Space and weight-saving installations due to small cable diameters
Resistant to contact with mostly all highly aggressive chemical media
Low outgassing behaviour
Due to good electrical and mechanical properties suitable for sensor technology
Application range
For use in environments with very high operating temperatures, heavy usage of chemical agents or confined spaces
Typical fields of application - Industrial furnace construction - Foundries - Chemical industry - Power plant engineering - Paint shop line technology - Heating elements - Polymer processing - Wind turbine engineering
Sensor systems, e.g. level sensors
Product features
ÖLFLEX® HEAT 205 made of FEP - Outstanding resistance against acids, solvents, lacquers, petrol, oils and many other chemical media - Difficult to inflame - High dielectric strength and high abrasion resistance - Low water absorption - Resistant to microbes - Adhesion free insulation materials - Weather and ozone resistant - Hydrophobic and dirt-repellent - High elongation and tear resistance - Resistant against hydraulic fluids
Flame-retardant
Product Make-up
Fine-wire, tinned-copper conductor
FEP-based core insulation
Cores twisted together
FEP-based outer sheath, black
Classification ETIM 5
ETIM 5.0 Class-ID: EC001578
ETIM 5.0 Class-Description: Flexible cable
Classification ETIM 6
ETIM 6.0 Class-ID: EC001578
ETIM 6.0 Class-Description: Flexible cable
Core identification code
Up to 5 cores: colour-coded acc. to VDE 0293-308 From 7 cores: ÖLFLEX® colour-codes, refer to Appendix T7
Conductor stranding
Fine wire acc. to VDE 0295, class 5 / IEC 60228 class 5 from 0.5 mm²
Minimum bending radius
Occasional flexing: 15 x outer diameter
Fixed installation: 4 x outer diameter
Nominal voltage
U0/U: 300/500 V
Test voltage
2500 V
Protective conductor
G = with GN-YE protective conductor
X = without protective conductor
Temperature range
Fixed installation: -100°C to +205°C
Product Datasheet
Electrica Online Product DatasheetPrepared from the current product description, catalog data and structured technical attributes.