2.2 Cable Sleeve Warnings and Limitations
Compatibility
Vi-Go Cable Sleeves are designed for
use with Miller approved components.
Substitution or replacement with non-
approved component combinations,
sub-systems, or both, may affect or
interfere with the safe function of each
other and endanger the compatibility
within the system. This incompatibility
may affect the reliability and safety of
the total system.
Compatible Cable Lifeline
Vi-Go Cable Sleeves are to be
attached to Miller approved 3/8"
diameter galvanized steel, vertical
cable lifelines as part of a Miller
ladder safety system. The Vi-Go
Automatic Pass-Through Cable
Sleeve may also be attached to
Miller approved 8mm or 10mm
diameter steel cable lifelines.
Compatible Body Support
and Connector
Vi-Go Cable Sleeves must be used
in conjunction with a Miller full-
body harness equipped with a front
attachment point. Only a Miller
approved auto-locking carabiner
or other Miller approved connector
capable of supporting a minimum
of 5,000 lbs. may be used to link
the cable sleeve to the harness.
Capacity
Vi-Go Cable Sleeves are designed
for use by one person only. The
design working load is 310 lbs.
(140.6kg). DO NOT EXCEED THIS
WEIGHT.
• Do not use for raising or lowering
materials or other material
handling.
Us er Ins tru ct ion s - Engl is h
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Fall Clearance
Ensure that adequate clearance exists
in the fall path to avoid striking a lower
level or other object.
• Maximum fall arrest distance is
5.9" (149.9mm).
Environmental Hazards
Use of this equipment in areas where
environmental hazards exist may
require additional precautions to limit
the possibility of injury to the user or
damage to the equipment. Hazards
may include, but are not limited
to, extreme temperatures, caustic
chemicals, corrosive environments,
high voltage power lines, explosive
or toxic gases, moving machinery,
and sharp edges. Do not expose the
equipment to any hazard which it is
not designed to withstand. Consult the
manufacturer in cases of doubt.
• Cable lifeline must be kept clean.
• Use of this system is not suitable
when the user is positioned on an
unstable surface, fine-grain material,
or particulate.