Saferight•Our Products•Lanyards + Mini Blocks•IKAR Retracting Lanyard – Single/Twin
  • IKAR Retracting Lanyard Single available at Saferight
  • IKAR Retracting Lanyard Twin

IKAR Retracting Lanyard – Single/Twin

Retracting lanyards are ideal for many fall arrest applications where the anchor point is within 2.5m of your exposed edge or there is a need to reduce fall distances.

This aluminium housed fall arrest block is a sturdy, low maintenance device fitted with internal energy absorption which allows the equipment to last longer even in harsh weather conditions.

IKAR Retracting Lanyard series sold by Saferight are Australian Standard AS/NZS1891.3 certified and is UV Degradation tested to 12kN.

It acts as an inertia device, similar to a seat belt, and locks immediately in the event of a fall, reducing both fall distance and forces.

IKAR fall arrest blocks are renowned worldwide for their robust design and engineering excellence. Its ideal application is where the anchor point is overhead, however it has been tested and rated for 360° range of use (can be anchored at any point of 360°).

The working load limit is up to 136kg person for each unit.

 

All lanyards are to be inspected every 6 months (minimum) as required by AS/NZS 1891.4:2009. Saferight offers testing, tagging and inspection services. 

$220.00

SKU: RLIKAR-1

Enquire

For all product customisation, please email saleswa@saferight.com.au

KEY FEATURES

SINGLE RETRACTING LANYARD:

  • In the event of a free fall, the lanyard locks off immediately reducing fall distances.
  • Tested & certified to AS/NZS 1891.3 (BMP No. 718260).
  • UV Degradation is tested to 12kN.
  • Internal energy absorber designed within the housing, ensuring user
    protection even when the webbing is fully extended. This also aides in
    reducing the over all size of the device and reduces exposure of external
    materials to the environment.

TWIN RETRACTING LANYARD:

  • Twin IKAR’s on a single Karabiner
  • Tested & certified to AS/NZS 1891.3 (BMP No. 718260).
  • UV Degradation is tested to 12kN.
  • Internal energy absorber designed within the housing, ensuring user
    protection even when the webbing is fully extended. This also aides in
    reducing the over all size of the device and reduces exposure of external
    materials to the environment.

APPLICATIONS

  • Working at Heights
  • Limited free fall
  • Perfect for Mining/Construction industry

SAFE WORKING LOAD (SWL)

  • Single IKAR Retracting Lanyard: One person including clothing and equipment, combined weight of 136kg.
  • Twin IKAR Retracting Lanyards: Two person including clothing and equipment, combined weight of 272kg.

MATERIALS & CONSTRUCTION

SINGLE RETRACTING LANYARD:

  • Triple Action Carbon Steel Nickel Plated Karabiner (K1)
  • 25mm webbing
  • Heavy duty aluminium housing
  • Weight 1.2kg
  • Dimensions – 326 x 105 x 78mm

TWIN RETRACTING LANYARD:

  • 25mm webbing
  • Heavy duty aluminium housing
  • Carbon Steel Nickel Plated Triple Action Karabiners

TRAINING & INSPECTION

  • In accordance with AS/NZS 1891.4, all users of height safety equipment must have been trained in its safe use.
  • Saferight offers a range of Nationally Recognised Height Safety, Confined Spaces and Rescue Courses.
  • Items should always be visually inspected before and after each use as well as undergo inspection by a competent person every 6 months in accordance to  AS/NZS 1891.4
  • Saferight offers a full inspection service for all Height Safety, Confined Spaces and Rescue equipment.

TESTING & QUALITY CONTROL

  • Tested & certified to AS/NZS 1891.3 (BMP No. 718260)
  • 6 month servicing requirements in accordance with AS/NZS 1891.4
  • 100% inspected
  • Saferight is an ISO 9001 Certified Company
  • Safety factor of 2: Load bearing web of the fly end of the webbing is UV tested to ensure a guaranteed strength of 12 kN is maintained at the end of the 10 year  life of the product ( eg 2 x 6 Kn = 12 kN SWL for a 136kg user)
  • Complies with AS/NZs 1891.1 for UV compliance by an independent NATA test laboratory

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