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General| Brand | Alpha-InnoTec |
|---|---|
| Model | LUXTRONIK LW 160HV |
| Category | Heat Pump Accessories |
| Language | English |
Main section of the operating manual for the heat pump control system.
Essential introductory information and safety instructions for the operating manual.
Explanation of the various symbols used in the manual for warnings and information.
Guide to selecting the 'Service' program area for system configuration and diagnostics.
Accessing and viewing various system parameters and operational data within the Service area.
Introduction to operating multiple heat pumps together in a common heating system.
Information on troubleshooting errors and accessing technical specifications of the system.
Lists the components included in the heating and heat pump control system package for different mounting types.
Step-by-step instructions for physically installing the wall-mounted control unit.
Detailed steps for mounting the control unit housing and connecting internal components.
Guidance on safely connecting power supply and communication cables to the heating and heat pump control.
Specific instructions for connecting 230V supply, circulation pump signals, and sensor wires.
Description of different control unit models based on heat pump type.
Details on different motherboard types and their associated terminal connections.
Instructions for mounting and wiring the external temperature sensor for accurate readings.
Guidelines for installing the optional domestic hot water sensor into the tank.
Information on installing the return flow sensor and procedures for safely dismantling system components.
Procedures for updating software and initial system startup and configuration.
Setting the correct date, time, and confirming system readiness through security questions.
Choosing the appropriate heat source medium (water or brine) for optimal system operation.
Step-by-step guidance through the initial setup of the heat pump system using the startup assistant.
Procedures for saving current settings as startup parameters for quick resets.
Restoring the system to its initial commissioned state using stored startup parameters.
How the system operates in emergency mode when essential components are missing or faulty.
Activating and configuring the cooling function, including operational modes and temperature settings.
Defining target temperatures and hysteresis for the cooling function in various modes.
Adjusting parameters like excess temperature, undercut temperature, and room temperature limits for cooling.
Configuring cooling to operate based on set temperatures or outdoor temperature conditions.
Prerequisites and conditions for activating the active cooling function.
Accessing the 'Service' program area for detailed system information and queries.
Retrieving detailed temperature data for various system components and circuits.
Checking the status of digital inputs like defrost, brine pressure, and flow sensors.
Verifying the status of digital outputs such as defrost valves and circulation pumps.
Accessing data on system operating times, error logs, and switch-off events.
Reviewing compressor and heating generator operating hours and reasons for system shutdowns.
Checking the current system status, heat pump type, hydraulic code, and software versions.
Utilizing the energy monitor to compare heat quantity and energy input for efficiency analysis.
Retrieving and exporting historical data on heat quantity delivered by the system.
Information on integrating the heat pump with a building management system via BMS protocols.
Accessing smart settings, inverter parameters, and event logs for advanced diagnostics.
Reviewing stored error lists (InfoLog) and system events (EventLog) for troubleshooting.
Managing user access levels for system settings, including installer and service access codes.
Configuring target return temperatures and hysteresis for optimal heating performance.
Adjusting parameters related to hot gas utilization, air defrost, and maximum flow temperatures.
Defining hysteresis values for cooling circuits and domestic hot water temperature control.
Configuring hot gas utilization and desuperheater settings for enhanced heating capabilities.
Setting crucial system parameters like EVU cut-off, integration, and heating limit.
Configuring the functioning and control of the primary mixing circuit for heating distribution.
Configuring settings for domestic hot water preparation, including circulation pumps and heating stages.
Adjusting maximum running times for DHW preparation and heat pump operation.
Configuring defrost cycle parameters and optimizing pump operation for heating circulation.
Setting up the screed heating program and configuring the electrical anode for corrosion protection.
Managing the heating limit function and configuring heat pumps for parallel operation.
Setting up the system ventilation process to ensure proper air circulation within the heat pump.
Activating and configuring additional heat generators for supplementary heating support.
Procedures for saving startup parameters and backing up error memory to a USB stick.
Adjusting settings for the efficiency pump, including heat distribution and circulation control.
Procedures for entering heat pump and indoor unit serial numbers for system identification.
Activating and setting parameters for connected additional heating generators (ZWE).
Configuring inverter settings to control compressor frequency and output for optimal performance.
Customizing the function of selected outputs using the FlexConfig feature.
Enabling and configuring silent mode for reduced noise operation of the heat pump.
Adjusting pump flow lead times for brine/water or water/water heat sources to optimize startup.
Configuring smart home connectivity and utilizing Smart Grid functionality for energy management.
Explains the four operating states resulting from Smart Grid connection and EVU blocking time.
Configuring temperature decrease and increase settings for heating and DHW in Smart Grid operation.
Visual representation of Smart Grid terminal connections for various heat pump models.
Instructions for selecting the screen display language and setting the system's date and time.
Description of the screed heating program's function and its ten supply target temperatures.
Configuring specific temperature levels and time intervals for the screed heating program.
Steps to initiate the screed heating program and understand its operational flow.
Procedures for manually stopping the screed heating program and managing its completion.
Customizing the heat pump configuration by hiding unused program areas.
Configuring the system for remote monitoring and access via the Heatpump24.com service.
Steps to activate the remote maintenance function and check the connection status.
Identifying common causes for connection problems with the remote maintenance server.
Instructions for manually transferring system data to the Heatpump24.com service.
Introduction to operating multiple heat pumps together in a common heating system.
Procedures for switching LWP and Hybrox heat pumps on and off in parallel mode.
Illustrates connection schemes for multiple heat pumps using hubs or switches.
Setting up additional heat generators for master and slave units in parallel mode.
How to monitor heat quantity and energy consumption for each heat pump in a parallel system.
Configuring IP addresses for master and slave heat pumps to ensure proper network communication.
Information on connecting the external return flow sensor, particularly for buffer tank integration.
Initiating a search for connected slave heat pumps on the network from the master unit.
Configuring parameters like HC time and cooling time for parallel heat pump operation.
Accessing the service menu to selectively control compressors and adjust parallel mode settings.
Detailed list of error numbers, their display messages, and possible causes for system faults.
Further error codes, descriptions, and recommended remedies for system malfunctions.
Additional error codes related to sensors, communication, and inverter issues with diagnostic steps.
Further error codes concerning inverter temperature, voltage, and software compatibility issues.
Procedure for acknowledging error messages and returning to the navigation screen.
Understanding the meaning of different LED flashing patterns on the controller board.
Technical details regarding installation environment, electrical connections, fuses, outputs, and inputs.
Information on USB, Ethernet interfaces, and the system's protection class rating.
Table detailing the measuring ranges of various sensors and their default values in case of defects.
Summary of defrost cycle parameters, air defrost functions, and flow rate limitations for different heat pump models.
Configuration parameters for the cooling program, including release OT, hysteresis, and temperature limits.
Adjusting flow operation limits, hysteresis CC, DHW temperatures, and defrost settings.
Setting parameters for heating, DHW, additional generators, efficiency pump, and smart grid.
Adjusting inverter limits, smart home settings, and parallel mode parameters like IP addresses and HC time.
A list of abbreviations used in the manual and their meanings, covering system components and functions.
An extensive list of abbreviations with their definitions, including references to other manual sections.
