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General| Brand | Siemens |
|---|---|
| Model | TUTORbit POL945 |
| Category | Controller |
| Language | English |
Procedures and precautions for appliance installation and modification.
Steps to take in case of appliance failure and technician qualifications.
Compliance requirements for appliance installation with national laws.
Overview of the TutorBit system and its components.
Explanation of symbols and guidelines for product disposal.
Physical dimensions of the POL687 controller and POL895 remote control.
Detailed diagram and description of TutorBit electrical connections.
Configuration of POL945 and POL955 expansions using microswitches.
Installation and function of the QMX3 room sensor for modulating control.
Guidelines for installing TutorBit and configuring system parameters.
Connecting and configuring heat pump for heating cycles.
Performing a connection test between QMX3 sensor and TutorBit.
Steps to connect TutorBit to a PC for remote monitoring and control.
Visual representation of system parameters and states.
Collection of diagrams showing system installations with boilers.
Hydraulic connection diagram for a specific system configuration.
Hydraulic connection diagram for a system with solar and anti-legionella.
Hydraulic connection diagram for a 4-zone system with solar.
Hydraulic connection diagram for a 5-zone system with solar.
Hydraulic connection diagram for a system with heat pump integration.
Hydraulic connection diagram for a 3-zone system with specific DHW switching.
Hydraulic connection diagram for a system with heat pump heating/cooling.
Hydraulic connection diagram for a system with two tanks.
Hydraulic connection diagram for a 3-zone system with two tanks.
Hydraulic connection for a system using AGUADENS-T modules.
Hydraulic connection for a single heating zone with solar and two tanks.
Hydraulic connection for a system with heat pump and solar transfer.
Hydraulic connection for a water heater system with DHW return.
Hydraulic connection for a water heater system with solar.
Hydraulic connection for a system with three tanks and solar transfer.
Protocols for connecting TutorBit to home automation systems.
Overview of system alarms and how to query them.
Interpretation of BSP and BUS light states on the TutorBit controller.
Specific alarm related to the anti-legionella cycle and its acknowledgement.
Using diagnostics to force inputs/outputs in emergency situations.
Description of the TutorBit home screen and its displayed information.
General information about parameters and accessing the navigation menu.
How to access user, installer, and factory profiles for system settings.
Setting DHW temperature, time programs, and recirculation.
Adjusting temperature setpoints and time programs for QMX3 controlled zones.
Overview of TutorBit menu structure and parameter fields.
Settings for heat modules, quantity, and outdoor sensor.
Configuration for DHW service, zones, anti-legionella, and solar functions.
Parameters for Modbus, Save/Reset, Cascade, and heating curves.
Settings for heating circuit modes, outdoor reset, and valve configurations.
Settings for PID control of mixing valves and pump delay/post-circulation.
Detailed parameters for 3-way valves and QMX3 sensor association.
Configuring Modbus parameters for heat generators.
Configuration of heat pump modes and performance tuning.
Configuring date, time, summer time, and Ethernet connection.
Settings for default gateway, DNS servers, and hostnames.
Configuration for FTP, TFTP, and SD card operations.
Status and mapping of communication with the cloud server.
Configuration menu for Modbus TCP/IP and RTU protocols.
Parameters for antifreeze, heating, and cooling control modes.
Settings for heat generator parameters and DHW operation.
Settings for DHW output, pump control, and zone heating parameters.
Setting the antifreeze setpoint for heating circuits.
Setting cooling supply setpoints and outdoor reset curves.
Setting time programs for heating and cooling circuits.
Configuring rotation modes for heat generators and DHW service.
Parameters for anti-legionella cycle and solar system functions.
Solar pump control and antifrost/antistagnation parameters.
Band settings for QMX3 room sensor temperature modes.
Parameters for heat pump hysteresis, cutoff temperatures, and saturation time.
Read-only states of system components and sensor readings.
State of heat generators for heating/DHW and their actual setpoints.
DHW tank status, alarms, and module states.
Supply temperatures and water pressure from heat generators via Modbus.
Readings of 0-10V signals and burner status/error codes.
State and type configuration for heating circuits in zones.
Settings for zone action, heating mode, and heat requests.
Control settings for inputs and relays for 3-way valves.
Parameters for heat generator ageing, sequence changes, and working minutes.
Rotation modes for DHW generators and solar pump control settings.
Parameters for solar antifrost and heat pump operation modes.
Burner status, error codes, and power levels for heat generators.
Settings for domestic hot water modes and burner control.
Burner status, error codes, and power levels for heat generators.
Configuration for temperature sensors, including water heater and zone sensors.
Parameters for calibrating sensors and setting alarm thresholds.
Settings for 0-10V module outputs, tank pump, and DHW return pump.
Settings for zone pumps and 3-way valve control.
Configuration for input signals and RT circuits.
Read-only states of system components and sensor readings.
Settings related to HMI, backlight, contrast, and firmware update.
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