Product Description
The ESC-1 Convection Cooling System from SpeakerCraft is a slim fan-based cooling system for your rack system. The unit has a 1RU rackmount design to fit right into your existing rack to keep your various components cool. It has 2 fans that can move up to 150 cubic feet of air per minute. The ESC-1 has ultra quiet operation with temperature-sensitive speed control, plus remote voltage triggering with delayed off to dissipate residual heat.
- Slim 1RU rackmount design fits in any standard equipment rack
- Dual fans can move up to 150 cubic feet of air per minute
- Ultra quiet operation
- Temperature-sensitive speed control ensures the perfect speed for current heat conditions
- The unit has remote voltage triggering with delayed off to dissipate residual heat
- The ESC-1 Convection Cooling System from SpeakerCraft is a slim fan-based cooling system for your rack system. The unit has a 1RU rackmount design to fit right into your existing rack to keep your various components cool. It has 2 fans that can move up to 150 cubic feet of air per minute. The ESC-1 has ultra quiet operation with temperature-sensitive speed control, plus remote voltage triggering with delayed off to dissipate residual heat.
Features of this Product
- 150 Cubic Feet per Minute
- Remote Voltage Triggering with Delayed Off ( to dissipate residual heat)
- Temperature-Sensitive Speed Control
- Ultra Quiet Operation
- Shelf Dimensions: (H x W x D) 1 ¾”* x 17″* x 10 1/4″ (Allow 2″ for Connections) (44 mm x 432 mm x 260 mm) (Allow 51 mm for Connections)
- Rack Mount Dimensions: (H x W x D) 1 ¾”* x 19″ x 10 1/4″ (Allow 2″ for Connections) (432 mm x 57 mm x 260 mm) (Allow 51 mm for Connections) *Add ½” (13 mm) for feet
The ESC-1 Convection Cooling System from SpeakerCraft is a slim fan-based cooling system for your rack system. The unit has a 1RU rackmount design to fit right into your existing rack to keep your various components cool. It has 2 fans that can move up to 150 cubic feet of air per minute. The ESC-1 has ultra quiet operation with temperature-sensitive speed control, plus remote voltage triggering with delayed off to dissipate residual heat.
