Abstract: A locking lever for a removable rack rail includes a base plate, a body plate mounted to the base plate so as to be pivotable about a pivot point between a first position and a second position with respect to the base plate, a tang extending in a lateral direction from the body plate, and a finger tab extending from the body plate for actuating the body plate to pivot about the pivot point with respect to the base plate, wherein when the body plate is in the second position the tang is at least partially recessed so that an end portion of the locking lever can fit in a slot on a mounting rail, and wherein when the body plate is in the first position the tang extends laterally beyond the lateral edge of the base plate so that the end portion cannot be removed from the slot.

Abstract: A locking lever for a removable rack rail includes a base plate, a body plate mounted to the base plate so as to be pivotable about a pivot point between a first position and a second position with respect to the base plate, a tang extending in a lateral direction from the body plate, and a finger tab extending from the body plate for actuating the body plate to pivot about the pivot point with respect to the base plate, wherein when the body plate is in the second position the tang is at least partially recessed so that an end portion of the locking lever can fit in a slot on a mounting rail, and wherein when the body plate is in the first position the tang extends laterally beyond the lateral edge of the base plate so that the end portion cannot be removed from the slot.

Abstract: A rack assembly includes a base frame having a base member, a lateral brace along a first edge of the base member, and a vertical stub extending upward from a corner of the base member, the vertical stub including first and second stub walls oriented substantially perpendicularly to each other; a side frame including a generally U-shaped vertical bracket; and a generally U-shaped gusset having an upper portion and a lower portion in which the one gusset wall is substantially parallel to and offset with respect to the upper portion. The upper portion of the gusset is attached to the vertical bracket so as to form a first gap between the one gusset wall and a corresponding vertical bracket wall, and a second gap is formed between another bracket wall and the lower portion of the corresponding gusset wall, the gaps being adapted to receive the vertical stub walls.

Abstract: An embodiment of an enclosure for electrical equipment is described. The enclosure has a back part arranged to be mounted to a fixed support and having an open front, and a front part having an open back, arranged to contain electrical equipment, and hinged to the back part. A latch is mounted within one of the back and front parts, and is arranged to latch the front part and the back part closed. A key-operated control on the front of said front part permits a user to release the latch only by use of a key.

Abstract: An embodiment of an enclosure for electrical equipment is described. The enclosure has a back part arranged to be mounted to a fixed support and having an open front, and a front part having an open back, arranged to contain electrical equipment, and hinged to the back part. A latch is mounted within one of the back and front parts, and is arranged to latch the front part and the back part closed. A key-operated control on the front of said front part permits a user to release the latch only by use of a key.

Abstract: An adjustable length lacer bar assembly having first and second elongated members is adapted for use with an electronics storage rack having first and second columns. The second member is telescopically received by the first member. The first and second members are respectively connectable to the first and second columns. The first and second members respectively include first and second tabs. In a first embodiment, the first and second mounting tabs are oriented substantially parallel to the direction of telescoping motion, and in a second embodiment, the first and second mounting tabs are oriented substantially perpendicular to the direction of telescoping motion.