
Aquapack AP Series of Pressurisation Units
Please check specifications below if product has options
PED compliant pressurisation unit designed to maintain the water pressure in heating and chilled water systems for domestic and commercial situations.
Our Aquapack AP Series of PED compliant pressurisation units are designed to maintain the water pressure in heating and chilled water systems for domestic and commercial situations.
Their principle of operation is to accommodate the expanded water volume as the temperature rises and then refill the system as the temperature decreases and the pressure drops.
Floor or wall mounted, the series offers options to deal with systems of temperatures of 3°C to 90°C, a fill pressure of 0.8 bar up to 7.0 bar and a system content of 50,000 litres of water. All with twin pumps and a building management signals package.
They have been designed ergonomically so there is no need to kneel when checking the controls, built to last and run quietly and efficiently to save energy. The connections can be supplied on the right hand side or the left hand side on request, of the unit or a combination of the two in order to facilitate the installation.
Available with several problem solving options:
Dual configuration to handle heating and chilled water systems at the same time, saving money and installation time.
Product Specification/Details
AP3 3 BAR PRESSURISATION UNIT
Model: AP3 3 BAR PRESSURISATION UNIT
Part Number: APA-220300S
Specification:
Pumps 2x 240 volts 1 phase
Maximum filling pressure 3.5 bar
Maximum System Temperature 120 C
Maximum System capacity 50,000 litres
BMS Volt free connections = Yes
AP7 7 BAR PRESSURISATION UNIT
- Pumps/Voltage
- Maximum operating pressure
- Maximum System temperature
- Maximum System Capacity
- BMS Connections volt free
Model: AP7 7 BAR PRESSURISATION UNIT
Part Number: APA-220700S
Specification:
Pumps 2x 240 volts 1 phase
Maximum filling pressure 7.0 bar
Maximum System Temperature 120 C
Maximum System capacity 50,000 litres
BMS Volt free connections = Yes