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    steel disc coupling

    N-ARPEX

    Manufacturer: Flender

    The FLENDER N-ARPEX is the current generation of the all-steel lamella coupling, aimed at drives with high speeds and large torques to transmit.

    About N-ARPEX

    Like a classic steel lamella coupling, the N-ARPEX transmits torque through flexible packs of thin steel laminations that rigidly connect the driving and driven side via a spacer. The lamination packs flex elastically and thereby absorb axial, radial and angular misalignment. In the current generation the lamination packs are optimised, so the coupling is rated for high speeds and large torques.

    As a maintenance-free all-steel coupling, the N-ARPEX needs no elastomers and no lubrication and runs free of wear in the transmission element. Its torsionally rigid characteristic ensures precise angular transmission, while the misalignment compensation reduces bearing loads from assembly and operating tolerances. The all-metal design is heat-resistant and suited to demanding continuous duty.

    As the successor generation of the ARPEX series, the N-ARPEX can be reconditioned through replaceable lamination packs, which supports spare-part availability and plannable maintenance.

    Typical applications

    • Turbines and generators
    • Pumps and compressors
    • Steel and rolling mills
    • Drive and conveying technology
    REEL trade programme
    Supply & advice · N-ARPEX

    Supply and advice by REEL

    Whether N-ARPEX or a suitable replacement: REEL delivers the design complete, including matching spare and wear parts, and advises on selection and replacement.

    Scope
    Complete
    Spare & wear parts
    Included
    Advice
    Sizing & replacement
    Direct line

    Inquire about N-ARPEX

    Tell us the size, torque and installation situation or the type to be replaced. We check availability and suitable replacements and get back to you shortly.

    Or call us: +49 (0) 2241 / 26678-0

    For a coupling selection, torque, speed, shaft diameter and misalignment help us.