Buffer Tanks

Buffer Tanks

Carbon Steel Buffer Tanks (VTA Series)

We have 3 Versions in our Product Range to start with:

VTA-4-100-3 (100 litres)

VTA-4-150-3 (150 litres)

VTA-4-200-3 (200 litres)

The possibility of Connecting Electric Heating Elements

The Possibility of Connecting Heat Generators

The Possibility of Connecting Thermoelectric Heating Elements

Capacity 200-10000 Litres

The Possibility of Producing any Configuration According to Customer Requirements

In the Market since 2010

Products are Certified in the EU (EN12897)

Production of Non-Standard Equipment

Quality Management System ISO 9001

Capacities up to 10,000 Liters with Pressure up to 10 Bar

VTA-4-100-3 (100 LITRES)

VTA-4-100-3

VTA-4-150-3 (150 LITRES)

VTA-4-150-3

VTA-4-200-3 (200 LITRES)

VTA-4-200-3

Technical Data

Tank Material

Carbon Steel with a Thickness of 2-3 mm. It depends on the Volume of the Tank.

Maximum Working Pressure

6 bar

Hard Insulation

PPU 50 mm (for Tanks 80-300 L), 35 mm (for Tanks up to 80 L)

Outer Casing is PVC

Textile Jacket

Decarbo Buffer Tank for Heat Pump VTA-4-100-3 (100 LITRES)VTA-4-150-3 (150 LITRES)VTA-4-200-3 (200 LITRES)

Product Information "Decarbo Buffer Tank for Heat Pump"

High-Quality Decarbo buffer storage Tanks for Heat Pumps: Efficient energy supply in Various sizes.

Decarbo Buffer Tanks are specially designed to Optimise your Heat Pump Systems. An essential component in the application of buffer storage tanks for Heat Pumps, our Tanks help to increase your energy efficiency. They are made of Robust Carbon Steel and are available in 100, 150 and 200 Litre capacities.

The Buffer Tanks operate at a maximum Pressure of 10 bar, while the working Pressure at the Heat Exchanger inlet is 3 bar and 6 bar on the Heating Circuit side. An additional outer PVC textile cover provides further protection, while the High-Quality PPU insulation optimally stores Heat and Minimises heat loss.

With the Decarbo Buffer Tanks you have the possibility to connect several Heat sources and maintain a continuous Heat Supply. In addition, You can use the Hot Water from the Buffer Tank to De-Ice the Heat Pump during the winter months.

Integrating Buffer Tanks into your Heat Pump system offers significant Energy Savings. By Reducing the Frequency with which the Compressor is switched on and off, the lifetime of your Heat Pump system is extended and the overall Energy Consumption is reduced. In addition, Buffer Tanks can balance the flow of Heat Systems and ensure an even and Constant Supply of Heat or Cold.

For optimal use, we recommend Calculating 10-15 Litres of Buffer Storage volume per kilowatt of Heat Pump Capacity. In addition, our Buffer Storage Tanks offer the option of connecting Thermoelectric Heating Elements.

Whether for a Heating or Cooling System, Decarbo Buffer Tanks are a Sustainable and Energy-Efficient choice. With an EER Class B (on a Scale from A+ to F), they are Proof of our Commitment to Energy Efficiency. Choose Sustainability and Efficiency – choose Decarbo Buffer Cylinders for your Heat Pump.

Characteristics

Capacity

200-10000 l

Tank Working Pressure

10 bar

Working Pressure at Heat Exchanger Input

3 bar

Working Pressure on the Side of Heating Circuit

6 bar

VTA-4

H – Ventilation

h1-h4 – Fitting Pipes for Delivery and Return lines of Heating circuits

h5 – Technological Fitting Pipe

h6-h7 – Fitting Pipes for Temperature Sensor

h8 – Fitting Pipes for Termometer

h9 – Fitting Pipes for EHE

Vtank, L Dimensions, mm Energy Efficiency Class Fixing Dimensions, mm
H ∅D1 ∅D h1 h2 h3 h4 h5 h6 h7 h8 h9
50 500 480 400 B 175 – – 325 160 – 250 – –
½” 1¼” ½” ½”
80 750 480 400 B 175 – – 575 160 – 375 – –
½” 1¼” ½” ½”
100 980 510 400 B 190 390 590 790 175 290 690 765 540
½” 1¼” ½” ½” 1½”
150 1280 510 400 B 190 490 790 1090 175 290 890 1065 640
½” 1½” ½” ½” 1½”
200 1340 590 480 B 220 545 795 1120 205 355 895 1095 670
½” 1½” ½” ½” 1½”
250 1590 590 480 C 220 620 970 1370 205 355 1070 1345 800
½” 1½” ½” ½” 1½”
300 1840 590 480 C 220 700 1140 1620 205 355 1240 1595 970
½” 1½” ½” ½” 1½”