Notch 53420 Manual Del Usuario página 17

the Lever Lock Arm assembly.
• Pivot the Lever Lock Arm assembly clockwise and insert the
rope between the Lower Bollard and Friction Body. (Fig 5D)
• Close and secure the Lever Lock Arm assembly. Ensure both
metal tabs of the Aluminum Slic Pin clear the
side plate.
• Open the Pulley by depressing both Aluminum Slic Pin
metal tabs allowing the Aluminum Slic Pin to pass through
one side of the Pulley assembly. (Fig 5D)
• Insert the rope between the Friction Body and the Pulley
sheave. (Fig 5D)
• Verify correct rope placement. (Fig 5E)
• Close and secure the Pulley assembly (Fig 5F).
Ensure both metal tabs of the Aluminum Slic Pin
clear the side plate.
Friction Adjustment
• Prior to initial use, secure the Upper Adjustment Bollard
in the #1 position (Fig 5G). Using the included M5 wrench
loosen both outside bolts and position the bollard in the
starting position. The #1 position will provide the maxi-
mum rope friction for the Rope Runner Pro.
• If this friction setting prevents the rope installation, reduce
friction by moving the Upper Adjustment Bollard by single
increments until reaching optimal friction setting.
• Tighten both outside bolts to secure the bollard
into a fixed position.
• Once you have performed "Function Principle & Load Test",
adjust the bollard to optimal friction based on rope type,
diameter and climber weight.
Always perform friction adjustment during new rope installa-
tion or when changing ropes.
Do not commence climbing until after performing the steps
listed in Function Principle and Load Test.
6 \ FUNCTION PRINCIPLE & LOAD TEST
• Rope Runner Pro advances on the rope, stops and descends
in both SRS & MRS systems. (Fig 6A-6F)
• Install the Rope Runner Pro on the climbing line.
• Using an approved double locking carabiner, connect to the
Main Attachment Point of the Rope Runner Pro. To prevent
accidental descent, tie a stopper knot below the Rope
Runner Pro (Fig 6G).
• At ground level, gradually increase body weight into the
Rope Runner Pro. Introduce moderate 'bounce'
into the system, if any slippage occurs increase the
friction setting. (Fig 6H). Refer to the Friction Adjustment
section of the manual for proper friction setting.
• Ensure proper alignment of the connector. (Fig 6I-Fig 6J)
WARNING: Perform all function principal and load
tests with the Rope Runner Pro at ground level, in a risk-free
environment before working at height. Friction may require
additional adjustment if unintended descent is detected on
the rope, switching climbing methods such as from using
Moving Rope System (MRS) to Stationary Rope System (SRS),
environmental changes (temperature, moisture, etc.), or chang-
ing new, alternative construction or rope diameter.
Always test the Rope Runner Pro before each use!
7 \ PRECAUTION FOR USE
• Stay below the anchor and ensure the anchor point is
correctly positioned. Ensure the climbing system is under
tension to avoid dynamic shock loading of the rope. (Fig 7A)
• Do not use the SRS Ascent Attachment Point in MRS set up.
(Fig 7B)
• Ensure the Rope Runner Pro does not bend across foreign
objects while in use. (Fig 7C)
• Ensure proper alignment of the connector. (Fig 7D)
• Any pressure on the Bird presents a fall risk. Monitor your
equipment and the elements of the environment. (Fig 7E)
• Ensure adequate separation between Rope Runner Pro and
static side of an MRS climbing line to prevent any interfer-
ence between the rope and the Bird of the Rope Runner
Pro. Shown with Notch Rook Pulley. (Fig 7F)
• Keep hair and loose clothing away from moving parts.
(Fig 7G)
• Disconnect carabiner or alternative connector from the
SRS attachment point after an ascent, do not leave any
connector stowed on the SRS attachment point. (Fig 7H)
8 \ USE
Controlling Rope Movement / Rope friction is released by
exerting downward pressure on the front edge of the Bird,
allowing the climber to descend. Use of a second hand below
the Rope Runner Pro is effective in limiting the speed of the
rope flow. (Fig 8A-8B)
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