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TM
Galaxy
Cat 5 Video Distribution System
Installation and Operation Manual rev 1.1
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LIMITED WARRANTY Daxten warrants the Galaxy™ to be in good working order for one year from the date of purchase from Daxten or an authorised dealer. Should this product fail to be in good working order at any time during this one year warranty period, Daxten will, at its option, repair or replace the Unit as set forth below. Repair parts and replacement units will be either reconditioned or new. All replaced parts become the property of Daxten. This limited warranty does not include servi
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Printed in Denmark Revision 1.1 3
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INTRODUCTION Thank you for choosing the Galaxy ™ system, designed for Distributing and daisy chaing high-resolution video signals over long distances via CAT 5 cables. By choosing Galaxy, you have assured that your installation is equipped for the ever- increasing demands made in a modern computer-based information environment. The Galaxy system allows the info-computer to transmit this monitor image to a number of receiver monitors in large environments such as subway stations, bus
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GETTING STARTED This manual describes the Galaxy installation and operation of the Galaxy system. CONNECTORS ON GALAXY All versions of the models are listed here Front view of Galaxy Tx1 Galaxy Tx1 UTP OUT VGA IN Front view of Galaxy Tx4 Galaxy Tx4 OUT 4 OUT 3 OUT 2 OUT 1 VGA IN Rear view of Galaxy TX 1and Tx4 UTP IN EQ GAIN 9-24 V DC Distance label Front view of Galaxy RX 60 DC 9-20V - + VGA out R G B UTP in Galaxy Rx60 DC jack connectors—There are two DC jack connectors on the
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powered by a 19vdc mains adapter. Since the Rx60 only uses 200ma, the TFT mains adapter will normally be able to power the Rx60 as well. This is done by plugging the DC jack from the TFT mains adapter (possibly with the help of a DC jack adapter) into one of the Rx60 DC jack connectors. A jack-jack cable, which must be obtained from a stockist or constructed from components, can then be used to take the 19vdc current from the Rx60 to the TFT screen. This obviates the necessity of a seco
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Tx1 Tx1 w/UTPin Figure 2: Galaxy Tx1 connected to one Galaxy TX1 with UTP In module Tx4 Tx4 w/UTPin Rx60 Rx60 Tx4 w/UTPin Rx60 Rx60 Rx60 Rx60 Tx1 w/UTPin Large-scale system 6 UTP OUT 9-24 V DC VGA out VGA in 9-24 V DC VGA out UTP IN
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Voyager 125 Local Voyager 125 Remote Tx1 w/UTPin Galaxy Tx1 with UTPin module used as repeater for high resolution 1200 X 1600 over long BEFORE INSTALLATION distance in a Voyager 125 system Galaxy Transmitter and Galaxy receivers. When planning large installations please chose the right boxes and configuration. When working with Daisy chains please make a drawing with cable lengths of your system and give the boxes a numbers so it is possible to locate the boxes on the drawi
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without UTP in modules, with and without delay lines. The UTP in modules differ in equalizing: the 125M module work with UTP lines up to 125M. For longer distances use the 300M Version with UTP-in for distances between 125 and 300 m The 125M version has no inside distance switches. The 300 version has inside switches for distance adjustment. Galaxy Repeater station TX1/TX4 300M and Rx300 Please Notice! The distance of the cat5 cable is set by micro switches inside the Galaxy Repeate
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As default the distance is set to maximum 300 M. Changes in distance settings are made inside the Tx Repeater/Rx300. If the picture has visible vertical shadows it can be improved by adding internal or external delay line. To get the highest picture quality connect a monitor direct to the Tx units to calibrate the EQ and Gain before moving on to the next repeater or receiver box. After installation adjustments should only be carried out on the monitor settings and Rx60/125/300 ends
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cable. SERVICE INFORMATION How long distance is it possible to make one line? The Tx1 and Tx4 has been tested with 900 meters without delaylines at 800x600. To go long distance you need a delay-line compensator to restore the signal. In information systems it is common to work in low resolution. Users are in distance of the display and need larger types. Daylight makes it difficult to work with monitors and displays outdoor. Using smaller displays needs larger types. Try read
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double-packed in the original container, insured, and shipped to the address given to you by our Technical Support representative. 11
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APPENDIX A. GENERAL SPECIFICATIONS Galaxy Tx1 Size 215 x 105 x 44 mm (8.46 x 4.13 x 1.73 in.) Weight 0.80Kg (1.77lbs) Power Consumption Max. 700mA with UTP-in module Recommended Input Power Regulated DC 12V/1,3A or 9V/2A Galaxy Tx4 Size 215 x 105 x 44 mm (8.46 x 4.13 x 1.73 in.) Weight 0.80Kg (1.77lbs) Power Consumption Max. 700 mA with UTP-in module Recommended Input Power Regulated DC 12V/1,3A or 9V/2A Galaxy Rx60 Size 160 x 65 x 28 mm (6.30 x 2.56 x 1.10 in.)
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www.daxten.com Unit 5 Distribution Centre 1579 Lexington Road 4 Harp Business Centre Shannon Free Zone Green Oaks, IL 60048 Apsley Way Shannon, Co. Clare London NW2 7LW Ireland USA United Kingdom info.ie@daxten.com info.us@daxten.com info.uk@daxten.com www.daxten.ie www.daxten.us www.daxten.co.uk Tel: +353 (0) 61 23 4000 Tel: +1 847 816 1337 Tel: +44 (0) 20 8438 3800 Fax: +353 (0) 61 23 4099 Fax: +1 847 816 4558 Fax: +44 (0) 20 8438 3899 • • • Künstler
