Cable tension overload fuse assembly
A fuse link that having a body including a rigid member, a first end, and a second end opposite the first end. A reduced material portion of the body is positioned between the first and second ends, the reduced material portion is configured to fail in response to a predetermined load.
1. A fuse link comprising:
a body including a rigid member, a first end, and a second end opposite the first end; and
a reduced material portion of the body positioned between the first and second ends, the reduced material portion configured to fail in response to a predetermined load.
2. The fuse link of claim 1 , further comprising:
a first aperture defined by the body proximate the first end; and
a second aperture defined by the body proximate the second end.
3. The fuse link of claim 2 , wherein the first aperture is configured to receive a first shackle, the second aperture is configured to receive a second shackle.
4. The fuse link of claim 3 , further comprising a rescue cable having a first end in communication with the first shackle, and a second end in communication with the second shackle.
5. The fuse link of claim 3 , wherein the first and second shackles cooperate to apply a first load to the body.
6. The fuse link of claim 5 , wherein in response to the first load exceeding the predetermined load, the reduced material portion is configured to fail.
7. The fuse link of claim 1 , wherein the reduced material portion is defined by at least one aperture.
8. The fuse link of claim 1 , wherein the reduced material portion is a plurality of apertures defined by the body.
9. The fuse link of claim 1 , wherein the first end is in communication with a structural support member, and the second end is in communication with a net.
10. A tension overload assembly comprising:
a mechanical fuse link including a first end and a second end; and
a reduced material portion spacing the first end from the second end, the reduced material portion defined by at least one aperture,
wherein the reduced material portion is configured to fail at a predetermined design load.
11. The tension overload assembly of claim 10 , wherein the reduced material portion includes a plurality of apertures.
12. The tension overload assembly of claim 10 , wherein the first end is configured to be in communication with a support member and the second end is configured to be in communication with a fabric member.
13. The tension overload assembly of claim 12 , wherein the fabric member is a net.
14. The tension overload assembly of claim 12 , wherein the fabric member is configured to apply a load to the mechanical fuse link.
15. The tension overload assembly of claim 14 , wherein in response to the load exceeding the predetermined design load, the reduced material portion is configured to fail.
16. The tension overload assembly of claim 12 , further comprising a rescue cable configured to couple the support member to the fabric member separate from the mechanical fuse link.
17. A tension overload fuse assembly comprising:
a fuse link including a rigid member defining a reduced material portion, the fuse link configured to couple a fabric panel to a structural support,
wherein the fuse link is configured to fail at the reduced material portion at a predetermined tension load, the predetermined tension load being less than a failure load of the structural support.
18. The tension overload fuse assembly of claim 17 , wherein the reduced material portion includes at least one aperture.
19. The tension overload fuse assembly of claim 17 , further comprising a rescue cable configured to couple the fabric panel to the structural support separate from the fuse link.
20. The tension overload fuse assembly of claim 19 , wherein the predetermined tension load is less than a failure tension load of the rescue cable.