Pressure module

1. A connecting socket comprising:

a housing defining an interior and an open side providing access to the interior, the housing also defining a first port providing access to the interior;

a first female connector arranged within the interior of the housing, the first female connector being configured to receive a complementary male connector through the first port of the housing;

a first cable extending from the first female connector through the open side of the housing, the first cable being configured to couple to a second cable terminated by the complementary male connector received through the first port of the housing; and

a pressure module arranged within the interior of the housing adjacent the open side, the pressure module including a cable fixing element biased against the first cable to provide strain relief to the first cable.

2. The connecting socket of claim 1 , wherein the housing includes a door configured to move from a first position covering the first port to a second position providing access to the first port.

3. The connecting socket of claim 1 , wherein the cable fixing element of the pressure module is biased by a spring mounted to a guide body.

4. The connecting socket of claim 3 , wherein the cable fixing element is biased against the first cable after being arranged within the housing.

5. The connecting socket of claim 1 , wherein the pressure module locks the first female connector within the housing.

6. The connecting socket of claim 1 , wherein the pressure module is configured to bias the cable fixing element against the first cable after being arranged within the housing.

7. The connecting socket of claim 6 , wherein the cable fixing element has at least one latching lug and a guide body of the pressure module has at least one latching groove, wherein the cable fixing element is configured to be arranged in an installation position by arranging the latching lug in the latching groove.

8. The connecting socket of claim 6 , wherein the cable fixing element is configured to be arranged in a biasing position by releasing the latching lug from the latching groove.

9. The connecting socket of claim 1 , further comprising:

a second female connector arranged within the interior of the housing, the second female connector being configured to accept a second complementary male connector through a second port defined in the housing; and

a third cable extending from the second female connector through the open side of the housing, the third cable being configured to couple to a fourth cable terminated by the second complementary male connector received through the second port of the housing.

10. The connecting socket of claim 9 , wherein a second pressure module locks the second female connector within the housing.

11. The connecting socket of claim 10 , wherein the housing defines a second port providing access to the interior and the housing includes a second door configured to move from a first position covering the second port to a second position providing access to the second port.

12. A method comprising:

providing a housing defining an interior and an open side providing access to the interior, the housing also defining a first port providing access to the interior;

arranging a first female connector within the interior of the housing, the first female connector being configured to receive a complementary male connector through the first port of the housing;

routing a first cable from the first female connector through the open side of the housing;

inserting a pressure module into the interior of the housing through the open side to secure the first female connector within the housing; and

releasing a latch on the pressure module to bias a cable fixing element against the first cable to provide strain relief for the first cable.

13. The method of claim 12 , wherein releasing a latch on the pressure module comprises pushing at least a first latching lug of the cable fixing element out of a latching groove on a guide body of the pressure module.

14. The method of claim 12 , further comprising:

arranging the pressure module in a first position by prestressing the pressure module; and

latching the pressure module in the first position before inserting the pressure module into the interior of the housing.

15. The method of claim 12 , further comprising:

arranging a second female connector within the interior of the housing, the second female connector being configured to receive a complementary male connector through a second port of the housing; and

routing a second cable from the second female connector through the open side of the housing.

16. The method of claim 15 , further comprising:

inserting a second pressure module into the interior of the housing through the open side to secure the second female connector within the housing.

17. The method of claim 15 , wherein arranging the first female connector within the interior of the housing comprises arranging the first female connector within a first section of the interior and wherein arranging the second female connector within the interior of the housing comprises arranging the second female connector in a second section of the interior, the first and second sections being divided by a wall.

18. The method of claim 17 , wherein arranging the first female connector within the first section comprises latching the first female connector to a cutout in the wall.

19. The method of claim 12 , further comprising:

inserting a first male connector through the first port of the housing to couple to the first female connector, the first male connector terminating a data cable.

20. The method of claim 19 , further comprising:

inserting a second male connector through a second port of the housing to couple to a second female connector, the second male connector terminating a second data cable.