The 3M 7012817259 is a shock-absorbing lanyard with a 6 ft (1.83 m) length designed to reduce fall forces. It is an adjustable single-leg web lanyard constructed from abrasion-resistant polyester webbing and uses a Vectran energy absorption system. The lanyard includes self-locking snap hooks, zinc-plated steel hardware, an impact indicator, built-in reflective material, protected i-Safe labels, and 3M RFID for identification and tracking.
Adjustable single-leg web lanyard, 6 ft (1.83 m) working length with abrasion-resistant polyester webbing
Vectran energy absorption system and impact indicator to manage fall arrest forces
Self-locking snap hooks at each end with zinc-plated steel hardware; includes reflective material and protected i-Safe labels
Product Highlights
Adjustable 6 ft energy-absorbing lanyard with self-locking snap hooks, zinc-plated hardware, and 3M RFID
Product Information
Standard Information
Brand: 3M
Manufacturer Part Number: 7012817259
Country of Origin: United States
Technical Specifications
Brand
3M DBI-SALA
MPN
7012817259
Manufacturer Model / Series
1246234
Product Name
Shock-Absorbing Lanyard
Product Series
EZ-Stop
Product Type
Adjustable shock absorbing lanyard
Length
6 ft (1.83 m)
Working Length
6 ft (1.83 m)
Lanyard Type
Adjustable single-leg web lanyard
Number of Legs
1
Webbing Material
Abrasion-resistant polyester
Webbing Diameter
1 inch
Energy Absorption System
Vectran energy absorption system (EZ Stop)
Energy Absorber Class
6 ft (1.8 m) Free Fall / MAAF 900 lbs. (â4 kN)
Load Capacity
140 kg
Connector Type
Self-locking snap hooks (snap hook at each end)
Anchor Connection Type
Snap hook
Hardware Material
Zinc plated steel
Impact Indicator
Yes
Reflective Material
Built-in reflective materials
Protected Labels
i-Safe protected labels
Identification / RFID
3M RFID equipped
Case Quantity
1
Country of Origin
United States
Recommended Application
Cleaning, electrical, machine operation
Recommended Industry
Construction, general industrial, mining, oil & gas, transportation, utilities, wind energy