ROTOR Automatic Rescue and Evacuation Descender

High performance rescue descender for self-evacuation or casualty recovery from tall structures, such as wind turbines and tower cranes

  • Unique robust design, developed for the most demanding environments.
  • Total durability with 10+ year lifespan.
  • Complete safety with lowering and lifting capability, high load rating and integral load indicator.
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Not for sale individually.

The ROTOR rescue and evacuation descender is designed for lifting, lowering and evacuating, with multiple evacuee capability.

It is simple and intuitive to use, incorporating a range of operation and safety features to aid users.

The ROTOR is a constant rate descender with a low profile body and no external moving parts, preventing the risk of snagging which could interrupt a descent.

The ROTOR rescue and evacuation descender features attachment load point indicator that shows if device has been used.

The device has push button mode selection for lifting or lowering in either direction – central neutral position for lowering, left/right position for lifting mode.

When set in lowering/evacuation mode, descent is automatic. Friction points can be used to provide additional control for lowering a casualty.

Detachable ratchet handle is used to lift in either direction. Ratchet locking mechanism holds the load if the handle is released.

Locking mechanism is engaged by simple push button, which is recessed to protect against accidental operation. ‘Free running’ position can be engaged for evacuation /descent use.

Automatically controls descent speed to between 0.7 m/s and 1.7 m/s, depending on load, without the need for manual operation.

High rated load with long descent distance:

Load           Max. descent distance           Descent speed
140 kg                4500 m                                   0.7 m/s
200 kg                500 m                                     1.0 m/s
250 kg                220 m                                     1.7 m/s

Maximum descent load (rescue) 250 kg.

Maximum lifting load 200 kg.

Supplied fitted with 9.5 mm rope giving 10:1 safety factor with 250 kg. Maximum rope length 500 m.

Device can be attached to an anchor point (passive) or direct to the user harness (active).

The ROTOR constant rate descender is not subject to a specific lifetime, however it must be serviced and replacement rope fitted every 10 years. Full service support available.

The ROTOR is integral to our rescue systems listed below and is available in variouse rope lengths:

  • ROTOR Evaq System – basic system for rescue & evacuation from height e.g. VNA, distribution centres, beam cranes.
  • ROTOR Evaq ProSeal Evacuation System – basic system for rescue & evacuation from height e.g. VNA, distribution centres, beam cranes. Hermetically sealed, giving a 10 year lifespan with supremely simple inspection process.
  • RescuePack WTG Rescue System – for self-evacuation or recovery of a casualty from tall structures, including wind turbines
  • RescuePack WTG ProSeal Rescue System – for self-evacuation or recovery of a casualty from tall structures, including wind turbines. Hermetically sealed, giving a 10 year lifespan with supremely simple inspection process.
  • RescuePack TC Tower Crane Rescue System – for self-evacuation or recovery of a casualty from tower cranes.

Not for sale individually – Component part of RescuePack rescue systems.

Patented GB 2 515 341

Commodity Code: 7326909890

Country of Origin: UK

Made in Britain Horizontal logo - Colour

Rescue and Evacuation Systems

Features

  • High load rating
  • Unique integral load indicator
  • Low profile body design
  • No external moving parts
  • Lowering and lifting capability
  • Manual or automatic operation
  • Completely intuitive

Specifications

Sizing: 20 x 13 x 10cm (plus rope)
Material: Aluminium body and stainless steel components
EN Mass Test: 140 kg/200 kg/250kg
Loading: 140kg personal descender, max. rescue load lift 250kg, max rescue load descent 250kg.
Weight: 2.881 kg
Conformity: EN341 1A, EN 1496 A, CE EN12841 C
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