Screen Technics ELECTRICINEMA Manual 

All inputs on module 1 are accessed by removing right hand end cap of screen canister 1. Contact Close Input a. Contact Close Input for local control b. Requires 2 x Momentary contacts duration minimum 50 milliseconds c. Dedicated contact for Up & Down d. Stop command is close opposite travel contact or both Up & Down together 2. DC Trigger Input a. Down command is sent when a DC Voltage of 3 Volts @ 1mA minimum is applied to input, a Up command is sent b. Up command is sent when a DC Voltage of less than 1.0 Volts DC @ 1mA is applied to input, a Down command is sent c. Maximum cable length 75 meters approximately based 24 AWG gauge cable

a. Connect Network uses a RJ11 6P6C Plug 6 core wired straight through b. 50 Meter maximum cable length between modules c. Connect network carries commands when connected to other Connect Modules d. Maximum of 8 Modules Total, including Connect IP module 4. Infra-Red Input a. Supplied with 2 channel IR transmitter b. Supplied with IR receiver with 300mm and 1.2M input lead c. IR operates on Group 1 & 2 as standard 5. RJ45 LAN Input a. DHCP or Static IP addressable b. Internal Web Browser c. TCP/IP controllable 6. PC or Mac Connect Software a. As the module is DHCP default, this software will allow simple operation and identification of IP address and port number of IP connect modules on network b. PC Connect software will search for Connect IP Modules on the network c. Screen shot below showing module, IP address using PC Connect d. Connect to module

f. Allows operation of module via simple control g. When command is sent – string showing command, IP address, Port number and feedback response is shown in the box below h. Click on Browser button and simple control screen appears i. Click on login to view advanced settings page

a. Using web browser b. Type IP address as shown in PC Connect Software c. Connect Login screen will be shown d. Input User Name : Admin e. Password : Connect 8. Connect Internal Web Browser a. Select Direct Control from Control Menu b. Direct Control Screen shown below c. Partial 1 & 2 act as stop command unless partial has been programmed d. MAF address and Module ID shown e. Simple control feature f. Status indication of screen – use refresh to obtain latest status update

a. Direct Control Screens that have been programmed with the same IR group or switch group (contact Close input) b. Partial 1 & 2 act as stop command unless partial has been programmed c. Simple control feature

a. Access settings via set up tab b. Setting of static IP address c. Mac address set up (If replacing on network) d. Current IP operating parameters

a. Access this menu by selecting System then Module Settings b. Select MAF address or Module ID and select load c. Change value and select update d. This menu will enable changes of features within the module e. 127 registers in total f. Screen shot below showing register page

a. Add the value of IR groups b. If you wish the module to operate on Group 1 only – change register 75 to a value of 2 c. If you wish the module to operate on Group 1 & 2 only – change register 75 to a value of 6 Commonly Used Registers Register Number 65 Operation PIN 66 Programming PIN 67 Partial Pos 1 – Lo 68 Partial Pos 1 – Hi 69 Partial Pos 2 – Lo 70 Partial Pos 2 – Hi 71 SWITCH MODE 72 Partial 1 Open Mode 73 Partial 2 Open Mode 74 SWITCH GROUP Bitmapped Register below 75 IR GROUP Bitmap Register Below 76 Timer Up 77 Timer Down 78 MODULE_ID 82 Time_delay_up (100mS) 83 Time_delay_down (100mS)

a. Add the value of switch groups b. If you wish the module to operate on Switch Group 1 only – change register 74 to a value of 2 c. If you wish the module to operate on Group 1 & 2 only – change register 74 to a value of 6 GROUP VALUE 1 2 2 4 3 8 4 16 5 32 6 64 7 128 8 256 9 512 TOTAL GROUP VALUE 1 2 2 4 3 8 4 16 5 32 6 64 7 128 8 256 9 512 TOTAL

Calculate the register number by using following table:- Transfer the Value for each required group to the right column. The Total of the values in the right column then becomes the Register Value Eg to set groups 1, 2 & 4 then the Total value is 22. GROUP VALUE 1 2 2 4 3 8 4 16 5 32 6 64 7 128 8 256 9 512 TOTAL

a. This serial command protocol is essentially the same for all console channels (a) TELNET via TCP/IP (2 ports 3001) (b) HTTP via port 80 FORMAT The stream is made up of messages. A message consists of 1 to 80 printable ascii characters followed by and end of message. An end of message is one or more of CR and LF optionally combined with any number of delimiters. A message is made up of unsigned numerical value fields in decimal format separated by one or more delimeters. A delimiter is any single or combination of space, comma or tab. Examples of valid messages to the IP Connect module are given below. All these messages have the same meaning. 1,3,45 1,3,45 1,3,45 ,1,3,45 1,3,45, 1,3,,45, 1,3, 45, 1,3,45,, , 01,3,45 000000001,3,45 1 3 45 1, 3, 45 A message is not a valid message if It contains more than 80 characters before an end of message character is received. It contains a character that is not ,,,,0,1,2,3,4,5,6,7,8,9,”,”. A numerical field exceeds 65535 It contains more than 10 fields If a packet is determined to be not a valid message it is ignored. If a message is determined to be invalid before the end of message is ignored then all characters received are ignored until an end of message character is received. Messages from the IP Connect module comply with the requirements of the incoming messages but in addition are fixed width formatted. Each numerical field is made of 5 characters (leading spaces and digits). A comma delimiter is included. An Example is shown below. 1, 3, 45

a. These commands are used to control the operation of screens. b. The Switch groups and IR groups must be programmed according to section 5 c. Unified address is MAF address plus 16 e.g. Module 1 is Unified address 17 Operate Module Direct COMMAND Value Description 30 Module ID Operate Module UP 31 Module ID Operate Module PARTIAL 1 32 Module ID Operate Module PARTIAL 2 33 Module ID Operate Module DOWN 36 Module ID Operate Module STOP d. Command followed by value 0 operates all modules connected via Connect Network including the Connect IP module (e.g.: 30 0 will operate all devices connected via the Connect network) e. Example of direct command Connected to 192.168.0.32:3001 – command 30 1 using module ID would see the screen move to up position IR Group Commands f. IR group control can be used to control screens directly if connected via Connect Network including the Connect IP module g. Each module will require programming via register 75, as per point 11 in document h. Example of direct command Connected to 192.168.0.32:3001 – command 20 1 ,would see all screens programmed to operate on IR group 1 move to up position i. Command followed by value 0 operates all modules connected via Connect Network including the Connect IP module

Command IR Group Description 20 IR Group 1 to 9, 0 Operate IR Group UP 21 IR Group 1 to 9, 0 Operate IR Group PARTIAL 1 22 IR Group 1 to 9, 0 Operate IR Group PARTIAL 2 23 IR Group 1 to 9, 0 Operate IR Group DOWN 26 IR Group 1 to 9, 0 Operate IR Group STOP Switch Group Commands a. Switch group control can be used to control screens directly if connected via Connect Network including the Connect IP module b. Each module will require programming via register 74, as per point 11 in document c. Example of direct command Connected to 192.168.0.32:3001 – command 20 1 - would see all screens programmed to operate on Switch group 1 move to up position d. Command followed by value 0 operates all modules connected via Connect Network including the Connect IP module Operate Switch Group Command Switch Group Description 10 SWITCH Group 1 to 9, 0 Operate Switch Group UP 11 SWITCH Group 1 to 9, 0 Operate Switch Group PARTIAL 1 12 SWITCH Group 1 to 9, 0 Operate Switch Group PARTIAL 2 13 SWITCH Group 1 to 9, 0 Operate Switch Group DOWN 16. Programming Partial Positions 1 & 2 a. Before partial positions can be programmed, the screen must be calibrated – Calibration is done by sending the below command. eg. to calibrate screen 1 a code of 192.168.0.32:3001 – command 042 17 using Unified address would see the screen calibrate b. Calibration command can also be sent from the PC Connect software Command MAF Address + 16 Value 1 42 Unified Address 3781

command. d. Due to motor run time this feature is not available on some large projection screens or Screen Lowering devices e. Partial 1 must be set first and must be above partial 2 f. Note that if partial positions have been programmed Stop 1 and Stop 2 on infra red transmitter will send screen to partial 1 & 2, and will not stop the screen. Setting the Partial positions Note: Partial posi tions are set using internal timers, position can vary due to mains voltage fuctuations, motor load changes and temperature. a. To set Partial 1 – stop screen at required location and send command - if screen 1 is being used a IP address 192.168.0.32:3001 – command 044 17 using unified address would see the screen set partial position 1 b. To set Partial 2 – stop screen at required location and send command - if screen 1 is being used a IP address 192.168.0.32:3001 – command 045 17 using unified address would see the screen set partial position 1 17. Module Status Feedback A module status buffer (20 record FIFO) is updated as a automatically generated Send Register Commands with register number = 0x20 are sent from each module. The module status buffer contains the Module ID (1 byte), and Module Status (2 bytes) Command 050 Response from module e.g. 150, 1, 1, 6 – value 6 indicates screen at top Command Value 1 Value 2 Value 3 150 Status Module ID Module Status Register (0x20) COMMAND MAF Address + 16 Value 1 Description 44 Unified Address 3781 Sets Partial Position 1 45 Unified Address 3781 Sets Partial Position 2

Status=2 is returned if valid data and there are still records in status buffer Status=3 is returned if valid data but the buffer is full (eg may have lost data) Status=6 is returned if there are no new records This buffer is updated when screens are moved. It is also updated automatically every 60 seconds. It needs to be polled regularly to clear the stored data otherwise it will get full and records will be lost. Even though screens may not be moving the data is being updated even though the status is the same Example of string from module 192.168.0.32 3001 Up Send 30 1 192.168.0.32 3001 Up Receive 130, 1, 1 192.168.0.32 3001 Status Change Receive 9999 192.168.0.32 3001 Get Module Status Send 67 3781 192.168.0.32 3001 Get Module Status Receive 167, 0, 255, 255, 255, 255, 255, 255, 255, 255 192.168.0.32 3001 Status Change Receive 9999 192.168.0.32 3001 Get Module Status Send 67 3781 192.168.0.32 3001 Get Module Status Receive 167, 6, 255, 255, 255, 255, 255, 255, 255, 255 Response Type No Connect IP Module 0 Moving top 1 Moving bot 2 Moving PP1 3 Moving PP2 4 Moving PPT 5 Moving PPB 6 At TOP 7 At BOTTOM 8 At PP1 9 At PP2 10 Stopped manual 11 Error 12 Spare 13 Fail-timeout 14 Fail – current 15 Rattle 16 At PPT 17 At PPB

a. This feature allows the IP CONNECT module to be identified by AMX AV Control Systems. When polled the IP CONNECT module responds with a Beacon message which contains device specific information. (Eg Make, Model, Version) With this information the AMX system is able to then configure itself with the correct protocol to be able to control the IP Connect Module. b. The protocol works for any of the Serial ports, and over TCP/IP. c. The AMX “Device Discovery White Paper.Doc” defines, The Dynamic Device Discovery Protocol - the connection methods and data interactions required to dynamically connect a third party device to a NetLinx Master via either serial or IP connectivity. d. AMX Discovery is enabled using Register 80 or via internal web browser 19. Factory Reset Switch a. Single long press for 5 seconds approximately Factory Default Mode selected. LED double flashes. Pressing button again exits mode. Receiving an IR command exits this mode. b. Single short press for 3 seconds approximately Screen Rattle command. 3 seconds down 1 second up. LED single flashes while in this function. Pressing button again stops screen. Function is exited when screen operation finished or another screen operate command is acted on. c. Double short press for 2 seconds approximately per button press Screen Up command. Screen travels to up limit. LED single flashes while in this function. Pressing button again stops screen. Function is exited when screen travels to up position or another screen operate command is sent. d. Triple short press for 2 seconds approximately per button press Screen Down command. Screen travels to down limit. LED single flashes while in this function. Pressing button again stops screen. Function also exited when screen operation finished or another screen operate command is acted on.

a. Hold reset button on module until LED flashes twice to put the IP module into static IP mode b. You will need to set your network adaptor to look for IP range – example shown c. Default IP address is 192.168.1.254 http://192.168.1.254 Into browser address bar Input User Name : Admin - Password : Connect You should now see the direct control screen You can now access the settings for the Connect IP module

The following instructions are for the adjustment of the limit switches that alter the upper and lower stop positions on "Connect" ElectriCinema IP Screens only Where are The Limit Switches? (On the Left Hand Side). One switch is accessible through the slat rod opening and the other is behind a rubber grommet towards the front of the canister. Which Switch is for Up and Down? Down switch - Accessible through the rubber grommet Up switch - Accessible through the slat rod opening What Tools do I Need? Either the limit setting tool (supplied), a narrow tip screw driver (less than 4mm) or a 4mm Allen Key Which Way do I Turn the Switch? Clockwise always increases the amount of rotation (travel) of the motor. Anti-clockwise always reduces the amount of rotation (travel) of the motor. So pick the switch responsible for the limit position, up or down. Clockwise turning of the switch will always let the motor travel further in that direction. Anti-clockwise turning of the switch will lessen the amount of travel in that direction. Can I adjust the switch while the screen is sitting on the limit - ie fully up or down? Clockwise adjustment? – YES. But it is better to back the screen away from the limit and then adjust Anti-clockwise adjustment? - NO you will damage the micro switch if you turn it anti-clockwise while the screen is sitting on the limit. Never attempt this. You must back the screen away from the limit before adjustment. After adjustment you will need to run the screen up and down to pick up the new limit Will I void the product warranty if I damage the screen whilst making these adjustments? Yes.!!! Should you have any questions regarding the installation of our products please call our sales desk on +61 2 4869 2100 for assistance Screen Technics Pty Ltd Cnr Vale & Suttor Roads, Moss Vale, NSW 2577 Ph: +62 2 4869 2100 Fx: +62 2 4869 2123 Thinking Screens ….. Think Screen Technics