Lovejoy, Inc. HercuFlex™ Gear Couplings

Description
Designed with latest advances in Finite Element Analysis technology Increased nominal torque Larger maximum bore size Advanced seal design to increase contamination resistance By deploying the latest advances in Finite Element Analysis technology, and building off of decades of proven success with the complete Lovejoy / Sier-Bath gear coupling line, Lovejoy's engineering team has revolutionized the gear coupling. This revolution, known as HercuFlex™ offers increased nominal torque, larger maximum bore size and longer service life. Despite the advanced nature of these improvements, the HercuFlex Gear Coupling still utilizes the standard AGMA flange interface to ensure field interchangeability. In addition to unequaled bore and torque capacity while maintaining compliance with standard AGMA flange interfaces, key features include 1.5° of misalignment per gear mesh, stronger alloy steel hubs and sleeves (on the FX, CX, and FXL), improved fastener corrosion resistance, and advanced seal design for increased contamination resistance. Furthermore, the hubs and seals used for both the flange and continuous sleeves HercuFlex gear coupling designs are common and interchangeable parts. This commonality allows for increased inventory rationalization for stocking partners.
Description
Designed with latest advances in Finite Element Analysis technology Increased nominal torque Larger maximum bore size Advanced seal design to increase contamination resistance By deploying the latest advances in Finite Element Analysis technology, and building off of decades of proven success with the complete Lovejoy / Sier-Bath gear coupling line, Lovejoy's engineering team has revolutionized the gear coupling. This revolution, known as HercuFlex™ offers increased nominal torque, larger maximum bore size and longer service life. Despite the advanced nature of these improvements, the HercuFlex Gear Coupling still utilizes the standard AGMA flange interface to ensure field interchangeability. In addition to unequaled bore and torque capacity while maintaining compliance with standard AGMA flange interfaces, key features include 1.5° of misalignment per gear mesh, stronger alloy steel hubs and sleeves (on the FX, CX, and FXL), improved fastener corrosion resistance, and advanced seal design for increased contamination resistance. Furthermore, the hubs and seals used for both the flange and continuous sleeves HercuFlex gear coupling designs are common and interchangeable parts. This commonality allows for increased inventory rationalization for stocking partners.

Suppliers

Company
Product
Description
Supplier Links
HercuFlex™ Gear Couplings -  - Lovejoy, Inc.
Downers Grove, IL, USA
HercuFlex™ Gear Couplings
HercuFlex™ Gear Couplings
Designed with latest advances in Finite Element Analysis technology Increased nominal torque Larger maximum bore size Advanced seal design to increase contamination resistance By deploying the latest advances in Finite Element Analysis technology, and building off of decades of proven success with the complete Lovejoy / Sier-Bath gear coupling line, Lovejoy's engineering team has revolutionized the gear coupling. This revolution, known as HercuFlex™ offers increased nominal torque, larger maximum bore size and longer service life. Despite the advanced nature of these improvements, the HercuFlex Gear Coupling still utilizes the standard AGMA flange interface to ensure field interchangeability. In addition to unequaled bore and torque capacity while maintaining compliance with standard AGMA flange interfaces, key features include 1.5° of misalignment per gear mesh, stronger alloy steel hubs and sleeves (on the FX, CX, and FXL), improved fastener corrosion resistance, and advanced seal design for increased contamination resistance. Furthermore, the hubs and seals used for both the flange and continuous sleeves HercuFlex gear coupling designs are common and interchangeable parts. This commonality allows for increased inventory rationalization for stocking partners.
  • Designed with latest advances in Finite Element Analysis technology
  • Increased nominal torque
  • Larger maximum bore size
  • Advanced seal design to increase contamination resistance

By deploying the latest advances in Finite Element Analysis technology, and building off of decades of proven success with the complete Lovejoy / Sier-Bath gear coupling line, Lovejoy's engineering team has revolutionized the gear coupling. This revolution, known as HercuFlex™ offers increased nominal torque, larger maximum bore size and longer service life. Despite the advanced nature of these improvements, the HercuFlex Gear Coupling still utilizes the standard AGMA flange interface to ensure field interchangeability.

In addition to unequaled bore and torque capacity while maintaining compliance with standard AGMA flange interfaces, key features include 1.5° of misalignment per gear mesh, stronger alloy steel hubs and sleeves (on the FX, CX, and FXL), improved fastener corrosion resistance, and advanced seal design for increased contamination resistance. Furthermore, the hubs and seals used for both the flange and continuous sleeves HercuFlex gear coupling designs are common and interchangeable parts. This commonality allows for increased inventory rationalization for stocking partners.

Supplier's Site

Technical Specifications

  Lovejoy, Inc.
Product Category Flexible Couplings
Product Name HercuFlex™ Gear Couplings
Coupling Type Gear / Multi-Jaw
Rated Torque 11300 to 1.64E6 In-lbs (13030 to 1.89E6 kg-cm)
Rated Speed 3000 to 9000 rpm
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