|
Quantity
|
Total
|
||
|
|
|||
|
|
|||
Single-Line Solar Pump Station, 1″ HP, 6 bar, 8–28 L/min, UPM3 25-75 – Powerful Solution for Solar Systems
UPM3 25-75 (1″, 8–28 L/min) is a single-line solar pump station designed for efficient circulation of heat transfer fluid between solar collectors and storage tanks or heat exchangers.
The station is equipped with a high-efficiency Grundfos UPM3 Solar 25-75 pump with PWM control, allowing precise performance adjustment and reduced energy consumption.
With a high flow rate of up to 28 L/min, this model is ideal for medium and large solar systems.
Key advantages:
✅ High flow rate 8–28 L/min
Suitable for large solar systems and ensures efficient circulation.
✅ Grundfos UPM3 Solar 25-75 pump (PWM)
Energy-efficient operation with precise speed control.
✅ Ready-to-use pump group
Fully equipped unit for quick installation and commissioning.
✅ 6 bar safety group
Includes safety valve and pressure gauge.
✅ Flow meter with регулировка
Allows accurate flow adjustment.
✅ High operating temperature up to 150°C
Reliable operation under peak conditions.
✅ Compatible with glycol (up to 50%)
Works with standard solar heat transfer fluids.
✅ Thermal insulation casing
Reduces heat loss and improves efficiency.
✅ Consultation and equipment selection
We help choose the right station for your system.
Applications:
🔹 Solar collectors
🔹 Domestic hot water (DHW) systems
🔹 Heating systems
🔹 Hybrid systems
🔹 Residential and commercial use
Design features:
Type: single-line solar pump station
Connection: 1″ HP
Pump: Grundfos UPM3 Solar 25-75
Flow rate: 8–28 L/min
Max pressure: 6 bar
Pressure gauge: 0–10 bar
Max temperature: up to 150°C
Working fluid: water / glycol (up to 50%)
Included components:
- ball valve with thermometer (0–160°C)
- check valve
- safety group (6 bar)
- flow meter (8–28 L/min)
- filling/drain unit
- air vent
- insulation
UPM3 25-75 – the optimal choice for powerful solar systems
UPM3 25-75 solar pump station (1″) is a reliable and high-performance solution for circulating heat transfer fluid in solar systems. Thanks to its high capacity and full комплект, it is ideal for modern energy-efficient installations.