A connection comprising: a first component having an opening with an inner surface and a first annular groove disposed about the inner surface; a second component having a top end configured to fit in the opening, the top end having an outer surface with a second annular groove disposed about the outer surface, wherein the first annular groove and the second annular groove are configured to form a channel in response to being disposed in cooperative alignment; a cord member configured to be removably inserted into the channel to secure the first component to the second component; a pair of detents (52, 54) disposed on the cord member, wherein a first detent of the pair of detents is disposed proximal to a tip of the cord member and includes a stop surface and a first sloped surface, the stop surface being disposed proximal to the tip and the first sloped surface being configured to provide resistance to insertion of the cord member into the channel, and a second detent of the pair of detents is disposed distal from the tip and includes a second sloped surface disposed proximal to the tip and configured to provide resistance to removal of the cord member from the channel; and a catch assembly configured to engage the first detent to prevent the cord member from being removed from the catch assembly and provide resistance to movement of the cord member relative to the catch assembly, and to engage the second detent to provide a predetermined amount of resistance to movement of the cord member relative to the catch assembly, the catch assembly being configured to allow the cord member to be withdrawn from the channel in response to a withdrawing force applied to the cord member exceeding the predetermined amount of resistance, wherein the catch assembly includes a catch and a biasing member, the catch being configured to selectively engage the first detent and the second detent, the biasing member being configured to urge the catch forward and wherein resistance to movement of the cord member relative to the catch assembly corresponds to an amount of force on the catch by the biasing member and a respective angle of the first sloped surface and the second sloped surface; wherein the stop surface is configured to engage the catch assembly to prevent removal of the cord member from the catch assembly. a first component having an opening with an inner surface and a first annular groove disposed about the inner surface; a second component having a top end configured to fit in the opening, the top end having an outer surface with a second annular groove disposed about the outer surface, wherein the first annular groove and the second annular groove are configured to form a channel in response to being disposed in cooperative alignment; a cord member configured to be removably inserted into the channel to secure the first component to the second component; a pair of detents (52, 54) disposed on the cord member, wherein a first detent of the pair of detents is disposed proximal to a tip of the cord member and includes a stop surface and a first sloped surface, the stop surface being disposed proximal to the tip and the first sloped surface being configured to provide resistance to insertion of the cord member into the channel, and a second detent of the pair of detents is disposed distal from the tip and includes a second sloped surface disposed proximal to the tip and configured to provide resistance to removal of the cord member from the channel; and a first detent of the pair of detents is disposed proximal to a tip of the cord member and includes a stop surface and a first sloped surface, the stop surface being disposed proximal to the tip and the first sloped surface being configured to provide resistance to insertion of the cord member into the channel, and a second detent of the pair of detents is disposed distal from the tip and includes a second sloped surface disposed proximal to the tip and configured to provide resistance to removal of the cord member from the channel; and a catch assembly configured to engage the first detent to prevent the cord member from being removed from the catch assembly and provide resistance to movement of the cord member relative to the catch assembly, and to engage the second detent to provide a predetermined amount of resistance to movement of the cord member relative to the catch assembly, the catch assembly being configured to allow the cord member to be withdrawn from the channel in response to a withdrawing force applied to the cord member exceeding the predetermined amount of resistance, wherein the catch assembly includes a catch and a biasing member, the catch being configured to selectively engage the first detent and the second detent, the biasing member being configured to urge the catch forward and wherein resistance to movement of the cord member relative to the catch assembly corresponds to an amount of force on the catch by the biasing member and a respective angle of the first sloped surface and the second sloped surface; wherein the stop surface is configured to engage the catch assembly to prevent removal of the cord member from the catch assembly.