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RUNNING BOARD RB-707-3

Counterweight eliminates shock for smooth transmission stringing projects.
Sherman + Reilly RB-707-3 Running Boards are designed with features to meet the demands of distribution stringing projects.
Pulling line is connected to the front of the running board and the three-phase conductors are pulled in at one time on the rear. The unidirectional articulated type running board passes smoothly through the XS-707 Multi-Sheve Stringing block and places conductors in each of the three sheaves.

Key Features

Design

Unique counterweight/gator tail provides contact with the center of the block at the same instant the whole board starts the initial lift, eliminating the shock of the counterweight against the center of the block. The tail folds under the board with absolute restraint of any movement above the horizontal line of the Running Board.

Configuration

After pulling, conductors are sagged in stringing blocks then spacers installed at proper location between the poles allowing proper sag between spacers.

Sizing

MWL: 7,500 lbs, Proof load: 11,250 lbs.

All Specifications

RUNNING BOARD RB-707-3

OVERVIEW

 

Sherman + Reilly Hard Nose Running Boards are designed with features to meet the extreme demands of present day transmission stringing projects. Pulling at high speeds in rough terrain causes severe shock on both the Running Board and the blocks.

Our unique counterweight/gator tail provides contact with the center of the block at the same instant the whole board starts the initial lift. This eliminates the shock of the counterweight against the center of the block. The tail folds under the board with absolute restraint of any movement above the horizontal line of the Running Board.

The Sherman + Reilly Hard Nose series Running Boards are designed to work hand-inglove with all S+R bundle blocks: two conductor, three conductor, three conductor offset, four conductor and now six conductor configurations. This allows for a completely integrated bundle block stringing system. S+R running boards work effectively on tangents, on heavy breakovers, on angles, with floating pulling lines and with uneven conductor loading. This makes the difference between a smooth-running stringing operation and a costly, troublesome one.