Vitocal 300-G Pro - high-efficiency heat pump for large residential buildings, businesses and municipal buildings

Advantages

• Compact design - only 88 cm wide
• Easy-to-use Vitotronic control unit with plain text and graphic display
• Low operating costs with maximum efficiency thanks to energy efficiency class A++
• Cascade system up to 1200 kW
• Factory-tested for performance and function

Efficient solutions for professional applications

The Vitocal 300-G Pro series of heat pumps has all the features of the high-performance Vitocal 300-G range. Five output variants make it possible to meet most residential and industrial requirements. The standardisation of the units enables fast, detailed planning and clear calculation.

Compact design

The Vitocal 300-G Pro pump is only 88 cm wide and is easy to bring into the room thanks to its integrated support structure. If higher output is required, up to five units can be connected in a cascade arrangement.

Vitocal 350-G Pro - provides a feedwater temperature of up to 73°C

Advantages

• High feed water temperatures of up to 73°C
• Rattle-free and vibration-free unit design
• Classic cooling/heating function thanks to buffer cylinder
• Simple operation and reliable technology

Hygienic DHW heatingThe Vitocal 350G Pro achieves a high feed water temperature of up to 73°C and thus meets the requirements of the regulations for hygienic DHW heating. A special temperature maintenance function ensures that the high feed water temperature is constantly maintained downstream of the charging system, even during charging. Remote monitoring and communicationThe controller has numerous communication options, whether via a simple analogue modem or a LAN-operated system. MOD and Bacnet bus technologies also work well. In this way, the system is accessible via the Internet, e.g. for remote maintenance, and can be quickly integrated into existing building control systems. Efficient coolingIn active cooling mode, the controller decides whether waste heat can be used to heat domestic water and/or to heat a heating water buffer cylinder. Only then is the waste heat used to regenerate the ground probe or discharged to the atmosphere via an air cooler.