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A latch comprises a frame securable to an enclosure, and a handle pivotally secured to the frame for pivoting between a closed position and an open position. The distal end of the handle has a drive pin extending therefrom. The latch also comprises a pawl having a latch key, a distal end secured to

A latch comprises a frame securable to an enclosure, and a handle pivotally secured to the frame for pivoting between a closed position and an open position. The distal end of the handle has a drive pin extending therefrom. The latch also comprises a pawl having a latch key, a distal end secured to the frame, and a proximal end coupled to the drive pin. Closing the handle causes the drive pin to move the pawl toward a side of the chassis bay and deploy the latch key into engagement with a slot in the side of the chassis bay. Opening the handle causes the drive pin to move the pawl away from a side of the chassis bay and withdraw the latch key out of engagement with the slot in the side of the chassis bay.

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1. A latch, comprising: a frame securable to a proximal end of a compute node enclosure receivable within a chassis bay having at least one slot in a side thereof;a handle pivotally secured to the frame by a pivot pin, the pivot pin located intermediate a proximal end of the handle and a distal end

1. A latch, comprising: a frame securable to a proximal end of a compute node enclosure receivable within a chassis bay having at least one slot in a side thereof;a handle pivotally secured to the frame by a pivot pin, the pivot pin located intermediate a proximal end of the handle and a distal end of the handle so that the handle can be pivoted about the pivot pin between a closed position and an open position, wherein the distal end of the handle has a drive pin extending therefrom;a flexible pawl comprising a flat metal sheet and having, a distal end secured to a first side of the frame adjacent the side of the chassis bay, and a proximal end, the proximal end comprising a latch key on a first side thereof facing the slot, and a channel on an opposing second side thereof, the channel formed by bending the proximal end of the flat metal sheet back toward the distal end, wherein the channel receives the drive pin and allows the drive pin to move within the channel, and wherein the proximal end of the flexible pawl is spring-biased toward the first side of the frame such that the latch key is normally biased into the slot in the chassis bay;wherein positioning of the handle in the closed position causes the drive pin to move towards the first side of the frame so as to allow the proximal end of the flexible pawl to move toward the side of a chassis bay and deploy the latch key through the slot; andwherein positioning of the handle in the open position causes the drive pin to move away from the first side of the frame and flex the proximal end of the flexible pawl away from the first side of the frame and withdraw the latch key from the slot. 2. The latch of claim 1, wherein the flexible pawl is in a relaxed condition to deploy the latch key and in a flexed condition to withdraw the latch key.