User manual DAXTEN GALAXY BROCHURE

[. . . ] SOME COUNTRIES DO NOT ALLOW LIMITATIONS ON HOW LONG AN IMPLIED WARRANTY LASTS, SO THE ABOVE LIMITATION MAY NOT APPLY TO YOU. IF THIS PRODUCT IS NOT IN GOOD WORKING ORDER AS WARRANTED ABOVE, YOUR SOLE REMEDY SHALL BE REPLACEMENT OR REPAIR AS PROVIDED ABOVE. IN NO EVENT WILL DAXTEN BE LIABLE TO YOU FOR ANY DAMAGES INCLUDING ANY LOST PROFITS, LOST SAVINGS OR OTHER INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OF OR THE INABILITY TO USE SUCH PRODUCT, EVEN IF DAXTEN OR AN AUTHORISED DEALER HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES, OR FOR ANY CLAIM BY ANY OTHER PARTY. NOTE: This equipment complies with the requirements of European EMC directive 89/336 EEC in respect of EN55022 Class B, EN 50082-1 and EN 60555-2. This equipment has been found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. [. . . ] 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 second mains adapter for the Rx60. 7 Applications 9-24 V DC Tx1 9-24 V DC VGA out UTP OUT VGA in Rx60 VGA out UTP IN 9-24 V DC 9-24 V DC Tx1 VGA out UTP OUT VGA in Tx1 w/UTPin VGA out Figure 2: Galaxy Tx1 connected to one Galaxy TX1 with UTP In module 8 UTP IN Tx4 Tx4 w/UTPin Rx60 Rx60 Tx4 w/UTPin Rx60 Rx60 Rx60 Rx60 Tx1 w/UTPin Large-scale system Voyager 125 Local UTP UTP in Tx1 w/UTPin UTP OUT Voyager 125 Remote Galaxy Tx1 with UTP in module used as repeater for high resolution 1200 X 1600 over long distance in a Voyager 125 system UTP Monitor 9 BEFORE INSTALLATION 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 drawing. Write down the configuration for the box if it contains a delayline so you can put in a spare box with the right settings. PROCEDURE FOR INSTALLATION Begin installation from the info-computer. Connect a Galaxy Tx1 or Tx4 (without UTP-in module) to the Info-PC. Put on a still test image on the info-computer. A) Connect a Rx60 receiver to the first Galaxy. Connect a monitor to the Rx60; adjust the R G B for the best picture. B) OR Connect a Tx1/4 Repeater Station or a Rx125/300; adjust the EQ and Gain for the best picture. The Galaxy products are made in many versions for special requirements: With and 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 Repeater 300M/Rx300. 200-300 M 100-200 M 0-100 M RGB RGB 200-300 M 100-200 M 0-100 M 10 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 otherwise the pictures on the other boxes will change. TROUBLE SHOOTING Video No picture on the Tx1. [. . . ] A ground loop is a current across a conductor, created by a difference in potential between two grounded points, as in two buildings connected by a run of data lines. GENERAL SPECIFICATIONS Galaxy Tx1 Size Weight Power Consumption Recommended Input Power Galaxy Tx4 Size Weight Power Consumption Recommended Input Power 215 x 105 x 44 mm (8. 46 x 4. 13 x 1. 73 in. ) 0. 80Kg (1. 77lbs) Max. 700mA with UTP-in module Regulated DC 12V/1, 3A or 9V/2A 215 x 105 x 44 mm (8. 46 x 4. 13 x 1. 73 in. ) 0. 80Kg (1. 77lbs) Max. 700 mA with UTP-in module Regulated DC 12V/1, 3A or 9V/2A Galaxy Rx60 Size Weight Power Consumption Recommended Input Power 160 x 65 x 28 mm (6. 30 x 2. 56 x 1. 10 in. ) 0. 35 Kg (0. 77lbs) Max. [. . . ]