Petzl ABSORBICA Y MGO international version

ABSORBICA®-Y MGO international version
Double lanyard with integrated energy absorber and MGO connectors

ABSORBICA®-Y MGO is a double lanyard with compact energy absorber, designed for progression on a vertical structure or a horizontal lifeline and when passing intermediate anchors. It is available in two lengths: 80 or 150 cm versions (without connectors). The 150 cm version has elasticized arms, to avoid hindering progression. Equipped with two large-opening MGO connectors and a Bm’D connector with a CAPTIV positioning bar, it is certified to American, European and Russian standards.

Description
Designed for progression on a vertical structure or horizontal lifeline, and when passing intermediate anchors
Absorbs energy in the event of a fall:
– tearing of the energy absorber webbing limits the impact force on the user
– works with users who weigh between 50 and 130 kg
– progressive tearing reduces the deceleration on lightweight users
Minimal bulk:
– compact energy absorber facilitates handling
– FLEX version with 150 cm of elasticized webbing to avoid hindering progression
Durable fabric pouch with opening system at each end, protects the energy absorber from abrasion or contaminants while allowing for regular inspection of the absorber
Two options for installation on the harness, depending on use:
– frequent connection/disconnection: using either a carabiner held in correct position by the STRING positioning accessory (included with the lanyard), or a MICRO SWIVEL to avoid tangling
– semi-permanent connection: using either a RING OPEN gated ring whose circular shape ensures optimal positioning, or a SWIVEL OPEN to avoid tangling
Comes with two large-opening MGO connectors for connection to a metal structure, and a Bm’D carabiner with a CAPTIV positioning bar, for connection to the harness
Available in two lengths: 80 and 150 cm

Specifications
Material(s): polyester, nylon, high-modulus polyethylene, aluminum
Certification(s): ANSI Z359.13 12 feet, ANSI Z359.12, CE EN 355, EAC

References