Feedthrough assembly and method of assembling a feedthrough assembly

1. A signal conveying system comprising:

a plurality of cables; and

a feedthrough assembly including

a main housing,

at least one housing positioned within the main housing and including an internal wall that defines a plurality of conduits,

a volume defined by an internal surface of the main housing, and

a sealing material provided in the volume,

wherein each of the plurality of cables extends through the main housing and a respective one of the plurality of conduits,

wherein the sealing material and the internal wall isolate each of the plurality of cables from one another,

wherein each cable includes

a core,

a first sleeve positioned around the core within the main housing adjacent to a first edge of a length of the cable with the core exposed, and

a second sleeve positioned around the core within the main housing adjacent to a second edge of the length of the cable with the core exposed,

wherein for each cable, the length of the cable with the core exposed includes

a first portion isolated within the main housing by the sealing material, and

a second portion isolated within the main housing by the internal wall and the sealing material,

wherein the at least one housing includes an inner housing and an outer housing adjacent to the inner housing,

wherein the plurality of conduits include inner conduits defined by the inner housing and outer conduits defined by the outer housing,

wherein each inner conduit is aligned with a respective outer conduit, and

wherein for each cable

the second portion of the length of the cable with the core exposed is positioned in a respective inner conduit, and

at least a portion of the first sleeve or the second sleeve is positioned in a respective outer conduit.

2. The signal conveying system according to claim 1 , wherein

the main housing includes a first end and a second end,

the sealing material includes a first sealing material and a second sealing material different than the first sealing material,

the first sealing material seals the second end of the main housing, and

the second sealing material seals the first end of the main housing and the plurality of cables within the at least one housing.

3. The signal conveying system according to claim 2 , wherein

the plurality of conduits includes a central conduit and at least one row of conduits defined around the central conduit, and

an entire volume defined by the central conduit is filled with the second sealing material.

4. The signal conveying system according to claim 1 , wherein each cable is surrounded by the sealing material within the respective inner conduit and the respective outer conduit.

5. A method of conveying optical signals, the method comprising:

providing a feedthrough assembly having a housing that defines a conduit and an optical fiber cable extending through the conduit,

transmitting an optical signal through the optical fiber cable along a substantially straight path defined by the optical fiber cable that extends from a first end to a second end of the feedthrough assembly;

conducting heat from the optical fiber cable with a portion of the sealing material that fills a chamber defined by the feedthrough assembly; and

outputting the optical signal from the second end,

wherein the housing is positioned within the feedthrough assembly between the first end and the second end and supports the optical fiber cable to extend along the substantially straight path, and

wherein the optical fiber cable includes an exposed core in direct contact with a sealing material that fills the feedthrough assembly and supports the optical fiber cable to extend along the substantially straight path.

6. The method according to claim 5 , further comprising:

conducting heat from the optical fiber cable with a portion of sealing material within the housing and an internal wall of the housing defining the conduit.

7. A method of conveying optical signals, the method comprising:

providing a feedthrough assembly having a housing that defines a conduit and an optical fiber cable extending through the conduit;

transmitting an optical signal through the optical fiber cable along a substantially straight path defined by the optical fiber cable that extends from a first end to a second end of the feedthrough assembly;

conducting heat from the optical fiber cable with a portion of the sealing material within the housing and an internal wall of the housing defining the conduit; and

outputting the optical signal from the second end,

wherein the housing is positioned within the feedthrough assembly between the first end and the second end and supports the optical fiber cable to extend along the substantially straight path, and

wherein the optical fiber cable includes an exposed core in direct contact with a sealing material that fills the feedthrough assembly and supports the optical fiber cable to extend along the substantially straight path.

8. The method according to claim 7 , further comprising:

conducting heat from the optical fiber cable with a portion of the sealing material that fills a chamber defined by the feedthrough assembly.