Oras Electra Basin Mixer 6V Chrome

Description

Touchless wall-mounted basin mixer, 150 cc. The flow limiter of 6 l/min, integrated into the mixer’s swivel spout, ensures low water and energy consumption. The temperature control is equipped with a scalding prevention lock that can be overridden with the press of a button. Battery-operated 6V.

Special Features

• Electronic parts: Autofocus infrared sensor, Solenoid valve, Low battery indicator
• Type of handle: Temperature knob
• Mechanical parts: Dirt filter, Non-return valve(s), Pressostatic cassette for automatic temperature control
• Special features: Adjustable program settings (with magnetic key)
• Type of outlet spout: Pivoting outlet spout
• Color: Chrome

Program Settings

• Afterflow time: 2 s ± 1 s
• Automatic flushing: off (off/24/48/72 h)
• Automatic flushing period: 30 s
• Max. flow time: 2 min
• Opening distance: 0-5 cm

Flow Characteristics

• Flow at 300 kPa (with flow limiter): 0.1 l/s
• Pressure drop at flow (0.1 l/s): 200 kPa

Technical Properties

• Backflow prevention (EN1717): AA
• Connection, dimensions: G3/4
• Hot water connection: max. +70°C
• Installation dimensions: 150 ± 3 mm
• Material: brass
• Projection: 150 mm
• Working pressure: 100 - 1000 kPa

Electronic Properties

• Battery: Lithium 2CR5 6 V

Provisions

• EU Directive: EMC Directive 2014/30/EU, RoHS Directive 2011/65/EU
• EN standard: 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
• Sound class: I (ISO 3822)
• Protection class: IP 55

Approvals And Certificates

• KIWA SE: 1647
• UN38.3: UN38-3 Maxell 2CR5

Durability

• EPD module A1 (kg CO2 eq.): 8.29
• EPD module A1-A3 (kg CO2 eq.): 9.11
• EPD module A2 (kg CO2 eq.): 0.38
• EPD module A3 (kg CO2 eq.): 0.45
• EPD module A4 (kg CO2 eq.): 0.33
• EPD module B7 (kg CO2 eq.): 2580,00
• EPD module C2 (kg CO2 eq.): 0.02
• EPD module C3 (kg CO2 eq.): 0.02
• EPD module C4 (kg CO2 eq.): 0.25
• EPD module D (kg CO2 eq.): -6.65