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DBI Sala 6000377 Railok 90 Vertical Shuttle with Carabiner

Part Number: 6000377

Availability: Special Order Lead Time: 3 WEEKS

Quick Overview

DBI Sala 6000377 Railok 90 Vertical Shuttle with Carabiner

DBI Sala 6000377 Railok 90 Vertical Shuttle with Carabiner

Part Number: 6000377

Availability: Special Order Lead Time: 3 WEEKS

Quick Overview

DBI Sala 6000377 Railok 90 Vertical Shuttle with Carabiner
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$705.99

The Railok 90 vertical rail system can be used in multiple sectors in many different locations. 


Standards :
 CSA Z259.2.1, ANSI A14.3

Main components :

  • Shuttle : 6000377
  • Top Gate for Standard Rail: 6000352
  • Bottom Gate for Standard Rail: 6000375
  • Rail Joint : 6000100
  • Rail Clamp :6000120
  • Standard Rail :
    • 6000031 – 3.2” (1 meter)
    • 6000033 – 6.5” (2 meter)
    • 6000035 – 9.8” (3 meter)


Constructed of aluminum alloy body, stainless steel rollers and fasteners, bronze bushings, stainless steel spring, hardened stainless steel lock arm, and annealed stainless steel energy absorber.

SAFETY while ascending and descending ladders remains a key issue in many different market sectors. In addition to providing safety, solutions that address these needs cannot restrict operators from completing their work.

The Railok 90 system offers users optimal fall protection for ladder climbing applications while maximizing freedom of movement ascending and descending fixed ladders.

CONFIDENCE : rather than utilizing a webbed shock absorber that will deteriorate over time, the shuttle device employs a revolutionary metallic absorber to significantly reduce the forces on the user to less than loads allowed by governing bodies. A key benefit of this technology is the absence of a limited life span common to other metallic parts. Providing the unit passes inspections, Railok 90 devices can be used indefinitely. Additionally, the unique energy absorption properties of the metallic shock absorber restrict normal fall distances, thereby minimizing the risks involved.

EASE OF USE : the ability of the shuttle device to run the length of the rail unhindered is essential. The system does not restrict foot space on the ladder rungs, and offers users complete freedom of movement as they climb. The shuttle operates smoothly along the entire length of the rail, allowing the user to move up and down the ladder unhindered. The shuttle will not snag or resist the climber’s motion. In the event of a fall, the shuttle locks on the rail, arresting the fall while minimizing fall distances and load forces on the user.

The Railok 90 rail system is made from high-strength extruded stainless steel pr aluminum, and is easily installed without special tools. It is available with a wide range of brackets, providing installation options in many different configurations, including narrow-gauge ladders where foot space is restricted. In applications requiring the use of a ladder where none is present, an integrated solution is available. Utilizing rail components machined to accept ladder rungs, the system provides the dual benefit of fall protection while meeting the need for efficient ascent and descent. These options make the system suitable for many different applications across multiple industries, including wind energy, telecommunications, oil and gas, construction and more.

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Product Description

The Railok 90 vertical rail system can be used in multiple sectors in many different locations. 


Standards :
 CSA Z259.2.1, ANSI A14.3

Main components :

  • Shuttle : 6000377
  • Top Gate for Standard Rail: 6000352
  • Bottom Gate for Standard Rail: 6000375
  • Rail Joint : 6000100
  • Rail Clamp :6000120
  • Standard Rail :
    • 6000031 – 3.2” (1 meter)
    • 6000033 – 6.5” (2 meter)
    • 6000035 – 9.8” (3 meter)


Constructed of aluminum alloy body, stainless steel rollers and fasteners, bronze bushings, stainless steel spring, hardened stainless steel lock arm, and annealed stainless steel energy absorber.

SAFETY while ascending and descending ladders remains a key issue in many different market sectors. In addition to providing safety, solutions that address these needs cannot restrict operators from completing their work.

The Railok 90 system offers users optimal fall protection for ladder climbing applications while maximizing freedom of movement ascending and descending fixed ladders.

CONFIDENCE : rather than utilizing a webbed shock absorber that will deteriorate over time, the shuttle device employs a revolutionary metallic absorber to significantly reduce the forces on the user to less than loads allowed by governing bodies. A key benefit of this technology is the absence of a limited life span common to other metallic parts. Providing the unit passes inspections, Railok 90 devices can be used indefinitely. Additionally, the unique energy absorption properties of the metallic shock absorber restrict normal fall distances, thereby minimizing the risks involved.

EASE OF USE : the ability of the shuttle device to run the length of the rail unhindered is essential. The system does not restrict foot space on the ladder rungs, and offers users complete freedom of movement as they climb. The shuttle operates smoothly along the entire length of the rail, allowing the user to move up and down the ladder unhindered. The shuttle will not snag or resist the climber’s motion. In the event of a fall, the shuttle locks on the rail, arresting the fall while minimizing fall distances and load forces on the user.

The Railok 90 rail system is made from high-strength extruded stainless steel pr aluminum, and is easily installed without special tools. It is available with a wide range of brackets, providing installation options in many different configurations, including narrow-gauge ladders where foot space is restricted. In applications requiring the use of a ladder where none is present, an integrated solution is available. Utilizing rail components machined to accept ladder rungs, the system provides the dual benefit of fall protection while meeting the need for efficient ascent and descent. These options make the system suitable for many different applications across multiple industries, including wind energy, telecommunications, oil and gas, construction and more.

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