Rope leak sensor holder

1. A rope leak sensor holder segment comprising:

an elongated track having a first end region and a second end region;

a channel in the track extending from the first end region to the second end region, the channel to accept a rope leak sensor;

a retainer to secure the rope leak sensor within the channel;

a first connector at the first end region; and

a second connector at the second end region, complementary to the first connector.

2. The rope leak sensor holder of claim 1 , wherein the first connector includes an alignment tab and a first latch portion, and the second connector includes an alignment hole and a second latch portion complementary to the first latch portion.

3. The rope leak sensor holder of claim 1 , wherein the retainer includes a cap that removably fits into the channel.

4. The rope leak sensor holder of claim 1 , wherein the retainer includes a fastener to hold a material of the rope leak sensor.

5. The rope leak sensor of claim 1 , wherein the retainer includes a plurality of tabs protruding from the track and at least partially over an open region of the channel.

6. The rope leak sensor holder of claim 1 , further comprising a drain hole through the track, extending from an outer surface of the track to the channel.

7. The rope leak sensor holder of claim 1 , wherein the channel is in an underside of the track and an open region of the channel faces downward.

8. A leak sensor system comprising:

a plurality of rope leak sensor holder segments, each rope leak sensor holder segment of the plurality including:

an elongated track,

a channel running lengthwise in the track, and

retaining tabs along the track that extend at least partially across an open region of the channel,

a rope leak sensor assembled into the channel of each rope leak sensor holder segment and retained by the retaining tabs.

9. The leak sensor system of claim 8 , wherein the plurality of rope leak sensor holder segments are oriented to face each open region downward.

10. The leak sensor system of claim 9 , wherein the rope leak sensor holder segments include drain holes that extend through the track from an upper surface of the track into the channel.

11. The leak sensor system of claim 8 , wherein each rope leak sensor holder segment includes a first connector at a first end region of the track and a second connector at a second end region of the track, and

rope leak sensor holder segments are joined by mating the first connector and second connector of respective adjacent rope leak sensor holder segments.

12. The leak sensor system of claim 11 , wherein at least some adjacent rope leak sensor holder segments are joined, and

a portion of the rope leak sensor between adjacent and unconnected rope leak sensor holder segments is a flexible portion.

13. The leak sensor system of claim 12 , further comprising a corner finishing element to set an angle of the flexible portion.

14. A method comprising:

acquiring a leak sensor system that includes a rope leak sensor assembled to a plurality of rope leak sensor holder segments, each rope leak sensor holder segment of the plurality including:

a channel extending lengthwise in an elongated track to house the rope leak sensor, and

retaining tabs along the track extending at least partially across an open region of the channel to secure the rope leak sensor within the channel;

orienting the leak sensor system to face the open region downward;

feeding a lead portion of the leak sensor system into a first opening at a front side of a drain pan;

pulling the lead portion out of a second opening at a rear side of the drain pan; and

bending, after the pulling, a flexible portion of the leak sensor system around a corner of the drain pan, the flexible portion being a region of the rope leak sensor between adjacent and unconnected rope leak sensor holder segments.

15. The method of claim 14 , further comprising unfolding the leak sensor system after the acquiring, wherein the leak sensor system as acquired is folded at the flexible portions.