High Ambient / High Efficiency Series. R - 410a. 50Hz. Ducted Split Air Conditioners (5.0 kw kw)

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1 High Ambient / High Efficiency Series R - 410a 50Hz Ducted Split Air Conditioners (5.0 kw kw) ISO 9001 : 2008 ISO : 2004 ISO : 2007

Park (DIP). We provide quality HVAC solutions for residential, commercial & specialized applications.

2 R - 410a 50Hz Introduction: Established in the year 2004, we specialize in manufacturing of central air-conditioning and kitchen ventilation equipment, with a full-fledged manufacturing facility in Dubai Investments Park (DIP). We provide quality HVAC solutions for residential, commercial & specialized applications. Our vast experience and engineering skills allows us to offer true value added benefits to our clients. TROSTEN I Ducted Split Air Conditioners

Introduction... 01 Nomenclature... 02 Salient Features... 03 Product Specifications... 05 System Performance Data... 07 Fan Performance Data... 21 Electrical Data... 22 Recommended Pipe Selection.

3 Introduction Nomenclature Salient Features Product Specifications System Performance Data Fan Performance Data Electrical Data Recommended Pipe Selection Dimensional Drawings Wiring Diagrams Guide Specification ESMA certified split indoor and outdoor series by Trosten provides not only the ultimate comfort, but also long and trouble free operations. These products are registered under the Emirates Conformity Assessment Scheme (ECAS) based on compliance to the following requirements. UAE.S :2014 Labeling Energy Efficiency label for electrical appliances Part 5: Commercial and Central Air Conditioners. ECAS specific requirements for registration of low voltage equipment.

4 Nomenclature Outdoor Unit 6: V/1Ph/50Hz 1: R-410 a 7: R-407 c Indoor Unit 6: V/1Ph/50Hz 1: R-410 a 7: R-407 c

Indoor Salient Features The concealed ductable split units are of compact and energy efficient design, delivering ultimate performance.

The concealed ductable indoor units are designed using the latest fan coil technology, highly efficient in performance and ideal for whisper quiet operation.

Units are designed with advanced refrigerant circuiting offering minimal pressure drop for ideal performance. The units are made out of high quality galvanized steel for reliability and durability.

5 Indoor Salient Features The concealed ductable split units are of compact and energy efficient design, delivering ultimate performance. The units provide solutions for most of the domestic and commercial applications, designed with the optimum comfort, installation time-savings and reduced running costs for the end-user. The concealed ductable indoor units are designed using the latest fan coil technology, highly efficient in performance and ideal for whisper quiet operation. The indoor air compartment is completely insulated with fire retardant polyethylene insulation. Units are designed with advanced refrigerant circuiting offering minimal pressure drop for ideal performance. The units are made out of high quality galvanized steel for reliability and durability. The concealed ductable indoor units are available with the electrical characteristics of volts, 1 phase, 50 hz operation. The control voltage is 220 volts. Factory assembled controls with 220 volts wired remote controller (wireless remote controller is optional). Units are completely factory wired with single point power input, provided with knockouts for utility, main power supply and control connections. The evaporator coils are made out of seamless, inner grooved copper tube / corrugated aluminum fins. Efficient and dependable metering of the refrigerant is provided by thermostatic expansion device or flow restrictor, a device which improves overall system reliability and is easily accessible for routine maintenance. 03

Salient Features Outdoor The outdoor condensing units of TAC series are suitable for side and top discharge installation on the roof or on the ground.

Units are designed & tested in accordance with AHRI standards.

6 Salient Features Outdoor The outdoor condensing units of TAC series are suitable for side and top discharge installation on the roof or on the ground. Units have been incorporated with high efficiency rotary / scroll compressor in single stage operation for improved comfort, performance and reliability. Units are designed & tested in accordance with AHRI standards. The outdoor condensing units are available with the electrical characteristics of volts, 1 phase, 50 Hz operation up to 11 kw nominal cooling capacity and thereafter by volts, 3 phase, 50 Hz operation. Compressors are fully hermetic rotary or scroll type designed for high efficiency and provided with standard controls & safety devices. Higher capacity compressors are provided with crankcase heaters to warm oil and prevent dilution by refrigerant. HP and LP controls for models above 11 kw are provided for the safe operation of the compressor. Units are provided with easy accessible control box, compressor and High pressure switch. Condenser fans are propeller type, direct driven, draw through side / vertical discharge with fan guard mounted to the panel. The fan design provides an efficient airflow rate while operating at low rotational speeds to reduce fan noise. The design incorporates robust characteristics that provide good performance over a range of static pressure. Condenser coils are made of seamless, inner grooved copper tube and aluminum corrugated fins, mechanically bonded for maximum heat transfer TAC units have significant performance advantages in terms of efficiency, noise performance and power consumption. The condenser coils are factory tested for leaks and pressure tested at 600 psig. The outdoor units are leak tested with electronic machines and fully charged with refrigerant R410a. The outdoor units are made out of high quality galvanized steel, powder coated for long lasting protection and durability. 04

7 Product Specification T1 T3 Outdoor Unit Indoor Unit Model Cooling Capacity Power Input EER Cooling Capacity Power Input EER Fan Type Air Flow Rate Coil Fan Coil Fan Compressor External Static Pressure Power Input Fan Motor Protection Material Tube Diameter Material Fin No.of Rows Condensate Drain Size Air Filter System Operation Control Unit Dimension H x W x D Weight Power Supply Air Discharge Compressor Type Quantity Vibration Isolator Protective Device Fan Type / Drive Quantity Fan Speed Blade Material Tube Construction Tube Material Fin No.of Rows Unit Dimension Weight Pipe Size Refrigerant Power Supply Indoor Unit TDF-G06S1N6 TDF-G08S1N6 TDF-G10S1N6 TDF-G12S1N6 Outdoor Unit TAC-G18D1N6 TAC-G24D1N6 TAC-G30D1N6 TAC-G36D1N6 Btu/hr 17,300 21,600 25,600 34,890 W 1,650 2,070 2,560 3,210 Btu/hr / W Btu/hr 15,400 18,800 22,400 29,800 W 1,890 2,310 2,750 3,670 Btu/hr / W Double Inlet Double Width CFM ,200 Inches wg W Auto Reset Thermal Overload Inner Grooved Copper Tube Inches 5/16" 5/16" 3/8" 3/8" Aluminum Inches 3/4" Synthetic, Washable Wired Controller With Remote mm 245 x 1025 x x 1025 x x 1255 x x 1100 x 660 kg V / Ph / Hz Type / 1 / 50 Side Rotary Scroll No Rubber Mount Auto Reset Thermal Overload Propeller / Direct Drive No RPM ABS Fin Tube Construction Inner Grooved Copper Tube Aluminum H x W x D mm 650 x 870 x x 870 x x 925 x x 925 x 395 kg Suction 1/2" 5/8" 5/8" 5/8" Inches Liquid 1/4" 1/4" 3/8" 3/8" Type R-410a No. of Circuits V / Ph / Hz / 1 / 50 Notes: T1 Condition: Rated at F DB, F WB & 95 0 F ambient temperature. T3 Condition: Rated at F DB, F WB & F ambient temperature. Specifications are subject to change without notice in accordance with our policy of continous research and product development. 05

8 Product Specification T1 T3 Outdoor Unit Indoor Unit Model Cooling Capacity Power Input EER Cooling Capacity Power Input EER Fan Type Air Flow Rate Coil Fan Coil Fan Compressor External Static Pressure Power Input Fan Motor Protection Material Tube Diameter Material Fin No.of Rows Indoor Unit TDF-G14S1N6 TDF-G16S1N6 TDF-G20S1N6 Outdoor Unit TAC-G42D1N5 TAC-G48D1N5 TAC-G60D1N5 Btu/hr 39,000 46,640 51,600 W 3,750 4,370 4,860 Btu/hr / W Btu/hr 34,000 38,800 43,700 W 4,190 4,780 5,340 Btu/hr / W Double Inlet Double Width CFM 1,382 1,600 1,800 Inches wg W Auto Reset Thermal Overload Inner Grooved Copper Tube Inches 3/8" 3/8" 3/8" Aluminum Condensate Drain Size Inches 3/4" Air Filter Synthetic, Washable System Operation Control Wired Controller with Remote Unit Dimension H x W x D mm 378 x 1100 x x 1100 x x 1200 x 700 Weight kg Power Supply V / Ph / Hz / 1 / 50 Air Discharge Type Side Top Compressor Type Scroll Quantity No Vibration Isolator Rubber Mount Protective Device Auto Reset Thermal Overload Fan Type / Drive Propeller / Direct Drive Quantity No Fan Speed RPM 900 1,050 1,050 Blade Material ABS Metal Tube Construction Fin Tube Construction Material Tube Inner Grooved Copper Tube Fin Aluminum No.of Rows Unit Dimension H x W x D mm 1150 x 925 x x 765 x x 765 x 765 Weight kg Pipe Size Refrigerant Suction 3/4" 3/4" 3/4" Inches Liquid 3/8" 3/8" 1/2" Type R-410a No. of Circuits Power Supply V / Ph / Hz / 3 / Notes: T1 Condition: Rated at F DB, F WB & 95 0 F ambient temperature. T3 Condition: Rated at F DB, F WB & F ambient temperature. Specifications are subject to change without notice in accordance with our policy of continous research and product development.

9 System Performance Data Indoor TDF - G06S1N6 R - 410a / 50 Hz Outdoor TAC - G18D1N6 ESP: 0.1" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 231 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 212 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 189 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 07

10 System Performance Data Indoor TDF - G06S1N6 R - 410a / 50 Hz Outdoor TAC - G18D1N6 ESP: 0.2" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 210 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 193 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 172 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 08

11 System Performance Data Indoor TDF - G08S1N6 R - 410a / 50 Hz Outdoor TAC - G24D1N6 ESP: 0.1" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 349 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 321 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 283 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 09

12 System Performance Data Indoor TDF - G08S1N6 R - 410a / 50 Hz Outdoor TAC - G24D1N6 ESP: 0.2" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 317 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 292 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 258 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 10

13 System Performance Data Indoor TDF-G10S1N6 R - 410a / 50 Hz Outdoor TAC-G30D1N6 ESP: 0.1" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 402 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 368 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 323 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 11

14 System Performance Data Indoor TDF-G10S1N6 R - 410a / 50 Hz Outdoor TAC-G30D1N6 ESP: 0.2" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 365 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 335 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 294 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 12

15 System Performance Data Indoor TDF-G12S1N6 R - 410a / 50 Hz Outdoor TAC-G36D1N6 ESP: 0.1" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 589 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 540 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 476 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 13

16 System Performance Data Indoor TDF-G12S1N6 R - 410a / 50 Hz Outdoor TAC-G36D1N6 ESP: 0.2" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 567 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 519 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 458 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 14

17 System Performance Data Indoor TDF-G14S1N6 R - 410a / 50 Hz Outdoor TAC-G42D1N5 ESP: 0.1" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 683 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 653 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 632 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 15

18 System Performance Data Indoor TDF-G14S1N6 R - 410a / 50 Hz Outdoor TAC-G42D1N5 ESP: 0.2" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 653 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 623 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 602 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 16

19 System Performance Data Indoor TDF-G16S1N6 R - 410a / 50 Hz Outdoor TAC-G48D1N5 ESP: 0.1" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 789 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 756 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 732 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 17

20 System Performance Data Indoor TDF-G16S1N6 R - 410a / 50 Hz Outdoor TAC-G48D1N5 ESP: 0.2" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 755 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 722 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 698 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 18

21 System Performance Data Indoor TDF-G20S1N6 R - 410a / 50 Hz Outdoor TAC-G60D1N5 ESP: 0.1" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 882 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 854 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 830 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 19

22 System Performance Data Indoor TDF-G20S1N6 R - 410a / 50 Hz Outdoor TAC-G60D1N5 ESP: 0.2" Evaporator Airflow Rate CFM / LPS (Fan Speed) F (DB / WB) Cooling Capacity & Power Input Condenser Air Entering Temperature ( F) T S T S T S T S MBH kw / 849 (High) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 821 (Medium) PI kw MBH kw PI kw MBH kw PI kw MBH kw / 797 (Low) PI kw MBH kw PI kw MBH kw PI kw Notes: T S PI ESP - Evaporator Air Entering Temperature - Total Cooling Capacity - Sensible Cooling Capacity - Cooling Capacity - Total Power Input (Compressor + Condenser Motor + Evaporator Motor) - External Static Pressure 20

23 Fan Performance Data Imperial Fan Speed ESP Inches wg Airflow Rate (CFM) Indoor Model TDF Series: G06S1N6 G08S1N6 G10S1N6 G12S1N6 G14S1N6 G16S1N6 G20S1N6 0" " High 0.2" " " " " Medium 0.2" " " " " Low 0.2" " " Metric Fan Speed ESP Pascals (Pa) Airflow Rate (LPS) Indoor Model TDF Series: G06S1N6 G08S1N6 G10S1N6 G12S1N6 G14S1N6 G16S1N6 G20S1N High Medium Low ESP CFM LPS - External Static Pressure - Cubic Feet per Minute - Litres per Second 21

24 Electrical Data Electrical Data For Indoor Units Indoor Model TDF Series: V / Ph / Hz G06S1N6 G08S1N6 G10S1N6 G12S1N6 G14S1N6 G16S1N6 G20S1N / 1 / 50 Operating Voltage Blower Motor Min Max HP FLA MCA Amps MOCP Amps Electrical Data For Outdoor Units Outdoor Model TAC Series: V / Ph / Hz G18D1N6 G24D1N6 G30D1N6 G36D1N6 G42D1N5 G48D1N5 G60D1N / 1 / / 3 / 50 Operating Voltage Min Max RLA Compressor LRA Quantity HP Condenser FLA Quantity MCA Amps MOCP Amps Notes: FLA LRA RLA MCA MOCP - Full Load Amps - Locked Rotor Amps - Running Load Amps - Minimum Circuit Amps - Maximum Over Current Protection 22

25 Recommended Pipe Selection Liquid Line Pipe Selection (Outdoor unit above indoor unit) Equivalent Pipe Length (feet) (Vertical + Horizontal) TDF-G06S TDF-G08S TDF-G10S TDF-G12S TDF-G14S TDF-G16S TDF-G20S TAC-G18D TAC-G24D TAC-G30D TAC-G36D TAC-G42D TAC-G48D TAC-G60D Pipe Size 16' 1/4" 1/4" 3/8" 3/8" 3/8" 3/8" 1/2" 25' 1/4" 1/4" 3/8" 3/8" 3/8" 3/8" 1/2" 33' 1/4" 1/4" 3/8" 3/8" 3/8" 3/8" 1/2" 50' 1/4" 1/4" 3/8" 3/8" 3/8" 3/8" 1/2" 66' - - 3/8" 3/8" 3/8" 3/8" 1/2" 82' - - 3/8" 3/8" 3/8" 1/2" 1/2" 98' - - 3/8" 3/8" 3/8" 1/2" 1/2" 115' - - 3/8" 3/8" 3/8" 1/2" 1/2" 131' - - 3/8" 3/8" 3/8" 1/2" 1/2" Liquid Line Pipe Selection (Indoor unit above outdoor unit) Equivalent Pipe Length (feet) (Vertical + Horizontal) TDF-G06S TDF-G08S TDF-G10S TDF-G12S TDF-G14S TDF-G16S TDF-G20S TAC-G18D TAC-G24D TAC-G30D TAC-G36D TAC-G42D TAC-G48D TAC-G60D Pipe Size 16' 1/4" 1/4" 3/8" 3/8" 3/8" 1/2" 1/2" 25' 1/4" 1/4" 3/8" 3/8" 3/8" 1/2" 1/2" 33' 1/4" 1/4" 3/8" 3/8" 3/8" 1/2" 1/2" 50' 1/4" 1/4" 3/8" 3/8" 3/8" 1/2" 1/2" 66' 1/4" 1/4" 3/8" 3/8" 3/8" 1/2" 1/2" 82' 3/8" 3/8" 3/8" 3/8" 3/8" 1/2" 1/2" 98' 3/8" 3/8" 3/8" 3/8" 3/8" 1/2" 1/2" 115' 3/8" 3/8" 3/8" 3/8" 1/2" 1/2" 1/2" 131' 3/8" 3/8" 3/8" 3/8" 1/2" 1/2" 1/2" General Notes: a. Standard pipe size supplied by factory will be 16' (5m) b. Total equivalent length of piping should be limited to 131' (40 m) c. For rotary compressor the total equivalent length of piping is to be limited to 50' (15 m) d. For scroll compressor the total equivalent length of piping is to be limited to 131' (40 m) e. Additional Refrigerant Charge Liquid Line Size R410a Charge (grams / ft) 1/4" 10 3/8" 17 1/2" 24 23

26 Recommended Pipe Selection Suction Line Pipe selection Equivalent Pipe Length (feet) (Vertical + Horizontal) TDF-G06S TDF-G08S TDF-G10S TDF-G12S TDF-G14S TDF-G16S TDF-G20S TAC-G18D TAC-G24D TAC-G30D TAC-G36D TAC-G42D TAC-G48D TAC-G60D Pipe Size 16' 1/2" 5/8" 5/8" 5/8" 3/4" 3/4" 3/4" 25' 1/2" 5/8" 5/8" 5/8" 3/4" 3/4" 3/4" 33' 1/2" 5/8" 5/8" 5/8" 3/4" 3/4" 3/4" 50' 1/2" 5/8" 5/8" 5/8" 3/4" 3/4" 3/4" 66' - - 5/8" 5/8" 3/4" 3/4" 7/8" 82' - - 5/8" 5/8" 3/4" 3/4" 7/8" 98' - - 5/8" 5/8" 3/4" 7/8" 7/8" 115' - - 3/4" 3/4" 3/4" 7/8" 7/8" 131' - - 3/4" 3/4" 7/8" 7/8" 7/8" Capacity Loss Multiplier Equivalent Pipe Length (feet) (Vertical + Horizontal) TDF-G06S TDF-G08S TDF-G10S TDF-G12S TDF-G14S TDF-G16S TDF-G20S TAC-G18D TAC-G24D TAC-G30D TAC-G36D TAC-G42D TAC-G48D TAC-G60D 16' ' ' ' ' ' ' ' ' General Notes: a. Standard pipe size supplied by factory will be 16' (5m) b. For rotary compressor the total Equivalent length of piping is to be limited to 15 meters c. For Scroll compressor the total Equivalent length of piping is to be limited to 40 meters d. When the Outdoor unit is located above indoor unit, install a suction riser every 5 meters e. The capacity derating as per the performance chart applicable at various ambient temperatures f. The total length exceed more than 20 mts the following components to be installed at site g. Hard start kit (start capacitor and relay) must be installed on outdoor unit for single phase condensers h. Crankcase heater must be installed on compressors 24

27 Dimensional Drawings 25

28 26 Dimensional Drawings

29 Dimensional Drawings 27

30 28 Dimensional Drawings

31 Indoor Units Wiring Diagrams 29

32 Wiring Diagrams Outdoor Units 30

33 Outdoor Units Wiring Diagrams 31

34 Wiring Diagrams Outdoor Units 32

35 Outdoor Units Wiring Diagrams 33

36 Guide Specification General: Ducted Split Units shall be of high efficiency performance, being suitable for side and up flow installation on the roof or on the ground. Units shall be highly competent in performance and ideal for both commercial and residential application with whisper quiet operation. Units shall be designed to work up to 52 C (125.6 F) without tripping. Outdoor Unit: Outdoor units shall be designed and tested, conforming to AHRI Standards. Units shall be leak tested with electronic machines, piped, internally wired and fully charged with refrigerant R410a. Units shall be made from high quality, corrosion resistant galvanized steel casing and shall be powder coated for weather resistance and resilience. The galvanized steel sheets shall conform to ASTM-A525 and the powder coated panels shall be able to withstand 1000 hours as per ASTM-B117. Compressors shall be highly efficient rotary / fully hermetic scroll with standard controls and safety devices. Higher capacity compressors shall be provided with crankcase heaters which warm oil and keeps in check attenuation by refrigerant. High pressure and low pressure controls shall be provided for units above 36,000 Btu/hr. Internal thermal overload protection shall be available with the compressor. Condenser coils shall be constructed out of seamless inner grooved copper tube and aluminum corrugated fins mechanically bonded for maximum heat transfer. Coils shall be designed to have minimum pressure drop for refrigerant flow to induce the best output. Coils shall be factory pressure tested at 600 PSI. Condenser fans shall be propeller type, direct drive draw through vertical discharge with fan guard mounted to the panel. The outdoor units shall operate in electrical characteristics of Volts / 50 Hz / 1Ø upto 36,000 Btu/hr and Volts / 50Hz / 3Ø for capacities from 42,000 Btu/hr and above. 34

37 Guide Specification Indoor Unit: Indoor units shall comprise of evaporator coil, fan motor assembly, synthetic washable filter and metering device. Units shall have a compact design and a low profile suitable for horizontal Installation in most standard drop ceiling application thus providing flexibility in installation. The fans shall operate at three different speeds of Low, Medium and High. Fan type shall be double inlet double width (DIDW) and of ABS material. The motor provided shall be a single phase unit suitable for Volts / 50 Hz. Unit shall be provided with factory assembled controls with a Volts wired remote controller. Fan motor shall be internally thermal protected. Evaporator coil shall be constructed of seamless inner grooved copper tube and corrugated aluminum fins for high efficiency and durability. Units shall be constructed with an advanced refrigerant circuitry, offering minimum pressure drop and delivering the best possible output. The metering device shall be a flowrator / thermostatic expansion valve (TXV) Low density insulation provided in the units shall habilitate a quiet performance. The air compartment in the indoor unit shall be completely insulated with closed cell elastomeric insulation. All units shall be completely factory wired with single point power input provided with knockouts for utility, main power supply and control connections. The units shall be leak tested at 600 PSI by electronic machines, piped, internally wired and shall have a holding charge of refrigerant R410a. 35

38 Notes

39 Notes

40 Ref:TR/CAT/DSAC/16/02

FALCON Rooftop Units ACPSE 50/60Hz Cooling Capacity : 36 to 1388 MBH (11 to 407 kw) Heating Capacity : 40 to 1298 MBH (12 to 380 kw)

FALCON Rooftop Units ACPSE 50/60Hz Cooling : 36 to 1388 MBH (11 to 407 ) Heating : 40 to 1298 MBH (12 to 380 ) R Products that perform...by people who care NOMENCLATURE 6 AC P S E 435 P - HP G Q 6-60 Hz