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General| Brand | Thermo King |
|---|---|
| Model | SPECTRUM TS Series |
| Category | Industrial Equipment |
| Language | English |
Describes general safety rules for unit operation and handling.
Explains the automatic starting behavior of the unit.
Details the procedure for safely removing the unit's battery.
Highlights the dangers associated with handling refrigerants.
Details the hazards and precautions for refrigerant oil.
Covers safety risks associated with electrical components and systems.
Safety guidelines to follow when performing welding operations on the unit.
Emergency procedures to follow in case of exposure to hazardous materials.
Provides detailed specifications for the unit's engine.
Specifies the correct belt tension settings for various belts.
Lists key specifications for the refrigeration system components.
Details the engagement and torque specifications for the Hilliard clutch.
Lists specifications for the unit's electrical control system.
Specifies the adjustable intervals for the defrost timer.
Identifies the type of system controller used in the unit.
Provides current draw and resistance for various electrical components.
Lists specifications for electric standby operation on Model 50 units.
Details the required supply circuit breaker and extension cord size.
Outlines maintenance tasks for the microprocessor.
Lists pre-trip, hourly, and annual engine maintenance tasks.
Specifies intervals for changing engine oil and filter.
Outlines electrical system maintenance checks.
Lists maintenance tasks for the refrigeration system.
Covers structural inspection and cleaning tasks.
Provides a general overview of the SPECTRUM™ TS unit.
Lists the key design features of the unit.
Lists available optional features for the unit.
Details the specifications and changes for the TK 3.95 and TK376 engines.
Describes the function and engagement speed of the centrifugal clutch.
Provides information on Extended Life Coolant and its compatibility.
Details the components and benefits of the EMI 2000 package.
Describes the remote evaporator's function and placement.
Describes the unit's high-performance scroll compressor.
Explains the Human Machine Interface control panel's display and keys.
Locates and describes the function of the microprocessor power switch.
Explains the fuel-saving CYCLE-SENTRY system.
Describes how the defrost process works and its initiation methods.
Details the optional Data Acquisition System's monitoring and recording capabilities.
Explains the electric standby option for Model 50 units.
Lists standard features for units with electric standby.
Describes the contents and location of the high voltage tray.
Details the phase detect module's function and operation.
Describes various unit instruments like coolant tank and oil sight glass.
Explains how sensors monitor system parameters and their types.
Describes components of the refrigeration system and their locations.
Describes the different refrigeration cycles the unit can perform.
Lists special functions available to technicians through the control system.
Illustrates refrigeration system flow through various zone configurations.
Explains the refrigerant flow during Zone 1 Cool and Zone 2 Cool operation.
Lists the components specific to the Zone 1 Evaporator.
Lists the components specific to the Zone 2 Evaporator.
Lists the components within the condensing unit.
Explains the refrigerant flow during Zone 1 Heat and Zone 2 Heat operation.
Explains the refrigerant flow during Zone 1 Cool and Zone 2 Heat operation.
Explains the refrigerant flow during Zone 1 Cool and Zone 2 Null operation.
Explains the refrigerant flow during Zone 1 Heat and Zone 2 Null operation.
Explains the refrigerant flow during Zone 1 Cool and Zone 2 Defrost operation.
Explains the refrigerant flow during Zone 1 Heat and Zone 2 Defrost operation.
Explains the refrigerant flow during Zone 1 Defrost and Zone 2 Null operation.
Explains refrigerant flow for three-zone operation.
Explains refrigerant flow for three-zone operation with mixed modes.
Explains refrigerant flow for three-zone operation with defrost.
Describes the operation of the inverted heat mode.
Explains the defrost mode and its operation.
Details the process of starting up and sweeping evaporator coils.
Describes the contents of the control box, including fuses and relays.
Describes the power supply board and its function.
Describes the multi-temp option board and its control functions.
Indicates the location of serial numbers on the unit and components.
Shows the location of serial number and refrigerant labels.
Provides an overview of the HMI controller's interface and keys.
Explains the function of the display screen for providing unit information.
Locates and describes the function of the microprocessor power switch.
Outlines the procedure for powering the unit on and off.
Describes the default display showing temperatures and setpoints.
Explains how to select and display information for a specific zone.
Details the procedure to turn individual zones on or off.
Describes how to change the setpoint for a selected zone.
Explains the automatic preheat and start procedure for the diesel engine.
Outlines the steps to manually initiate a defrost cycle.
Explains how to enable or disable high speed operation.
Guides on accessing and navigating the Operators Menu.
Procedure for selecting an alternate display language.
Procedure for switching between Cycle Sentry and Continuous modes.
Procedure for enabling or disabling Economy Mode for fuel efficiency.
Procedure for activating and programming Sleep Mode.
Information on performing and verifying unit operation through pretrip tests.
Detailed steps for executing a pretrip test.
Procedure for manually selecting diesel or electric mode.
Instructions for operating the unit at a single temperature across all zones.
Procedure for adjusting the HMI display brightness.
Guide on how to access and view unit hourmeters.
Provides definitions for various hourmeter names displayed.
Explains how to view, interpret, and clear alarm codes.
Lists checks to perform after the unit has started running.
Steps to follow during cargo loading to minimize frost and heat gain.
Procedures to follow after the cargo has been loaded.
Routine checks to perform after a trip.
Procedures for diagnosing charging system issues with Prestolite alternators.
Explains the function and installation of Interface Board Fuse F8.
Lists necessary test equipment for checking alternator circuits.
Describes the recommended method for testing alternator load output.
Outlines diagnostic steps before replacing alternators or regulators.
Discusses troubleshooting and solutions for excessive voltage output.
Provides notes and checks related to the unit's battery.
Emphasizes inspecting unit wiring and harnesses for damage.
Recommends inspecting electrical contacts for wear.
Explains initial voltage readings and checks for the 12 Vdc charging system.
Describes the function of the preheat buzzer.
Details the RPM sensor's function and testing procedures.
Explains the function, testing, and current draw of glow plugs.
Instructions for checking condenser fan rotation during electric standby.
Details the phase detect module's function and operation.
Details the power connections for the phase detect module.
Provides the pinout for the phase detect module connector.
Step-by-step procedure for removing and replacing the phase detect module.
Diagnostic steps for troubleshooting the phase detect module.
Explains the function and location of the overload relay.
Procedure for replacing and setting up a new overload relay.
Notes changes in engine models (TK 3.95 to TK376) for EPA Tier 2 compliance.
Details the components and benefits of the EMI 2000 package.
Details the engine's pressure lubrication system and factors affecting oil pressure.
Explains the function of the engine oil pressure switch.
Provides the procedure for changing the engine oil.
Outlines the steps for changing the engine oil filter.
Describes the crankcase breather system and its maintenance.
Details the EMI 2000 air cleaner and its replacement intervals.
Provides a general description of the engine's cooling system.
Information regarding Extended Life Coolant and its approved types.
Procedures for maintaining antifreeze, including checking and changing.
Procedure for bleeding air from the cooling system.
Recommends the appropriate thermostat rating for optimal engine operation.
Describes the components and operation of the engine fuel system.
Procedures for adjusting engine speed via the injection pump.
Detailed procedure for timing the TK 3.95 engine injection pump.
Procedure for timing individual cylinders on the TK 3.95 engine.
Procedure for timing the TK376 engine injection pump.
Steps for removing and installing the TK376 injection pump.
Information regarding the fuel limit screw and CARB regulations.
Procedure for adjusting engine valve clearance for optimal performance.
Describes the engine mounting system for TK 3.95 and TK376 engines.
Procedure for adjusting the chain restraining mount for belt tension and alignment.
Explains the importance and principles of system evacuation.
Guides on setting up and testing evacuation equipment for proper performance.
Procedures for performing a system leak check using various methods.
Detailed steps for evacuating the refrigeration unit.
Procedure for charging the unit with refrigerant after evacuation.
Methods for detecting refrigerant leaks in the system.
Procedures for testing the refrigerant charge under different conditions.
Procedure for checking the compressor oil level.
Description and testing of the high pressure cutout switch.
Procedure for performing a low side pump down.
Describes the function and pre-set pressure of the discharge pressure regulator valve.
General checks for the refrigeration system's pressures and refrigerant flow.
Procedures for removing and installing the accumulator.
Procedures for removing and installing the compressor.
Steps for changing the compressor shaft seal and related components.
Procedure for replacing the compressor oil filter and oil.
Procedure for changing the oil in a scroll compressor.
Steps for changing the liquid injection fitting.
Procedures for removing and installing the condenser/radiator coil.
Procedures for removing and installing the liquid injection valve.
Procedures for removing and installing the dehydrator.
Procedures for removing and installing the high pressure cutout switch.
Procedures for removing and installing the high pressure relief valve.
Procedures for removing and installing the receiver tank.
Information on the type of compressor oil to use and its properties.
Recommended equipment for R-404A systems.
Recommendations for selecting and using vacuum pumps for R-404A systems.
Recommendations for gauge manifold sets and their use with R-404A.
Procedure for cleaning the refrigeration system.
Information on adapting systems for R-404A refrigerant recovery.
Procedures for removing, disassembling, reassembling, and installing the throttling valve.
Procedures for removing and installing solenoid valves.
Description, removal, and installation procedures for in-line check valves.
Procedure for repairing the condenser inlet check valve.
Procedure for replacing the condenser inlet check valve.
Procedure for changing the centrifugal clutch on large truck units.
General maintenance procedures for inspecting and servicing the clutch.
Lists the specific tools needed for clutch maintenance.
Step-by-step guide for disassembling the clutch.
Procedure for assembling the clutch with new bearings and seal.
Instructions for checking and tightening unit and engine mounting bolts.
Guidance on inspecting the unit for loose wires, leaks, or damage.
Procedures for cleaning condenser and radiator coils.
Instructions for correctly positioning the fan assembly during mounting.
Troubleshooting steps when the unit switch is on but nothing occurs.
Troubleshooting steps when lights are on but the engine fails to crank.
Troubleshooting steps when the engine cranks but does not start.
Troubleshooting steps when the engine stops after initial start.
Troubleshooting steps when the engine fails to reach full power.
Troubleshooting excessive fuel to air ratio causing black smoke.
Troubleshooting steps for engine knocking.
Troubleshooting steps when the engine is running hot.
Troubleshooting steps for low or suddenly dropping oil pressure.
Troubleshooting steps for high oil consumption.
Troubleshooting causes of blue smoke indicating oil consumption.
Troubleshooting causes of white smoke indicating fuel not burning.
Troubleshooting steps when the battery is not recharging.
Troubleshooting steps when the microprocessor display is blank.
Troubleshooting steps when the motor does not run despite the display being on.
Troubleshooting steps when the electric motor hums but fails to run.
Troubleshooting causes of contact chatter in electrical circuits.
Troubleshooting causes of contact welding or freezing.
Troubleshooting steps when the battery is not recharging.
Lists possible causes for refrigerant overcharge.
Lists possible causes for refrigerant shortage.
Lists possible causes for a lack of refrigerant.
Lists possible causes for hot ambient air affecting the condenser.
Lists possible causes for restricted air flow through the condenser.
Lists possible causes for cold ambient air affecting the condenser.
Lists possible causes for air contamination in the refrigerant system.
Lists possible causes for bent or broken condenser fan blades.
Lists possible causes for air short cycling around the evaporator coil.
Lists possible causes for restricted air flow through the evaporator.
Lists possible causes for the evaporator needing defrost.
Lists possible causes for leaking compressor discharge valves.
Lists possible causes for leaking scroll compressor seals.
Lists possible causes for excess compressor oil in the system.
Lists possible causes for a faulty compressor oil pump.
Lists possible causes for a loose compressor pulley.
Lists possible causes for loose or burned out compressor bearings.
Lists possible causes for a broken discharge check valve.
Lists possible causes for expansion valve power element failure.
Lists possible causes for poor feeler bulb contact.
Lists possible causes for the expansion valve being open too much.
Lists possible causes for the expansion valve being closed too much.
Lists possible causes for an eroded or leaking expansion valve needle.
Lists possible causes for partial closure of the expansion valve.
Lists possible causes for liquid refrigerant entering the compressor.
Lists possible causes for a restricted low side line.
Lists possible causes for a restricted high side line.
Lists possible causes for a restricted drier.
Lists possible causes for the evaporator shutter being open.
Lists possible causes for the evaporator shutter being stuck closed.
Lists possible causes for the suction service valve being back seated.
Lists possible causes for a faulty Condenser Inlet Solenoid.
Lists possible causes for a faulty Hot Gas Solenoid.
Lists possible causes for loose or broken electrical connections.
Lists possible causes for calibration issues with thermostat or thermometer.
Lists possible causes for suction pressure gauge calibration issues.
Lists possible causes for a leaky receiver tank outlet valve.
Lists possible causes for a faulty Discharge Pressure Regulator valve.
Lists specifications for the remote evaporator's refrigeration system.
Lists specifications for the remote evaporator's electrical components.
Describes how the remote evaporator operates in different modes.
Explains the defrost process for the remote evaporator.
Lists the available operating modes for the remote evaporator.
Lists the key features of the remote evaporator unit.
Describes the protection devices used in the remote evaporator unit.
Indicates the location of the serial number nameplate on the unit.
Refers to the appropriate manual for maintenance of microprocessor components.
Emphasizes inspecting unit wiring and harnesses for damage.
Procedures for removing and installing the expansion valve assembly.
Procedures for removing and installing the evaporator coil.
Procedures for removing and installing solenoid valves.
Procedure for replacing in-line check valves.
Procedure for repairing check valves.
Guidelines for inspecting the remote evaporator unit for damage.
Instructions for cleaning defrost drains to ensure they remain open.
Procedure for cleaning the evaporator coil and inspecting fins.
Troubleshooting steps for diagnosing high load temperatures.
Troubleshooting steps for an evaporator fan motor that is not running.
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