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General| Brand | Trane |
|---|---|
| Model | TSC060-120 |
| Category | Air Conditioner |
| Language | English |
Offers versatile solutions with two roof curbs, ReliaTel controls, and superior airflow.
Trane's second-generation microprocessor controls for unit operation and diagnostics.
Details unit control, reliability improvements, compressor protection, and energy-saving features.
Covers options like hinged access doors, economizers, phase monitors, and filter switches.
Lists options including outside air dampers, coil guards, electric heaters, and sensors.
Summarizes Precedent's quality, flexibility, and performance for light commercial markets.
Details extensive testing for water integrity, shipping, and operational reliability.
Explains VariTrac system for advanced comfort management with Precedent units.
Steps to determine cooling capacity using SI units based on building loads.
Steps to determine heating capacity using SI units based on building loads.
Procedure for selecting fans and motors based on SI airflow and static pressure.
Steps to determine cooling capacity using IP units based on building loads.
Steps to determine heating capacity using IP units based on building loads.
Procedure for selecting fans and motors based on IP airflow and static pressure.
Explains the meaning of each digit in the unit model number.
Provides key cooling performance data including capacity, COP, airflow, and system power.
Table PD-1 shows SI cooling capacities for TSC060AD under various conditions.
Table PD-1a shows IP cooling capacities for TSC060AD under various conditions.
Table PD-2 shows SI cooling capacities for TSC072AD under various conditions.
Table PD-2a shows IP cooling capacities for TSC072AD under various conditions.
Table PD-3 shows SI cooling capacities for TSC090AD under various conditions.
Table PD-3a shows IP cooling capacities for TSC090AD under various conditions.
Table PD-4 shows SI cooling capacities for TSC102AD under various conditions.
Table PD-4a shows IP cooling capacities for TSC102AD under various conditions.
Table PD-5 shows SI cooling capacities for TSC120AD under various conditions.
Table PD-5a shows IP cooling capacities for TSC120AD under various conditions.
Table PD-6 details SI fan performance for TSC060AD in downflow configuration.
Table PD-6a details IP fan performance for TSC060AD in downflow configuration.
Table PD-7 details SI fan performance for TSC060AD in horizontal configuration.
Table PD-7a details IP fan performance for TSC060AD in horizontal configuration.
Table PD-8 details SI fan performance for TSC072AD in downflow configuration.
Table PD-8a details IP fan performance for TSC072AD in downflow configuration.
Table PD-9 details SI fan performance for TSC072AD in horizontal configuration.
Table PD-9a details IP fan performance for TSC072AD in horizontal configuration.
Table PD-10 details SI fan performance for TSC090AD in downflow configuration.
Table PD-10a details IP fan performance for TSC090AD in downflow configuration.
Table PD-11 details SI fan performance for TSC090AD in horizontal configuration.
Table PD-11a details IP fan performance for TSC090AD in horizontal configuration.
Table PD-12 details SI fan performance for TSC102AD in downflow configuration.
Table PD-12a details IP fan performance for TSC102AD in downflow configuration.
Table PD-13 details SI fan performance for TSC102AD in horizontal configuration.
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