PAW Connect vs OnDutyControl

„Smart Home ready“ with the heating circuit 4.0 – all PAW products in one mobile application! Compatible with all common Smart Home systems and with the building control system, the PAW Connect app helps to do your daily work. Either heating or domestic hot water technology, flat or solar stations - all important parameters can be modified via the app. Also, the corresponding certificates can be sent via e-mail with only one click. HeatBloC® – Friwa – HomeBloC® – SolarBloC® – Solex: With PAW Connect, you configurate and document all PAW products in one single app! User friendly and optimally adapted to the needs of the installer, it convinces with its intuitive operation and diverse usage options. Particularly the hydraulic balancing of the distribution manifolds and the radiators is extremely simplified thanks to the visualisation of all system data. By means of the known heating load and the heat demand, PAW Connect calculates your data for the distibution manifold and radiator balancing. After that, the app supports you with the reduction of the radiator specific flow rates. Your advantages: - visualisation of the system parameters - optimisation of the energy flows - documentation of the most important data such as flow rates, differential pressures and temperatures - fast and simple creation of a certificate for the subsidies PAW Connect - the new tool for the craftsman! Note: The integrated demonstration function allows to test the majority of the range of functions. For the complete use of the app, a connection to a PAW HeatBloC® MC system with communication set 3 (item no. 1398731) is necessary. If necessary, the WLAN range can be enlarged by means of a PowerLine set (item no. 1398736) within the building.

OnDutyControl - the app for controlling our mobile home platform OnDuty OnDutyCore is a smart and intelligent control for your motorhome / yacht / boat or your isolated solution. With OnDutyCore, all components of your system are combined in one uniform operation. All functions of the system can be conveniently controlled via the permanently installed display by touch operation and also via an application on your tablet or smartphone. The operation can be used on any number of devices and becomes active when you are in the WLAN network of the vehicle. The variant of the permanently installed display can of course also be used without WLAN. The integration of all components in the system not only enables operation via a single interface, but can also produce energy-saving functions for the first time through intelligent dependencies. For example, the energy surplus of a solar system with full batteries can be used to operate the refrigerator and thus conserve the gas supply and extend the self-sufficient time. With OnDutyCore, the provisioning of the system becomes a cinematic game.