BS5308 Câble Partie 1 Type 3 PE-OS-Lead-SWA-PVC | Câble d'instrumentation BS 5308

Câbles BS5308 Part 1 Type 2 PE-OS-Lead-SWA-PVC

BS5308 Cable Part 1 Type 2 PE-OS-Lead-SWA-PVC are generally used when the risk of mechanical damage is

increased. The galvanised steel wire armour provides excellent protection. Generally used within industrial

process anufacturing plants for communication, data and voice transmission signals and services, Also used for

the interconnection of electrical equipment and instruments, typically in petroleum industry. They are well

adapted to underground use in industrial applications, in moist areas, where chemical and mechanical

protections are needed. The lead heath brings an enhanced resistance to aromatic hydrocarbons.

BS5308 Cable Part 1 Type 2 PE-OS-Lead-SWA-PVC

Conductor:Annealed copper, sizes: 0.5mm² and 0.75mm² mulitistranded(Class 5), 0.5 mm², 1.0 mm² solid(Class

1), 1.5mm² or 2.5mm², multistranded(Class 2) to BS6360

Insulation :PE (Polyethylene) type 03 to BS6234

Pairing :Two insulated conductors uniformly twisted together with a lay not exceeding 100mm

Colour code:See technical information

Binder tape:PETP transparent tape

Collective screen :Aluminium/polyester tape is applied over the laid up pairs metallic side down in contact with

tinned copper drain wire, 0.5mm²

Inner Sheath:PVC (polyvinyl chloride), type TM 1 or type 6 toBS 6746

Lead Sheath :Lead Alloy

Bedding :PVC (polyvinyl chloride), TM 1 to BS 6746

Amour :Galvanized steel wire armour

Outer sheath:PVC Sheath, type TM 1 or type 6 to BS 6746

Sheath colour :Black or blue

Température de fonctionnement：-40°C à +70°C (installation fixe)

/ 0°C à +50°C (en fonctionnement)

Rayon de courbure minimal：15 fois le diamètre total

Taille de la section du conducteur (mm²)		mm²	0.5	0.5	0.75	1.0	1.5
Composition du conducteur (n° x mm)		No. x mm	1 x 0.8	16 x 0.2	24 x 0.2	1 x 1.13	7 x 0.53
Résistance maximale (Ω/km)		ohm/km	36.8	39.7	26.5	18.2	12.3
Résistance d'isolation minimale (GΩ/km)		Gohm/km	5	5	5	5	5
Capacité déséquilibre à 1 kHz (pF/250m)		pF/250m			250
Capacité mutuelle maximale (pF/m)		pF/m	75	75	75	75	85
Capacité mutuelle maximale à 1 kHz pour câbles IS/OS (y compris 1 paire et 2 paires)		pF/m	115	115	115	115	120
Rapport L/R maximal (μH/Ω)		μH/ohm	25	25	25	25	40
Tension de test	Noyau à noyau	V	1000	1000	1000	1000	1000
Tension de test	Noyau à écran	V	1000	1000	1000	1000	1000
Tension nominale maximale (V)		V	300/500	300/500	300/500	300/500	300/500

Nombre de paires	Nombre et diamètre des fils	Section nominale du conducteur	Épaisseur nominale de l'isolation	Diamètre nominal au-dessus du lit	Épaisseur nominale de l'armure	Diamètre nominal du cable	Poids approximatif
	no./mm	mm²	mm	mm	mm	mm	kg/km
1	1/0.80	0.5	0.5	6.3	0.9	10.7	200
2	1/0.80	0.5	0.5	7.1	0.9	11.5	260
5	1/0.80	0.5	0.5	11.6	0.9	16.2	460
10	1/0.80	0.5	0.5	15	1.25	20.7	790
15	1/0.80	0.5	0.5	17.1	1.25	22.8	1100
20	1/0.80	0.5	0.5	19.4	1.6	26	1280
30	1/0.80	0.5	0.5	23	1.6	29.8	1520
50	1/0.80	0.5	0.5	28.9	1.6	26.1	2100
1	16/0.20	0.5	0.6	7	0.9	11.4	250
2	16/0.20	0.5	0.6	7.9	0.9	12.3	300
5	16/0.20	0.5	0.6	13.1	0.9	17.9	560
10	16/0.20	0.5	0.6	17.2	1.25	22.9	970
15	16/0.20	0.5	0.6	19.8	1.6	26.4	1240
20	16/0.20	0.5	0.6	22.3	1.6	29.1	1640
30	16/0.20	0.5	0.6	26.9	1.6	33.9	1770
50	16/0.20	0.5	0.6	33.9	2	42.1	2770
1	1/1.13	1	0.6	7.4	0.9	11.8	290
2	1/1.13	1	0.6	8.4	0.9	13	345
5	1/1.13	1	0.6	14.2	1.25	19.7	790
10	1/1.13	1	0.6	17.4	1.25	24.3	1310
15	1/1.13	1	0.6	21.3	1.6	28.1	1740
20	1/1.13	1	0.6	24.4	1.6	31.2	2040
30	1/1.13	1	0.6	29	1.6	36.2	2180
50	1/1.13	1	0.6	37.3	2	45.7	3500
1	7/0.53	1.5	0.6	8.3	0.9	12.9	320
2	7/0.53	1.5	0.6	9.7	0.9	14.3	420
5	7/0.53	1.5	0.6	16.4	1.25	22.1	940
10	7/0.53	1.5	0.6	21.6	1.6	28.4	1500
15	7/0.53	1.5	0.6	25.2	1.6	32.2	1970
20	7/0.53	1.5	0.6	28.5	2	36.5	2400
30	7/0.53	1.5	0.6	34.3	2	42.5	3170
50	7/0.53	1.5	0.6	43.6	2.5	53.4	5020