User manual TELEX AUDIOCOM SSA-424 REV C

[. . . ] User Instructions SSA-424 Dual Digital Hybrid ADAMTM, ADAM CSTM, ZeusTM Intercom Systems LE V SE EL T -15 -12 SY -9 ST EM -6 -3 0 2 1 A PO WE R -10 dB 0dB +1 2d +4 B dB +8 4W dB RE LE F S VE EL L +3 +6 TW 1 +9 BA L O +1 4W 2 TO 2W LE V SE EL T T CH AN SE L 2 BA L -15 -12 SY -9 ST EM -6 -3 0 2 B -10 dB 0dB +1 2d +4 B dB +8 4W dB RE LEV F S EL EL +3 +6 TW 1 1 +9 BA L +1 4 2W TO 2W TO CH AN SE L 2 TM BA L SS A- 42 4 9350-7638-000 Rev C 10/04 PROPRIETARY NOTICE The RTS production information and design disclosed herein were originated by and are the property of Telex Communications, Inc. Telex reserves all patent, proprietary design, manufacturing, reproduction, use and sales rights thereto, and to any article disclosed therein, except to the extent rights are expressly granted to others. Reproduction in whole or in part without prior written permission from Telex is prohibited. UNPACKING AND INSPECTION Immediately upon receipt of the equipment, inspect the shipping container and the contents carefully for any descrpepancies or damage. [. . . ] 2 On the SSA-424 front panel, set the 2W CHAN SEL switches for System A and System B to the BAL position. If the System A or System B hybrid will not be used, set its 2W CHAN SEL switch to either OFF position. CH 1 AND 2 FROM AUDIOCOM INTERCOM SYSTEM TW CABLE PIN-OUT PIN 1 COMMON PIN 2 CH 1 PIN 3 CH 2 JB-2 FROM RTS TW INTERCOM SYSTEM CH 2 CH 1 SSA-424 AUX J5 POWER +5V 3A +15V 1. 6A -15V 0. 3A TW-5W PUSH AUX Telex Communications, Inc. , Made in U. S. A. J4B J3B J2B 4 WIRE SYSTEM J1B J1A 2 WIRE SYSTEM Figure 4. Using a JB-2 Junction Box to split a 2-channel Audiocom cable into two 1-channel cables. AUX Telex Communications, Inc. , Made in U. S. A. AUX SSA-424 J5 POWER +5V 3A +15V 1. 6A -15V 0. 3A J4B J4A +5V +15V RTN -15V RTN J3B J2B 4 WIRE SYSTEM J1B J1A 2 WIRE SYSTEM J2A J3A 4 WIRE SYSTEM Figure 3. Using a TW-5W to connect two TW channels to the SSA-424. LINE 1 J2A LINE 2 LINES 1&2 J4A +5V +15V RTN -15V RTN J3A 4 WIRE SYSTEM SSA-424 USER MANUAL 9 2. 4. 3 CLEAR-COM AUDIO CONNECTION 2. 4. 4 OTHER 2-WIRE AUDIO CONNECTION 1 Use standard Clear-Com 3-pin cables. Connect one Clear-Com party line to the J1A connector on the back of the SSA-424 (System A). Connect a separate Clear-Com party line to the J1B connector (System B). You can therefore connect the SSA-424 to powered Clear-Com cables, and it will not draw any power from the Clear-Com system. 2 On the SSA-424 front panel, set the System A and System B 2W CHAN SEL switches to position 2. If the System A or System B hybrid will not be used, set its 2W CHAN SEL switch to either OFF position. 1 Use the J1A connector on the back of the SSA424 to connect one 2-wire line to the System A hybrid. Use the J1B connector to connect a second 2-wire line to the System B hybrid. The pin configuration for the J1A and J1B connectors depends on whether you are connecting a balanced or unbalanced 2-wire line: Balanced Configuration Pin 1: Pin 2: Pin 3: No connection Balanced Audio + Input/Output Balanced Audio - Input/Output There are two possible configurations for unbalanced connection: Unbalanced Configuraton 1 Pin 1: Pin 2: Pin 3: Audio Common Audio + Input/Output No connection Unbalanced Configuration 2 Pin 1: Pin 2: Pin 3: Audio Common No connection Audio + Input/Output 2 On the SSA-424 front panel, set the CHAN SEL switches as follows: · Balanced Configuration: set the CHAN SEL switches to the BAL position · Unbalanced Configuration 1: set the CHAN · SEL switches to position 1. Unbalanced Configuration 2: set the CHAN SEL switches to position 2. If the System A or System B hybrid will not be used, set its 2W CHAN SEL switch to either OFF position. 10 SSA-424 USER MANUAL 2. 5 2. 5. 1 4-WIRE CALL SIGNAL CONNECTIONS These connections require the call signal option. Table 1. 1 2 3 4 5 6 7 8 9 10 Fu n c t i o n GPI Input #1 High (5-18 VDC) GPI Input #2 High (5-18 VDC) GPI Input #3 High (5-18 VDC) GPI Input #4 High (5-18 VDC) GPI Input #5 High (5-18 VDC) GPI Input #6 High (5-18 VDC) GPI Input #7 High (5-18 VDC) GPI Input #8 High (5-18 VDC) Common* Common* Common* Common* Common* GPI Out #1 GPI Out #2 GPI Out #3 GPI Out #4 GPI Out #5 GPI Out #6 GPI Out #7 GPI Out #8 Common* Common* Common* Common* CALL SIGNAL CONNECTIONS FOR ADAM, ADAM CS, AND ZEUS You can use the General Purpose Interface (GPI) connector to interface call signals. The pin-out of the connector is the same for all of these intercom systems (Table 1). ADAM GPI Connector: XCP-ADAM-MC, J11 ADAM CS GPI Connector: J903 Zeus GPI Connector: J27 If your intercom system is equipped with a UIO-256 Universal Input/Output Frame, you can also use that for connections (Tables 2 and 3, page 12). As an alternative to using the GPI, you can use external components to send and receive call signals as described in paragraph 2. 5. 2. IMPORTANT NOTE FOR AZEDIT USERS: AZedit version 1. 06 includes a feature which allows you to invert the action of the GPI outputs. By default, these outputs are set to duplicate the actio of the RTS FR9528 Relay Frame accessory. To check the AZedit setting, select Intercom Configuration in the Options menu. Click on the Options tab, then verify that Configure onboard GPI outputs in FR9528 mode is selected. TO SSA-424 AUX CONNECTOR (SYSTEM A OR B) 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 *Use any available common pin with any GPI input or output. DB9F CABLE CONNECTOR PIN NUMBERS (View from solder or crimp side) CLEAR-COM APPLICATION NOTE: IF A CALL ENABLE/INHIBIT SWITCH IS NOT USED, A JUMPER MUST BE INSTALLED TO ENABLE CALL SIGNALING. THE JUMPER IS NOT REQUIRED FOR ANY OTHER APPLICATION. 1 6 2 7 3 4 89 5 TO GPI IN COMMON TO GPI IN #1 (4-WIRE CALL RECEIVE INPUT) FROM GPI OUT #2 (OPTIONAL CALL ENABLE/INHIBIT CONTROL) FROM GPI OUT #1 (4-WIRE CALL SEND OUTPUT) GPI OUT COMMON (SEE UIO-256 APPLICATION NOTE) UIO-256 APPLICATION NOTE: GPI OUT - AT THE UIO-256 END, USE THE NORMAL OPEN (NO) CONTACT FOR GPI OUT CONNECTION, AND USE THE RELAY COMMON CONTACT FOR THE COMMON CONNECTION. GPI IN - USE THE INPUT HIGH PIN FOR THE GPI IN CONNECTION, AND USE THE COMMON PIN FOR THE COMMON CONNECTION. Figure 5. [. . . ] Another way to generate a call signal is by assigning the GPI output as a level 2 talk key assignment for any key that is assigned to talk to the SSA-424. However, this will cause the call lights to flash on the 2-wire line during the entire conversation. SSA-424 USER MANUAL 15 4 4. 1 Appendix INTERNAL ACCESS 1 Table 4. Mode DIP Switch Settings Sw i t c h Set t i n g s Des c r i p t i o n 2 3 4 Configuration 1, Half/Full Duplex Mode (default): Automatically switches between modes. Configuration 2, Switched Full Duplex Mode: Switches from half duplex to full duplex 3-9 seconds after conversation begins on the 4wire line. [. . . ]