Abstract: A trading desk cluster of back-to-back, side-to-side paired desk modules employs a generally enclosed cabinet for mounting internally electronic data processing equipment, which develops high heat under load. The enclosed cabinet includes an apertured front wall for passage of cooling air and carries internally a fan assembly including a box-like plenum chamber, from which rises at the rear an upright outlet duct sized smaller than the open lower end of a vertical chimney at the rear of the desk. Tilting of the fan assembly permits the outlet duct to project vertically upward within the chimney and locked to the lower end thereof. The fan assembly is mounted on an angle bar for tilting and for supporting the fan assembly for sliding longitudinally to a position so as to overlie and be centered with the underlying processing equipment such as a CPU.
Abstract: A trading desk cluster of back-to-back, side-to-side paired desk modules employs a generally enclosed cabinet for mounting internally electronic data processing equipment, which develops high heat under load. The enclosed cabinet includes an apertured front wall for passage of cooling air and carries internally a fan assembly including a box-like plenum chamber, from which rises at the rear an upright outlet duct sized smaller than the open lower end of a vertical chimney at the rear of the desk. Tilting of the fan assembly permits the outlet duct to project vertically upward within the chimney and locked to the lower end thereof. The fan assembly is mounted on an angle bar for tilting and for supporting the fan assembly for sliding longitudinally to a position so as to overlie and be centered with the underlying processing equipment such as a CPU.