Show navigation LOCAL AND DISTRICT HEATING / COOLING BS-NICR RESISTANCE LOCATING METHOD Underground pipelines in local and district heating networks as well as in district cooling systems harbor dangers: They can have production errors, can wear out due to expansion movements, and can be damaged during installation and civil engineering work. Always with the result: you can lick. In order to detect damage early and avoid expensive repairs, the pipelines should be permanently and automatically monitored for leaks. The resistance location method developed by BRANDES specifically for plastic jacket pipes with the NiCr system technology serves to prevent damage: It detects moisture in the pipe insulation incomparably early, locates it precisely and automatically reports it to the central monitoring unit. BRANDES has always set the technological standards in the industry. A new example of this is IntCon , which stands for the integrity and consistency of measurement results - an incorruptible instrument for checking system security. For the monitoring of heating and cooling networks, graduated solutions are available depending on the network size and monitoring requirements. Copper sensors / Nordic system Hierarchical systems PROJECT EXAMPLES HAVE WE PIQUED YOUR INTEREST? Email address: * Inquiry: * 1500 characters By submitting this form you give your consent that your data will be stored in accordance with the data protection regulations * BRANDES DOWNLOADS BRANDES product brochure DE BS-FluidGuard // Brochure DE Specialist article KMR // Innovative measurement technology BRANDES seminars // network operation Teamviewer COMPANIES team Jobs news Associations and partners Product brochure SERVICES Local and district heating / cooling Building surveillance Environmental and water protection Industrial surveillance systems CREDENTIALS SERVICE Downloads Contact CONTACT IMPRINT DATA PROTECTION CONDITIONS © 2021 BRANDES Make an inquiry This website uses cookies for better usage. Info , imprint or reject OK, CONFIRMED