3-50 Series C = Latest Catalog spec (3rd Generation) * subject to compressor availability A TOptional Feature Packages (Factory Mounted) A = Standard Features (see below) B = Standard Features (see below) Plus Sealed Liquid Line Filter Drier and Sight Glass C = Standard Features (see below) Plus Sealed Liquid Line Filter Drier and Sight Glass Plus Suction Accumulator Plus Electric Defrost Kit D = Standard Features (see below) Plus Sealed Liquid Line Filter Drier and Sight Glass Plus Heated and Insulated Receiver E = Standard Features (see below) Plus Sealed Liquid Line Filter Drier and Sight Glass Plus Heated and Insulated Receiver Plus Suction Accumulator Plus Electric Defrost Kit F = Standard Features (see below) Plus Sealed liquid line filter drier and sight glass Plus Electric Defrost Kit G = Standard Features (see below) Plus Sealed liquid line filter drier and sight glass Plus Electric Defrost Kit Plus Heated and insulated receiver H = Standard Features (see below) Plus Sealed Liquid Line Filter Drier and Sight Glass Plus Timeclock J = Standard Features (see below) Plus Sealed Liquid Line Filter Drier and Sight Glass Plus Heated and insulated receiver Plus Suction Accumulator STANDARD FEATURES Indoor Unit: • Weatherproof electrical control box with compressor contactor and fused control circuit • Welded -hermetic compressor • High efficiency enhanced tube and fin condenser design • Pre -formed piping • Quiet fan motor operation • Energy efficient PSC condenser fan motor • Electrical control panel away from air flow stream • Wide-open front design, spring latches and handle on 5Hp MT & HT or larger • Unit leak tested and shipped with helium holding charge • Painted cabinet • QuickVac Evacuation and Refrigerant Recovery Valves • Receiver with fusible plug and liquid shut off valve • Suction service valve • Copper tubing secured with cushion clamps • Fixed high and low pressure control Outdoor Unit: All Standard Features of Indoor Unit, Plus: • Painted weather -resistant housing with removable hood • Flooded head pressure control (non adjustable) • Crankcase heater T40-TEHC-PDS-1 - 2 - 10/01/18 OPTIONAL FEATURE PACKAGES (Factory Mounted) Package A: • Standard Features (see pg. 2) Package B: • Standard Features (see pg. 2) • Plus Sealed Liquid Line Filter Drier & Sight Glass Package C: • Standard Features (see pg. 2) • Plus Sealed Liquid Line Filter Drier & Sight Glass • Plus Suction Accumulator • Plus Electric Defrost Kit Package D: • Standard Features (see pg. 2) • Plus Sealed Liquid Line Filter Drier & Sight Glass • Plus Heated and Insulated Receiver Package E: • Standard Features (see pg. 2) • Plus Sealed Liquid Line Filter Drier & Sight Glass • Plus Heated and Insulated Receiver • Plus Suction Accumulator • Plus Electric Defrost Kit Package F: • Standard Features (see pg. 2) • Plus Sealed liquid line filter drier and sight glass • Plus Electric Defrost Kit Package G: • Standard Features (see pg. 2) • Plus Sealed liquid line filter drier and sight glass • Plus Electric Defrost Kit • Plus Heated and insulated receiver Package H: • Standard Features (see pg. 2) • Plus Sealed Liquid Line Filter Drier and Sight Glass • Plus Timeclock Package J: • Standard Features (see pg. 2) • Plus Sealed Liquid Line Filter Drier and Sight Glass • Plus Heated and insulated receiver • Plus Suction Accumulator AVAILABLE OPTIONS • Sealed suction filter • Suction accumulator • Suction accumulator with boil -out coil • Heated and insulated receiver • Sealed liquid line filter drier and sight glass • Liquid line solenoid valve with 230-volt coil (shipped loose) • Compressor circuit breaker • Compressor time delay relay • Variable speed EC motors only as head pressure control (see Bulletin T40-HPC-AG or docs.t-rp.com/1101111.pdf for details) • SmartSpeed Fan Motor Technology (see page 4) • Pump down toggle switch • Electric defrost kit with mechanical time clock and contactors, as required • Hoffman variable fan speed control • Lockout control circuit relay (for liquid solenoid valve) • Disconnect switch (fused or non -fused) • Electronic phase / voltage monitor • Leg kit or air discharge hood T40-TEHC-PDS-1 - 3 - 10/01/18 TEH SMARTSPEED' 60Hz FAN MOTOR TECHNOLOGY US Patent No. 992979567 AD DESIGN FEATURES Available on 1/2 - 22 HIP P. Hermetic, Scroll or Semi -Hermetic Condensing Units • No special controls required. No worries about wind or cold climates. • Ambients above 550F - EC motor operates at full speed, crankcase heater and heated + insulated receiver disabled from control circuit • Ambients below 55°F - EC motor operates at low speed, crankcase heater and heated + insulated receiver enabled from control circuit Condensing Unit EER - Standard Unit vs. SmartSpeed * BIN ANALYSIS SHOWS AN AVERAGE OF 10% SAVINGS OVER THE RANGE OF THE YEAR 4 120 100 80 60 40 20 0 -20 AMBIENT (OF) Refer to Page 21 For Wiring Details Standard Unit SmartSpeed -40 Condensing Unit with SmartSpeed Power Consumption Per Motor Chassis Size (see pages 14-16) Ambients above 55°F. Fan Full Speed. Crankcase and Receiver Heaters Off. Ambients below 55°F. Fan Low Speed. Crankcase and Receiver Heaters On. A 102 W 19 W B 168 W 37 W C,D 362 W 76 W E 630 W 152 W F 1180 W 240 W T40-TEHC-PDS-1 - 4 - 10/01/18 TEHA CAPACITY DATA - COPELAND MEDIUM TEMPERATURE 60Hz MODEL SATURATED SUCTION CAPACITY BTU/H (WATTS) AMBIENT TEMPERATURE °F (°C) TEMPERATURE TEH ° F ° C 80 (26.6) 85 (29.4) 90 (32.2) 95 (35.0) 100 (37.8) 105 (40.6) 110 (43.3) 30 (-1.1) 7740 (2270) 7430 (2180) 7110 (2080) 6800 (1990) 6490 (1900) 6180 (1810) 5880 (1720) 25 (-3.9) 6920 (2030) 6640 (1950) 6360 (1860) 6080 (1780) 5800 (1700) 5510 (1610) 5240 (1540) TEHA006M8 20 (-6.7) 6160 (1810) 5910 (1730) 5660 (1660) 5410 (1590) 5150 (1510) 4890 (1430) 4650 (1360) 15 (-9.4) 5460 (1600) 5240 (1540) 5010 (1470) 4790 (1400) 4570 (1340) 4340 (1270) 4120 (1210) Compressor 10 (42.2) 4820 (1410) 4620 (1350) 4420 (1300) 4220 (1240) 4020 (1180) 3820 (1120) 3610 (1060) Model 5 (45.0) 4230 (1240) 4050 (1190) 3890 (1140) 3710 (1090) 3530 (1030) 3350 (980) 3170 (930) RST45C1 E 0 (-17.8) 3710 (1090) 3550 (1040) 3390 (990) 3240 (950) 3090 (910) 2930 (860) 2770 (810) -5 (-20.6) 3050 (890) 2940 (860) 2840 (830) 2730 (800) 2520 (740) 2420 (710) - - -10 -23.3 2630 770 2520 740 2420 710 2310 680 2210 650 - - 30 (-1.1) 9030 (2650) 8650 (2540) 8270 (2420) 7900 (2320) 7520 (2200) 7140 (2090) 6770 (1980) 25 (-3.9) 8100 (2370) 7750 (2270) 7410 (2170) 7070 (2070) 6740 (1980) 6410 (1880) 6080 (1780) TEHA008M8 20 (-6.7) 7220 (2120) 6910 (2030) 6620 (1940) 6320 (1850) 6020 (1760) 5720 (1680) 5430 (1590) 15 (-9.4) 6430 (1880) 6150 (1800) 5890 (1730) 5630 (1650) 5360 (1570) 5090 (1490) 4830 (1420) Compressor 10 (42.2) 5690 (1670) 5460 (1600) 5220 (1530) 4990 (1460) 4760 (1400) 4530 (1330) 4280 (1250) Model 5 (45.0) 5030 (1470) 4820 (1410) 4610 (1350) 4410 (1290) 4200 (1230) 3990 (1170) 3790 (1110) RST55C1 E 0 (-17.8) 4430 (1300) 4240 (1240) 4050 (1190) 3890 (1140) 3700 (1080) 3520 (1030) 3330 (980) -5 (-20.6) 3680 (1080) 3570 (1050) 3360 (980) 3260 (960) 3050 (890) 2940 (860) - - -10 -23.3 3260 960 3150 920 2940 860 2840 830 - - - - - - 30 (4.1) 10600 (3110) 10170 (2980) 9790 (2870) 9390 (2750) 8990 (2630) 8590 (2520) 8190 (2400) 25 (-3.9) 9530 (2790) 9180 (2690) 8820 (2580) 8460 (2480) 8100 (2370) 7740 (2270) 7380 (2160) TEHA009M8 20 (-6.7) 8580 (2510) 8260 (2420) 7940 (2330) 7610 (2230) 7290 (2140) 6950 (2040) 6640 (1950) 15 (-9.4) 7700 (2260) 7410 (2170) 7120 (2090) 6840 (2000) 6530 (1910) 6250 (1830) 5950 (1740) Compressor 10 (42.2) 6890 (2020) 6630 (1940) 6370 (1870) 6110 (1790) 5850 (1710) 5590 (1640) 5330 (1560) Model 5 (45.0) 6140 (1800) 5910 (1730) 5680 (1660) 5450 (1600) 5220 (1530) 4980 (1460) 4760 (1400) RST64C1 E 0 (-17.8) 5450 (1600) 5250 (1540) 5040 (1480) 4850 (1420) 4640 (1360) 4430 (1300) - - -5 (-20.6) 4940 (1450) 4730 (1390) 4520 (1320) 4410 (1290) 4200 (1230) - - - - -10 -23.3 4310 1260 4200 1230 3990 1170 - - - - 30 (4.1) 11300 (3310) 10900 (3190) 10500 (3080) 10090 (2960) 9650 (2830) 9220 (2700) 8780 (2570) 25 (-3.9) 10370 (3040) 9990 (2930) 9600 (2810) 9190 (2690) 8790 (2580) 8390 (2460) 7980 (2340) TEHA010M8 20 (-6.7) 9430 (2760) 9060 (2660) 8690 (2550) 8340 (2440) 7960 (2330) 7580 (2220) 7210 (2110) 15 (-9.4) 8520 (2500) 8180 (2400) 7850 (2300) 7510 (2200) 7170 (2100) 6830 (2000) 6480 (1900) Compressor 10 (42.2) 7650 (2240) 7350 (2150) 7050 (2070) 6740 (1980) 6420 (1880) 6100 (1790) 5780 (1690) Model 5 (45.0) 6840 (2000) 6560 (1920) 6290 (1840) 6000 (1760) 5700 (1670) 5420 (1590) 5110 (1500) RST70C1 E 0 (-17.8) 6080 (1780) 5820 (1710) 5550 (1630) 5290 (1550) 5030 (1470) 4770 (1400) - - -5 (-20.6) 5150 (1510) 4940 (1450) 4620 (1350) 4410 (1290) 4200 (1230) - - - -10 -23.3 4520 1320 4310 1260 4100 1200 3890 1140 - - - - - 30 (-1.1) 12900 (3780) 12500 (3660) 12100 (3550) 11600 (3400) 11000 (3220) 10600 (3110) 10080 (2950) 25 (-3.9) 11800 (3460) 11300 (3310) 10900 (3190) 10500 (3080) 10060 (2950) 9600 (2810) 9140 (2680) TEHA011M8 20 (-6.7) 10700 (3140) 10340 (3030) 9930 (2910) 9520 (2790) 9100 (2670) 8660 (2540) 8230 (2410) 15 (44) 9690 (2840) 9330 (2730) 8950 (2620) 8570 (2510) 8180 (2400) 7770 (2280) 7380 (2160) Compressor 10 (42.2) 8700 (2550) 8370 (2450) 8020 (2350) 7670 (2250) 7300 (2140) 6940 (2030) 6560 (1920) Model 5 (-15.0) 7770 (2280) 7460 (2190) 7140 (2090) 6800 (1990) 6470 (1900) 6130 (1800) 5790 (1700) RST80C1 E 0 (-17.8) 6900 (2020) 6600 (1930) 6300 (1850) 6010 (1760) 5690 (1670) 5390 (1580) - - -5 (-20.6) 5990 (1760) 5780 (1690) 5460 (1600) 5250 (1540) 4940 (1450) - - -10 -23.3 5250 1540 5040 1480 4730 1390 4520 1320 - - - 30 (-1.1) 15000 (4400) 14500 (4250) 14000 (4100) 13400 (3930) 12800 (3750) 12300 (3600) 11800 (3460) 25 (-3.9) 13800 (4040) 13200 (3870) 12700 (3720) 12300 (3600) 11800 (3460) 11200 (3280) 10700 (3140) TEHA013M8 20 (-6.7) 12500 (3660) 12100 (3550) 11600 (3400) 11100 (3250) 10700 (3140) 10200 (2990) 9720 (2850) 15 (-9.4) 11300 (3310) 10900 (3190) 10500 (3080) 10060 (2950) 9630 (2820) 9200 (2700) 8760 (2570) Compressor 10 (42.2) 10190 (2990) 9800 (2870) 9420 (2760) 9020 (2640) 8630 (2530) 8230 (2410) 7830 (2290) Model 5 (45.0) 9100 (2670) 8760 (2570) 8400 (2460) 8040 (2360) 7680 (2250) 7310 (2140) 6940 (2030) RST97C1E 0 (-17.8) 8090 (2370) 7780 (2280) 7440 (2180) 7120 (2090) 6780 (1990) 6440 (1890) 6100 (1790) -5 (-20.6) 6930 (2030) 6620 (1940) 6410 (1880) 6090 (1780) 5780 (1690) 5460 (1600) - - -10 -23.3 6090 1780 5780 1690 5570 1630 5250 1540 - - - I - NOTES: -Above ratings are based on mean temperature. - To convert to dew point ratings, use 0.95 multiplier. - For R449A, use R448A data. T40-TEHC-PDS-1 -5- 10/01/18 TEHA ELECTRICAL DATA COPELAND Copeland Models with EC Motor(s)t iv-,WmI3 OJH3L MODEL TEH COMPRESSOR MODEL NO. POWER SUPPLY COMPRESSOR ECM CONDENSER FAN UNIT RLA LRA QTY WATTS FLA MCA MOP S2C CR18K6E-PFV 208-230/1/60 9.4 49.0 1 175 2.0 13.8 20 TEHA015H7-* T3C CR18K6E-TF5 208-230/3/60 5.4 49.0 1 175 2.0 8.8 15 S2C CR24K6E-PFV 208-230/1/60 11.2 61.0 1 175 2.0 16.0 25 TEHA0201-17-* T3C CR24K6E-TF5 208-230/3/60 6.9 55.0 1 175 2.0 10.6 15 S2C CR32K6E-PFV 208-230/1/60 14.4 82.0 1 175 2.0 20.0 30 TEHA0251-17-* T3C CR32K6E-TF5 208-230/3/60 9.0 72.0 1 175 2.0 13.3 20 TEHA0291-17-* S2C CR38K6E-PFV 208-230/1/60 17.1 105.0 1 175 2.0 23.4 40 T3C CR38K6E-TF5 208-230/3/60 10.7 85.0 1 175 2.0 15.4 25 S2C CR38K6E-PFV 208-230/1/60 17.1 105.0 1 315 3.5 24.9 40 TEHA0301-17-* T3C CR38K6E-TF5 208-230/3/60 10.7 85.0 1 315 3.5 16.9 25 S2C CR42K6E-PFV 208-230/1/60 18.3 102.0 1 315 3.5 26.4 40 TEHA0351-17-* T3C CR42K6E-TF5 208-230/3/60 12.6 91.0 1 1 315 3.5 19.3 30 S2C CR53KQE-PFV 208-230/1/60 26.0 140.0 1 315 3.5 36.0 60 TEHA0401-17-* T3C CR53KQE-TF5 208-230/3/60 16.3 107.0 1 315 3.5 23.9 40 S2C CRNQ-050E-PFV 208-230/1/60 30.8 142.0 1 315 3.5 42.0 70 TEHA0501-17-* T3C CRNQ-050E-TF5 208-230/3/60 19.2 130.0 1 315 3.5 27.5 45 TEHA006M8-* S2C RST45C1E-CAV 208-230/1/60 4.6 26.5 1 100 1.0 6.8 15 TEHA008M8-* S2C RST55C1E-CAV 208-230/1/60 6.1 33.7 1 100 1.0 8.6 15 TEHA009M8-* S2C RST64C1E-CAV 208-230/1/60 8.1 43.0 1 100 1.0 11.1 15 S2C RST70C1E-PFV 208-230/1/60 6.9 46.0 1 100 1.0 9.6 15 TEHA010M8-* T3C RST70C1 E-TFC 208-230/3/60 4.9 36.0 1 100 1.0 7.1 1 15 * S2C RST80C1 E-PFV 208-230/1/60 8.3 46.0 1 100 1.0 11.4 15 TEHA011 M8- T3C RST80C1 E-TA5 208-230/3/60 5.1 36.0 1 100 1.0 7.4 15 S2C RST97C1E-PFV 208-230/1/60 9.0 51.0 1 175 2.0 13.3 20 TEHA013M8-* T3C RST97C1E-TA5 208-230/3/60 5.4 36.0 1 175 2.0 8.8 15 S2C CS10K6E-PFV 208-230/1/60 9.8 56.0 1 175 2.0 14.3 20 TEHA015M6-* T3C CS10K6E-TF5 208-230/3/60 6.7 51.0 1 175 2.0 10.4 15 * S2C CS12K6E-PFV 208-230/1160 9.8 56.0 1 175 2.0 14.3 20 TEHA020M6- T3C CS12K6E-TF5 208-230/3/60 6.7 51.0 1 175 2.0 10.4 15 S2C CS14K6E-PFV 208-230/1/60 11.2 61.0 1 175 2.0 16.0 25 TEHA025M6-* T3C CS14K6E-TF5 208-230/3/60 8.2 55.0 1 175 2.0 12.3 20 S2C CS18K6E-PFV 208-230/1/60 14.4 82.0 1 175 2.0 19.9 30 TEHA029M6-* T3C CS18K6E-TF5 208-230/3/60 9.4 65.5 1 175 2.0 13.8 20 S2C CS18K6E-PFV 208-230/1/60 14.4 82.0 1 315 3.5 21.4 35 TEHA030M6-* T3C CS18K6E-TF5 208-230/3/60 9.4 65.5 1 315 3.5 15.3 20 TEHA035M6-* S2C CS20K6E-PFV 208-230/1/60 16.7 96.0 1 315 3.5 24.3 40 T3C CS20K6E-TF5 208-230/3/60 10.2 75.0 1 315 3.5 16.3 25 TEHA0061-6-* S2C RFT22C1E-CAV 208-230/1/60 4.7 29.0 1 100 1.0 6.9 15 TEHA0081-6-* S2C RFT26C1E-CAV 208-230/1/60 5.8 35.5 1 1 100 1.0 8.3 15 S2C CF04K6E-PFV 208-230/1/60 8.6 59.2 1 100 1.0 11.8 20 TEHA0101-6-* T3C CF04K6E-TF5 208-230/3/60 5.7 52.0 1 100 1.0 8.1 15 S2C CF06K6E-PFV 208-230/1/60 10.3 59.2 1 100 1.0 13.8 20 TEHA0151-6-* T3C CF06K6E-TF5 208-230/3/60 6.3 52.0 1 100 1.0 8.9 15 S2C CF06K6E-PFV 208-230/1/60 10.3 59.2 1 100 1.0 13.8 20 TEHA0201-6-* T3C CF06K6E-TF5 208-230/3/60 6.3 52.0 1 100 1.0 8.9 15 S2C CF09K6E-PFV 208-230/1/60 15.0 87.0 1 175 2.0 20.8 35 TEHA0251-6-* T3C CF09K6E-TF5 1 208-230/3/60 9.2 1 72.2 1 175 2.0 13.5 20 S2C CF12K6E-PFV 1 208-230/1/60 18.4 1 105.0 1 175 2.0 25.0 40 TEHA0301-6-* T3C CF12K6E-TF5 1 208-230/3/60 11.0 1 85.0 1 175 1 2.0 15.8 25 * I = Indoor, H = Outdoor. Above listed RLA value is based on UL rating method and may differ from published compressor RLA data. t Applies to units with variable speed EC motors or SmartSpeed (1/2 - 5 HP only). Contact factory for details. T40-TEHC-PDS-1 - 13 - 10/01/18 TEH DIMENSIONAL DATA 60Hz (Small Chassis Models) DRAWING #1 AIR FLOW 1Yy �IIoYilVwp;al � x 9/16 9/16 2 MOUNTING 2 �� HOLES [4� DEPTH WIDTH INDOOR DIMENSIONS OPTIONALAIR AIR DISCHARGE HOOD FLOW w ®®®mo®o AND LEGS = ®®®mo®o ®o®®®000 ®o®®®000 ®00000®o" O o ao L MOUNTNG 0 9/16 DEPTH 9/16 2 4— HOLES I WIDTH 4� 2 WITH HOOD OUTDOOR DIMENSIONS NOTE: Discharge hood, legs and wind guard are optional components WIND GUARD REFER TO PAGE 16 FOR DIMENSIONAL DATA FOR SPECIFIC MODELS T40—TEHC—PDS-1 — 14 — 10/01/18 TEHA DIMENSIONAL DATA 60Hz COPELAND COPELAND MODELS MODEL TEH CHASSIS DRAWING # (see table below) OUTDOOR MODELS DEPTH WIDTH With Hood, Wind HEIGHT Base add: Guard, add: WIDTH • DEPTH HEIGHT Inches mm Inches mm Inches mm Inches mm Inches mm Inches mm Inches mm In mm TEHA015H7 B 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 505 36 1 88 918 30 3/8 772 19 1/2 495 TEHA020H7 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 505 36 1/8 918 30 3/8 772 19 1/2 495 TEHA025H7 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 505 36 1/8 918 30 3/8 772 19 1/2 495 TEHA029H7 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 505 36 1/8 918 30 3/8 772 19 1/2 495 TEHA030117 C 2 43 7/8 1114 32 7/8 835 43 1092 30 3/8 772 30 3/8 772 43 7/8 1114 32 7/8 835 30 3/16 767 TEHA035147 2 43 7/8 1114 32 7/8 835 43 11092 303/81 7721 30 3/8 772 43 7/8 1114 32 7/8 835 30 3/16 767 TEHA040H7 2 43 7/8 1114 32 7/8 835 43 1092 30 3/8 772 30 3/8 772 43 7/8 1114 32 7/8 835 30 3/16 767 TEHA050H7 2 43 7/8 11141 32 7/8 835 43 1092 30 3/8 772 30 3/8 772 1 43 7/8 1114 32 7/8 835 30 3/16 767 TEHA006M8 A 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 492 16 7/8 429 24 5/8 625 30 3/8 772 19 483 TEHA008M8 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 492 16 7/8 429 24 5/8 625 30 3/8 772 19 483 TEHA009M8 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 492 16 7/8 429 24 5/8 625 30 3/8 772 19 483 TEHA010M8 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 492 16 7/8 429 24 5/8 625 30 3/8 772 19 483 TEHA011 M8 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 4291 19 7/8 505 24 5/8 625 30 3/8 772 19 419 TEHA013M8 B 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 505 36 1/8 9181 30 3/8 772 19 1/2 495 TEHA015M6 B 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 505 1 36 1/8 918 30 3/8 772 1 19 1/2 495 TEHA020M6 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 5051 36 1/8 918 30 3/8 772 19 1/2 495 TEHA025M6 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 505 36 1/8 918 30 3/8 772 19 1/2 495 TEHA029M6 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 505 36 1/8 918 30 3/8 772 19 1/2 495 TEHA030M6 C 2 43 7/8 1114 32 7/8 835 43 11092 30 3/8 772 30 3/8 772 43 7/8 1114 32 7/8 835 30 3/16 767 TEHA035M6 2 43 7/8 1114 32 7/8 835 43 1092 30 3/8 7721 30 3/8 772 43 7/8 1114 32 7/8 835 30 3/16 767 TEHA0061-6 A 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 492 16 7/8 429 24 5/8 625 1 30 3/8 772 19 483 TEHA0081-6 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 492 16 7/8 4291 24 5/8 625 30 3/8 772 19 483 TEHA0101-6 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 492 16 7/8 429 24 5/8 625 30 3/8 772 19 483 TEHA015L6 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 492 16 7/8 429 24 5/8 625 30 3/8 772 19 483 TEHA020L6 1 24 7/8 632 30 3/8 772 34 3/8 873 19 3/8 492 16 7/8 429 24 5/8 625 30 3/8 772 19 483 TEHA025L6 B 1 36 3/8 924 30 3/8 772 34 3/8 873 19 7/8 505 19 7/8 505 36 1/8 918 30 3/8 772 19 1/2 495 TEHA030L6 1 36 3/8 924 303/81 7721343/81 873 119 7/8 505 19 7/8 505 36 1/8 918 30 3/8 772 19 1/2 495 DRAWING # PAGE # 1 14 2 15 T40-TEHC-PDS-1 - 16 - 10/01/18 TEHA SPECIFICATIONS 60Hz COPELAND COPELAND MODELS MODEL TEH UNIT CONNECTIONS R404A RECEIVER CAPACITY 90% FULL* APPROX. SHIPPING WEIGHT SUCTION (OD) LIQUID (OD) OUTDOOR MODELS • Inches mm Inches mm Lbs. Kgs Lbs. Kgs Lbs. Kgs TEHA015H7 5/8 16 3/8 10 13 5.90 277 126 252 114 TEHA020H7 5/8 16 3/8 10 13 5.90 282 128 257 117 TEHA025H7 7/8 22 3/8 10 16 7.26 292 132 267 121 TEHA029H7 7/8 22 1/2 13 16 7.26 298 135 273 124 TEHA030H7 7/8 22 112 13 24 10.89 394 179 349 158 TEHA035H7 7/8 22 1/2 13 24 10.89 394 179 349 158 TEHA040H7 1 1/8 29 1/2 13 24 10.89 405 184 360 163 TEHA050H7 1 1/8 29 1 1/2 13 1 24 10.89 415 188 370 168 TEHA006M8 5/8 16 3/8 10 5.4 2.45 149 68 127 58 TEHA008M8 5/8 16 3/8 10 5.4 2.45 149 68 127 58 TEHA009M8 5/8 16 3/8 10 5.4 2.45 152 69 130 59 TEHA010M8 5/8 16 3/8 10 5.4 2.45 167 76 145 66 TEHA011M8 5/8 16 3/8 10 5.4 2.45 167 76 145 66 TEHA013M8 5/8 16 3/8 10 11.3 5.13 279 127 257 117 TEHA015M6 5/8 16 3/8 10 11.3 5.13 279 127 257 117 TEHA020M6 5/8 16 3/8 10 11.3 5.13 282 128 255 116 TEHA025M6 7/8 22 1/2 13 14.4 6.53 286 130 259 117 TEHA029M6 7/8 22 1/2 13 14.4 6.53 292 132 265 120 TEHA030M6 7/8 22 1/2 13 21.5 9.75 388 176 343 156 TEHA035M6 7/8 22 1/2 13 21.5 9.75 389 176 344 156 TEHA0061_6 112 13 3/8 10 5.4 2.45 141 64 119 54 TEHA0081_6 112 13 3/8 10 5.4 2.45 141 64 119 54 TEHA0101_6 5/8 16 3/8 1 10 1 5.4 2.45 187 85 165 75 TEHA0151_6 7/8 22 3/8 10 5.4 2.45 190 86 168 76 TEHA0201_6 7/8 22 3/8 10 5.4 2.45 194 88 172 78 TEHA0251_6 7/8 22 3/8 10 14.4 6.53 281 127 1 254 115 TEHA0301_6 7/8 22 112 13 14.4 6.53 292 132 1 265 1 120 * NOTE ON ALTERNATE REFRIGERANTS: * PUBLISHED RECEIVER CAPACITY IS BASED ON R404A ON MODELS USING "8" AS REFRIGERANT CODE. FOR ALERNATE REFRIGERANTS, MULTIPLY R404A VALUE BY THE APPROPRIATE VALUE BELOW: R407A R407C R448A �� - For R449A, use R448A data. TEHA ANNUAL WALK-IN ENERGY COPELANP FACTOR (AWEF) RATINGS FOR HIGH/MEDIUM TEMP. APPLICATIONS BASE UNIT MODEL TEH AWEF OUTDOOR lisle]' MODELS • TEHA015H7 6.94 5.59 TEHA020H7 7.24 5.80 TEHA025H7 7.45 5.98 TEHA029H7 7.47 5.82 TEHA030H7 7.81 6.27 TEHA035H7 7.91 6.46 TEHA040H7 7.36 6.03 TEHA050H7 7.15 5.84 60Hz BASE UNIT MODEL TEH AWEF OUTDOOR 10'' MODELS ise TEHA006M8 6.05 4.90 TEHA008M8 6.17 4.77 TEHA009M8 5.65 4.48 TEHA010M8 6.68 5.47 TEHA011 M8 6.67 5.40 TEHA013M8 6.47 5.38 TEHA015M6 7.67 5.71 TEHA020M6 7.79 5.72 TEHA025M6 7.82 5.83 TEHA029M6 8.07 5.86 TEHA030M6 8.24 6.25 TEHA035M6 8.17 6.15 T40-TEHC-PDS-1 - 17 - 10/01/18 TEH TYPICAL SYSTEM WIRING DIAGRAM 60Hz 208-230/1 /60 - 208/23OV-1-60 or 200/22OV-1-50 Hz CONDENSING UNIT WIRING DIAGRAM - INHERENT LINE BREAK MOTOR PROTECTION - STANDARD CTRL CIRCUIT REFER TO CONDENSING UNIT NAMEPLATE FOR ELECTRICAL REQUIREMENTS L� — I I GND. DISCONNECT BL 2 SWITCH (NOTE C3) RD 1 USE ADJUSTABLE DUAL PRESS (NOTE C3) FUSE FUSED (ALTERNATE TO SEPARATE LP/HP) ra RVAOE (NOTE C3) POWER Duu� sua RD RDtf' SOLENOPD (NOTE C3) L1 L2 DISTRIBUTION TERM BLOCK 13 TIME BL RD(NOTE C3) RD 3 Low (DE urD N BREAK) 21 COMPRESSOR:22 BL I CIRCUIT ADJUSTABLE ENCAPSULATED FIXED (NOTE Cl) LOW PRESS CONTACTOR 4 — BREAKER HIGH PRESS RD RD RD 3 1 RD * 2 r3 RD BL C C OR FUSES 1 13 14 15 16 LJ 19 20 (NOTE C3) LOW LP 400 PSIG CUT OUT 300 PSIG CUT IN AUX1 ; } IF TIMER NOT USED, WIRE RDIR TO TERMINAL ❑2 Ll Lx COMPRESSOR CONTACTOR & AWITCH S. SWITCHES. AUX2 COMPRESSOR CONTACTOR AUX RD RD AUX1 RU CRANKCASE HTR(OUTDOOR) BL 5 J ORES SE CURRENT SENSING 23 B - -- __—__—__—__—__—__—__—__ I (IF ArPuc) ' RECEIVER HTR (SELF REG) II BK__—__ RD DL _—__—__—__—__—__—__— 6 �__—__ 9 yLRS b'C (NOTE C3) � NOTES COMPRESSOR ICI Cl. USE COPPER CONDUCTORS ONLY 5 C2. C3. USE 75-C WIRE (OR HIGHER) OPTIONAL COMPONENT START RELAY FAN CYCLING CONTROL NOTE #C3 C4. ALL FUSES TO BE CLASS CC OR J AND VOLTAGE RATED ,, EQUAL (OR HIGHER) THAN OPERATING VOLTAGE CAPACITOR I•} CoNDUCTORSAMRNG }r I aED'D) u IF YL RUN CAP. F PRESSURE =� FACTORY WIRING = OPTIONAL WIRING RD IF EXTERNAL START USED - REFER TO J WIRING BY OTHERS IT ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH �r�b1 ALL APPLICABLE LOCAL AND NATIONAL CODES. STAwIINc Dwc IN RT CAP. _ - ��......r� STRART Kli BOX NOTE* 1` _ REVISIONS DIAGRAM NUMBER DATE LTR rtil STNtTICCOMPOUENTSHwwuary O.-L vANEL REFER TO COMPRESSOR TERM BOX FOR SPECIFIC Ol— CONDENSER FAN CONDENSER FAN FAN #1 FAN #2 (RIGHT H SIDE -IF APPLICABLE) S2A1 A OCT31 17 LIT I A TYPICAL EVAPORATOR WIRING: FOR SINGLE AIR DEFROST EVAPORATOR— SINGLE POINT FOR USE WITH: 208/230-1-60, 200/220-1-50 OR 208/230-3-60, 200/220-3-50 CONDENSING UNITS WITH OR WITHOUT DEFROST TIME CLOCK AND FOR TOTAL EVAP FAN AMPS NOT EXCEEDING 12A NOTES CONDENSING UNIT CONTROL PANEL REFER TO COUP. UNIT CONDENSING UNIT CONTROL CIRCUIT El. USE COPPER CONDUCTORS ONLY WIRING SECTION ABOVE TERMINAL BLOCK E2. USE 75°C WIRE (OR HIGHER) E3. OPTIONAL COMPONENT. DEFROST CLOCK - 8145 NOTE #E3 MAY BE FACTORY INSTALLED IN COND. UNIT, EVAPORATOR, OR (OR EQUIV) SUPPLIED BY OTHERS. p IM m E5. OVERCURRENT PROTECTION FOR EVAPORATOR MUST NOT EXCEED MAXIMUM VALUE SHOWN ON EVAPORATOR NAMEPLATE. E6. ALL FUSES TO BE CLASS CC OR J AND 3 4 X VOLTAGE RATED EQUAL (OR HIGHER) I I THAN OPERATING VOLTAGE TimomaN1L T�(o-5P® EC (.b7oR (i USiD) m 1 2 N TERMINALS - RDN� wHEN a�H TnAT I� =eTI�NED _ N � saAce u°um urve KcaM°sTATRc� � r---------J w'F 3i 0 -COMPONENT TERMINAL - MARKED 0 -COMPONENT TERMINAL - UNMARKED — MANUAL PUMP- O'er ( IDENTIFIABLE BY LOCATION ) O -COMPONENT TERMINAL - UNMARKED DOWN SWTCH ( UNIDENTIFIABLE ) -- — J IF USED w NOTE #E3 s - 3 ❑ -TERMINAL BLOCK TERMINAL LED] ❑F LVAv TEaN sTala �__F------------J _�D 52 RD 51 • -WIRE SPLICE CONDUCTORS/WIRING FACTORY WIRING svACE uQu,AYE rvc ------- WIRING BY OTHERS L*'k --=- ILL- - 7 11 — — OPTIONAL COMPONENT WIRING (SOME OPTIONAL COMPONENTS ALTERNATE ELECTRONIC THERMOSTAT (IF USED) — -- --- — - PUMPDOWN WA RNING— FOR PRE —INSTALLED 4T °• °N,E �°°�� ROOM T'STATS MAY BE FACTORY WIRED.) ALL FIELD WIRING MUST BE DONE IN SWITC-H—WITCHF —�¢ _ _ **FIELD MODIFICATION COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES. SOLENOID - Y BE REQUIRED CUSTOMER WIRE TO 1 C TWO SPEED EC FAN L � r IF USE GrvD. - WHEN DEFROST TIME CLOCK IS REQUIRED. COND UNIT MODEL # ®®® I T ❑F REMOVE THERMOSTAT WIRE °wm awcs FROM TERMINAL ® IN UNIT COOLER, EVAPORATOR MODEL # - ®V02® TERM NO c rvcIII .E N-J AND WIRE TO TERMINAL FAUIN TIME CLOCK. OR IF CUSTOMER ORDER # - °i0P°°" MANUAL PUMP DOWN SWITCH FEATURE IS ALSO REQUIRED, -- PRODUCTION # - REVISIONS DIAGRAM NUMBER WIRE TO SWITCH AS SHOWN EVAPORATOR REFER TO NAMEPLATE DATE JAN 18 / 10 LTR D KA 1 01 208/230-1-60 FOR ELECTRICAL SEE NOTE #E5 200/220-1-50 REQUIREMENTS MAR26/03 I A T40-TEHC-PDS-1 - 18 - 10/01/18 TEH TYPICAL SYSTEM WIRING DIAGRAM EC MOTORS 208-230/1160 Unit with SMARTSPEED' with 230V Air Defrost Evaporator — zo —�-6o DF zoo/zzOV— —so HE CONDENSING UNIT WIRING DIAGRAM - OPTIONALTIONAL CORESENSE OIL PROTECTION - STANDARD CONTROL CIRC WITH TWO SPEED EC COND FAN MOTOR REFER TO CONDENSING UNIT NAMEPLATE FOR ELECTRICAL REQUIREMENTS U 2 — I I GND. DISCONNECT *IF OIL SWITCH NOT REQUIRED, WIRE RD19 TO TERMINAL �3 SWITCH (NOTE C3) *k IF TIME DEAY NOT USED, WIRE RD17 TO TERMINAL�2 BL 2 RD 1 FUSED FUSE ADJUSTABLE DUAL PRESS (NOTE C3) IF OIL SWITCH AND TIME DELAY NOT REQUIRED, WIRE RD19 TO TERMINAL ❑2 FUSE (NOTE C3) (ALTERNATE TO SEPARATE LP/HP) POWER DISTRIBUPON OIL SEPARATOR SOLENOID VALVE /l RD D sL RE RD CORESENSE (NOTE C3) L1 L2 TERM BLOCK d14_� ` 13 TIME OILPRESSURE SWITCH (NOTE C3) RD, O--,I� BL DELAY (IF APPLICABLE) r CIRCUIT W RD 3 (DELAY ON BREAK) 211 COMPRESSOR 122 BL — BREAKER ADJUSTABLE ENCAPSULATED FIXED (NOTE C3) A I CONTACTOR 1 4 PRESS O OR FUSES LOW * HIGH PRESS RD 3 1 RD ** RD RD_ RD BL RD RD -L—__ (NOTE C3) 1 2 -� - L3J 17 L M 18 L.4J 19 C 20 C 13 14 15--_16 AUX1 LOW LP 400 PSIG CUT OUT 2 300 PSIG CUT IN RD 7A L1 Lz COMPRESSOR CONTACTOR & - - - - - - - - 120/230V RD 23A BL 7 T1 T2 SWTC ES. COMPRESSOR AUX2 CONTACTOR AUX -� RD AUX1 RD CRANKCASE HTR(OUTDOOR) BL 5 RD CORESENSE CURRENT SENSING ADJUSTABLE SPOT AMBIENT THERMOSTAT RECEIVER HTR (SELF(IF REG) RD IN APPuc) BK - A19AAC 9 B _ (NOTE 03) EXTERNAs 2 L0'4D COMPRESSOR (IF APPUE) R AMBIENT THERMOSTAT REDUCES EC MOTOR FAN SPEED AT COLDER I� 3 BL AMBI ENTS AND ACTIVATES CRANKCASE /RECEIVER HEATER 1 DURING COMPRESSOR OFF -CYCLE ONLY DURING COLD WEATHER. 1 c 1 EC MOTOR 3RD RED MOTOR WIRE TO L1 ----------- RUNS MOTOR AT FULL SPEED DURING NOTE$ 1 START RELAY 1 1 1 YL WARMER AMBIENTS. C2. USE COPPER CONDUCTORS ONLY RD RUN CAP. C. USE 75C WIRE (OR HIGHER) & C3. OPTIONAL COMPONENT 1 1 GND. GND. ALTERNATE C4, ALL FUSES TO BE CLASS CC OR J AND VOLTAGE RATED Y m'III AMBIENT THERMOSTAT EQUAL (OR HIGHER) THAN OPERATING VOLTAGE L _ _ START CAP_ _ _ J 0 0 KPU71 CONDUCIPDR ��Oe� 0 0 FACTORY WIRING ' (Fui ii) FS 11) ] 1 4 OPTIONAL WIRING WUH Y30V EC MOTOR 23DV EC MOTOR ---- WIRING BY OTHERS STERM CFORR9PECIFICL REFER TO COMPRESSOR BOx ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH CONDENSER CAN MOTOR CONDENSER FAN MOTOR L APPLICABLE LOCAL AND NATIONAL CODES. IFMEMERN5L START KIT USED - REFER TO FAN 2O #1 FAN $2 (RIGHT)) DIACRAM NUMBER WIRING DIAL IN START KIT BOX (IF APPLICABLE) AIO �s/ D S2A1 W5 TYPICAL EVAPORATOR WIRING: FOR SINGLE AIR DEFROST EVAPORATOR— SINGLE POINT FOR USE WITH: 208/230-1-60, 200/220-1-50 OR 208/230-3-60, 200/220-3-50 CONDENSING UNITS WITH OR WITHOUT DEFROST TIME CLOCK AND FOR TOTAL EVAP FAN AMPS NOT EXCEEDING 12A NOTES CONDENSING UNIT CONTROL PANEL REFER TO COND. UNIT CONDENSING UNIT CONTROL CIRCUIT E1. USE COPPER CONDUCTORS ONLY WIRING SECTION ABOVE TERMINAL BLOCK E2. USE 75'C WIRE (OR HIGHER) _111 ____________ E3. OPTIONAL COMPONENT. DEFROST CLOCK - 8145 NOTE #E3 MAY BE FACTORY INSTALLED IN COND. UNIT, EVAPORATOR, OR (OR EQUIV) 1 SUPPLIED BY OTHERS. TM E5. OVERCURRENT PROTECTION FOR EVAPORATOR MUST NOT EXCEED MAXIMUM 11 1 VALUE SHOWN ON EVAPORATOR NAMEPLATE. E& ALL FUSES TO BE CLASS CC OR J AND 3 4 X 1 VOLTAGE RATED EQUAL (OR HIGHER) 1 1 THAN OPERATING VOLTAGE ovlak¢ NN-�? ccxMm�IDMR �'sm5DLD 2 N �-- � TERMING-s sFACF uaMlo uxE IN ____-----J w1� r 0 -COMPONENT TERMINAL -MARKED - _ITAT OI`Y-' Q -COMPONENT TERMINAL - UNMARKED ( IDENTIFIABLE BY LOCATION ) MANUAL PUMP- O -COMPONENT TERMINAL - UNMARKED _ J 1 1D DOWN SWITCH IF USED w NOTE {jE3 rc 5z RD 51 a ( UNIDENTIFIABLE ) ❑ -TERMINAL BLOCK TERMINAL • -WIRE SPLICE �❑+ r ❑F SAP TEaM �,RIF r---------------� DOCTORS RI G - -- -- --� FACTORY WIRING sFAcc rv.c. JNEWIRING L* BY OTHERS —QuALv>_ L L--� �� OPTIONAL COMPONENT WIRING (SOME OPTIONAL COMPONENTS ALTERNATE ELECTRONIC THERMOSTAT (IF USED) ------ PUMPDOWN uQmO uxE ---- WARNING— OR PRE —INSTALLED ou SUE UorcLs. ROOMFT STATS MAY BE FACTORY WIRED.) ALL FIELD WIRING MUST BE DONE IN SWITCH F -� �A o **FIELD MODIFICATION �_ COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES. SOLENOID I - Y BE REQUIRED CUSTOMER WIRE TO 1 C TWO SPEED L+ r IF UEC SES FAN - WHEN DEFROST TIME CLOCK ND IS REQUIRED. CORD UNIT MODEL ®®® ® T ❑F REMOVE THERMOSTAT WIRE PL1� FROM TERMINAL ® IN UNIT COOLER, EVAPORATOR MODEL ®Y®20Y I s fVAP TERM STRv J AND WIRE TO TERMINAL IN TIME CLOCK. OR IF CUSTOMER ORDER }J - LR asTAT— - oFOR owun MANUAL PUMP DOWN SWITCH FEATURE IS ALSO REQUIRED, PRODUCTION # - REVISIONS DIAGRAM NUMBER EVAPORATOR REFER TO NAMEPLATE WIRE TO SWITCH AS SHOWN DATE JAN 18 / 10 LTR D KA 1 01 208/230-1-60 FOR ELECTRICAL SEE NOTE #E5 REQUIREMENTS 200/220-1-60 MAR26/03 A T40-TEHC-PDS-1 - 21 - 10/01/18 TEH PROJECT INFORMATION 6OHz System Model Number Date of Start -Up Serial Number Service Contractor Refrigerant Phone Electrical Supply E-Mail T40-TEHC-PDS-1 - 23 - 10/01/18 TEH PRODUCT SUPPORT RESOURCES web: t-rp.com/teh email: smcu@t-rp.com call: 1-844-893-3222 x521 email: troubleshooting@t-rp.com call: 1-844-893-3222 x529 web: t-rp.com/parts IM email: parts@t-rp.com call: 1-844-893-3222 x521 web: t-rp.com/warranty email: warranty@t-rp.com call: 1-844-893-3222 x501 email: orders@t-rp.com call: 1-844-893-3222 x501 email: shipping@t-rp.com .61 call: 1-844-893-3222 x503 • c OUS Trenton Refrigeration Brantford, ON • Longview, TX 1-800-463-9517 info@t-rp.com www.t-rp.com Due to the manufacturer's policy of continuous product improvement, we reserve the right to make changes without notice. 60Hz