Summary of Contents for System X Series Matrix X
- Page 1 S Y S E M Series Matrix X M3216AX M3216XX M3208AX M1608AX Installation Manual 2850-00002...
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Page 3: Table Of Contents
S Y S E M Introduction Page 2 ............. . Page 2 Validity . -
Page 4: Introduction
S Y S E M Introduction ® The Series Matrix X consists of a number of video matrix units controlled via ORKS Ÿ M3216AX: 32 video inputs / 16 video outputs with loop facilities on both video inputs and outputs for easy expansion. -
Page 5: Installation
Please note, that it is of outmost importance to keep track of the order in which the various System X units are activated e.g. by carefully noting the exact time the Service Pin is activated. This information is crucial when identification and configuration of each unit is carried out later using the S111SX Node Manager. -
Page 6: Lon® Connection
S Y S E M ® connection ® All SYSTEM X components (nodes) are connected together in a common ORKS communication network. Refer to the drawings at the fold-out page at the end of this manual. Connection is polarity insensitive. A detailed description of cabling, network topology, temination etc is included in ®... -
Page 7: Video Input Expansion
S Y S E M Video input expansion Ÿ M3216AX/3208AX: Connect a XLOOP cable from the LOOP MON connector on the first unit to the neighbouring LOOP MON connector on the unit above or below. Further units are interconnected in the same way. Connect cameras 1-32 to the video inputs on first unit, cameras 33-65 to the second unit a.s.o. -
Page 8: Video Input- And Output Expansion
Also the Ernitec SYSTEM 1000M matrix can be used as a remote system, meaning that from a System X it is possible to view and operate cameras connected to the remote SYSTEM 1000M. The I151SX-REMOTE protocol conversion box must be used as interface ®... -
Page 9: First Time Start
Please note, that it is of outmost importance to keep track of the order in which the various System X units are activated e.g. by carefully noting the exact time the Service Pin is activated. This information is crucial when identification and configuration of each unit is carried out later using the S111SX Node Manager. -
Page 10: Lon® Installation
Note: If you have no previous experience with LON installation, study this section carefully! ® All SYSTEM X components (nodes) are connected together in a common ORKS communication network. The network is polarity insensitive and therefore either of the two twisted pair wires can be ®... -
Page 11: Termination
In a bus topology networksegment, two terminations are required, one at each end of the bus. The termination resistors should each be a 105 Ω , 1/4W type. Termination resistors, which are included with the SYSTEM X keyboard, are easily fitted ® using the LON connectors on the SYSTEM X units as shown on the figure. -
Page 12: Lon® Network Cables
S Y S E M ® Network Cables ® The following five cables/cable types have been validated by Echelon , but other cables may be used provided they have specifications similar to the ones listed below: Examples Validated Cables and Cable Types Diameter Shield Belden 1624... -
Page 13: Junction Boxes
When splicing/terminating cables in the LON Network installation, the following methods are normally used: A Pass-Thru Junction Box is used to splice two cables. No SYSTEM X nodes or connectors are provided at a pass-thru junction box. Pass-Thru Junction Box... -
Page 14: Specifications
S Y S E M Specifications M3216AX M3216XX M3208AX M1608AX Note , 75 Ω Video inputs (BNC) , 75 Ω Video outputs (BNC) Video loop out (XLOOP) For expansion. Video bandwidth 10 Hz - 12 MHz -3 dB Crosstalk, <-60 dB @ 4,43 MHz input-to-input Noise... - Page 15 S Y S E M 2850-00002 Page 13...
- Page 16 S Y S E M Video input & output expansion Example: 96 input / 48 output matrix LOOP CAM. 1-16 LOOP CAM. 17-32 LOOP MON. LOOP CAM. 1-16 LOOP CAM. 17-32 LOOP MON. 75 Ω C1-32, M1-16 XLOOP675 XLOOP350 LOOP CAM. 1-16 LOOP CAM.
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