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Overview of the TopTronic E controller system architecture and modules.
Details on the TTE-FE module for hardware expansion of inputs/outputs.
Description and visual representation of the TTE-(R)BM control module.
Guide to setting module addresses using DIP switches and the commissioning wizard.
Functional overview table for the TTE-SOL module with collector fields and consumers.
Explanation of different access levels and code entry in the main menu.
How to select predefined hydraulic applications to facilitate system setup and parameter configuration.
Details on additional options that can be activated depending on the selected hydraulic application.
Comprehensive table detailing input/output allocation for various hydraulic applications.
Table mapping options to input/output functions and parameters.
Setup and settings for all function modules, including time, date, I/O, and special controls.
Detailed list of parameters with designation, value, min/max limits, and comments.
Assigning custom names to functions for operator level display.
Parameter details for general function name settings.
Selecting hydraulic applications, resetting controllers, and activating reference value adjustments.
Strategy for parallel charging based on storage tank temperature and increase.
Strategy for charging to reference temperature, prioritizing storage tanks.
Strategy for automatic yield/reference switching based on solar yield and priority.
Conditions and logic for discharging heat to an additional storage tank (PEL).
Conditions and logic for transferring heat from an additional storage tank (PBL).
Configuration parameters for the first thermostat function, including output allocation and switching difference.
Parameters for differential control functions, including output allocation and temperature limits.
Configuration settings for 0-10V/PWM outputs, including characteristic curves.
Operation of the central plate heat exchanger pump (PWTz) for charging consumers.
Configuration of the bypass option for frost protection and heat loss minimization.
Enables high-temperature discharge for preventing stagnation.
Parameters for HTE option and error message output settings.
Setting the circulation function for hot water lines with various control modes.
Parameters for configuring legionella protection using time programs and pump control.
Defining and configuring temperature inputs as information sensors.
Configuring 0-10V and pulse inputs as information values.
Comprehensive settings for general information values and sensor names.
Performing a relay test to check output status and individual switching.
Setting input/sensor types for each input, such as KTY, PTC, PT1000.
Matching individual sensors for accurate readings and balancing.
Overview of stored sensor characteristics for KTY, PTC, PT1000 types.
Menu structure for collector circuits 1 and 2, including operation and parameters.
Conditions and logic for solar pump PS1 activation and deactivation based on temperature differences.
Parameters and overview for collector functions, including information and configuration.
Sets the minimum and maximum operating temperatures for the collector.
Active and passive functions to prevent overheating and stagnation.
Configuration for frost protection and active/priority overheating management.
Parameters for collector protection, starting aid, and pump control.
Controlling pump speed based on temperature differences and set points.
Calculating energy yield based on temperature differences and flow rates.
Measuring current volume flow for solar circuit output and pump speed limits.
Table for setting up different types of flow rate sensors with pulse rates and offsets.
Allocating collector return sensor and using it for output calculation.
Conditions for collector flow sensor (TKV) activation and PS1 operation.
Configuring the TKV collector flow option and its plausibility checks.
Menu structure for managing up to four solar storage tanks.
Displaying information about solar storage tanks, including temperatures and pump status.
Setting function names and configuring inputs/outputs for solar storage tanks.
Core parameters for solar storage tanks, including temperature limits and charging strategies.
Configuration parameters for the WWL hot water charging option.
Parameters for the PPS discharge option, controlling heat transfer to external tanks.
Configuring the PWTDZ option for decentralized external heat exchangers.
Parameters for the RLA return flow increase option, used for buffer discharging.
Configuring the ZONLA option for zone and stratified charging of storage tanks.
General