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General| Brand | Siemens |
|---|---|
| Model | RVS41.813 |
| Category | Controller |
| Language | English |
Details the products covered by the manual and their handling/configuration for various users.
Illustrates wired and wireless operation configurations for room units and operator units.
Specifies limitations on product use, compliance with handling/technical data, and local regulations.
Outlines essential regulations for installation, including power off, safety class, and cable separation.
Covers engineering, mounting, and dimensions for the RVS controller.
Details dimensions, drilling plan, and connection terminals for the AVS75.390 extension module.
Describes mounting, connections, dimensions, and panel cutout for the AVS37.294 operator unit.
Details connections and dimensions for the AVS37.390 operator unit.
Covers engineering, mounting, and connections for the QAA55 room unit.
Details engineering, mounting, connections, and dimensions for the QAA75 room unit.
Explains placement criteria and details mounting, connection, and dimensions for RF components.
Details prerequisites, function checks, operating states, and LED status for commissioning the heat pump controller.
Covers handling and operation of QAA75, QAA78, and AVS37 units.
Describes operating elements and basic functions of room units and operator units.
Explains the setting principle and provides an example for programming the time of day.
Details the different user levels (Enduser, Commissioning) and their access to settings.
Provides a comprehensive table of available settings up to the heating engineer level.
Explains how to set the controller's yearly clock for accurate heating program operation.
Details settings related to language, info display, operation lock, and direct adjustment.
Covers binding wireless devices, testing radio links, and listing RF devices.
Details available switching programs for heating circuits and DHW heating.
Explains the holiday program for setting heating circuits to a selectable operating level according to calendar dates.
Covers operating modes, setpoints, heating curves, ECO functions, and temperature limitations for heating circuits.
Details operating modes, setpoints, release, cooling curves, ECO functions, and temperature limits for cooling.
Explains DHW temperature control, priority, legionella function, and circulating pump settings.
Covers Hx pump overview, excess heat draw, buffer tank integration, and primary controller interaction.
Details swimming pool heating via solar or heat pump, including setpoints and priority.
Explains the role of the primary controller and system pump in mixing flow and overcoming pressure drops.
Describes heat pump operation, function diagrams, compressor control, and electric immersion heaters.
Details the energy counter menu for measuring and displaying electrical and heat energy.
Explains cascade control, heat source sequence, and electric immersion heaters in cascade systems.
Covers operation, overtemperature protection, control, and switching integral for supplementary sources.
Details solar charging controller, priorities, start functions, frost protection, and overtemperature protection.
Explains forced charging, automatic locks, stratification protection, and overtemperature protection for buffer tanks.
Covers abortion of DHW charging, charging control, recooling, and electric immersion heater usage.
Details configuration, setpoints, speed-controlled pump, mixing valve control, and actuator running time.
Outlines the procedure for configuring plant diagrams and partial diagrams.
Covers device address, power supply, segment address, and central functions for LPB communication.
Explains how to reset alarms, HP errors, and provides a list of error message functions and history.
Details functions for periodic plant monitoring, including HP interval and compressor start counts.
Describes how to test relay outputs by energizing them to check components and wiring.
Explains how to select and display input sensors for checking their status and values.
Lists various operating states of heating circuits, DHW, cooling circuits, and heat pumps.
Details end-user and commissioning views of heating circuit states, including mode and protection.
Provides end-user and commissioning views of DHW states, including control modes and recooling.
Details end-user and commissioning views of cooling circuit states, including modes and protection.
Lists heat pump states like emergency operation, fault, locked, and operating modes.
Shows end-user and commissioning views of solar states, including protection and recooling.
Details end-user and commissioning views of buffer states, including charging and protection.
Provides end-user and commissioning views of swimming pool states, including heating modes.
Lists end-user and commissioning views of supplementary source states and operations.
Allows diagnostics on priority, state, temperature values, and order of sources/stages in cascade systems.
Enables diagnostics for heat source components like compressors, heaters, pumps, and sensors.
Allows querying heat pump setpoints and actual sensor values for various parameters.
Provides technical specifications for basic RVS units, including electrical, wiring, and input/output data.
Lists technical specifications for the AVS75.390 extension module, including power, wiring, and inputs.
Details technical specs for operator and room units, covering power, measurement, interfaces, and standards.
Provides technical specifications for the AVS71.390 RF module, including power, interfaces, standards, and climate conditions.
Lists technical specs for the AVS13.399 wireless sensor, including power, interfaces, standards, and sensors.
Provides technical specifications for the AVS14.390 RF repeater, including power, interfaces, standards, and climate conditions.
Lists resistance values for NTC 1k and Pt1000 sensors across various temperatures.
Provides resistance values for NTC 1k sensors at various temperatures.
Lists resistance values for NTC 10k sensors at various temperatures.
Provides resistance values for Pt1000 sensors at various temperatures.
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