Permanently attached rackmount handles and spacing brackets

A method of mounting a chassis to a telescoping rail assembly, the method comprising the steps of:

• providing, in combination,
• a housing configured for internally retaining electrical components in interoperable condition,
• the housing presenting dimensions of height, width, and depth,
• at least one handle including a first end and a second end distal from the first end,
• a telescoping rail assembly coupled with the housing for extensile and de-extensile motion of the housing in the depth dimension,
• a pivot assembly including;
• a pivot-mounting bracket coupled with the housing,
• a pivot linkage coupling the pivot-mounting bracket with the first end of the handle to permit pivoting of the second end across an arc wherein the second end travels a greater distance across the arc than does the first end,
• the arc comprising a retracted position where the second end resides adjacent the housing and an extended position where the second end resides away from the housing to occupy a greater width dimension than does the second end at the retracted position, and
• a support bracket including a wall segment rotatably fastened to the housing and a wing extending from the wall segment to an assembly position occupying a greater width dimension than the telescoping rail assembly, the wing in the assembly position being operable for support of chassis during attachment of the telescoping rail assembly to the housing;
• pivoting the handle to the extended position;
• lifting the housing through use of the handle;
• placing the wing of the support bracket on the telescoping rail assembly for support of the housing;
• attaching the telescoping slide assembly to the housing;
• and
• repositioning the support bracket on the housing to a position that does not interfere with depthwise translation of the chassis due to extensile and de-extensile motion of the housing in the depth dimension.

A rack-mountable chassis for use in housing electrical equipment, comprising:

• a housing configured for internally retaining electrical components in interoperable condition,
• the housing presenting dimensions of height, width, and depth;
• at least one handle including a first end and a second end distal from the first end;
• a pivot assembly including
• a pivot-mounting bracket coupled with the housing, and
• a pivot linkage coupling the pivot-mounting bracket with the first end of the handle to permit pivoting of the second end across an arc wherein the second end travels a greater distance across the arc than does the first end,
• the arc comprising a retracted position where the second end resides adjacent the housing and an extended position where the second end resides away from the housing to occupy a greater width dimension than does the second end at the retracted position;
• a telescoping rail assembly coupled with the housing for extensile and de-extensile motion of the housing in the depth dimension;
• and
• a support bracket including a wall rotatably fastened to the housing and a wing extending from the wall to an assembly support position above the telescoping rail assembly, the wing in the assembly support position being operable for support of the chassis on the telescoping rail assembly during attachment of the telescoping rail assembly to the chassis.