РВГЭнг(А)-FRLSTx (RVGEng(A)-FRLSTx) – Russian analogue of NHXCMY Fire Resistance Low Smoke Low Toxicity FE180/E30 KERAM

RVGEng(A)-FRLSTx

Description Add to order

SCOPE AND PURPOSE

The cables are designed for transmission and distribution of electric power in stationary installations on the nominal alternating voltage to 0.66 and 1kV and frequency 50 Hz. The cables do not spread combustion at group installation of cable lines in the absence of mechanical effects on the cable and keep working when exposed by flame on the cable not less than 180 minutes.

The cables are designed for wiring and emergency power circuits of equipment (current collectors), in residential and public buildings, in the surgical departments of hospitals, in the office premises, equipped with computer and micro processor devices, spectacular complexes and sports facilities, as well as in other objects with the high demand of fire safety.

The class of fire hazard of the cables according to GOST 31565 П1б.1.2.1.2.

STRUCTURE

Conductor

Copper of round form, single-wire with the cross-section from 1.5 to 16 mm2 of the 1 class or multi-wire core with the cross-section from 10 to 16 mm2 of the 2 class according to GOST 22483.

From 1 to 5 conductors.

Insulation

Ceramic forming silicone rubber.

Core arrangement

Insulated conductors of 2-5 core cables are twisted.

Inner sheath

PVC-compound of low toxicity.

Screen

For cables of types RVGEng(A)-FRLSTx is made of copper tapes.

Over sheath

PVC-compound of low toxicity

Number of conductors, nominal cross-section (mm2), construction, voltage (kV) Calculated diameter of cable, mm Calculated weight of cable, kg/km
RVGEng(A)-FRLSTx 2х1,5ок(N)-0,66  11,5 231
m
RVGEng(A)-FRLSTx 2х2,5ок(N)-0,66  12,3 272
m
RVGEng(A)-FRLSTx 2х4ок(N)-0,66  13,6 344
m
RVGEng(A)-FRLSTx 2х6ок(N)-0,66  14,6 412
m
RVGEng(A)-FRLSTx 3х1,5ок(N,PE)-0,66  11,9 254
m
RVGEng(A)-FRLSTx 3х2,5ок(N,PE)-0,66  12,8 304
m
RVGEng(A)-FRLSTx 3х4ок(N,PE)-0,66  14,2 391
m
RVGEng(A)-FRLSTx 3х6ок(N,PE)-0,66  15,3 477
m
RVGEng(A)-FRLSTx 4х1,5ок(N)-0,66 12,7 288
m
RVGEng(A)-FRLSTx 4х2,5ок(N)-0,66  13,6 349
m
RVGEng(A)-FRLSTx 4х4ок(N)-0,66  15,2 456
m
RVGEng(A)-FRLSTx 4х6ок(N)-0,66  16,6 577
m
RVGEng(A)-FRLSTx 5х1,5ок(N,PE)-0,66  13,5 329
m
RVGEng(A)-FRLSTx 5х2,5ок(N,PE)-0,66  14,5 403
m
RVGEng(A)-FRLSTx 5х4ок(N,PE)-0,66 16,6 545
m
RVGEng(A)-FRLSTx 5х6ок(N,PE)-0,66 18,3 699
m
RVGEng(A)-FRLSTx 2х1,5ок(N)-1  12,3 259
m
RVGEng(A)-FRLSTx 2х2,5ок(N)-1 13,1 301
m
RVGEng(A)-FRLSTx 2х4ок(N)-1  14,4 376
m
RVGEng(A)-FRLSTx 2х6ок(N)-1  15,4 446
m
RVGEng(A)-FRLSTx 3х1,5ок(N,PE)-1  12,8 284
m
RVGEng(A)-FRLSTx 3х2,5ок(N,PE)-1  13,6 336
m
RVGEng(A)-FRLSTx 3х4ок(N,PE)-1  15,1 426
m
RVGEng(A)-FRLSTx 3х6ок(N,PE)-1 16,3 524
m
RVGEng(A)-FRLSTx 4х1,5ок(N)-1 13,7 323
m
RVGEng(A)-FRLSTx 4х2,5ок(N)-1  14,6 385
m
RVGEng(A)-FRLSTx 4х4ок(N)-1  16,4 506
m
RVGEng(A)-FRLSTx 4х6ок(N)-1  17,6 621
m
RVGEng(A)-FRLSTx 5х1,5ок(N,PE)-1 14,6 370
m
RVGEng(A)-FRLSTx 5х2,5ок(N,PE)-1  15,6 445
m
RVGEng(A)-FRLSTx 5х4ок(N,PE)-1  17,6 592
m
RVGEng(A)-FRLSTx 5х6ок(N,PE)-1  19,4 749
m