Description
Features
Additional features
Safety lock against scalding 38°C (36°-44°)
Aerator
Laminar stream
Connection
Eccentric coupling(s), Cover plate(s), with integrated shut-off valve(s), Silencer(s), Cover plate triple sealed
Electronic parts
Autofocus infrared sensor, Solenoid valve, Low battery indicator
Lever/Handle
Temperature control handle
Mechanical parts
Thermostatic cartridge for automatic temperature control, Non-return valve(s), Litter filter(s)
Advanced features
Inner body made of DZR brass, Waterways without nickel coating, Thermal disinfection without cartridge readjustment, Software settings adjustable via App
Spout
Detachable spout, Swivel spout, Lockable in the middle position, Profile construction
Color
Chrome
Temperature
The housing of the fittings conducts minimal heat
Software settings
Afterflow period
2 s (1-20 s)
Automatic flush
off (off/1-120 h)
Automatic flush period
30 s (1-1800 s)
Max. flow period
2 min (1 - 1800 s)
Flow attributes
Flow-rate at 3 bar
9.6 l/min
Technical properties
Backflow prevention (EN1717)
AA
Connection size
G1/2
Hot water supply
max. +70°C
Installation width
150 ± 10 mm
Material
Brass
Projection
286 mm
Working pressure
1 - 10 bar
Electronics
Battery
Lithium 2CR5 6 V
Bluetooth version
4.x (D034445)
Regulations
EU Directives
Radio Equipment Directive 2014/53/EU , Low Voltage Directive 2014/35/EU , EMC Directive 2014/30/EU , RoHS Directive 2011/65/EU
EN standard
EN 1111 , EN 15091, ETSI EN 301 489-1 V1.9.2 , ETSI EN 300 328 v2.2.2 , EN 61000-6-1:2007 , EN 61000-6-3:2007+A1:2011+AC:2012 , EN 60335-1:2012+A11+A13+A1+A14+A2+A15:2021, Part 19.11.4
Noise class
I (ISO 3822)
Protection class
IP 55
Approvals and Declarations
UN38.3
UN38-3 Maxell 2CR5
Sustainability
EPD module A1 (kg CO2 eq.)
14,75
EPD module A1-A3 (kg CO2 eq.)
16,21
EPD module A2 (kg CO2 eq.)
0,67
EPD module A3 (kg CO2 eq.)
0,79
EPD module A4 (kg CO2 eq.)
0,59
EPD module B7 (kg CO2 eq.)
688,00
EPD module C2 (kg CO2 eq.)
0,03
EPD module C3 (kg CO2 eq.)
0,03
EPD module C4 (kg CO2 eq.)
0,45
EPD module D (kg CO2 eq.)
-11,83