KWC MIRA

Wash place unit Water-Soap-Paper towel dispenser

MIRX102W

3600008715 - MIRX102W - MIRA - MIRA wash place unit Water-Soap-paper towel dispenser

KWC MIRA

Wash place unit Water-Soap-Paper towel dispenser

MIRX102W 3600008715

MIRA, Integrated wash place mirror unit with water soap towel for wall mounting, touch free optoelectrical controlled, suitable for premixed water, soap pump for liquid / foam soap and manual paper towel dispenser, illuminated pictograms above the respective sensor position, cabinet housing made of powder coated stainless steel, glossy white, mirrored door, door hinged at top with gas spring, cylindrical lock with standard key.

Dimensions 600 x 900 x 215 mm (W x H x D)

Product Specifications

input supply voltage Hz
50 Hertz (1/second)
filling quantity
1,600
filling quantity uom
ml
lock
key-lock
material
stainless steel
material code
1.4301 Chrome Nickel steel V2A
material thickness
1.2 mm
overall depth
215 mm
overall height
900 mm
overall width
600 mm
protective system IP
IP20
type of mounting
wall mounting
type of operation
sensor operation
type of soap container
integrated refillable tank
Accent colour
white
calculation flow rate cold wat
0.02 l/s
calculation flow rate hot wate
0.02 l/s
diameter nominal
DN 15
inlet size
G 3/8 B
material casing
stainless steel
material code casing
1.4301 Chrome Nickel steel V2A
minimum flow pressure
1 bar
overall depth
215 mm
overall height
900 mm
overall width
600 mm
power supply connection
230 V AC
power consumption
1,100 Voltampere
Type of power supply
Mains power supply
protective system IP
IP20
Spout
fixed
type of mounting
wall mounting
type of operation
sensor operation
type of sensor
opto-electronic sensor
volume flow rate at 3 bar
0.02 l/s
Accent colour
white
calculation flow rate cold wat
0.02 l/s
calculation flow rate hot wate
0.02 l/s
minimum flow pressure
1 bar
overall depth
215 mm
overall height
900 mm
overall width
600 mm
power supply connection
230 V AC
power consumption
1,100 Voltampere
protective system IP
IP20
volume flow rate at 3 bar
0.02 l/s