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Describes the stepless capacity control system and optional settings for load shedding.
Details the features and construction of the semi-hermetic twin screw compressors used.
Explains the construction and materials of the W-configuration condenser coils.
Describes the compact DX shell and tube water coolers with 'U' shaped bundled tubes.
Details the construction of the cabinet using heavy gauge galvanized steel panels.
Explains the NEMA 4 (IP55) equivalent control panel design and wiring.
Details the microprocessor controller's function, hardware, and system protection features.
Overview of the microprocessor controller for precise control and safety functions.
Lists standard accessories like ON-OFF switch, indicator lights, filter drier, etc.
Lists available optional features such as Hot Gas Bypass and Water Flow Switch.
Provides physical data for compressors including part numbers and oil charge.
Lists physical data for condensers, including coil specifications and airflow.
Details physical data for the cooler, such as part number and dimensions.
Specifies economizer part numbers and expansion device type.
Provides general physical data like refrigerant circuits and sound pressure levels.
Provides physical data for compressors including part numbers and oil charge.
Lists physical data for condensers, including coil specifications and airflow.
Details physical data for the cooler, such as part number and dimensions.
Specifies economizer part numbers and expansion device type.
Provides general physical data like refrigerant circuits and sound pressure levels.
Provides physical data for compressors including part numbers and oil charge.
Lists physical data for condensers, including coil specifications and airflow.
Details physical data for the cooler, such as part number and dimensions.
Specifies economizer part numbers and expansion device type.
Provides general physical data like refrigerant circuits and sound pressure levels.
Provides physical data for compressors including part numbers and oil charge.
Lists physical data for condensers, including coil specifications and airflow.
Details physical data for the cooler, such as part number and dimensions.
Specifies economizer part numbers and expansion device type.
Provides general physical data like refrigerant circuits and sound pressure levels.
Lists the essential design requirements for selecting a package chiller.
Walks through selecting a chiller based on specific operating conditions.
Guidance on selecting the appropriate unit based on capacity data.
Calculates the required chilled water flow rate in Gallons Per Minute.
Provides guidance on electrical data and sizing for the chiller unit.
Instructions for selecting the chilled water pump based on pressure drop.
Explains how to correct Leaving Chilled Water Temperature (LCWT).
Lists the essential design requirements for selecting a package chiller.
Walks through selecting a chiller based on specific operating conditions.
Guidance on selecting the appropriate unit based on capacity data.
Calculates the required chilled water flow rate in Liters Per Second.
Provides guidance on electrical data and sizing for the chiller unit.
Instructions for selecting the chilled water pump based on pressure drop.
Explains how to correct Leaving Chilled Water Temperature (LCWT).
Performance data for chillers at 95°F ambient temperature.
Performance data for chillers at 115°F ambient temperature.
Performance data for chillers at 135°F ambient temperature.
Performance data for chillers at 95°F ambient temperature.
Performance data for chillers at 115°F ambient temperature.
Performance data for chillers at 135°F ambient temperature.
Performance data for chillers at 95°F ambient temperature.
Performance data for chillers at 115°F ambient temperature.
Performance data for chillers at 135°F ambient temperature.
Performance data for chillers at 35°C ambient temperature.
Performance data for chillers at 40°C ambient temperature.
Performance data for chillers at 45°C ambient temperature.
Performance data for chillers at 50°C ambient temperature.
Performance data for chillers at 55°C ambient temperature.
Performance data for chillers at 35°C ambient temperature.
Performance data for chillers at 40°C ambient temperature.
Performance data for chillers at 45°C ambient temperature.
Performance data for chillers at 50°C ambient temperature.
Performance data for chillers at 55°C ambient temperature.
Performance data for chillers at 35°C ambient temperature.
Performance data for chillers at 40°C ambient temperature.
Performance data for chillers at 45°C ambient temperature.
Performance data for chillers at 50°C ambient temperature.
Performance data for chillers at 55°C ambient temperature.
Details on the nominal supply voltage, MCA, MOCP, and circuit breakers.
Electrical data specific to Compressor Type-1.
Electrical data specific to Compressor Type-2.
Electrical specifications for condenser fan motors.
Electrical data for compressor crankcase heaters.
Chart showing water side pressure drop based on flow rate.
Dimensional drawings for ASQ045B to ASQ070B series units.
Dimensional drawings for ASQ080B, ASQ090B, and ASQ100B series units.
Dimensional drawings for ASQ115B and ASQ130B series units.
Dimensional drawings for ASQ140B and ASQ150B series units.
Dimensional drawings for ASQ160B to ASQ200B series units.
Dimensional drawings for ASQ220B to ASQ280B series units.
Dimensional drawings for ASQ300B to ASQ340B series units.
Dimensional drawings for ASQ350B to ASQ440B series units.
Key for symbols and abbreviations used in the wiring diagram.
Important notes regarding the wiring diagram and optional items.
Diagram showing compressor layout and connections.
Diagram illustrating the fan layout and connections.
Details on Low Pressure Switch (LPS) connections.
Information on connecting the remote monitoring system.
Details on optional economizer connections.
Details on optional equalizer connections.
Information on the optional Ground Fault Protection (GFP).
Details on the option for external unit enable/disable.
Information on the optional unit emergency shut-down.
Details on the optional Hot Gas Bypass system.
Information on the optional cooler heater tape.
Describes the operation sequence for two screw compressor chillers.
Details the sequence for turning stages ON based on temperature set points.
Details the sequence for turning stages OFF based on temperature set points.
Troubleshooting steps for LED display issues.
Troubleshooting steps when the controller keypad is unresponsive.
Steps to resolve incorrect analog value readings from sensors.
Troubleshooting steps for inaccurate digital input readings.
Troubleshooting steps for LCD display problems.
Troubleshooting steps for the blinking LED H1 on the NG3 Board.
Troubleshooting steps for missing LEDs on the User Interface Board.
Troubleshooting steps when the auxiliary board fails to respond.
Troubleshooting steps for non-responsive analog outputs.
Troubleshooting steps for non-responsive digital outputs.
Troubleshooting serial communication for remote monitoring.
General recommendations for designing and installing Cooline ASQ series liquid chillers.
Guidance on selecting the correct chiller size and avoiding oversizing.
Information on fouling factors and their impact on chiller performance.
How altitude affects chiller capacity and correction factors.
Chiller operation capabilities in high ambient temperatures.
Guidelines for water flow rates and managing pressure drop.
Specifies the acceptable temperature ranges for cooler fluids.
How to handle applications with out-of-range flow rates or temperatures.
Measures for protecting the cooler from freezing in low ambient temperatures.
Considerations for systems using multiple chillers in parallel or series.
Recommendations for piping and plant layout for optimal chiller performance.
Describes a system with constant chiller flow and load system control.
Describes a system with constant chiller flow and variable load flow.
Details primary/secondary pumping for systems with constant chiller flow.
Guidelines for selecting the proper location and installation procedures.
Guidelines for correctly connecting the cooler piping to the unit.
Ensuring adequate chilled fluid volume for smooth chiller operation.
Recommendations for efficient chilled water system design and piping.
Importance of return water temperature control for system efficiency.
Instructions for safe rigging procedures, including spreader bar use.
Safety warnings during rigging, such as panel placement and coil protection.
Rigging diagram for ASQ045B through ASQ200B models.
Rigging diagram for ASQ220B through ASQ280B models.
Rigging diagram for ASQ300B through ASQ440B models.
Diagram showing installation clearances for straight wall configurations.
Diagram showing installation clearances for corner wall configurations.
Mounting location dimensions for ASQ045B to ASQ070B series.
Mounting location dimensions for ASQ080B to ASQ130B series.
Mounting location dimensions for ASQ140B to ASQ200B series.
Mounting location dimensions for ASQ220B to ASQ280B series.
Mounting location dimensions for ASQ300B to ASQ440B series.
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General