ETT25/40 - DC Extractor Thru Tee         ?  

Need additional power at the dish and don't want to run new cables?  Don't want to suffer high civil's costs? Orbital Research's new Extractor Thru Tee allows you to pass  and filter the L band and 10 MHz reference signals between a modem at J-2 and an LNB or BUC at J-1.  The modem supplies primary DC at J-2, and is split and extracted to J-4, which can power and additional LNB or BDC at the dish, while it continues to provide BUC power at J-1.  In addition, J-3 still functions as an external DC input to alternately power the LNB or BUC, and accepts DC at J-4 from an external DC supply, if desired.  Ports are polarity protected so that DC cannot feed back to the modem, or back into the external power supply.

Extractor Tees

Extractor Tees have all of the same great qualities as any of Orbital's Systems Interface Products -  DC blocking of the J-2 port to the receiver or modem, very low through loss, very low ripple, and great filtering to protect the L-band signal.  The Orbital Mux and Extractor Tees also condition the power supply with hash and low-pass filters.

Extract and Supply 10 MHz at the Dish

Other models of Extractor Tees, are the Extractor Mux Tee (EMT25/40) - which provides an additional 10 MHz output port at the dish which can be used with an Orbital 10 MHz Splitter to provide one or more additional 10 MHz reference ports at to lock up the entire system to the same 10 MHz reference.  The Extractor Redundant Tee (ERT25/40) has all the same functionality as the Extractor Thru Tee except that there is automatic switching of power sources in case of power supply failure.

Monitor and Control Through the IFL

Models of all of the Extractor Tees are also available utilizing the Orbital 433 MHz monitor and control channel.  Retro-fitting your system with Orbital 433 MHz Modems - a monitor and control channel is opened to establish communication and control of the devices at the antenna without laying new cable.  All signals, communication and power is transmitted through the existing IFL cable.