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Vega VLB-44 Lantern 

 

25 Jan 2011 - Rev 9 

 

VEGA INDUSTRIES 

VLB-44 LED LANTERN INSTRUCTIONS 

 

General Information 

 

The Vega VLB-44 LED lantern is a versatile lantern capable of being installed on buoys, fixed 
structures and lighthouses.  It is generally used when a self-contained LED lantern is not feasible 
or cost effective to operate. The lantern is available in white, yellow (except 2.5 degree), red and 
green, and three vertical divergences; 10 degrees (total to 50% peak intensity) for use on buoys, 5 
degrees for fixed structures and 2.5 degrees for lighthouses.  The narrow divergence (2.5 degrees) 
concentrates light in the horizontal plane, but requires a stable platform to remain level.  This 
regulates the 2.5 degree lantern to lighthouses or rock-solid structures unaffected by wind or 
waves.  
 
The VLB-44 is available with up to 8 tiers of LEDs to increase intensity.  This lantern requires an 
external 12 VDC power source from a DC power supply or a legacy solar power system 
consisting of solar panels and rechargeable lead-acid batteries.  Note: due to the nature of LED 
lanterns this signal can not be used with a color sector.   

 

 

 

 

 

Vega VLB-44 5-Tier LED Lantern 

 

 

 

       

Selection Criteria 

 

Intensity selection should be based on the operational requirements of the aid.  To determine the 
intensity requirements for any aid, Districts shall use the standard procedures for selecting an 
AtoN light signal as prescribed in the AtoN Technical Manual (Chapter 6, Section 6.B, page 6-1)

 

and the Visual Signal Design Manual (Chapter 3).  These references describe how operational  

Summary of Contents for VLB-44

Page 1: ...evel This regulates the 2 5 degree lantern to lighthouses or rock solid structures unaffected by wind or waves The VLB 44 is available with up to 8 tiers of LEDs to increase intensity This lantern req...

Page 2: ...tern with the fewest number of tiers LED Version The capabilities of LEDs change rapidly Periodically Vega uses new LEDs in a specific lantern or group of lanterns This impacts the lantern s intensity...

Page 3: ...contract specialist if the Item No listed in the contract is included with your order VLB 44 Color Divergence Tiers Base Mount Where Color WHT RED GRN YEL Divergence 2 5 05 10 for lighthouses structur...

Page 4: ...Press and hold TV keep holding TV button Enter 1 0 6 2 while still holding TV button Release TV button Note the codes for RCA remote needs to be verified Use the Vega remote until positive confirmatio...

Page 5: ...he Light List It is not practical to flash the VLB 44 at a 0 1 second rate A typical rhythm would be 1s FL 4s EC 1s FL 9s EC Note that the period remains the same 15 seconds and the duty cycle is 2s 1...

Page 6: ...night and intensity set for both day and night The daylight control function is performed by the SACII III and the lantern is controlled by power being applied at dusk and secured at dawn by the SACI...

Page 7: ...ds 2 Enter the programming sequence for the flash rhythm 10337 wait for confirmation flash after each digit 3 Leave the programmer idle for 10 seconds to exit the programming mode The lantern will giv...

Page 8: ...presenting zero 0 The light will give 2 quick flashes followed by a short pause then another 2 quick flashes After this it will flash on the programmed rhythm at the selected intensity for 16 20 secon...

Page 9: ...to determine the LED version is 35 3 Leave the programmer idle for 10 seconds The lantern will give 4 quick flashes to indicate that it has entered the programming mode The lantern will flash once ea...

Page 10: ...or 020 For the 4 second eclipse the code is 4 0 05 80 or 080 The 14 second eclipse exceeds the 12 75 second limitation so it is entered as two 7 second codes 7 0 05 140 The ADD code is 001 000 is the...

Page 11: ...ep 2 Try the code again or wait at least 10 seconds to exit the programming mode and reenter the above sequence step 1 Bench Test Bench test each beacon with a 12 volt DC power source to ensure proper...

Page 12: ...viewed at low heights of eye 4 8 A 9 3 No of Tiers A 1 4 4 2 5 9 3 7 5 4 9 1 5 10 7 6 12 2 7 13 8 8 15 4 For high base add 2 8 to A dimension 2 5 degree lantern is 10 9 Mount 3 holes On a 7 7 8 bolt c...

Page 13: ...n Replacements are available from COMDT CG 432A Screw the four bird spikes into the top of the lantern Install the appropriate solar panel using the solar panel installation kit and the appropriate nu...

Page 14: ...ositive and white or blue for negative The green yellow wire is a sync wire and is only used to synchronize two lanterns together DO NOT connect it to the buoy hull The box is gray and may be painted...

Page 15: ...s outlined in the Short Range Aids to Navigation Servicing Guide Be sure the tilt angle is appropriate for the area and that the panel is facing south The leads from the lantern and solar panel should...

Page 16: ...rent of the VLB 44 is below 1 5 amps see the programming section for additional info regarding the daylight control and daytime intensity setting Technical Data Sheet 96 03 http www uscg mil hq cg4 cg...

Page 17: ...r stripping back the appropriate length of outer jacket and conductor jacket tin the ends of the wire with rosin core solder Slide a long piece of heat shrink tube on each conductor and crimp and sold...

Page 18: ...r Blue Note how ends are sealed with heat shrink Green Yellow not used Only used when double stacking 8 tier lanterns For most applications a 2 wire power cable will suffice Questions Comments Questio...

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