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Provides general information about Panasonic AHU Kits and their intended use.
Lists essential safety precautions to prevent harm to persons or damage to products.
Details crucial precautions for handling R32 refrigerant due to its flammability.
Explains how to calculate the density limit for installation spaces with R32 refrigerant.
Illustrates the relationship between refrigerant charge and required installation space.
Provides essential guidelines to prevent refrigerant leakages during installation and maintenance.
Details methods for detecting refrigerant leaks safely and effectively.
Outlines the procedure for repairing refrigerant leaks, including brazing and purging.
Explains the scope of responsibility for AHU Kit quality and performance.
Explains the goals of air-conditioning for comfort and energy saving potential.
Lists the main components of a mechanical ventilation system.
Describes the main components and types of air handling units.
Illustrates how AHU Kits can be controlled using an external 0–10 V signal.
Provides an overview of Panasonic AHU Kits, their features, and benefits.
Details the included components for different AHU Kit versions and product generations.
Explains control functions offered by remote controllers, thermostats, and CZ-CAPBC2 units.
Describes the function and terminals of the PAW-T10 PCB for light and advanced versions.
Shows the layout and components of the MAH2/PAH2 upper and lower mounting boards.
Illustrates the layout and components of the PAH3 mounting board.
Presents the system lineup for ECOi systems, detailing outdoor unit and AHU Kit combinations.
Provides an overview of the ECOi system connection, showing components and their labels.
Illustrates a single-connection system example for ECOi units.
Shows a diagram of a multi-connection system for ECOi units.
Explains system overview for ECO G systems, including single and multi-connection types.
Describes system overview for PACi and PACi NX systems, showing single-connection setup.
Presents the technical data for AHU Kits, including power, dimensions, and operating ranges.
Provides warnings and instructions for installing the AHU Kit enclosure.
Details the mounting instructions for the MAH2/PAH2 generation AHU Kit.
Details the mounting instructions for the PAH3 generation AHU Kit.
Lists limitations and restrictions for installing refrigerant piping.
Provides attention notes regarding the wires of the expansion valve.
Advises on protecting thermistor wires and lists installation limitations.
Details the procedure for installing the thermistor on the gas pipe for ECOi/ECO G systems.
Explains how to install the thermistor on the liquid pipe of the heat exchanger.
Details the installation of the thermistor on the middle of the heat exchanger pipe for PACi/PACi NX.
Guides on installing thermistors for suction and discharge air streams for various systems.
Explains how to match AHU Kit capacity with PACi and PACi NX outdoor units.
Describes how to ignore unit capacity by cutting jumper JP001 on the outdoor unit PCB.
Explains how to change outdoor unit settings using a wired remote controller to ignore capacity.
Details how to adapt AHU Kit capacity to match PACi outdoor unit capacity via integrated remote controller.
Provides essential precautions for electrical wiring to avoid hazards.
Instructs on how to connect wiring to the terminals according to wiring diagrams.
Details the process of preparing and attaching wire-end sleeves to stranded wires.
Explains how to prepare and insulate shielded wires for proper connection.
Shows the terminal layout for the main terminal board of MAH2/PAH2 models.
Details the terminal layout and functions for the PAW-T10 PCB.
Shows the terminal layout for the CZ-CAPBC2 / ACC-SP1A interface.
Explains the functionality settings for CZ-CAPBC2 digital inputs via switch S1.
Details the terminal layout for the main terminal board of the PAH3M model.
Provides the wiring layout for MAH2 models, including a legend.
Shows the wiring diagram and legend for PAW-160MAH2M in ECOi and ECO G systems.
Displays the wiring diagram and legend for PAW-280MAH2L in ECOi and ECO G systems.
Shows the wiring diagram and legend for PAW-280MAH2M in ECOi and ECO G systems.
Provides the wiring diagram and legend for PAW-280MAH2 in PACi systems.
Displays the wiring diagram and legend for PAW-560MAH2L in ECOi and ECO G systems.
Shows the wiring diagram and legend for PAW-560MAH2M in ECOi and ECO G systems.
Provides the wiring layout for PAH2 models, including a legend.
Displays the wiring diagram and legend for PAW-280PAH2M in PACi systems.
Shows the wiring diagram and legend for PAW-280PAH2 in PACi systems.
Provides the wiring layout for the PAH3M model, including a legend.
Presents wiring system diagrams for ECOi systems, including recommended wire lengths.
Shows wiring system diagrams for ECO G systems with recommended wire lengths.
Illustrates wiring diagrams for PACi systems and PAH2 generation AHU Kits.
Provides wiring diagrams for PACi systems and PAH3 generation AHU Kits.
Shows wiring diagrams for PACi NX systems and PAH3 generation AHU Kits.
Provides notes and explanations for wiring system diagrams and terminal boards.
Warns about potential overheating and fire hazards due to loose wiring.
Explains how to connect external signal lines to ensure proper AHU fan operation.
Details connecting external signal lines for standard fan control on MAH2/PAH2 and PAH3 models.
Explains the blower signal output for MAH2/PAH2 and PAH3 generation models.
Describes the blower protection input for MAH2/PAH2 models and its importance.
Explains fan control using an external BMS for multi-step or inverter mode.
Illustrates an electric circuit example using a timer and air flow switch for fan control.
Outlines the procedure for performing a test run after installation and before system operation.
Describes the standard Panasonic wired remote controller integrated with AHU Kit.
Introduces the thermostat feature in advanced MAH2/PAH2 generation models.
Explains the control and display elements of the TR-16e thermostat.
Details status messages and how to change the set temperature value on the thermostat.
Provides step-by-step instructions to adjust the temperature setting on the thermostat.
Guides on how to change control parameters within the thermostat's "Parameter" menu.
Lists and describes the parameters available in the thermostat's menu for configuration.
Explains how to switch the thermostat from PID control mode to ON/OFF mode.
Details the requirements and process for using the Auto-Tuning function in PID mode.
Warns about potential system heat-up during Auto-Tuning and suggests reducing set value.
Explains how to switch the thermostat from factory default heating mode to cooling mode.
Guides on switching the thermostat's output signal range from 0–10 V to 2–10 V.
Provides initial settings guidance for the thermostat based on application.
Details how to set the thermostat for controlling room supply air temperature.
Explains how to adjust the temperature setpoint based on ambient air temperature.
Guides on setting up 0-10 V demand control via BMS using CZ-CAPBC2 PCB.
Lists and explains common error codes displayed by the thermostat.
Provides maintenance and service precautions for the thermostat.
Provides general information about Panasonic AHU Kits and their intended use.
Lists essential safety precautions to prevent harm to persons or damage to products.
Details crucial precautions for handling R32 refrigerant due to its flammability.
Explains how to calculate the density limit for installation spaces with R32 refrigerant.
Illustrates the relationship between refrigerant charge and required installation space.
Provides essential guidelines to prevent refrigerant leakages during installation and maintenance.
Details methods for detecting refrigerant leaks safely and effectively.
Outlines the procedure for repairing refrigerant leaks, including brazing and purging.
Explains the scope of responsibility for AHU Kit quality and performance.
Explains the goals of air-conditioning for comfort and energy saving potential.
Lists the main components of a mechanical ventilation system.
Describes the main components and types of air handling units.
Illustrates how AHU Kits can be controlled using an external 0–10 V signal.
Provides an overview of Panasonic AHU Kits, their features, and benefits.
Details the included components for different AHU Kit versions and product generations.
Explains control functions offered by remote controllers, thermostats, and CZ-CAPBC2 units.
Describes the function and terminals of the PAW-T10 PCB for light and advanced versions.
Shows the layout and components of the MAH2/PAH2 upper and lower mounting boards.
Illustrates the layout and components of the PAH3 mounting board.
Presents the system lineup for ECOi systems, detailing outdoor unit and AHU Kit combinations.
Provides an overview of the ECOi system connection, showing components and their labels.
Illustrates a single-connection system example for ECOi units.
Shows a diagram of a multi-connection system for ECOi units.
Explains system overview for ECO G systems, including single and multi-connection types.
Describes system overview for PACi and PACi NX systems, showing single-connection setup.
Presents the technical data for AHU Kits, including power, dimensions, and operating ranges.
Provides warnings and instructions for installing the AHU Kit enclosure.
Details the mounting instructions for the MAH2/PAH2 generation AHU Kit.
Details the mounting instructions for the PAH3 generation AHU Kit.
Lists limitations and restrictions for installing refrigerant piping.
Provides attention notes regarding the wires of the expansion valve.
Advises on protecting thermistor wires and lists installation limitations.
Details the procedure for installing the thermistor on the gas pipe for ECOi/ECO G systems.
Explains how to install the thermistor on the liquid pipe of the heat exchanger.
Details the installation of the thermistor on the middle of the heat exchanger pipe for PACi/PACi NX.
Guides on installing thermistors for suction and discharge air streams for various systems.
Explains how to match AHU Kit capacity with PACi and PACi NX outdoor units.
Describes how to ignore unit capacity by cutting jumper JP001 on the outdoor unit PCB.
Explains how to change outdoor unit settings using a wired remote controller to ignore capacity.
Details how to adapt AHU Kit capacity to match PACi outdoor unit capacity via integrated remote controller.
Provides essential precautions for electrical wiring to avoid hazards.
Instructs on how to connect wiring to the terminals according to wiring diagrams.
Details the process of preparing and attaching wire-end sleeves to stranded wires.
Explains how to prepare and insulate shielded wires for proper connection.
Shows the terminal layout for the main terminal board of MAH2/PAH2 models.
Details the terminal layout and functions for the PAW-T10 PCB.
Shows the terminal layout for the CZ-CAPBC2 / ACC-SP1A interface.
Explains the functionality settings for CZ-CAPBC2 digital inputs via switch S1.
Details the terminal layout for the main terminal board of the PAH3M model.
Provides the wiring layout for MAH2 models, including a legend.
Shows the wiring diagram and legend for PAW-160MAH2M in ECOi and ECO G systems.
Displays the wiring diagram and legend for PAW-280MAH2L in ECOi and ECO G systems.
Shows the wiring diagram and legend for PAW-280MAH2M in ECOi and ECO G systems.
Provides the wiring diagram and legend for PAW-280MAH2 in PACi systems.
Displays the wiring diagram and legend for PAW-560MAH2L in ECOi and ECO G systems.
Shows the wiring diagram and legend for PAW-560MAH2M in ECOi and ECO G systems.
Provides the wiring layout for PAH2 models, including a legend.
Displays the wiring diagram and legend for PAW-280PAH2M in PACi systems.
Shows the wiring diagram and legend for PAW-280PAH2 in PACi systems.
Provides the wiring layout for the PAH3M model, including a legend.
Presents wiring system diagrams for ECOi systems, including recommended wire lengths.
Shows wiring system diagrams for ECO G systems with recommended wire lengths.
Illustrates wiring diagrams for PACi systems and PAH2 generation AHU Kits.
Provides wiring diagrams for PACi systems and PAH3 generation AHU Kits.
Shows wiring diagrams for PACi NX systems and PAH3 generation AHU Kits.
Provides notes and explanations for wiring system diagrams and terminal boards.
Warns about potential overheating and fire hazards due to loose wiring.
Explains how to connect external signal lines to ensure proper AHU fan operation.
Details connecting external signal lines for standard fan control on MAH2/PAH2 and PAH3 models.
Explains the blower signal output for MAH2/PAH2 and PAH3 generation models.
Describes the blower protection input for MAH2/PAH2 models and its importance.
Explains fan control using an external BMS for multi-step or inverter mode.
Illustrates an electric circuit example using a timer and air flow switch for fan control.
Outlines the procedure for performing a test run after installation and before system operation.
Describes the standard Panasonic wired remote controller integrated with AHU Kit.
Introduces the thermostat feature in advanced MAH2/PAH2 generation models.
Explains the control and display elements of the TR-16e thermostat.
Details status messages and how to change the set temperature value on the thermostat.
Provides step-by-step instructions to adjust the temperature setting on the thermostat.
Guides on how to change control parameters within the thermostat's "Parameter" menu.
Lists and describes the parameters available in the thermostat's menu for configuration.
Explains how to switch the thermostat from PID control mode to ON/OFF mode.
Details the requirements and process for using the Auto-Tuning function in PID mode.
Warns about potential system heat-up during Auto-Tuning and suggests reducing set value.
Explains how to switch the thermostat from factory default heating mode to cooling mode.
Guides on switching the thermostat's output signal range from 0–10 V to 2–10 V.
Provides initial settings guidance for the thermostat based on application.
Details how to set the thermostat for controlling room supply air temperature.
Explains how to adjust the temperature setpoint based on ambient air temperature.
Guides on setting up 0-10 V demand control via BMS using CZ-CAPBC2 PCB.
Lists and explains common error codes displayed by the thermostat.
Provides maintenance and service precautions for the thermostat.
General| Brand | Panasonic |
|---|---|
| Model | PAW-280PAH3M |
| Category | Air Handlers |
| Language | English |
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