Bracket assembly for mounting electronics units in racks
A bracket assembly for mounting an electronics unit onto a rack includes (i) a bracket having a rack flange and a unit flange connected to the rack flange and (ii) a plurality of standoffs. The rack flange is configured to be mounted to a vertical post of the rack, and the unit flange is configured to be mounted to a sidewall of the electronics unit with the standoffs interposed between the bracket's unit flange and the electronics unit's sidewall to create an air gap between the electronics unit and the bracket that enhances passive and/or active cooling of the electronics unit.
1 . A bracket assembly for mounting an electronics unit onto a rack, the bracket assembly comprising:
a bracket comprising a rack flange and a unit flange connected to the rack flange; and
one or more standoffs, wherein:
the rack flange is configured to be mounted to a vertical post of the rack;
the unit flange is configured to be mounted to a sidewall of the electronics unit with the one or more standoffs interposed between the bracket's unit flange and the electronics unit's sidewall to create an air gap between the electronics unit and the bracket;
each standoff is a permanent, integral part of the unit flange; and
the unit flange is mountable to the electronics unit using one or more screws/bolts that pass through one or more untapped holes in the unit flange and engage one or more tapped holes in the electronics unit with the one or more standoffs abutting the electronic unit's sidewall away from the electronics unit's tapped holes.
2 . The bracket assembly of claim 1 , wherein the unit flange is orthogonal to the rack flange.
3 . The bracket assembly of claim 1 , wherein the unit flange is perforated by one or more airflow openings.
4 . A method for mounting the electronics unit of claim 1 to the rack of claim 1 using the bracket assembly of claim 1 , the method comprising:
mounting the rack flange to a vertical post of the rack; and
mounting the unit flange to the electronics unit with the one or more standoffs interposed between the bracket's unit flange and the electronics unit's sidewall to create the air gap between the electronics unit and the bracket, wherein:
each standoff is a permanent, integral part of the unit flange; and
the unit flange is mounted to the electronics unit using one or more screws/bolts that pass through one or more untapped holes in the unit flange and engage one or more tapped holes in the electronics unit with the one or more standoffs abutting the electronic unit's sidewall away from the electronics unit's tapped holes.
5 . The method of claim 4 , wherein the unit flange is orthogonal to the rack flange.
6 . The method of claim 4 , wherein the unit flange is perforated by one or more airflow openings.