HEIL QUAKER / ICP 215509 TRANSITION ASY 90+ RPJ3

TRANSITION ASY 90+ RPJ3

The TRANSITION ASY 90+ RPJ3 roof jack is used to raise and lower the transition assembly in the new ICP series metal roofs. It is designed for use with the transition assembly RPJ3, but can also be used with RPJ1 and RPJ2.

Open your door to the world of ultra high performance plasmas with the TRANSITION ASY 90+ RPJ3. This lamp has a peak output of 2,000 ANSI lumens and a brilliant color palette that will make your presentations pop. Welcome to the Philips family.

The ICP 215509 TRANSITION ASY 90+ RPJ3 is designed for use with two-member stations like the QUAKER® J3 and other HEIL "SPARCHANGE" transceivers. The transition assembly includes all necessary wiring from the microphone or headset to the switcher, suitable accessories, and the physical adapter pieces to make it work with older SPARCHANGE equipment. This ASP will mate with numerous earlier models in your rack mount transceiver system.

The ICP 215509 TRANSITION ASY 90+ RPJ3 is a two phase thermal transfer keyboard that provides direct interface to the ICP 215509 Digital Controller/Power Supply. The standard keycap mount of this keyboard is 25mm.

The HEIL Quaker® and Catalog Number 215509 Transition Asy 90+ RPJ3 are designed for use as a sterile, single use, low loss extended length transducer housing.

The Quaker/ICP 215509 Transition Asy 90+ RPJ3 is a solid wall 90+ furnace which features a variable speed external blower. The Quaker/ICP 215509 is  "up to 30% more efficient than single stage furnaces and delivers up to 90% AFUE efficiency, which puts it in the top 10% of the most efficient heating systems available." - hVAC.com article . This furnace is also ENERGY STAR qualified.

The Quaker/ICP Transition ASY 90+ RPJ3 jaw crusher is a combination of the Quaker 733 ASY short head and the ICP 215509 long head. The ICP 215509 is mounted on top of the rail of the 733 to give a heel to toe crushing action. The long head can be fitted with the optional Patent Re. 2165598 feeder box, which enables both impact free feeding and product discharge for applications where excessive fluxing or comminution could be an issue.