MICO® is available also twisted (in the Light Duty range) with a frequency of 20 twists per metre. This cable is a solution in fire detection systems, building management, fire telephones systems, closed circuit television, alarm systems.

MICO® twisted like any other MICC cable is available covered in L.S.F. (same colours as standard Mico®). Dimensional and electrical characteristics are listed in the central pages of this publication codes 2T1 and 2T1.5. Accessories are the same as standard 2L1 and 2L1.5 cables.

MICO® is often used in historical or monumental buildings, museums, theatres, churches and artistic sites where together with its safety characteristics is preferred for aesthetic reasons, thanks to its bare copper outer sheath that eventually reaches the typical colour of old copper and compliments itself well with wood, brick, stone or old iron. When it is not possible to penetrate the wall but the cable is surface-mounted, all the electric plant can be chosen in the same material: with this purpose some special junction boxes have been manufactured in sand-blasted brass.

» Fire resistant
   MICO® easily conforms to the IEC 331 test, where it is powered at its rated voltage for 3 hours at 750 °C. It is    also certified with accessories under Australian test conditions reaching 1050 °C after 3 hours of examination    powered at rated voltage.

» Earth wire
   Outer sheath together with earth tail seal provides a low resistive earth connection, moreover the shape of this    earth causes a short circuit phase-earth for any cut of the cable permitting a fast protection by the switches.

» Explosion proof
   Mico® fitted at the ends with the ISO metric entry thread glands can be used for wiring systems in flameproof    apparatus and potentially explosive atmospheres.

» Waterproof
   Outer sheath continuous and weldless together with special waterproof IP67 glands with thread ISO 228 is    suitable for outdoor applications.

» Pliable
   Mico® is available in coils and is easy to bend for the quality of outer sheath copper, furthermore due to its    structure can be fixed with fewer clips than other cables.

» Mechanical resistance
   MICO® can be installed without further protection because the weldless outer copper sheath filled with    magnesium oxide and solid conductors offers strength against any abuse, furthermore MI cables can operate at    temperatures up to 250°C indefinitely and resist for shorter periods up to 1000°C.

» Small overall diameters
   MICO® diameter is smaller than standard cable so it easily suits a lighting plant with lower impact on the overall    construction.

» Resistance to corrosion
   The bare cable sheath is protected by copper oxide that forms after a short period, in instances where we may    find an environment corrosive for copper, it is common practice to use L.S.F. covered cables.

» Radiation resistant
   MI cables are ideal for nuclear plants, as they show little physical deterioration from nuclear radiation.

» Long life
   Due to the components being absolutely inorganic Mico" behaviour does not decrease with age and all electrical    and mechanical characteristics remain stable.

» British Standard BS 6207.
   BASEC (UK) Certification.

» Australian Standard AS 3187.
   Department of Energy Australia Certification.

» European Standard HD 586.1 s1
   IMQ (Italy) Certification.

» Italian Standard CEI 20-39/1.
   IMQ (Italy) Certification.

» German Standard VDE 0284-1.
   VDE (Germany) Certification.

» International Standard IEC 702.
   IMQ (Italy) Certification.

» Canadian Standard C 222 n° 124.

The Quality system operated by Europa Metalli is assessed in compliance with EN ISO 9002:94.
BASEC (UK) Certification to BS EN ISO 9002:94.
CISQ (Italy) Certification to UNI EN ISO 9002:94.

» Fire resistance IEC 331.
   Tested by BASEC (UK).
   Tested by IMO (Italy).
   Tested by Italian Fire Brigade (V.V.F.F.).

» Low emission of smokes and toxic gas HD 602 si ,HD606.2s1
   Tested by IMO (Italy).

» Fire resistance AS 3013.
   Tested by Warrington Fire Research Austratia.

» No flame propagation IEC 332.
   Tested by Italian Fire Brigade (V.V.F.F.).

» Crossing of fire shelter.
   Tested by Italian Fire Brigade (V.V.F.F.).

» Fire resistance to BS 6387: CWZ.
   Test currently requested from LPCB (UK).

» Fire resistance German Standard DIN 4102 P. 12.
   Tested by BMB (Germany).

»ISO glands (cilindrical ISO metric thread). CESI (Italy) Certification EE x d IIC T6-T1 n° 86.125X.

» RN glands (cylindrical gas thread). CESI (Italy) Certification degree of protection IP67.

» Junction box CAl. CESI (Italy) Certification degree of protection IP67.