This qu sb rk19 rack ear kit from allen heath is designed to mount the qu sb digital mixer 4 ru in a standard 19 rack or flightcase.
Allen and heath rack mount kit.
Sweetwater has found the allen heath qu sb to be an outstanding solution that s flexible scalable and reliably rock solid.
Whatever your i o requirements allen heath offer a comprehensive range of i o hardware for all our digital mixers.
Now thanks to the allen heath sq 5 rackmount kit it s easy to transport too.
Now thanks to the allen heath ah qu sb rk19x it s easy to transport too.
Allen heath qu 16 rackmount kit 59 99 allen heath qu 16c rack mountable compact digital mixer chrome edition 1 699 00 featured items you may like page 1 of 1 start over page 1 of 1.
Once the rack ears have been properly attached use the included rack screws with washers to mount in any 4 ru rack case.
The ah qu sb rk19x rack kit places your allen heath qu sb digital mixer conveniently alongside your other rackmount gear.
Each of the two steel rack ears attaches to the sides of the mixer with the included screws.
An optional 4u rack mounting kit is available which allows installation in industry standard 19 inch racks.
Rack mount kits are available for the zed 10 zed 10fx part code.
Sweetwater has found the allen heath sq 5 to be an outstanding solution that s flexible scalable and reliably rock solid.
Dt168 offers the acclaimed allen heath preamps complete with 96khz converters for best in class sound quality over dante plus primary and secondary ports for daisy chain or redundancy through secure ethercon connectors.
The ab168 rk10 from allen heath is a rackmount kit which lets you mount the ab168 audiorack interface in a 19 equipment rack or a case taking 4 rack spaces.
Me personal mixing system compatible with dlive sq gld qu and 3rd party digital mixers.
With dlive up to 6 dx168 units can be connected directly to a dlive system 4 via the mixrack and 2 via the surface allowing up to 96 remote inputs and 48 remote outputs in addition to those provided by the mixrack and surface.