SCENERIO 3

In this scenario we see a typical barred sliding electric gate moving through a stationary frame behind a wall. To protect this design we require safety edges to be installed on the leading closing & opening edges (upto a height of 2.5M where required). In addition to protect against shearing on the stationary frame we require safety edges to be installed on both sides of the frame (and in both opening & closing directions).

In addition we require a safety edge to be installed on the outside wall to prevent shearing in the closing direction. Additional edges may be required to protect at the motor case or other shearing points depending
on the design of the gate.

SCENERIO 4

In this scenario we see a typical swing gate configured
for the gates to close with a leaf delay. There are no
shearing or crushing points in the opening cycle of the
gate, and the gap between the gate and pillars is less
than 100mm or infilled.

To protect from the gap in-between each closing gate leaf -
we should install a safety edge vertically at the corner
of leaf 1 as shown. Additional edges or protection may
be required in the gate hinging area to protect against
shearing or crushing.

SCINERIO 5

In this scenario we see a typical swing gate configuration
configured for the gates to close with a leaf delay.
The gate opens against an obstruction (wall, fence or
high kerb) so will require protection in the opening
and closing phases. To protect the gap in-between
the closing gate leaf's we should install a safety edge
vertically at the corner of leaf 1 as shown.

To protect the opening phase we should install additional
safety edge's along the bottom bar of leaf
1 and leaf 2. Additional edges or protection may be
required in the gate hinging area to protect against
shearing or crushing.