Why is the room frost protection function activated on my Kampmann Heater?
If the RGB sensor, AI1 sensor, or the virtual sensor in your Kampmann Heater measures a temperature of < 8°C, the fan is switched on at stage 1, and the heating valve is opened.
Why is the unit frost protection function activated on my Kampmann Katherm HK?
If the RGB sensor, AI1, AI2, AI3 sensor, or the virtual sensor measures a temperature of < 4°C, the fan is switched off, and the heating and cooling valve is opened.
What happens when motor protection is activated in Kampmann Katherm HK Heater?
The fan is switched off and the cooling valve is closed.
Details the purpose and features of the Katherm HK trench heaters.
Highlights critical safety instructions and warnings for installation and operation.
Lists the standard parts included with the Katherm HK units.
Instructions for leveling the unit using adjustment feet and brackets.
Guidance on placing and securing the trench heater in its final location.
Details on connecting the flow and return pipes for water supply.
Checks to perform before screeding to ensure proper installation.
Technical details and diagrams for the HK 320, 2-pipe, 130mm height.
Details on the function and installation of supply air modules in trench heaters.
Provides dimensional data for Katherm HK units equipped with supply air modules.
Information on the ZL supply air duct system for trench heaters.
Overview of condensation drainage methods and considerations for cooling mode.
Details on natural gradient drainage, kits, and connections.
Illustrates the on-site connection for natural gradient condensation drainage.
Methods for providing additional on-site condensation drainage.
Information on condensation drainage using a pump kit and its installation.
Instructions for connecting the condensation pump fitting kit to specific models.
Illustrates on-site condensation drainage connection using a pump.
Provides technical specifications for the condensation pump.
Table detailing the number of feet and brackets for different models.
Describes maintenance tasks and recommended intervals for optimal operation.
Step-by-step guide for dismantling, cleaning, and reassembling the condensation tray.
Table showing power and current consumption figures for various models and settings.
Lists the different electrical control versions and their corresponding suffixes.
Details of the 24V electromechanical model and its associated clock thermostat.
Wiring diagram for control using the clock thermostat type 30456.
Details of the 230V model, climate controller, and their wiring.
Wiring diagram for controlling the unit via an on-site Building Management System.
Wiring diagram for control using the clock thermostat type 30155.
Wiring diagram for climate controller actuation using type 14894x.
Defines the intended applications and limitations for KaController units.
Describes the interface, keys, display, and basic operation of the KaController.
Instructions on how to switch the KaController on and off.
Procedures for adjusting temperature setpoints and fan speed settings.
Instructions for setting the time and programming timer schedules for automated operation.
Details on setting automatic, heating, cooling, and ventilation operating modes.
Lists alarm codes, descriptions, and priorities displayed on the KaController PCB.
Details specific alarm messages related to the KaController's internal electronics.
Troubleshooting for control sensor faults, motor protection, and room frost protection.
Troubleshooting for condensation, general, sensor, and unit frost protection alarms.
Troubleshooting for EEPROM errors, CAN network issues, and problem solutions.
Table providing solutions for common issues like fan not starting or rotating.
Instructions for connecting and configuring the KaController using wiring and DIP switches.
General guidelines for routing low-voltage and bus cables, ensuring separation from power cables.
Information on CAN-bus terminal resistors, unit connections, and KaController setup.
Functional table detailing DIP switch settings for configuring the KaControl PCB.
Explains the function of each DIP switch for unit configuration settings.
Overview of configurable system requirements via parameter settings in the Service menu.
Configuration of heating/cooling changeover and automatic/day/eco modes.
Configuration of digital inputs (DI1, DI2) and outputs (V1, V2).
Setting the functions for multifunctional inputs Al1, Al2, and Al3.
Steps to check the functionality of connected assemblies via the KaController.
Instructions for controlling valves and fans using external 0-10V signals.
Comprehensive list of parameters for the KaControl PCB with their functions and ranges.
Wiring diagram for controlling the unit via an on-site Building Management System.
Wiring and connection details for master and slave units in a system.
Statement confirming the product's compliance with relevant EU directives and standards.
Details the purpose and features of the Katherm HK trench heaters.
Highlights critical safety instructions and warnings for installation and operation.
Lists the standard parts included with the Katherm HK units.
Instructions for leveling the unit using adjustment feet and brackets.
Guidance on placing and securing the trench heater in its final location.
Details on connecting the flow and return pipes for water supply.
Checks to perform before screeding to ensure proper installation.
Technical details and diagrams for the HK 320, 2-pipe, 130mm height.
Details on the function and installation of supply air modules in trench heaters.
Provides dimensional data for Katherm HK units equipped with supply air modules.
Information on the ZL supply air duct system for trench heaters.
Overview of condensation drainage methods and considerations for cooling mode.
Details on natural gradient drainage, kits, and connections.
Illustrates the on-site connection for natural gradient condensation drainage.
Methods for providing additional on-site condensation drainage.
Information on condensation drainage using a pump kit and its installation.
Instructions for connecting the condensation pump fitting kit to specific models.
Illustrates on-site condensation drainage connection using a pump.
Provides technical specifications for the condensation pump.
Table detailing the number of feet and brackets for different models.
Describes maintenance tasks and recommended intervals for optimal operation.
Step-by-step guide for dismantling, cleaning, and reassembling the condensation tray.
Table showing power and current consumption figures for various models and settings.
Lists the different electrical control versions and their corresponding suffixes.
Details of the 24V electromechanical model and its associated clock thermostat.
Wiring diagram for control using the clock thermostat type 30456.
Details of the 230V model, climate controller, and their wiring.
Wiring diagram for controlling the unit via an on-site Building Management System.
Wiring diagram for control using the clock thermostat type 30155.
Wiring diagram for climate controller actuation using type 14894x.
Defines the intended applications and limitations for KaController units.
Describes the interface, keys, display, and basic operation of the KaController.
Instructions on how to switch the KaController on and off.
Procedures for adjusting temperature setpoints and fan speed settings.
Instructions for setting the time and programming timer schedules for automated operation.
Details on setting automatic, heating, cooling, and ventilation operating modes.
Lists alarm codes, descriptions, and priorities displayed on the KaController PCB.
Details specific alarm messages related to the KaController's internal electronics.
Troubleshooting for control sensor faults, motor protection, and room frost protection.
Troubleshooting for condensation, general, sensor, and unit frost protection alarms.
Troubleshooting for EEPROM errors, CAN network issues, and problem solutions.
Table providing solutions for common issues like fan not starting or rotating.
Instructions for connecting and configuring the KaController using wiring and DIP switches.
General guidelines for routing low-voltage and bus cables, ensuring separation from power cables.
Information on CAN-bus terminal resistors, unit connections, and KaController setup.
Functional table detailing DIP switch settings for configuring the KaControl PCB.
Explains the function of each DIP switch for unit configuration settings.
Overview of configurable system requirements via parameter settings in the Service menu.
Configuration of heating/cooling changeover and automatic/day/eco modes.
Configuration of digital inputs (DI1, DI2) and outputs (V1, V2).
Setting the functions for multifunctional inputs Al1, Al2, and Al3.
Steps to check the functionality of connected assemblies via the KaController.
Instructions for controlling valves and fans using external 0-10V signals.
Comprehensive list of parameters for the KaControl PCB with their functions and ranges.
Wiring diagram for controlling the unit via an on-site Building Management System.
Wiring and connection details for master and slave units in a system.
Statement confirming the product's compliance with relevant EU directives and standards.
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