Press release -
LK HydronicGroup C/C 125 Cooling – Efficient Solution for Cooling and Heating in a Sustainable Format
LK Armatur proudly presents its latest product in energy-efficient cooling and heating: LK HydronicGroup C/C 125 Cooling. This unit combines robust performance with smart design, making it particularly well-suited for installations where direct or mixed supply is desired.
Key features that make a difference:
• Suitable for both cooling and heating applications
• Pipes are cataphoresis treated to resist corrosion
• Easily combined with electronic controller
LK HydronicGroup Cooling is a complete pump group that is suitable for cooling or heating where direct supply or mixed supply is desirable. The mixing valve can easily be supplemented with electronic controller, such as LK SmartComfor or LK 950 actuator. The insulation is specially designed to meet the high demands of cooling applications
“We designed the LK HydronicGroup C/C 125 Cooling with a focus on energy efficiency and simplicity – both in terms of installation and use. Our goal is to deliver a solution that meets the industry’s high standards for performance and functionality,”says Lars Adolfsson, Product Manager at LK Armatur.
Optimal performance in a compact design
The shunt group is designed to fit seamlessly together with LK 860 manifold, where it is possible to mount up to 4 shunt groups. The product is designed for environments with a temperature range from 5 °C to 95 °C and a maximum operating pressure of 10 bar, ensuring it meets high reliability standards.
“With the LK HydronicGroup C/C 125 Cooling, LK Armatur is leading the way for the energy-efficient cooling and heating systems of the future,” says Lars Adolfsson.
Topics
Simpler. Smarter. More sustainable. At LK, we believe there’s a better way to do everything. That’s why – from water, heating and hydronic solutions to pipe extrusion – we push for innovation over status quo and simplicity over complexity.It’s a belief all of us at LK apply to every product and solution we create.