Seismic sensor station
A housing for a seismic sensor station has a base and a removable lid, which when assembled together form a shell whereby the base and the removable lid both have a shell side and an exterior side. A sensor spike, protruding outward from the shell, may be attached to the base on the exterior side of the base. The housing is further provided with two cable docking ports, each allowing passage of a fiber optical cable from outside to inside the shell. The two cable docking ports are exclusively provided in the removable lid.
1. A seismic sensor station comprising a housing comprising:
a base and a removable lid, which when assembled together form a shell whereby the base and the removable lid both have a shell side and an exterior side; and
a sensor spike attached to the base on the exterior side of the base, and protruding outward from the shell;
wherein the housing is provided with two cable docking ports, each allowing passage of a fiber optical cable from outside to inside the shell, which two cable docking ports are exclusively provided in the removable lid, wherein a fiber management tray is suspended from the removable lid on the shell side of the removable lid and wherein one or more optical fibers entering the shell via the two cable docking ports are looped on the fiber management tray, in an excess fiber storage space defined between the fiber management tray and the removable lid.
2. The seismic sensor station of claim 1 , further comprising:
a sensor unit mounted exclusively in the base.
3. The seismic sensor station of claim 2 , wherein a communication opening is provided in the fiber management tray for routing one or more sensor fibers from the one or more optical fibers to the sensor unit, whereby the sensor fibers are optically connected to the sensor unit.
4. The seismic sensor station of claim 3 , wherein each of the cable docking ports comprises filler chamber, which filler chamber is integrally formed in the removable lid wherein at least a first part of the fiber optical cable passes from outside of the shell into the filler chamber and whereby at least a second part of the fiber optical cable passes from the filler chamber into the shell, and wherein the filler chamber is filled with an adhesive filler surrounding the fiber optical cable.
5. The seismic sensor station of claim 2 , wherein the sensor unit comprises:
a central sensor plate mounted in the base and on which the optical sensor fibers are disposed.
6. The seismic sensor station of claim 5 , wherein each of the cable docking ports comprises filler chamber, which filler chamber is integrally formed in the removable lid, wherein at least a first part of the fiber optical cable passes from outside of the shell into the filler chamber and whereby at least a second part of the fiber optical cable passes from the filler chamber into the shell, and wherein the filler chamber is filled with an adhesive filler surrounding the fiber optical cable.
7. The seismic sensor station of claim 2 , wherein each of the cable docking ports comprises a filler chamber, which filler chamber is integrally formed in the removable lid, wherein least a first part of the fiber optical cable passes from outside of the shell into the filler chamber and whereby at least a second part of the fiber optical cable passes from the filler chamber into the shell, and wherein the filler chamber is filled with an adhesive filler surrounding the fiber optical cable.
8. The seismic sensor station of claim 1 , wherein each of the cable docking ports comprises a filler chamber, which filler chamber is integrally formed in the removable lid, whereby at least a first part of the fiber optical cable passes from outside of the shell into the filler chamber and wherein at least a second part of the fiber optical cable passes from the filler chamber into the shell, and wherein the filler chamber is filled with an adhesive filler surrounding the fiber optical cable.
9. The seismic sensor station of claim 8 , wherein the adhesive filler is an epoxy filler.