USR 2021 Rigging Catalog for flip - Flipbook - Page 4
Why SWAGE-right?
Term Definitions
High-Quality Products
Swage-Right’s MIL-SPEC wire rope fittings and swage sleeves
are made in the USA to stringent military specifications. All our
products are built from high-quality copper, stainless steel, or
aluminum alloy constructions. Our tools are made here in the
USA and in Japan where each tool is crafted with precision.
Expertise in Wire Rope Assemblies
We have used Swage-Right fittings and tools in our own
assembly shop for over 40 years. Trust us, we know wire rope.
Our experienced team can help you with even your toughest
wire rope assembly problem.
Exceptional Value
We know you need wire rope and wire rope fittings you can rely
on. Swage-Right is your solution for wire rope assemblies at a
great value. Our commitment to you is how we’ve been able to
grow into one of the largest suppliers of wire rope fittings and
tools in the USA.
“Excellent swages, used for limb risers and
low-security loss prevention. Swage-Right has
what I need to get the job done.”
- Eugen F., Herkimer, NY
WARNING: Please examine your wire rope for
damaged or deteriorating wire. Despite being
exceptionally strong, wire rope may become
damaged or break with improper use,
making it unsafe. In order to avoid this, NEVER EXCEED THE
WORKING LOAD LIMIT (WLL), match components properly,
keep out from under raised loads, avoid shock loads and
inspect wire cable at regular intervals.
The swaging of compression fittings directly over plastic coated
wire rope will result in severely reduced holding power and is
not recommended particularly in applications where human
safety, lifting or full wire strength is involved. We recommend
removing a sufficient length of the plastic jacket and swaging
the proper size fitting directly over the bare wire rope.
Working Load Limit (WLL) - The Working Load Limit is the
maximum load / force allowed. Consideration must always
be given to extreme high or low temperatures, chemical
solutions, vapors, prolonged immersion in salt water and/
or any other form of unusual condition. The WLL should
NEVER be exceeded.
Proof Test Load (Proof Load) - The term “Proof Test”
assigns a quality control test applied to the product for the
exclusive function of exposing flaws in material or build.
The Proof Load Test (normally 2x the WLL) is the maximum
load where a new cable sustains its form under laboratory
testing. The Proof Test Load does not mean that the WLL
should ever be exceeded.
Breaking Strength - Breaking Strength is the average
force at which the product, in the condition it would leave
the factory, has been found to break when constantly
increasing force is applied to the product at a steady rate
of speed on a standard pull testing machine. Remember:
Published Breaking Strengths were acquired under
controlled laboratory conditions. Always refer to the
Working Load Limit as a criterion for service or design
purposes. Do not use the Breaking Strength for this
purpose.
Design Factor - Also known as Safety Factor, it is the ratio
of the Breaking Strength to the Working Load Limit. This is
usually computed by dividing the Breaking Strength by the
WLL and generally expressed as a ratio (ex: 5:1).
Shock Load - A load occurring from rapid change of
movement, such as impacting, jerking or swinging of a
static load. Sudden release of tension is another form of
shock loading. Shock loads are usually notably greater than
static loads. Any shock loading must be considered when
selecting the item for use in a system. Avoid shock loads as
they may exceed the Working Load Limit.
Mil-Spec, MS - A military standard for wire and sleeves.
NAS - National Aerospace Standard.
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