Abstract: There is provided a system and method for regulating conductivity of cooling water in a recirculation route of a cooling water recirculation system through which the cooling water is circulated for removing scale from the cooling water. The system comprises an electrolytic device connectable to the cooling water recirculation system for performing electrolysis on the cooling water and a controller.

Abstract: A compression connector module (10) for use with storage devices comprising a connector housing (12); at least one connector pin (16) mounted on the connector housing (12); and a flex clamp (14) positioned such that a clamping portion (32) of the flex clamp (14) overlays at least one of the at least one connector pins (16) when oriented to a closed position, wherein, when the clamping portion (32) is set to a first position a cable connected to the storage device can sit on the at least one connector pin (16) and when the clamping portion (32) is set to a second position force is applied to the cable in the direction of the at least one connector pin (16) so as to reasonably secure a connection between the cable and the at least one connector pin (16) such that electrical signals provided to the at least one connector pin (16) can be communicated to the cable.

Abstract: A test carrier 10 for storage devices 38 comprising a carrier base 12; a slider tray 16 slidably mounted to the carrier base 12, the slider tray 16 having at least one aperture for receiving a storage device 38 therein; at least one storage device connector 20 connected to the carrier base 12; and a tester interface 22, where, when the slider tray 16 is in a first position, the storage device 38 can be received within the at least one aperture of the slider tray 16 and, when the slider tray 16 is in a second position, an interface of the storage device 38 mates with the storage device connector 20; appropriate circuitry contained in the carrier base 12 connecting the tester interface 22 and the storage device connector 20 thereafter allowing the storage device 38 to be tested via the tester interface 22.

Abstract: A test carrier 10 for storage devices 38 comprising a carrier base 12; a slider tray 16 slidably mounted to the carrier base 12, the slider tray 16 having at least one aperture for receiving a storage device 38 therein; at least one storage device connector 20 connected to the carrier base 12; and a tester interface 22, where, when the slider tray 16 is in a first position, the storage device 38 can be received within the at least one aperture of the slider tray 16 and, when the slider tray 16 is in a second position, an interface of the storage device 38 mates with the storage device connector 20; appropriate circuitry contained in the carrier base 12 connecting the tester interface 22 and the storage device connector 20 thereafter allowing the storage device 38 to be tested via the tester interface 22.