Part #: 110-324

Model: 110-324

ACR/Artex - ELT Antenna, Whip, with Inductor
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Part Number :


110-324
FEATURES
  • 110-324 Wire Whip Antenna
SPECIFICATIONS
Reference: DO-183 Dimensions:  18.5” x 1” 
Weight:   1.5 lbs  Application:   Speeds up to 250 knots
Frequency:  121.5/243.0 MHz Approvals:   TSO-C91a

 

Serial # 365715-06
Condition NEW
Mods -
Tag Date 03/19/15
Shop ACR Electronics Inc
110-324
- ELT Antenna, Whip, with Inductor
Price Condition Status
$75.00 NEW OUTRIGHT STOCK

Click on a question below to see the answer. If you have a question about this model that is not answered below, please contact questions@seaerospace.com

An Artex ELT with a part number ending in -999 simply indicates that the unit is not programmed and is intended to be programmed via dongle (DGL-1) or wired into the ELT NAV interface (455-6500). Mostly only fleet operators and airlines request this programming ability to avoid reprogramming an ELT during routine maintenance should the ELT be replaced.

Most Artex ELT systems are received by distributors programmed with the ELT serial number for use in the USA. Thus the P/N ends in -366. If the ELT is programmed for another country, then the appropriate labels are placed on the ELT. However, the original dataplate part number remains the same. Dealer/distributors who are authorized to program Artex ELTs are not permitted to change the part number of the ELT.

Therefore, if someone requires an Artex ELT to actually have the -999 part number then this must be requested before the distributor places the order with the factory. Otherwise, programmed ELTs can be programmed with a default hex address and ID to be equivalent to the -999 status. When this is done by an authorized programming facility, the dataplate remains the same but the separate label with country and three digit code becomes blank and the hex ID label indicates the default hex ID.
COSPAS is an acronym for the Russian words "Cosmicheskaya Sistema Poiska Avariynyh Sudov" . These Russian words translate to "Space System for the Search of Vessels in Distress".
SARSAT is an acronym for "Search And Rescue Satellite-Aided Tracking". The SARSAT system was developed as a joint effort by the USA, Canada, and France.