Neles® Neldisc High Performance Triple Eccentric Disc Valves Series L6

Extended Operational Life Cycle

Neldisc series L6 triple eccentric disc valve operate both in control and shut-off applications, with close to equal percentage characteristics and superior tightness.
 

Neles® Neldisc High Performance Triple Eccentric Disc Valves Series L6 Features:

  • Tripple offset, 2 piece shaft design
  • One-piece, full metal sealing without any resilient parts in pipeline
  • High, long-lasting tightness
  • Unique, industry best disc valve control behavior with patented S-disc feature possible to mount even on existing valve units
  • Modular design minimizes the spare part inventory same spares can be used in multiple Neles Neldisc designs
  • Minimized actuator torque. Smaller actuator and lower piping stress
  • BAM certified construction for gaseous oxygen as an option
     

Neles® Neldisc High Performance Triple Eccentric Disc Valves Series L6 Benefits:

  • Minimized pressure loss and energy costs of the process
  • Consistent performance even in the most difficult, changing process conditions
  • In-built thermal and pressure compensation.
  • Industry best valve capacity
  • Extended rangeability to 90 degrees control applications
  • Optimized spare part inventory
  • Suitable to dirty and abrasive services
  • Shortest possible maintenance hours


Neles® Neldisc High Performance Triple Eccentric Disc Valves Series L6 Specifications:

Series:   L6
Design:   Double flanged
Size range:   DN 100 - 2000 / 4" - 80"
Pressure classes:   ASME 150 - 600
Temperature range:   -200 °C +600 °C / -330 °F +1110 °F
 


Download Neles® Neldisc High Performance Triple Eccentric Disc Valves Series L6 Datasheet 


Contact us at (855) 737-4714 to learn more or fill out our online form.
 

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Neles® Neldisc High Performance Triple Eccentric Disc Valves Series L6
Short description

Neldisc series L6 triple eccentric disc valve operate both in control and shut-off applications, with close to equal percentage characteristics and superior tightness.