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l015bb00 4
- Description
- Ask a Question
- Reviews
The ABSORBICA-Y TIE-BACK MGO is a double lanyard with integrated intermediate tie-back rings and compact energy absorber. It is designed for vertical progression on very large structures and when passing intermediate anchor points. It works with users who weigh between 60 and 140 kg. The TIE-BACK system allows the user to wrap structures with very large cross sections. The arms are elasticized to avoid hindering progression. It’s ready to use, with two large-opening MGO connectors on the end of the lanyard and a Bm’D connector for harness attachment.
Detailed description
• Designed for progression on a vertical structure and when passing intermediate anchors
• TIE-BACK intermediate tie-back rings on the lanyard allow the user to wrap structures with very large cross sections; in a rescue situation, these rings are also easily accessible for the rescuer, even when the person is suspended on the lanyard after a fall
• Absorbs energy in the event of a fall:
- Progressive tearing of the energy absorber webbing limits the impact force on the user
- Works with users who weigh between 60 and 140 kg (1)
• Minimal bulk:
- Energy absorber’s very compact design doesn’t hinder the user during progression
- Elasticized arms to avoid hindering progression
• Durable fabric pouch with a simple opening system protects the energy absorber from abrasion or contaminants while allowing for regular inspection of the absorber
• Ready-to-use solution: comes with two large-opening MGO connectors on the end of the lanyard and a Bm’D connector for harness attachment
• Under the CSA Z259.11-17 standard, the user must weigh between 75 and 140 kg.
Specifications
• Certification(s): - CE EN 355 (meets the requirements of the RFU PPE-R/11.074) - ANSI Z359.13, 12 ft. FF - CSA Z259.11-17 - Compliant with the Japanese standard for fall protection - GB/T 24538: type II
• Total length (lanyard + connectors): 183 cm
• Material(s): Polyester, nylon, high-modulus polyethylene, aluminum
Specifications
Petzl ABSORBICA-Y TIE-BACK MGO
Part Number: L015BB00 Weight: 4.3 lbs.
- Description
- Ask a Question
- Reviews
The ABSORBICA-Y TIE-BACK MGO is a double lanyard with integrated intermediate tie-back rings and compact energy absorber. It is designed for vertical progression on very large structures and when passing intermediate anchor points. It works with users who weigh between 60 and 140 kg. The TIE-BACK system allows the user to wrap structures with very large cross sections. The arms are elasticized to avoid hindering progression. It’s ready to use, with two large-opening MGO connectors on the end of the lanyard and a Bm’D connector for harness attachment.
Detailed description
• Designed for progression on a vertical structure and when passing intermediate anchors
• TIE-BACK intermediate tie-back rings on the lanyard allow the user to wrap structures with very large cross sections; in a rescue situation, these rings are also easily accessible for the rescuer, even when the person is suspended on the lanyard after a fall
• Absorbs energy in the event of a fall:
- Progressive tearing of the energy absorber webbing limits the impact force on the user
- Works with users who weigh between 60 and 140 kg (1)
• Minimal bulk:
- Energy absorber’s very compact design doesn’t hinder the user during progression
- Elasticized arms to avoid hindering progression
• Durable fabric pouch with a simple opening system protects the energy absorber from abrasion or contaminants while allowing for regular inspection of the absorber
• Ready-to-use solution: comes with two large-opening MGO connectors on the end of the lanyard and a Bm’D connector for harness attachment
• Under the CSA Z259.11-17 standard, the user must weigh between 75 and 140 kg.
Specifications
• Certification(s): - CE EN 355 (meets the requirements of the RFU PPE-R/11.074) - ANSI Z359.13, 12 ft. FF - CSA Z259.11-17 - Compliant with the Japanese standard for fall protection - GB/T 24538: type II
• Total length (lanyard + connectors): 183 cm
• Material(s): Polyester, nylon, high-modulus polyethylene, aluminum
