KEUCO Plan blue 53926 012321 Instrucciones De Instalación página 4

EN
These instructions are for both the installer for
installation and the user for operation and main-
tenance of the product. After installation, please
hand them over to the user to keep.
Symbols and explanations
Attention! Warning against bodily injury or
damage to property.
Note, tip or reference
Correct installation/test of functionality
Incorrect installation
Observe installation details
Cold water
Water fl ow
?
Test
Optional/accessories
Intended use
Shower mixer for use in bathrooms and WCs.
Operation possible with pressure tanks and ther-
mally and hydraulically controlled instantaneous
water heaters. Operation with unpressurised
tanks (open water heaters) is not possible!
Operation only with potable water.
Product is only suitable for installation indoors!
Attention! Only install in frost-free places.
4
Important information, please read!
Hot water
No water fl ow
Technical specifi cations
– Flow at 3 bar pressure:
- Shower head
- Hand shower
– Pressure: min. 0.5 bar/recommended 1-5 bar
– Operating pressure
– Test pressure:
– Recommended hot water inlet temperature:
– Water connection:
Avoid pressure diff erences between the cold and
hot water feeds.
Install a pressure reducer for static pressures
above 5 bar.
Installation dimensions, refer to page 2
Installation, refer to picture 1 on page 12
Flush potable water pipes thoroughly before and
after installation (observe EN 806 and 1717, as
well as DIN 1988).
Test connections for leaks with water pressure.
Operation, refer to picture 17 and 18 on page 16
Set temperature restriction, refer to picture 19 on
page 16
Servicing, refer to picture 20 to 22 on page 17
Assemble in reverse order.
– Thermostat cartridge torque:
– Diverter valve torque:
– Screw connection torque:
For spare parts with order numbers, refer to page 19.
For warranty and care information please refer
to the attached warranty and care instruc-
tions.
approx. 15 l/min.
approx. 12 l/min.
max. 10 bar
16 bar
max. 65°C
cold = right
hot = left
10 Nm
12 Nm
10 Nm