Find or Sell any Parts for Your Vehicle in USA
Aviation Parts > Avionics > GPS

Ki-204 Vor/loc Converter & Glideslope Indicator on 2040-parts.com

US $999.99
Location:

Dallas, Texas, United States

Dallas, Texas, United States
KI-204 Vor/Loc Converter & Glideslope indicator, US $999.99, image 1
Condition:Used Brand:Bendix King Warranty:No Manufacturer Part Number:066-3034-02 Country/Region of Manufacture:United States

KI-204 Nav/Loc/GS indicator

This listing is for a used Bendix King KI-204 Vor/Loc Converter and Glideslope indicator unit, PN 066-3034-02, in good working condition. Unit will come with mounting tray.

Email for any questions.

 Check out my other items.

FEATURES

  • Navigation Indicator containing VOR/LOC left-right needle, To-From Indicator, VOR/LOC Warning Flag, Glideslope Deviation needle and Warning Flag, OBS, and integral VOR/LOC Converter
  • Rectilinear instead of pendulum type meter movements for more precise indicator readings
  • Internally lighted
  • Metal bezel with glass lens
  • Commonly used with KN-53 nav receivers, KX-155 nav/comm but can be used with older model KX-170/175 series radios
  • Commonly used with KN-75 remote mounted Glideslope Receiver
  • Model available with black bezel
  • Model available with 14/28 volt lighting
  • Similar to KI-203 indicator but DOES include Glideslope Deviation Indication
  • TSO'd

SPECIFICATIONS

SIZE:3.25"W x 3.25"H x 9.85"LWEIGHT:1.7 lbs.
TSO (VOR):FAA TSO C40a Operation above 15,000 ft.; DO 114 (by FAA approval)TSO (LOC):FAA TSO C36c Class D; RTCA DO 131
TYPICAL ACCURACY (VOR):(VOR) Bearing error less than 1.7 degrees. Full scale deflection for 10 deg. course error.TYPICAL ACCURACY (LOC):(LOC) Centering error less than 3uA. Three fifths delfection for 4dB tone ratio
TSO (GS):FAA TSO C34c Class D, RTCA DO-132-TEMPERATURE RANGE:-15 to +55C (operating)
CONVERTER INPUTS:Inputs: .5VRMS +-10% ARINC phasing (VOR Composite Input); 100k ohms (Input Impedance)CONVERTER OUTPUT DRIVE CAPABILITY:Five 1K loads 150 uA full scale (VOR/LOC Deviation); Two 200 ohm, 200-0-200uA loads (TO/FROM); Five 1K ohm, 0-260uA loads (VOR/LOC Warning Flag)
COURSE DATUM SYNCHRO OUTPUT:393mV/degree, 1 deg. Accuracy TypicalCOURSE DATUM SYNCHRO INPUT:

Note: Full payment required within 48hrs of auction end. Item will usually be shipped within 48hrs of received payment. Shipping and handling charges apply to Continental USA only. Additional charges apply for International destinations. No returns available for this item.

Lotus Evora 414E Range Extender EV moves forward

Sun, 28 Oct 2012

The Lotus Evora 414E – a Lotus Engineering range extender hybrid project – is still moving ahead with dynamic and durability testing now underway. On the surface the Evora 414E looked like every other Evora, but under the skin sat the first version of a Lotus range-extender platform with a pair of electric motors and a small, 3-cylinder range-extender engine promising impressive performance and economy. Despite the reveal of the 414E at Geneva in 2010, there’s not been a huge amount of news on Lotus pushing forward with the project, or at least not until we got the Infiniti Emerg-E Concept at Geneva this year that turned out to be underpinned by the Evora 414E platform.

Nissan to close Michigan design studio

Tue, 27 Jan 2009

In a cost-cutting move, Nissan is shutting its design studio at its research-and-development complex in suburban Detroit and moving the work to its main U.S. design studio in San Diego. The design studio in Farmington Hills, Mich., opened in 2005.

2015 Ford KA Concept revealed in Europe. And it looks a bit boring.

Fri, 06 Dec 2013

2015 Ford KA Concept revealed in Europe Last month we revealed the new Ford KA Concept after it debuted in Brazil, and now Ford has brought it to Europe to reveal where the KA is heading. At Ford’s Go Further event in Barcelona this week, Ford revealed the KA Concept as its vision of what the 2015 Ford KA will look like and offer. Sadly, the KA seems to have lost its quirkiness and gone mainstream; it looks like another homogeneous Ford, just smaller.

2040Parts.com © 2012-2024. All Rights Reserved.

Designated trademarks and brands are the property of their respective owners.

Use of this Web site constitutes acceptance of the 2040Parts User Agreement and Privacy Policy.

1.005 s, 11212 u