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General| Brand | Siemens |
|---|---|
| Model | RVS61.843 |
| Category | Controller |
| Language | English |
Overview of the product range, including wired and wireless components and their connections.
Describes wired and wireless operation configurations with operator and room units.
Details product usage limitations and warranty void conditions if not observed.
Outlines general regulations for installation, including power disconnection and safety class requirements.
Covers engineering requirements for heat dissipation, mounting locations, and permissible ambient temperature.
Details the connection terminals and their markings for the RVS61.843 model.
Details the connection terminals and their markings for the RVS41.813 model.
Provides dimensions, drilling plan, and connection details for the AVS75.390 extension module.
Covers mounting method, connections, dimensions, and panel cutout for the AVS37.294 operator unit.
Details connections and dimensions for the AVS37.390 operator unit.
Covers engineering, mounting, connections, and dimensions for the QAA55 room unit.
Details engineering, mounting method, and connections for QAA75 room units.
Discusses placement criteria for wireless components to minimize interference.
Covers engineering and mounting with base instructions for the QAA78.610 room unit.
Details mounting methods for RF transmitter and outside sensor, including connections.
Explains radio connection establishment and testing procedures for wireless components.
Covers mounting, connections, radio connection establishment, and testing for the RF repeater.
Guides on checking the operational status of connected system components using specific menus.
Outlines prerequisites, function checks, operating states, and diagnosis methods for commissioning.
Details operating elements and functions for QAA75/QAA78/AVS37 units.
Explains operating elements, display choices, and basic modes for room and operator units.
Details display choices, selecting heating modes, and characteristics of automatic operation.
Describes selecting cooling and DHW heating modes, including DHW push functionality.
Explains adjusting room temperature setpoints, occupancy button usage, and displaying information.
Details the setting principle and provides an example for programming time of day and date.
Explains different user levels and how to access them, including Enduser and Commissioning.
Provides a table of available settings up to the heating engineer level, with default values and units.
Explains operating elements, display choices, and basic modes for the QAA55 room unit.
Describes accessing service level and setting parameters like "Used as" and "Operation lock".
Explains the importance of setting the controller's yearly clock correctly for heating programs.
Covers settings for language, info display, operation lock, and programming lock.
Details binding wireless devices, testing radio links, and listing connected RF devices.
Explains setting up switching programs for heating circuits and DHW heating with preselection options.
Describes the holiday program for setting heating circuits to a selectable operating level based on calendar dates.
Details functions that can be set individually for each heating circuit, including operating modes and setpoints.
Explains prerequisites and operation for the cooling circuit, including system types and mode selection.
Details DHW control via setpoints, activated based on selected operating mode.
Explains how cooling is enabled based on time programs, holiday programs, or occupancy buttons.
Defines priority for DHW charging when multiple heat sources are active.
Explains the legionella function settings for fighting bacteria in DHW systems.
Describes prerequisites for using Hx pumps and their connection to relay outputs.
Allows setting solar or heat pump based setpoints for swimming pool heating.
Sets priority for swimming pool heating or storage tank charging, impacting solar operation.
Explains the primary controller's role in mixing flow and system pump usage for pressure.
Defines the installation position of the primary controller or system pump relative to the buffer storage tank.
Defines the type of heat source (brine, water, air, external) and required sensors.
Specifies whether refrigeration is generated and the system type (4-pipe or 2-pipe).
Adjusts flow temperature setpoint based on return temperature and outside temperature differentials.
Presents schematic diagrams illustrating heat pump components and designations.
Details settings for condenser pump operation, including frost protection and runtime.
Explains source pump functions, including minimum water/brine temperatures and protection settings.
Describes compressor control based on return temperature and switching differentials without storage tanks.
Explains compressor control using buffer/combi tank sensors, considering setpoints and switching differentials.
Details settings for minimum run times, switch-off temperatures, and delays for compressors.
Covers control and usage of electric immersion heaters in the flow for heating or DHW.
Details heat pump protection mechanisms during DHW charging, including fault handling and attempts.
Explains defrosting methods (fan or process reversal) and parameters for air-to-water heat pumps.
Describes active and passive cooling modes, system requirements, and application examples.
Covers measurement and display of electrical energy, natural gas, heat, or volume flow.
Explains how to use pulse inputs for heat metering and calculating volume flow.
Details using pulse inputs for electrical energy or natural gas volume flow metering.
Explains how performance factors are calculated from delivered and employed energy counters.
Describes how to store counter values on fixed dates and calculate yearly performance.
Explains control mechanisms for heat sources in a cascade, including sequence and exclusion settings.
Explains control mechanisms for heat sources in a cascade, including sequence and exclusion settings.
Explains control mechanisms for heat sources in a cascade, including sequence and exclusion settings.
Details the release of electric immersion heaters based on compressor stages and criteria.
Sets the operating mode for the supplementary source based on outside temperature limits.
Sets the operating mode for the supplementary source based on outside temperature limits.
Configures overrun time for external source release and overtemperature protection.
Manages switching integral, differential, and lock times for supplementary source control.
Manages switching integral, differential, and lock times for supplementary source control.
Sets temperature differentials for charging storage tanks or swimming pools via solar.
Sets temperature differentials for charging storage tanks or swimming pools via solar.
Sets priority for swimming pool heating or storage tank charging, impacting solar operation.
Configures minimum runtime and activation gradient for the collector pump.
Details activation of the collector pump to prevent freezing based on temperature.
Describes stopping charging when collector or storage tank temperatures reach limits.
Sets conditions for collector pump deactivation to prevent medium evaporation.
Limits solar pump speed within a specified range and ensures reliable startup.
Explains requirements for accurate solar yield measurement using sensors and antifreeze concentration.
Specifies antifreeze type and concentration for accurate solar energy yield determination.
Describes buffer storage tank integration for heat charging and cooling energy storage.
Describes buffer storage tank integration for heat charging and cooling energy storage.
Allows triggering forced charging to save costs or fully charge the tank before heat pump lockout.
Configures automatic locks based on buffer temperature requests and heat demands.
Provides hydraulic balancing for consumers and heat sources, preventing cold water addition.
Details charging limits and collector pump reactivation for buffer storage tank overtemperature protection.
Manages recooling to a set temperature after charging, or emitting excess heat.
Controls electric immersion heaters for buffer storage tank charging, especially during frost protection.
Indicates whether the buffer storage tank can be charged by solar energy.
Lists criteria that can lead to DHW charging abortion by the heat pump due to faults or limitations.
Lists criteria that can lead to DHW charging abortion by the heat pump due to faults or limitations.
Defines DHW request calculation, heat transfer from buffer, and charging implementation.
Adds a boost value to the current DHW setpoint for heat source requests.
Allows heat transfer from buffer to DHW storage, requiring a temperature differential.
Selects sensor configuration for DHW storage tank charging and legionella function.
Starts DHW charging when temperature is below setpoint minus differential, completes at setpoint.
Sets a time limit for DHW charging to ensure heat availability for space heating.
Limits solar charging to maximum temperature and reactivates collector pump if needed.
Describes DHW heating via external heat exchanger using buffer, DHW, or combi storage.
Describes DHW heating via external heat exchanger using buffer, DHW, or combi storage.
Guides through selecting plant diagrams and configuring inputs/outputs for instantaneous DHW heating.
Sets maximum DHW temperature based on storage tank temperature and adjustable differential.
Defines minimum and maximum speeds for pumps in instantaneous DHW heating.
Sets actuator running time for mixing valves used in instantaneous DHW heating.
Outlines the procedure for configuring the system by presetting plant diagrams and fine-tuning parameters.
Outlines the procedure for configuring the system by presetting plant diagrams and fine-tuning parameters.
Allows preselecting plant diagrams by entering a number, which includes sensors and diagrams.
Enables manual creation or modification of plant diagrams using partial diagrams.
Controls the on/off state of heating circuit 1 and cooling circuit 1, including overtemperature protection.
Controls the on/off state of heating circuit 2.
Selects DHW heating control via charging pump or diverting valve, or disables it.
Activates a separate circuit for DHW charging, decoupling the heat source for space heating.
Defines the type of heat source (brine, water, air, external) and required sensors.
Specifies whether refrigeration is generated and the system type (4-pipe or 2-pipe).
Adjusts flow temperature setpoint based on return temperature and outside temperature differentials.
Sets temperature differentials for charging storage tanks or swimming pools via solar.
Selects control method (charging pump or diverting valve) for solar integration with tanks.
Selects usage of external heat exchanger for DHW or buffer storage tank in solar plants.
Defines whether the DHW storage tank draws heat from the buffer storage tank.
Allows individual selection of relay outputs 1 to 6 for various functions.
Assigns functions to relay outputs based on selection, detailed in application diagrams.
Determines which pump is modulated via QX4-Mod output, using triac control.
Assigns sensor inputs BX1-BX5 to various sensors for plant diagram functions.
Defines functions for inputs H1/H3, activated by contacts or DC voltage signals.
Defines functions for inputs EX1-EX7 (230V), covering utility lock, low tariff, and overload signals.
Defines the use of mixing group 1 and its inputs/outputs, assigning functions to terminals.
Defines the use of mixing group 1 and its inputs/outputs, assigning functions to terminals.
Lists functions assignable to multifunctional inputs/outputs of extension modules.
Explains frost protection operation for heating/cooling circuits on the extension module.
Defines the use of QX relay outputs on the extension module for various functions.
Assigns sensor inputs BX1-BX5 to various sensors for plant diagram functions.
Details functions for input H2 on the extension module, similar to basic unit Hx inputs.
Explains the use of voltage-modulated UX output for speed-controlled pumps or temperature requests.
Selects sensor types and allows readjustment of measured sensor values.
Adjusts flow temperature setpoint response based on building thermal capacity and outside temperatures.
Activates heating circuit/condenser pumps based on outside temperature for plant frost protection.
Activates/deactivates air dehumidification based on relative humidity or time programs.
Manages saving and resetting sensor states and values for accurate readings.
Allows saving current parameter settings as new defaults, overwriting factory settings.
Checks sensor connections against plant diagrams for correct configuration.
Generates check numbers based on partial diagram numbers to identify the current plant diagram.
Lists heat pump types and their corresponding check numbers for plant configuration verification.
Lists storage tank types and their corresponding check numbers for plant configuration verification.
Lists heating circuit types and their corresponding check numbers for plant configuration verification.
Sets device and segment addresses for LPB communication and bus power supply.
Sets device and segment addresses for LPB communication and bus power supply.
Allows resetting alarm relays and heat pump errors, potentially bridging startup delays.
Allows resetting alarm relays and heat pump errors, potentially bridging startup delays.
Explains how error messages are generated and displayed for flow temperature deviations or DHW charging issues.
Stores and displays the last 10 errors with codes and times, accessible via PC tool.
Enables individual activation/deactivation of maintenance functions and displays messages for violations.
Enables individual activation/deactivation of maintenance functions and displays messages for violations.
Tests relay outputs by energizing them to check components, relays, and wiring.
Tests relay outputs by energizing them to check components, relays, and wiring.
Delivers an appropriate signal via output test UX/P1 for checking purposes.
Displays relevant inputs for checking by selecting from input test sensors.
Shows voltage signals, contact states, and pulse counters for inputs H1, H2, H3.
Allows checking relevant inputs by selecting settings from input test E.
Displays current operating states of heating circuits, DHW, cooling, and heat pump.
Displays current operating states of heating circuits, DHW, cooling, and heat pump.
Shows operating states for heating circuits from end-user and commissioning perspectives.
Displays DHW operating states like manual control, recooling, and charging status.
Shows cooling circuit states including mode, frost protection, and limitations.
Displays heat pump states like emergency operation, faults, and locked conditions.
Displays priority and state of sources, temperature values, and stage order in cascade systems.
Displays priority and state of sources, temperature values, and stage order in cascade systems.
Checks operating states of components controlled via heat pump relays for brine-to-water systems.
Checks operating states of components controlled via heat pump relays for brine-to-water systems.
Queries various setpoints and actual values related to heat pump operation.
Displays remaining off/on times for compressor stages if active.
Shows remaining time for pumps/compressor release due to low source temperature.
Displays the current sequence of compressor operation (order of stages).
Shows the current compressor sequence, i.e., the order in which compressors are put into operation.
Displays total operating hours and starts for compressors and electric immersion heaters.
Shows total heat pump locking hours enforced by the electric utility.
Shows total heat pump locking actions enforced by the electric utility.
Displays operating hours and starts for electric immersion heater in the flow.
Shows the current operating state of the fan for air-to-water heat pumps.
Shows the current operating state of the fan for the air-to-water heat pump K19 (off / on).
Shows the current state of the process reversing valve (on/off).
Shows the current evaporator temperature at sensor B84.
Shows temperature difference between source inlet and evaporator.
Shows the setpoint for temperature difference needed for evaporator defrost.
Shows how long defrost function is locked until next defrost attempt.
Shows time until next forced defrost process if automatic/manual defrost is not triggered.
Shows max defrost attempts before lockout or successful completion.
Shows current speed of collector pump 1 / 2.
Shows the current speed of collector pump 1 / 2.
Shows the current speed of the solar pump of an external heat exchanger 1.
Shows the current speed of the solar pump used for buffer storage tank charging.
Shows the current speed of the solar pump used for heating the swimming pool.
Current collector temperature acquired by sensor B6 / B61.
Display of the maximum temperature acquired by sensor B6 / B61.
Display of the minimum temperature acquired by sensor B6 / B61.
Display of the temperature difference between collector sensor B6 / B61 and DHW sensors B3 and B31.
Shows various application diagrams including heat source variants and extra functions.
Shows various application diagrams including heat source variants and extra functions.
Provides technical specifications for basic units RVS61.843 and RVS41.813.
Provides technical specifications for basic units RVS61.843 and RVS41.813.
Details technical specifications for the AVS75.390 extension module.
Provides technical specifications for operator and room units AVS37, QAA7x, and QAA55.
Lists technical specifications for the AVS71.390 RF module.
Provides technical specifications for the AVS13.399 wireless outside sensor.
Lists technical specifications for the AVS14.390 RF repeater.
Provides resistance values for NTC 1k sensors at different temperatures.
Provides resistance values for NTC 1k sensors at different temperatures.
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