LISHCSH FE 180 -E30/E90 HIGH TEMPERATURE, SCREENED DATA SILICONE CABLES
Beschriftung
BIRTAS KABLO LİSHCSH FE 180 E 30/E 90 7 x 1mm2 1719 07 007 Part no GOST-R CE....mt
Anwendung
These cables fields of use as a control and power supply cable they are fire proof and halogen free cables which, on the basis of a fixed operating mode, can continue with the supply of a power for a period of 180 minutes under the existing fire conditions (at a temperature of 750OC and under the flames). Also these cables shall satify EN50200 test which is a fire resistant with mechancal shock test (under the conditions at 842oC and mechenical shock) by the classes PH15-PH30-PH60-PH90, if it has requsted, Also these cables are used in mechanical engineering for instrumentation, data transfering, control equipment for tooling machinery production lines and environments which must be protected against external high electromagnetic fields These cables are used at schools, airpots, hospitals, etc. and in the environments which have no corrosive gases are emitted in the event of fire. The screen protects against external pulses and ensures an interference-free transmission.
Kabel Design
Conductor
IEC 60228 Class 5, TS/DIN EN 60228 Class 5 Flexible copper wires, plain;
Insulation
Speacial silicone rubber compound
Core identification
DIN 47100
Lay-up
Cores laid up in layers of optimum pitch
Separator
Polyester tape
Screen
Braid of tinned copper wires, 85% coverage
Outer sheath
Speacial silicone rubber compound
Sheath colour
RAL 2013, Orange
Technische Daten
Standard
VDE 0250, DIN VDE 0282-15 and TS HD 22.15 S1 (Designed according to)
Insulation resistance
Min. 20 MΩ.km
Short circuit tempetarure
+200oC
Rated voltage
300 / 500V
Min. bending radius
Fixed: 4 x D Mobile: 7,5 x D
Flame retardance test
IEC 60332-1 & EN 50265-2-1 IEC 60332-3 & EN 50266-2-4
Insulation integrity
IEC 60331 , VDE 0472-814
Fire resistant with mechanical shock *Upon request
DIN EN 50200 ; PH 15 (15 minutes) DIN EN 50200 ; PH 30 (30 minutes) DIN EN 50200 ; PH 60 (60 minutes) DIN EN 50200 ; PH 90 (90 minutes)
