The material used for pipes forming the earth collector circuit affects life, maintenance costs, required pumping energy, capital costs and heat pump performance. For buried collectors of all kinds, it is important to use high quality materials. For a long time the industry has been using plastic pipes, especially high density polyethylene (HD). The advantages of plastic pipes are their durability, corrosion resistance, durability, excellent hydraulic properties and long life. Experts and environmentalists also value ease of transportation and installation, as well as relatively low energy production requirements, which represents a significant environmental benefit.

Compact, modular brine manifold made of glass fiber reinforced polyamide for the brine distribution of geothermal probes, energy baskets or ground collectors.
Easy adjustment through easy-to-read sight glass.

Features:

• Flow meter and regulating valves in the supply line
• All brine circuits contain shut-off valves in the flow and return
• Modular structure of the individual components
• Shut-off of the circuit connections via valves in the flow and return
• Assembling the distributor segments without tools
• Distributor segments self-sealing through O-ring
• Connecting thread AG 1 "to probe / collector
• Spigot distance 100 mm
• heat pump connection:
  • - with flange for ball valve set (accessory) and PE welding socket d 40
  • - HP connection only with PE welding socket d 40 long alternatively WP connection with union nut G1 1/2 "-
  • Accessories:
  • - Union fittings for PE pipe (MS compression fitting) d 25, 32 and 40 mm
  • - Connection fitting with welding stud d32
  • - manometer
  • - Thermometer

Compact distribution shaft for the connection of surface collectors, energy baskets or geothermal probes. Version with up to 8 circles. Intended for wall mounting. Easy to install due to its small dimensions and low weight. The distributor is completely equipped with shut-off and control valves as well as integrated flow meters. The downwardly directed circular connections are welded watertight into the shaft bottom. The manhole cover is provided with a seal and lockable.

For the use of regenerative energies also surface waters are of great importance. Water is an excellent temperature storage. For building sites near lakes, rivers or on the coast, the use of this free energy for building temperature control offers.

When installing a new duct, plan the option of energy recovery and save up to 50% primary energy. You decided to use a PKS sewer pipe when laying the new channel? Take advantage now: keep the option for energy recovery open for upcoming expansions. Because the energy cost advantage of PKS Thermpipe pipes is unbeatable when laying new! At the factory, PKS pipes can be converted into high-efficiency PKS Thermpipe pipes with a manageable extra effort. Larger buildings that are already near or are in planning and have a higher energy requirement could in the future be heated or cooled with energy from sewage and geothermal energy.

with stainless steel corrugated tube heat exchanger for hygienic hot water heating instantaneously only when tapped

Drinking water heat exchanger made of high quality stainless steel corrugated pipe material number 1.4404 or AISI 316L
integrated stainless steel exchanger with insulation separation (5.8 m2 exchanger surface, 29 liter capacity) anode-free, hygienic and legionella free,
no control or pump needed for DHW heating,
high tapping rates

Volumes from 500 liters to 10 000 liters.

Buffer Type KE are without solar or additional generator heat exchangers.

Buffer Type KER have a solar heat exchanger in the lower area.

Buffer Type KER2 have a solar heat exchanger in the lower area and an additional heat exchanger in the upper area.

Ideal for increasing the efficiency of heat pumps for domestic hot water.

double glazing inside, outside primed
50 mm PU hard foam, firmly foamed
made of high quality steel S235JRG2
produced according to DIN 4753 and Euronorm EN 12897

WAMAK SWP

Hot water storage to heat pumps, type SWP. Internally glazed hot water storage tanks are especially suitable for use with heat pumps. Both tanks and smooth tube heat exchangers are made of high quality steel S235JRG2 according to DIN 4753 and Euronorm EN 12897. The smooth tube heat exchanger is firmly welded in production. The container is glazed inside with a 2-layer glaze.

WAMAK SWP2

Hot water storage to heat pumps, type SWP. Internally glazed hot water storage tanks are especially suitable for use with heat pumps in combination with thermal solar panels. Both tanks and smooth tube heat exchangers are made of high quality steel S235JRG2 according to DIN 4753 and Euronorm EN 12897. The smooth tube heat exchanger is firmly welded in production. The container is glazed inside with a 2-layer glaze.

Buffer tanks, type P. Buffer tanks without heat exchangers with sufficient connections are used in heating, solid fuel and solar plants as well as cogeneration plants. Tanks are made of high quality steel S235JRG2 according to DIN 4753 and Euronorm EN 12897.

Buffer storage, type PR. Buffer tanks with a heat exchanger in lower section and with sufficient connections are used in heating, solid fuel and solar plants as well as cogeneration plants. Both tanks and smooth tube heat exchangers are made of high quality steel S235JRG2 according to DIN 4753 and Euronorm EN 12897. The smooth tube heat exchanger is firmly welded in the production.

Buffer storage, type PR2. Buffer tanks with two heat exchangers down / up and with sufficient connections are used in heating, solid fuel and solar plants as well as combined heat and power plants. Both tanks and smooth tube heat exchangers are made of high quality steel S235JRG2 according to DIN 4753 and Euronorm EN 12897. The smooth tube heat exchanger is firmly welded in the production.

Volumes 200 Liter up to 10 000 Liter.