Miller Honeywell SkyGrip SG8815-24/60FT Wire Rope Horizontal Lifeline Kit
by Miller
Original price
$2,658.30
-
Original price
$2,658.30
Original price
$2,658.30
$2,658.30
-
$2,658.30
Current price
$2,658.30
Miller Honeywell SkyGrip SG8815-24/60FT Wire Rope Horizontal Lifeline Kit
Miller SkyGrip Wire Rope Lifeline may be used in conjunction with approved Miller brand anchorage connectors to provide a temporary horizontal lifeline system that is quick and easy to install.
Temporary or Permanent Anchorage
Miller D-Bolt Anchors may be installed to approve structures to provide a temporary or permanent anchorage.
Secure Points of Attachment
It may be used in concrete substrate or mining friction bolts to provide secure points of attachment.
Features
- Miller Cross-Arm Straps conveniently wrap around I-beams and other structures to form secure points of attachment
- Miller Fixed Beam Anchors connect both horizontally and vertically to beams or columns. A durable, spring-loaded, positive-lock engagement pin ensures proper installation
Typical Installations of SkyGrip Lifeline Kits
- Using D-Bolt Anchors
- Using Miller Grip Anchors
- Using Cross-Arm Straps
- Using Fixed Beam Anchors
SkyGrip Permanent HLL System Kits in Stainless Steel
- Designed for quick, easy installation in corrosive environments
- 100% stainless steel construction - corrosion resistant stainless steel components for a longer service life
- Ideal for corrosive environments - designed for petrochemical, pharmaceutical, food processing, outdoor and off-shore applications
- Engineered and safety tested by experts in the industry that understand fall forces and system design
- Compact and lightweight - provides for easier handling and installation.
- Single-span systems - spans adjust up to 60-ft(18.3 m)and accommodate up to two workers.
- Stainless steel tension indicator - proper tensioning of system ensures accurate fall clearance requirements
- Compact, stainless steel Miller SkyGrip energy absorber - engineered to keep system forces consistently low during a fall and minimizes fall clearance