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Pentair RayStat CONTROL-10

Manuals and User Guides for Pentair RayStat CONTROL-10. We found 3 manuals for free downloads Manual, Technical manual

Below you will find brief information for Hot Water Temperature Maintenance HWAT L, Hot Water Temperature Maintenance HWAT M, Hot Water Temperature Maintenance HWAT R, Frost Protection FS A-2X, Frost Protection FS B-2X, Frost Protection FS C-2X, Frost Protection FS C10-2X, Thermostat AT-TS-13, Frost Protection Controller RAYSTAT ECO-10, Line-sensing Thermostat RAYSTAT CONTROL-10. This document contains product information and installation instructions for Pentair's line of self-regulating heating cables. These cables are designed to provide frost protection for pipes, maintain hot water temperature, and provide heat for other applications. The document includes details on selecting the right cable for your specific application, as well as detailed installation instructions.

Key Features

  • Self-regulating heating
  • Energy efficient design
  • Easy installation
  • Durable and reliable
  • Wide range of applications
  • Smart control units
  • Various accessories
  • Tested and qualified
  • Long service life

Pages: 64 Pentair RayStat CONTROL-10 Manual

Brand: Pentair Category: Do-It-Yourself tools Size: 2 MB

Languages: English

Open manual

Other manuals and documents

72 Pages

Manual

Languages: English

64 Pages

Technical manual

Languages: Italian

Frequently Answers and Questions

What is the maximum operating temperature for a HWAT-L heating cable?
The HWAT-L heating cable has a maximum operating temperature of 65°C.
What is the difference between the FS-A-2X and FS-B-2X heating cables?
The FS-A-2X heating cable has a power output of 10 W/m at 5°C, while the FS-B-2X heating cable has a power output of 26 W/m at 5°C. The FS-B-2X is designed for higher power applications, such as frost protection of large pipes.
What is the purpose of a RAYSTAT-ECO-10 controller?
The RAYSTAT-ECO-10 controller is a smart thermostat that calculates a duty-cycle proportional to the expected minimum temperature, resulting in significant energy savings.

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