Benefits · Compact design enables small outer diameters despite high number of cores · With conductor cross-sections from 014 mm² for low-frequency data transmission · Tested resistance to ECOLAB® disinfectants and cleaning agents · Halogen-free sheath compound to meet special fire safety requirements · Core marking according to DIN 47100 colour code for unambiguous identification of the single cores
Application · Suitable for medium mechanical stress · Resistant to many oils, plant and animal fats and a wide range of chemicals · Suitable for outdoor use · Can be used in dry, damp or wet environments · For use in control, regulating and measurement circuits · Can be used universally at machine interfaces for many applications for data and signal transmission in the low-frequency range · For occasional flexing · Flexible use at temperatures down to -40°C
Benefits · Possesses insulating properties after combustion due to remaining SiO2 ash on the conductor · Certified for the USA and Canada for export-oriented machine, appliance and apparatus manufacturers
Application · Areas with high ambient temperatures where conventional core insulation materials will embrittle after a short while · Typical fields of application- Control cabinet manufacturing- Appliances and apparatus engineering- Electric motor industry- Sauna/solarium construction- Thermal and heating elements- Lighting technology- Ventilator engineering- Air-conditioning technology- Furnace construction- Polymer processing- Generator and transformer manufacturing
Benefits · Wide temperature range for applications in harsh climatic environments · Resistant to contact with many mineral oil-based lubricants, diluted acids, aqueous alkaline solutions and other chemical media · The signal colour of the outer sheath increases safety and visual perception · Increased durability under harsh conditions thanks to robust PUR outer sheath · Extension lengths of up to 35 times the unextended spiral length, high recoiling forces
Application · In damp interiors or outdoors · Mechanical engineering · Harsh conditions · Medical equipment · Construction industry