Benefits · For more detailed information, see appendix T8 and data sheets · Space-saving and flexible
Application · Conductor materials (alloys): Fe/CuNi (LX, JX)Conductor alloys are identical to thermocouple alloys · The thermocouple is used to measure temperature as a part of monitoring the manufacturing process, thus the sheath material should be selected with reference to the maximum ambient temperature at its junction · PtRh/Pt (RCB, SCB)Compensating alloys (for RCB, SCB: Cu/CuNi) are not identical to thermocouple alloys · NiCr/Ni (K, KX, KCA)K and KX version - conductor alloys are identical to thermocouple alloysKCA version: compensating alloys (for KCA: Fe/CuNi), not identical to thermocouple alloys · Allows temperature measurement even in places where non-contact temperature measurement is not possible or reasonable
Benefits · VDE-tested fire behaviour · Classified fire behaviour according to EU Directive 305/2011 (BauPVO/CPR) with article number selection on the LAPP website · High electrical safety thanks to 4000 V test voltage · Halogen free and highly flame retardant materials reduce the risk of flame propagation, high smoke density and toxic flue gases in the event of a fire · High oil resistance according to DIN EN 50363-4-1 (TM5), as well as UL OIL RES I and OIL RES II · Easy handling and installation due to very flexible design
Application · Suitable for medium mechanical stress · For circuits that require a higher nominal voltage due to their installation · For fixed installation and occasional flexing without tensile strain · Can be used in dry and damp rooms · Flexible use at temperatures down to -30°C · For universal use for wiring machine-internal and cross-plant control circuits · Cable design also suitable for torsion applications in wind turbines · For structured building cabling for fulfilling special fire protection requirements · The HFFR outer sheath is highly resistant to acids and alkalis