
Standards: The document specifies standards for armoured telephone cables for interiors with LS0H sheath, including UTE C93-529-1, EN 50265 2.1, NF C 32-070 2.1 Cat 2, EN 50268-2, and EN 50267-2-2.
Description and Application: These are indoor armoured cables ranging from 5 to 112 pairs with copper conductors of 0.5, 0.6, and 0.9 mm. They feature solid PE insulation, aluminium/polyester screen, steel strip armour, and LSZH sheath. Designed for telephone line distribution in industrial environments, they meet demanding mechanical requirements.
Construction: The cables consist of annealed copper conductors, solid PE insulation, and are twisted into pairs. They have a core wrapping of dielectric tape, an aluminium/polyester screen with a continuity thread, and a fire retardant LS0H inner sheath. The armour consists of two helically applied steel tapes, and the outer sheath is grey, fire retardant, and UV resistant. Sheath markings include manufacturer name, year, and length markings.
Electrical Characteristics (at 20ºC): Maximum conductor resistance is 96 Ω/km for 0.5 mm, 67 Ω/km for 0.6 mm, and 29.7 Ω/km for 0.9 mm. Minimum insulation resistance is 1500 MΩxkm. Maximum mutual capacitance is 80 no/km, and maximum capacitance unbalance is 400 pF/500m. Dielectric strength is 1500 Vdc for both conductor-conductor and conductor-screen.
Mechanical Characteristics: The temperature range is from -25ºC to +75ºC, with a minimum bending radius of 15 times the cable radius.
Dimensions and Weights: For 0.5 mm diameter cables, weights range from 240 kg/km for 5 pairs to 935 kg/km for 112 pairs. For 0.9 mm diameter cables, weights range from 285 kg/km for 5 pairs to 500 kg/km for 15 pairs. All cables are supplied in 1000 m lengths on drums.
STANDARDS Construction: UTE C93-529-1 Complementary: EN 50265 2.1, NF C 32-070 2.1 Cat 2, EN 50268-2 and EN 50267-2-2 DESCRIPTION AND APPLICATION Indoor armoured cables from 5 to 112 pairs with copper conductors of 0.5, 0.6 and 0.9 mm. Solid PE insulation twisted into pairs and stranded into layers or units by size. Aluminium/polyester screen with a continuity wire, steel strip armour applied helically and LSZH sheath. Cables for distribution of telephone lines in interiors with metallic armour to satisfy demanding mechanical requirements. These cables are particularly suitable for installation in industrial environment. CONSTRUCTION • Conductors: Annealed copper, diameters of 0.50, 0.60 and 0.90 mm. • Insulation: Solid PE. • Cabling elements: Pairs. • Lay-up. Up to 21 pairs in layers. Cables above as follows: 21 (3x7) -30 (4x7 +2) -42 (6x7) -56 (4x14) and 112 (8x14) pairs. • Core wrapping. Overlapping longitudinal dielectric tape. • Screen. Aluminium/polyester tape with a continuity thread. • Inner sheath: Fire retardant LS0H material. • Armour: Two steel tapes applied helically. • Outer Sheath: Grey fire retardant and UV resistant LSZH material. • Sheath marking: The outer sheath shall be marked at regular intervals with the following information: o Name of Manufacturer / year / Length markings o Other type of markings is also possible according to the customer Maximum conductor Resistance (Q/km) 96 67 29,7 Minimum insulation resistance (MQxkm, 20°C, 500 V) 1500 Maximum mutual capacitance (no/km, 1000 Hz) 80 Maximum capacitance unbalance (pF/500m, 1000 Hz) Pair-pair400 Dielectric strength (Vdc, 1 m) conductor - conductor 1500 All drawings, designs, specifications and particulars of weights, dimensions, etc. in this documentation are only indicative and must not be considered contractual. Cables de Comunicaciones Zaragoza, SL. Poligono de Malpica, calle D, n° 83. 50016 Zaragoza - Espafia +34 976 729 900 | +34 976 729 974 www.cablescom.com | [email protected] Certified Company ISO 9001 - ISO 14001
Open the catalog to page 1SYT2-SH. ARMOURED TELEPHONE CABLES FOR INTERIORS WITH LS0H SHEATH MECHANICAL CHARACTERISTICS Temperature range: from -25º C to +75º C Minimum bending radius: 15 x Rcable DIMENSIONS AND WEIGHTS Diameter : 0.5 mm Code Cable Weight Length diam approx. (mm) (kg/km) (m) Cable Weight diam approx. (mm) (kg/km) 13.4 14.7 16.7
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