Page 1 ® Intraplex ACS-160 & STL-160 Series T1 Multiplexer Installation & Operation Manual ACS-163 Terminal Access Server (3RU) ACS-165 Drop & Insert Access Server (3RU) ACS-166 Dual Terminal Access Server (3RU) ACS-167 Terminal Access Server (1RU) ACS-168 Drop & Insert Access Server (1RU) ACS-169 Dual Terminal Access Server (1RU) STL-163 Studio-to-Transmitter Link (3RU) STL-165 Studio-to-Transmitter Link (3RU)
Page 2 Products equipment, please check our Customer Support fitness for a particular purpose. Web page: Harris shall not be liable for errors contained www.broadcast.harris.com/support/productsupport.asp herein or for incidental or consequential damage You can also call the Customer Support line or send...
Page 3 Version Date Revisions Made Section Pages Editor 4/29/2011 Corrected Specs: Consumption, PSY5024 and PSY100AC Output (cont.) Power, and 1RU Shelf Output Power. Added Regulatory Compliance. 2.02 10/1/2010 Combined Wiring and Power sections into Wiring & Power section. 3.6 – 3.7 3-12 – 3-23 Added Available Power subsection.
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Page 5: Table Of Contents
3.4.1 Redundant CM-5RB Installation ...............3-2 3.4.2 CM-5RB Combined Module and Line Redundancy Installation .......3-3 3.5 Module Adapters ................3-5 3.5.1 MA-215 and MA-217B Module Adapters ............3-6 3.5.2 MA-235-1 and MA-235-2 Module Adapters ..........3-7 3.6 Wiring & Power ................3-10 Harris Corporation Intraplex Products...
Page 6 5.1.2 DS0 Management Communications ............5-7 5.1.3 SCM-IP Module/IP Network ..............5-13 5.2 User Interfaces ................5-14 5.2.1 IntraGuide Software ................5-14 5.2.2 SNMP Support via SCM-IP Module ............5-18 5.2.3 Intraplex Simple Command Language (ISiCL) ......... 5-18 Harris Corporation Intraplex Products...
Page 7 Appendix A – ISiCL CM-5RTD Delay Configuration ......A-1 A.1 Delay P Codes ................. A-1 A.2 Delay S Codes ................. A-2 A.3 CM-5RTD Operation ................A-3 A.4 Delay Setting with RS-232 Remote Port ..........A-4 A.5 Delay Setting with RS-422 Control Port ..........A-5 Harris Corporation Intraplex Products...
Page 8 Figure 2-24. Drop and Insert Multiplexer Configuration ............2-28 Figure 2-25. ACS-165 Drop and Insert System ............... 2-29 Figure 3-1. Top View of Redundancy Modules and Paired Line Redundancy Adapters ..... 3-3 Figure 3-2. ACS-163 Multiplexer Front View with Redundant Common Modules ......3-3 Harris Corporation Intraplex Products...
Page 9 Figure 5-15. DS-64NC Status Screen ..................5-18 Figure 5-16. Turning Modules On and Off with Remote Control ..........5-35 Figure 5-17. Change Channel Module Configuration by Remote Control........5-37 Figure 5-18. Relationship of CSU Line Performance Data Commands to Multiplexers ....5-42 Harris Corporation Intraplex Products...
Page 10 Table 4-5. Timing Status Indicator Lights ..............4-12 Table 4-6. Timing Status Functions ................4-13 Table 4-7. Channel Service Unit (CSU) Configurations..........4-18 Table 4-8. Framing and Line Coding Configurations ........... 4-18 Table 4-9. REDN Group Menu Functions ..............4-19 Harris Corporation Intraplex Products...
Page 11 Table 6-8. Indicator Lights in Drop and Insert Loopback Test or DI-B CM-5RB Test ..6-13 Table A-1. Delay Feature P Codes ................A-2 Table A-2. Delay Feature S Codes ................A-3 Table A-3. CM-5RTD Indicator Lights ................ A-3 Harris Corporation Intraplex Products...
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Page 13: Section 1 - Introduction
Intraplex ACS-160 Series and STL-160 Series T1 Multiplexers. If you have any questions on the operation of your Intraplex system and cannot find the answers in this manual, please contact Harris Customer Service: ● U.S., Canada, and Latin America: +1-217-222-8200 or tsupport@harris.com...
Page 14: Manual Use
The ACS-163 and ACS-167 terminal multiplexers each terminate one T1 circuit. The ACS-165 and ACS-168 multiplexers each terminate two T1 circuits and allow channels to pass between the two circuits as well as to terminate at the multiplexer. Harris Corporation Intraplex Products...
Page 15: Multiplexer Component Parts
Power supplies Warning! All common modules, channel modules, and power supplies must be inserted so that the white eject tab is at the bottom in a 3RU shelf and at the right in a 1RU shelf. Harris Corporation Intraplex Products...
Page 16: Cm-5Rb Common Modules
Each channel module installation and operation manual gives power requirement details. Section 7 – “Specifications” includes a listing of Intraplex power supplies.) Figure 1-4 through 1-15 show the physical placement of the ACS-160 components in the equipment shelf. Harris Corporation Intraplex Products...
Page 17: Figure 1-4. Acs-163 Multiplexer, Front View (No Cover)
Primary Power Supply First CM-5RB Second CM-5RB 16 slots for channel modules Figure 1-6. ACS-166 Multiplexer, Front View (no cover) 5 slots for channel modules Power supply CM-57RB Figure 1-7. ACS-167 Multiplexer, Front View (no cover) Harris Corporation Intraplex Products...
Page 18: Figure 1-8. Acs-168 Multiplexer, Front View (No Cover)
Terminal strip 1 CM-5RB (DC power) Module adapters for common modules AC power in Terminal strip 2 (alert and alarm relays) Figure 1-10. Equipped ACS-163 Multiplexer, Rear View MA-215 for each CM-5RB Figure 1-11. ACS-165 Multiplexer, Rear View Harris Corporation Intraplex Products...
Page 19: Cm-5Rb User Interface
The GROUP and SET/NEXT switches • A four-character alphanumeric display for abbreviated group and function names • A bi-level indicator light set (green on top, red on bottom) that shows whether the function displayed is currently active Harris Corporation Intraplex Products...
Page 20: Function Groups And Configuration Switches
Advanced configuration: This group menu provides settings for CM-5R-TD functions and other specialized applications that rarely need adjustment in most systems. Section 3.3 – CM-5RB Advanced Configuration Group Menu gives a detailed explanation of the menu settings. Harris Corporation Intraplex Products...
Page 21: Indicator Lights
“flash” means erratic flickering. Table 2-1 in Section 2.1.3.7 gives more details for CM-5RB indicator lights, and Table 2-8 in Section 2.1.5 gives more details for power supply indicator lights. Harris Corporation Intraplex Products...
Page 22: Table 1-1. Cm-5Rb And Power Supply Status Indicator Lights
(Power NORMAL (Green) On when no alert or alarm is present. Supply) ALERT (Yellow) On when an alert condition exists. ALARM (Red) On when an alarm condition exists. Section 6.3.5 defines alert and alarm conditions. 1-10 Harris Corporation Intraplex Products...
Page 23: Section 2 - Functional Design
(+5 VDC, +15 VDC, and -15 VDC), from which each common and channel module draws current as needed. Power supplies from the signaling battery and ring generator, if used, also connect to the power distribution bus. Harris Corporation Intraplex Products...
Page 24: Drop And Insert Operation: The Signal Bus Role
T1 signal time slots coming from each direction transfer to the outgoing T1 signal in the other direction. When any transmit-only or full duplex channel modules are installed and active, their output overrides the data coming through on their selected time slot(s). Data in time slots not in Harris Corporation Intraplex Products...
Page 25: Cm-5Rb Common Modules
T1 line receiver (input) ● T1 aggregate demultiplexing to individual channels ● Loopback configurations ● Microprocessor control ● User interface Figure 2-4 shows a functional diagram of the CM-5RB module. Figure 2-4. CM-5RB Common Module T1 Functional Diagram Harris Corporation Intraplex Products...
Page 26 4 milliseconds and for the ESF format is less than 18 milliseconds. Mean time to lose frame in the presence of a high (10 ) random bit error rate exceeds several hours (Figure 2-5). Harris Corporation Intraplex Products...
Page 27: Figure 2-5. Mean Time To Lose T1 Frame Synchronization
Battery failure does not become evident until power is removed and the equipment is subsequently repowered. Upon repowering, the alphanumeric display on the common module flashes “ERR 0” or remains blank. Harris Corporation Intraplex Products...
Page 28: Figure 2-6. Cm-5Rb Common Module, Front View
Diagnostic functions (LPBK, BLNK, RVU1, and DIAG) in Section 6 – “Testing and Troubleshooting” Use the GROUP switch to select a particular function group and the SET/NEXT switch to view and set functions within the currently selected group. The four-character alphanumeric display shows Harris Corporation Intraplex Products...
Page 29 Read CM-5RB Module Indicator Lights Table 2-1 gives CM-5RB indicator light descriptions. For all the lights, ON means the light is on continuously; BLINK means a rhythmic, one-half second on, one-half second off pulse; and FLASH means erratic flickering. Harris Corporation Intraplex Products...
Page 30: Table 2-1. Cm-5Rb Indicator Lights
The CM-5RB transmitter is using timing provided by an external clock. BLINK External is selected for primary timing, but the module is currently using fallback timing. LPBK Loopback (yellow) One or more of three internal CM-5RB loopbacks (line, equipment, or payload) is active. Harris Corporation Intraplex Products...
Page 31: Redundancy
DI-B CM-5RB module does not hold this information. The DI-A CM-5RB module queries the DI-B CM-5RB status and reports it to the DI-B backup CM-5RB module (Figure 2-7). The DI-B backup CM-5RB module then takes appropriate action. Since DI-B CM-5RB Harris Corporation Intraplex Products...
Page 32: Figure 2-7. Redundant Cm-5Rb Functions In Drop And Insert Multiplexer
(that is, a CM-5RB module cannot act as a backup for a CM-5R or vice versa). To determine if a common module has combined module and line redundancy capability, check the ejector tab. It has one of these labels: “CM-5RB,” “CM-5R,” or “CM-5RTD.” 2-10 Harris Corporation Intraplex Products...
Page 33: Figure 2-8. Combined Module And Line Redundancy Block Diagram
“T1/E1 Backup.” Both module adapters work as a pair but are implemented as two separate adapters. This arrangement is designed to allow replacement of a failed MA without interruption to the active service. Harris Corporation 2-11 Intraplex Products...
Page 34: Figure 2-9. Signal Flow After Primary Module Failure
You can configure module redundancy for revertive or non-revertive switching. This feature can be set separately for line and module redundancy. If enabled, module redundancy reversion occurs as soon as a working primary module replaces a failed primary module and the backup module’s channel 2-12 Harris Corporation Intraplex Products...
Page 35: Table 2-3. Line Failure Conditions
Good condition is preferable to Soft Fail condition. Accordingly, Soft Fail is better than Hard Fail. When a switch in line occurs, both the backup CM-5RB module and MA-235 module adapter become active (Figure 2-10). Harris Corporation 2-13 Intraplex Products...
Page 36: Figure 2-10. Signal Flow After Primary Line Failure
Table 2-5. Failure Switching Precedence: Rev/Non-Rev Line Redundancy and Primary Line Backup Line Status Good Soft Hard Good Soft Hard P = Primary Line is active B = Backup Line is active NC = No Change (current state) 2-14 Harris Corporation Intraplex Products...
Page 37 (Tables 2-5 and 2-6). Figure 2-10 shows T1 signal flow after a line switch operation to the backup line. In this state, both transmit and receive T1 traffic flows through the backup CM. Harris Corporation 2-15 Intraplex Products...
Page 38: Table 2-7. Alert/Alarm Line Condition Dependencies
“NOBK” (no backup). This setting is typically used for systems installed without a backup T1 line. The FTI mode is an additional Event condition mode. When operating in FTI mode, three additional Event conditions are in effect for line redundancy. 2-16 Harris Corporation Intraplex Products...
Page 39 If Equipment Loopback is active at the time the module is switched inactive, it is automatically turned off and hidden from view on the front panel display (Section 6.3.1 – T1 Loopback Use). Harris Corporation 2-17 Intraplex Products...
Page 40: Power Supply Modules
These four indicator lights are visible when the front cover of the multiplexer is closed: ● POWER ● NORMAL ● ALERT ● ALARM The SUPPLY FAIL indicator light(s) are not visible when the cover is closed. 2-18 Harris Corporation Intraplex Products...
Page 41: Table 2-8. Power Supply Indicator Lights (When On)
Power supply test points (E9, E10, E11, and E12) allow testing for proper voltages. Section 6.6.4 – Power Supply Test gives the procedure for using these test points. Figure 2-12 contains a simplified functional diagram of the power supply. Harris Corporation 2-19 Intraplex Products...
Page 42: Channel Modules
Each channel module’s transmit side converts its input into one or more 64 kbps time slots and places this information onto the transmit bus on the midplane for multiplexing by the CM-5RB module (Section 2.1.3 - CM-5RB Common Modules). Similarly, each channel module’s receive side takes the 2-20 Harris Corporation Intraplex Products...
Page 43: Figure 2-13. Channel Module Direction And Time Slot Settings
In this arrangement, all the polling modules are set to use the same time slot, but each responds only when it receives the Request-To-Send (RTS) signal. Harris Corporation 2-21 Intraplex Products...
Page 44: Module Adapters
(has power), first remove the associated channel module. Similarly, to install a new channel module, first install the module adapter and then install the module itself. 2-22 Harris Corporation Intraplex Products...
Page 45: System Functionality
ESF format provides better error detection than SF, and you should use it whenever possible; however, some older networks and channel service units (CSUs) do not support the ESF format. ACS- 160 Series multiplexers can be set to operate using either SF or ESF frame format. Harris Corporation 2-23 Intraplex Products...
Page 46: Figure 2-16. Superframe (Sf) Format
Figure 2-17. Extended Superframe (ESF) Format 2.2.1.2 T1 Line Coding To assist in detecting transmission errors, all T1 lines use one of these two forms of line coding: ● AMI (alternate mark inversion) ● B8ZS (Bipolar With 8-Zero Substitution) 2-24 Harris Corporation Intraplex Products...
Page 47: Figure 2-18. Ami Line Coding
B8ZS circuit, the multiplexer checks the surrounding bit sequence to determine whether it is part of a zero substitution code or a true transmission error. Figure 2-19. Original Payload with Eight Consecutive Zeroes Harris Corporation 2-25 Intraplex Products...
Page 48: Terminal Multiplexers
(Figure 2-22). Each T1 circuit is supported by one CM-5RB module and has eight slots available for channel modules. The ACS-169 is a 1RU (1¾" high) shelf that accommodates up to four channel modules. The functionality of these two multiplexers is otherwise identical. 2-26 Harris Corporation Intraplex Products...
Page 49: Point-To-Point Systems
Most payload types, such as voice and full-duplex data circuits, have both an input and an output at each terminal multiplexer. However, some payload types, like simplex data and one-way program audio channels, have an input at one multiplexer and an output at the other, with no return signal. Harris Corporation 2-27 Intraplex Products...
Page 50: Drop And Insert Multiplexers (Acs-165 And Acs-168)
The addition of one or more drop and insert multiplexers converts a simple point-to-point system into a drop and insert system (Figure 2-25). Data, voice, program audio, and distribution (multiple-drop) circuits can be established between any two locations in a T1 drop and insert system. 2-28 Harris Corporation Intraplex Products...
Page 51: Figure 2-25. Acs-165 Drop And Insert System
The only limiting factor is the 24-time slot capacity of the T1 circuit between any two adjacent locations. Drop and insert systems are not limited to a single drop and insert multiplexer. In fact, you can use them to link as many as one hundred locations. Harris Corporation 2-29 Intraplex Products...
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Page 53: Section 3 - Installation & Wiring
4. Inspect equipment for damage. 5. Verify that the multiplexers are equipped as expected, confirming items from the packing list (Bill of Materials). If you have any questions regarding possible equipment damage or shipping errors, please contact Harris Customer Service: Harris Corporation Intraplex Products...
Page 54: Multiplexer Shelf Installation
Note: CM-5RB modules are fully interchangeable. Any CM-5RB module can be used as a primary terminal, DI-A, or DI-B multiplexer. Any CM-5RB module can also be used as a backup terminal, backup DI-A, or backup DI-B multiplexer. Harris Corporation Intraplex Products...
Page 55: Cm-5Rb Combined Module And Line Redundancy Installation
Note: Common modules are interchangeable; that is, a CM-5RB module can be either a primary or a backup common module. Figure 3-2. ACS-163 Multiplexer Front View with Redundant Common Modules Harris Corporation Intraplex Products...
Page 56: Figure 3-3. Acs-163 Multiplexer Rear View With Ma-235-1 And Ma-235-2 Module Adapters
Figure 3-5 presents the CM-5RB front panel user interface (FPUI) and switch locations. When power is first applied to the chassis, the 4-character display on the primary and backup common module’s front panels indicate the system multiplexing mode (Figure 3-6 and Table 3-1). Figure 3-5. CM-5RB FPUI 4-character Display Location Harris Corporation Intraplex Products...
Page 57: Module Adapters
This section discusses the MA-215 and MA-217B module adapters for a CM-5RB common module and the MA-235-1 and MA-235-2 module adapter pair for CM-5RB common modules using line redundancy. Individual channel module manuals contain information on their matching module adapters. Harris Corporation Intraplex Products...
Page 58: And Ma-217B Module Adapters
Common module redundancy T1 network port: Tables 3-11 and 3-12 gives pin assignments. Remote port: Table 3-15 gives pin assignments. External timing in port: Table 3-13 gives pin assignments. External timing out port: Table 3-174 gives pin assignments. Harris Corporation Intraplex Products...
Page 59: Ma-235-1 And Ma-235-2 Module Adapters
Table 3-5 gives MA-235-2 input and output port assignments, and Figure 3- 8 shows connector locations. An external removable shielded cable (CA-202, 26-pin miniature Sub-D) provides signal connection between the MA-235-1 and MA-235-2 adapters. Harris Corporation Intraplex Products...
Page 60: Table 3-4. Ma-235-1 I/O Ports
TXTIP 5- Send towards network, tip to a public 6- Not used network 7- Frame ground (transmit) 8- Frame ground (receive) MA-235-1 26-pin External cable Various Pinouts not necessary subminiature D required MA-235-2 Comm Harris Corporation Intraplex Products...
Page 61: Table 3-6. Ma-235-1 Switch 1 Functions And Settings
When daisy chaining, the last multiplexer in the chain should have this switch on, and the others should be Off. Note that Positions 4,5,6 should be set as a group (that is, all On or all Off). Harris Corporation Intraplex Products...
Page 62: Wiring & Power
These guidelines assume that the multiplexers are completely wired before placing any T1 or payload circuit into service. Figures 3-9 and 3-10 identify the rear panel connectors for the 3RU and 1RU equipment shelves, respectively. 3-10 Harris Corporation Intraplex Products...
Page 63: Figure 3-9. Rear Panel Connectors On Acs-165 Using Ma-215 Module Adapters
However, the MA-215 adapter has an RJ-48C connector for the T1 circuit, and the MA-217B adapter has a DB-15 connector for the T1 circuit. Figure 3-11 shows the pin locations on both module adapter connectors. Harris Corporation 3-11 Intraplex Products...
Page 64: Channel Service Unit Connection
T1 line. Figure 3-12 shows the Pin 1 and 8 orientation for the MA-215, MA-235-1, or MA-235-2 module adapters and the RJ-48C connector. Figure 3-12. MA-215, MA-235-1, or MA-235-2 T1 Port and RJ-48C Connector Pin Orientation 3-12 Harris Corporation Intraplex Products...
Page 65: Table 3-8. Actual Csu Line Build-Out Settings
Table 3-9. T1 I/O Connector Pin Assignments on MA-215, MA-235-1, and MA-235-2 Connector Description Receive from network, ring Receive from network, tip Not used Send towards network, ring Send towards network, tip Not used Frame ground (transmit) Frame ground (receive) Harris Corporation 3-13 Intraplex Products...
Page 66: Figure 3-14. T1 Circuit Connection Between Ma-217B And Csu
Figure 3-14. T1 Circuit Connection between MA-217B and CSU Warning! The multiplexer and the CSU must both be set to use the same T1 frame format (ESF or SF) and line coding (B8ZS or AMI). 3-14 Harris Corporation Intraplex Products...
Page 67: External Timing Connector Wiring (Optional)
The MA-215, MA-235-1, MA-235-2, and MA-217B module adapters use an RJ-11 jack for the remote port. Table 3-13 gives the pin assignments. When connecting the remote port to a modem, use a null modem cable (a null modem cable provides a standard RS-232 DCE to DCE connection). Harris Corporation 3-15 Intraplex Products...
Page 68: Power And Alarm Connection Wiring
* The 1RU shelf equivalents are pins on the DB-15 ALARMS connector. ** When the shelf is not powered (turned on), all relays default to their alarm positions. Normally open contacts are closed and normally closed contacts are open. 3-16 Harris Corporation Intraplex Products...
Page 69: Figure 3-15. Connection For Dc Operation Of 3Ru Systems
Note: The wiring in Figures 3-15 through 3-18 is not needed with the VF-16A, VF-16AE, VF-18A, or VF-18AE modules. Figure 3-15. Connection for DC Operation of 3RU Systems Figure 3-16. Connection for DC Operation of 3RU Systems with Two Power Sources Harris Corporation 3-17 Intraplex Products...
Page 70: Figure 3-17. Connection For Ac Operation Of 3Ru System With External Signal Battery
When the ACS-OPT1 option is in place, the rear panel looks like Figure 3-19. For maximum redundancy, connect the two power cords to two different AC power sources. Figure 3-19. 3RU Multiplexer Rear Panel with ACS-OPT1 Dual AC Power Feed Option 3-18 Harris Corporation Intraplex Products...
Page 71: Available Power
Check the individual channel module manuals for those modules’ power requirements. Table 3-15. Nominal Power Requirements for Common Modules and Module Adapters Nominal Nominal Power Power Used Used Module (Watts) Module (Watts) Common CM-5RB CM-5RTD Modules MA-235-1 MA-215 Active Module Adapters MA-235-2 MA-216 Harris Corporation 3-19 Intraplex Products...
Page 72: Power Application
35 watts for a 50-watt unit, 30 watts for a 60-watt unit, or 95 watts for a 100-watt unit, call the Harris Customer Service to determine whether the configuration may in fact overload the power supply.
Page 73: Shelf Power For Additional Channel Modules
If additional channel modules would overload your power supply module or if you have questions about determining the power supply capacity needed, contact Harris Customer Service. 3.7.2 Channel Module Direction and Transmit/Receive Time Slot Setting Set the channel module transmit/receive direction using the guidelines in Section 4.2.3 –...
Page 74 8. Remove the channel loopback. 9. If desired, perform end-to-end tests or single-ended (far-end loopback) tests with the other site. 10. Ensure that no alarm or alert indicator lights are on. 3-22 Harris Corporation Intraplex Products...
Page 75: Section 4 - Setup & Configuration
CM-5RB module. The basic configuration provides most of the settings you need to make on the CM-5RB module. Figure 4-2 shows the flow of the basic configuration group menu, and Table 4-1 supplements that information with a complete description of each group. Figure 4-1. CM-5RB User Interface – Horizontal View Harris Corporation Intraplex Products...
Page 76: Figure 4-2. Cm-5Rb Basic Configuration Group Menu Structure
A dva nce d C onf i gu ra t io n G rou p T 1 o r CS U X . X X F ct y A DDR 0000 TDLY CM-5TD Only T DS A Figure 4-2. CM-5RB Basic Configuration Group Menu Structure Harris Corporation Intraplex Products...
Page 77: Table 4-1. Cm-5Rb Basic Configuration Group
External timing of T1 link – Only displays if the CM-5RB module is in TERM mode. Thru Through timing of the T1 link – Only displays if the CM-5RB module is in DI-A or DI-B mode. Harris Corporation Intraplex Products...
Page 78 Time delay control for units with optional delay capability (CM- 5RTD module) – Section 4.7 – Optional Integrated CM-5RTD Time Delay (TDLY Group) TDSA Time delay subaddress (1-36) Local control RED = local control off, GREEN = local control on Harris Corporation Intraplex Products...
Page 79 Never switch to a backup. On power-up, the 4-character display on the front panel indicates the multiplexing mode on the primary CM-5RB module (Table 4-2). If a backup CM-5RB module is installed, it always reads BKUP during power-up. Harris Corporation Intraplex Products...
Page 80: Access Configuration Group
DS0 Management Communications describes internal DS0 management control settings (COMM). 4.3 CM-5RB Advanced Configuration Group Menu In addition to the basic configuration features, the CM-5RB module also contains an Advanced Configuration Group for controlling specialized functions that rarely need adjustment in most systems. Harris Corporation Intraplex Products...
Page 81: Enter Advanced Configuration Group
2. Press up once on the SET/NEXT switch to move to the next group. Figure 4-3 details the flow of the Advanced Configuration Group menu, and Table 4-3 supplements that information with a complete description of each group. Harris Corporation Intraplex Products...
Page 82: Figure 4-3. Cm-5Rb Advanced Configuration Group Menu Structure
ACS-160 Series & STL-160 Series T1 Multiplexer Installation & Operation 4 – Setup & Configuration Version 2.11, August 2011 Figure 4-3. CM-5RB Advanced Configuration Group Menu Structure Harris Corporation Intraplex Products...
Page 83: Table 4-3. Cm-5Rb Advanced Configuration Group Menu
Frame loss is declared when two out of four consecutive framing patterns are in error. f2/5 Frame loss is declared when two out of five consecutive framing patterns are in error. exit Exit FRAM and display TXYL. Harris Corporation Intraplex Products...
Page 84 Exit PLL and display EIB CUST Customer application menu RED = not selected, GREEN = selected Std (Default) Standard alarm declaration criteria Modified alarm criteria Modified alarm criteria for use in studio-to-transmitter links (STLs) Modified line criteria 4-10 Harris Corporation Intraplex Products...
Page 85: T1 Transmitter Timing (Time Group)
SET/NEXT switch. After the first press, the green (top) light blinks, indicating a change is about to be made. After the second press, it turns on continuously, indicating the timing source now on the display is active. Harris Corporation 4-11 Intraplex Products...
Page 86: Primary Versus Fallback Timing
Loop timing is selected for primary timing; however, the module is currently using fallback timing. On a drop & insert multiplexer, the indicator lights represent: CM-5RB transmitter is through-timed. BLINKING Through-timing is selected for primary timing, but module is currently using fallback timing. 4-12 Harris Corporation Intraplex Products...
Page 87: Timing Status Functions
(Figure 4-4 and Figure 4-6). In systems timed from one end and not synchronized to the carrier's network, one terminal is internally (or externally) timed while the other is loop timed (Figures 4-5, 4-7, and 4-8). Figure 4-8 shows an ACS-160 Series system with an external timing source. Harris Corporation 4-13 Intraplex Products...
Page 88: Figure 4-4. Point-To-Point System Synchronized To Network
Figure 4-5. Point-to-Point System Internally Timed from One End, Not Synchronized to Network Figure 4-6. Drop and Insert System Synchronized to Network Figure 4-7. Drop and Insert System Internally Timed from One End, Not Synchronized to Network 4-14 Harris Corporation Intraplex Products...
Page 89: Synchronized T1 Systems
ACS-160 Series systems loop-timed to the same network are also synchronized to each other and to the network. T1 systems are synchronized to prevent buffer overflows or underflows, generally called “slips,” in these types of network switching systems: ● Digital central offices ● PBXs ● Digital cross-connect systems Harris Corporation 4-15 Intraplex Products...
Page 90: Frame-Synchronized T1 Systems
CM-5RTD common module with time delay on each multiplexer at the hub site (Location 1 in Figure 3-10). The CM-5RTD module locks the frame generator of the common module to the external signal. 4-16 Harris Corporation Intraplex Products...
Page 91: T1 Frame Format & Line Code (Tsel Group)
TSEL group. The green (top) bi-level indicator light turns on when the display shows the currently set selection for the CSU. The red (bottom) indicator light turns on when the display shows the other configurations not selected for CSU. Harris Corporation 4-17 Intraplex Products...
Page 92: Framing And Line Code Configuration
1 in every 8 bits must be a one and no more than 15 consecutive zeros can be sent. If the data violates this requirement for ones density, the PDE puts ones in the output data to ensure density compliance. (It also put errors in the data.) 4-18 Harris Corporation Intraplex Products...
Page 93: Redundant Cm-5Rb Modules (Redn Group)
The TD-1 T1 Delay Module is now fully integrated into the CM-5RTD module, no longer requiring a separate channel module. The CM-5RTD option provides a programmable time delay of between 6 and 131076 bit times (between 3.89 and 84.89 milliseconds) in the module’s receive path. Harris Corporation 4-19 Intraplex Products...
Page 94: Cm-5Rtd Setup
ISiCL commands. 5. Press SET/NEXT up twice to toggle LCL on or off. 4.7.2 Operation The CM-5RTD module has a set of indicator lights (Table 4-10) located behind the TIMING indicators. 4-20 Harris Corporation Intraplex Products...
Page 95: Cm-5Rb Module And Line Redundancy (Mrdn & Lrdn Groups)
MRDN or LRDN appears. Table 4-22 shows the MRDN group menu items and their parameters. Table 4-23 shows the LRDN group menu items and their parameters. Note: Both the primary and backup common modules display the items shown in the FAIL and BER groups in Table 4-22. Harris Corporation 4-21 Intraplex Products...
Page 96: Table 4-11. Mrdn Group Menu Functions
If the ON/OFF light is red (OFF state), the backup line is being used. You can also use this item to manually generate a switch to the primary line by momentarily toggling the SET/NEXT switch to the UP position. 4-22 Harris Corporation Intraplex Products...
Page 97 1 x 10-3 Bit Error Rate (BER) threshold 10^4 1 x 10-4 Bit Error Rate (BER) threshold backup CMs) 10^5 1 x 10-5 Bit Error Rate (BER) threshold 10^6 1 x 10-6 Bit Error Rate (BER) threshold Exit Exit the BER sub-menu. Harris Corporation 4-23 Intraplex Products...
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Page 99: Section 5 - Remote Control Operation
Figure 5-1. Direct Connection to Multiplexer Note: You can also connect multiple CM-5RB modules in a daisy-chain configuration with the output of a common module connected to the input of another common module, using special Intraplex cables and adapters. Harris Corporation Intraplex Products...
Page 100: Figure 5-2. Daisy-Chain Connection To Other Control Modules
ACS-160 Series & STL-160 Series T1 Multiplexer Installation & Operation 5 – Remote Control Version 2.11, August 2011 Figure 5-2. Daisy-Chain Connection to Other Control Modules Figure 5-3. SCM-IP Connection on Remote Network Management Systems Harris Corporation Intraplex Products...
Page 101 0040, the display now reads 0040. The red (bottom) light is on, indicating the display is not the current address. 7. To change the multiplexer’s network address to the number on the display, press up twice on the SET/NEXT switch. Harris Corporation Intraplex Products...
Page 102: Table 5-1. Change Multiplexer Network Address From 0001 To 0040
To select the SIO group, press up or down on the GROUP switch one or more times until SIO appears in the display. At this point, each downward press on the SET/NEXT switch displays the next SIO function (Table 5-2). The three functions in the SIO group are ● BAUD ● ● Lock Harris Corporation Intraplex Products...
Page 103 SET/NEXT switch. After the first press the green (top) light blinks, indicating that a change is about to be made. After the second press, the light turns on continuously, indicating that the current baud rate now equals the displayed baud rate. Harris Corporation Intraplex Products...
Page 104 SET/NEXT switch. 4. To exit the Lock function and display the BAUD subgroup, press down on the SET/NEXT switch. To exit the SIO group entirely, press up or down on the GROUP switch. Harris Corporation Intraplex Products...
Page 105: Ds0 Management Communications
DS0 loop while a personal computer can be directly connected to the bridged CM-5RB module for Intraplex Simple Command Language (ISiCL) commands. Warning! A bridged CM-5RB module cannot communicate in a network (Figure 5-4). Harris Corporation Intraplex Products...
Page 106: Figure 5-4. Common Module Configuration Settings
You can use DS0 management communications in a variety of network topologies ranging from simple point-to-point systems to complex meshed networks combining ring and star segments. You can establish DS0 management communications throughout any of these networks using a combination of RS-485 and DS0 management communications. Harris Corporation Intraplex Products...
Page 107: Figure 5-5. Ds0 Communication In Simple Point-To-Point Configuration
A common DS0 channel is shared for DS0 management communications among all the common module units connected to the DCS system. Figure 5-7. DS0 Communication on CrossConnect Star Configuration Harris Corporation Intraplex Products...
Page 108: Figure 5-8. Ds0 Management Communications With Three Separate Control Groups
5. If connecting one control group to another, connect an RS-485 from the remote port of a slave in the first control group to the remote port of the master for the second control group. 5-10 Harris Corporation Intraplex Products...
Page 109: Figure 5-9. Ds0 Management Communication In Multiple Crossconnect Configurations
The designated time slot for network communications is programmed in a pass-through configuration on a CrossConnect system. Figure 5-10 demonstrates an example of the pass-through configuration for CrossConnect systems A and B. Harris Corporation 5-11 Intraplex Products...
Page 110: Figure 5-10. Pass-Through Configuration
Receive port 3, time slot 24 mapped to transmit port 4, time slot 24 ● Receive port 4, time slot 24 mapped to transmit port 5, time slot 24 ● Receive port 5, time slot 24 mapped to transmit port 6, time slot 24 5-12 Harris Corporation Intraplex Products...
Page 111: Scm-Ip Module/Ip Network
2. If the IP address request from the DHCP Server fails, the module uses the default IP address (192.168.0.100) Also, on that same TCP/IP Configuration page, you can select Use this IP address and mask. In this case, you must type an IP address and the subnet mask associated with this address. Harris Corporation 5-13 Intraplex Products...
Page 112: User Interfaces
To load IntraGuide software on your PC, run SETUP.EXE directly from the Intraplex User Manual Library CD, which launches the setup program and prompts you through the remainder of the installation process. You can also perform these steps to download this interface from the Harris BCD Web site: 1.
Page 113 Click Help on the IntraGuide menu bar to open the Help tool. 5.2.1.4 Sample Configurations Using IntraGuide IntraGuide can control the functionality of most modules. The IntraGuide Help provides context- sensitive information about operating the IntraGuide interface. Figure 5-11 shows the CM-5RB configuration interface. Harris Corporation 5-15 Intraplex Products...
Page 114: Figure 5-11. Cm-5Rb Configuration Screen
ISiCL commands that Section 5.2.3.1 – ISiCL Command Line Format discusses. Figure 5-12. CM-5RB Status Screen IntraGuide software provides support for numerous Intraplex channel modules. Figure 5-13 shows the configuration controls for a DS-64NC synchronous data module. 5-16 Harris Corporation Intraplex Products...
Page 115: Figure 5-13. Ds-64Nc General Screen
ACS-160 Series & STL-160 Series T1 Multiplexer Installation & Operation Version 2.11, August 2011 Figure 5-13. DS-64NC General Screen Figure 5-14 shows configuration controls for testing the DS-64NC module. Figure 5-14. DS-64NC Testing Screen This interface can also show channel module status (Figure 5-15). Harris Corporation 5-17 Intraplex Products...
Page 116: Snmp Support Via Scm-Ip Module
That is, a multiplexer generates a message only in response to a received command. You can use ISiCL to communicate with the multiplexer by typing ISiCL commands at the keyboard and viewing the responses on the terminal screen. 5-18 Harris Corporation Intraplex Products...
Page 117 SET command discussed previously could be entered as follows: :TERM:SET:PTIME=EXT; The colon terminating the address field is required, even when the address field itself is left blank. Harris Corporation 5-19 Intraplex Products...
Page 118: Table 5-4. Sub-Address Field Entries
DI-A module automatically processes commands issued with the proper multiplexer address and channel module sub-address, and the DI-B module ignores the commands. 5-20 Harris Corporation Intraplex Products...
Page 119 The response to the WHO command appears as CM-5RB CONFIGURED AS A TERM CHANNEL CARD <n1>, TYPE <id1> CHANNEL CARD <n2>, TYPE <id2> CHANNEL CARD <n3>, TYPE <id3> Where n = card address and id = card type identifier Harris Corporation 5-21 Intraplex Products...
Page 120: Table 5-5. Command Field Entries
Comments may be used when ISiCL commands are embedded in batch files or data files accessed by an automated controller, to make the commands more readable later. The comment field is always optional. 5-22 Harris Corporation Intraplex Products...
Page 121 Generally, the controller software must be programmed to wait until it has received a response to the last command sent to a given multiplexer before issuing another command to the same multiplexer. Harris Corporation 5-23 Intraplex Products...
Page 122 8, issue two commands (one to each remote port): 8:DI-A:SET:PASSWORD=BLUE; 8:DI-B:SET:PASSWORD=BLUE; If the password is lost or forgotten, the multiplexer can still be unlocked locally using the Lock function in the SIO Group. 5-24 Harris Corporation Intraplex Products...
Page 123 (for example, “ALARM AT 3 CHANNEL CARDS”). Each type of channel module has its own set of conditions that cause it to enter an alarm (or alert) state (Section 7.5 – Channel Module Remote Access). Harris Corporation 5-25 Intraplex Products...
Page 124 There are two or more channel modules assigned to time slot n. The time slots are 1-24. RECEIVING 10^-3 BIT ERROR RATE There is a bit error rate alarm (Section 6.3.5.3 - Studio-Transmitter Link (STL) Alarms). 5-26 Harris Corporation Intraplex Products...
Page 125 In addition, the response may contain one or more of these messages: PAYLD-LB = ON (PAYLOAD LOOPBACK ON) (USING LOOP TIMING FOR PAYLOAD LOOPBACK) LINE-LB = ON (LINE LOOPBACK ON) EQPT-LB = ON (EQUIPMENT LOOPBACK ON) Harris Corporation 5-27 Intraplex Products...
Page 126: Table 5-8. Parameter Names And Values For Cm-5Rb Set Commands
PAYLD-LB = OFF EQPT-LB = OFF CH-ALM = ALL All other CM-5RB parameters are not affected by a RESET command. Table 5-9 shows the ISiCL “SET” parameters that support CM-5RB combined line and module redundancy. 5-28 Harris Corporation Intraplex Products...
Page 127: Table 5-9. Isicl Set Parameters
ISiCL switch settings for line redundancy behave normally in that they can be set and read. However, these commands have no operational effect on the CM-5RB module. Harris Corporation 5-29 Intraplex Products...
Page 128 Valid card addresses range from 1 to 36. As discussed earlier, setting hardware switches on each channel module determines its card address. In a 3RU shelf, setting the card address of each channel module to its physical slot number (3-18) is 5-30 Harris Corporation Intraplex Products...
Page 129: Table 5-10. Typical Status? Response And Meaning
The individual channel module manuals contain the type number and definitions for the “S” (status) parameters maintained by each type of channel module. 5.2.3.6 Line/Module Redundancy STATUS? Messages The STATUS? message response is :::; <CR> * OK Harris Corporation 5-31 Intraplex Products...
Page 130 Note: In FTI mode, this message is generated if the T1 line is in a UAS state. In non-FTI mode, this message is generated if the T1 line is in a UAS state and UAS is enabled as a line switch criterion. 5-32 Harris Corporation Intraplex Products...
Page 131 SRVC = ON (or OFF) (one or more lines stating the values of each "P" (setup) parameter); Table 5-13 gives an example of a typical response to a CONFIG? command issued to a PT-153 program audio transmitter. Harris Corporation 5-33 Intraplex Products...
Page 132: Table 5-13. Typical Config? Response And Meaning
At Site B, one transmitter module is set to card address 12 and the other is set to card address 13. The module at address 12 is currently active, which means that program feed 1 is being transmitted to site A. However, you wish to switch over to transmitting program feed 2. 5-34 Harris Corporation Intraplex Products...
Page 133: Figure 5-16. Turning Modules On And Off With Remote Control
Left channel is set to 15-bit coding. P07 = 1 (B00000001) Right channel is set to 15-bit coding. P08 = 1 (B00000001) Set for terminal (or DI-A) operation. P09 = 0 (B00000000) The scrambler is off. P10 = 0 (B00000000); Harris Corporation 5-35 Intraplex Products...
Page 134 15 kHz high fidelity stereo on time slots 11, 12, 13, and 14 to site B. Today, you used it to transmit a sports event in 7.5 kHz monaural on time slot 9 to site C. Figure 5-17 shows this setup. 5-36 Harris Corporation Intraplex Products...
Page 135: Figure 5-17. Change Channel Module Configuration By Remote Control
To unlock the remote port, type 7:DI-A:UNLOCK:BLUE; The multiplexer responds * OK; To make the necessary changes, type 7:C4:SET:SRVC = OFF; To verify the configuration of the channel module, type 7:C4:CONFIG?:; Table 5-16 shows the system response. Harris Corporation 5-37 Intraplex Products...
Page 136 7.5 kHz channel, only the first time slot on the left channel is active. Turn the module back on with this command: 7:C4:SET:SRVC = ON; Relock the remote port on the DI-A common module with the command: 7:DI-A:LOCK:; The system responds * OK; The changeover is complete. 5-38 Harris Corporation Intraplex Products...
Page 137: Table 5-18. Isicl Syntax For Channel Module Alarm Masking
SET parameters are added to the CONFIG? message response, as in this example: :BTERM:CONFIG?:; <CR> PTIME = INT (PRIMARY TIMING) FTIME = INT (FALLBACK TIMING) CH-ALM = ALL FRAMING = ESF CODE = B8ZS MRDN=RVRT MLINE=SAME LRDN=RVRT LSDLY=1S LRDLY=10S LOS=ON OOF=ON AIS=ON UAS=ON YEL/RA=ON BER=10E-3; Harris Corporation 5-39 Intraplex Products...
Page 138 Queries local CSU line performance in ANSI T1.403-1995 compliant format REMOTE_STAT? Queries remote CSU line performance in ANSI T1.403-1995 compliant format ATT_STAT? Queries a summary of the ATT TR54016 performance registers REGISTERS? Queries a detailed history of the ATT TR54016 performance registers 5-40 Harris Corporation Intraplex Products...
Page 139: Table 5-20. Csu_Stat? Commands
REMOTE_STAT? command to its TERM, DI-A, or DI-B module. The remote end must be ANSI T1.403-1995 compatible. Table 5-21 gives examples of REMOTE_STAT? commands for ACS-160 Series multiplexers. Table 5-21. REMOTE_STAT? Command Model Command ACS-163 Terminal <ADDRESS>:TERM:REMOTE_STAT?:; ACS-165 A direction <ADDRESS>:DI-A:REMOTE_STAT?:; ACS-165 B direction <ADDRESS>:DI-B:REMOTE_STAT?:; Harris Corporation 5-41 Intraplex Products...
Page 140 FBE SEC Framing synchronization bit error seconds - The occurrence Under normal operating of a frame-bit error in the received frame-bit pattern. conditions, you should not have any FBE seconds. 5-42 Harris Corporation Intraplex Products...
Page 141: Table 5-23. Att_Stat? Command
The 24-hour registers can hold a maximum of 65535 events. If the number of events exceeds 65535, the register remains at that number until the point in the current 24-hour period when there is not a 15-minute event record. At that time, the sum of the 15-minute intervals decreases. Harris Corporation 5-43 Intraplex Products...
Page 142 (24 hours X 4 intervals per hour = 96 intervals) that record data. The registers store the most recent 24 hours of data. Here is a typical response to the REGISTERS? Command: * OK 5-44 Harris Corporation Intraplex Products...
Page 143 24-hour period. Note: There are no commands available to clear the ATT_STAT? and REGISTERS? registers. Appendix A gives details on using ISiCL to configure the CM-5RTD common module’s delay feature. Harris Corporation 5-45 Intraplex Products...
Page 144 No header This page is left blank intentionally. 5-46 Harris Corporation Intraplex Products...
Page 145: Section 6 - Testing & Troubleshooting
GROUP and SET/NEXT switches • A four-character alphanumeric display for abbreviated group and function names • A bi-level light set (green on top, red on the bottom) that indicates whether the function shown on the display is currently active Harris Corporation Intraplex Products...
Page 146 (Figure 6-3). Table 6-1 summarizes the light indications for both the CM-5RB module and the power supply. Section 2.1.3.7 – CM-5RB User Interface gives more detailed CM-5RB functional descriptions, and Section 2.1.5 – Power Supply Modules gives more details on power supplies. Harris Corporation Intraplex Products...
Page 147: Diagnostic Functions
The ACS-160 system provides several internal functions that assist in testing and troubleshooting, which the next sections describe. 6.3.1 T1 Loopback Use (LPBK Group) The LPBK group activates and deactivates these three T1 loopbacks which the CM-5RB module provides: Harris Corporation Intraplex Products...
Page 148: Table 6-2. Lpbk Group
6.3.1.2 Loopback State Review and Change To review or change the loopback state on a CM-5RB module, perform these steps: 1. Press up or down on the GROUP switch to display the LPBK group. Harris Corporation Intraplex Products...
Page 149: Blinking Indicator Lights (Blnk Group)
2. Press down on the SET/NEXT switch to display the BLNK group contents. If there is more than one BLNK group item, press down on the SET/NEXT switch repeatedly to cycle through the items. 3. To leave the BLNK group, press up or down on the GROUP switch. Harris Corporation Intraplex Products...
Page 150: Performance Data Review (Rvu1 Group)
1. Press up or down on the GROUP switch until the display reads RVU1. 2. Press down on the SET/NEXT switch repeatedly to cycle through its contents. 3. To leave the RVU1 group, press up or down on the GROUP switch. Harris Corporation Intraplex Products...
Page 151: Other Diagnostic Data (Diag Group)
Alert at one or more channel modules (alert indicator light on the module(s) in the alert state is ● Excess jitter ● Loss of network management communications continuity ● Network management communications are out of frame ● Channel card conflict ● Switching to a redundant common module Harris Corporation Intraplex Products...
Page 152: Alarm Conditions
7. Press up twice on the SET/NEXT switch. After the first press, the green (top) light blinks, indicating that a change is about to be made. After the second press, the light turns on continuously, indicating that the STL alarms are now enabled. Harris Corporation Intraplex Products...
Page 153: System Check-Out Procedures
4. Disconnect the T1 input/output connector (RJ-48C) from the MA-215 module adapter at the rear of the CM-5RB module (or the DB-15 from the MA-216 adapter). 5. Establish a local T1 loopback in one of two ways: Harris Corporation Intraplex Products...
Page 154: Table 6-6. Indicator Lights In Terminal Multiplexer Loopback Test
BLINKS OFF* LPBK ON** NORMAL ALERT OFF** ON** CM-5RB Module ALARM The RX IN light blinks to indicate detection of an all-ones signal. With an internal (EqLB) loopback active, no signal reaches the T1 receiver. 6-10 Harris Corporation Intraplex Products...
Page 155: Drop And Insert Multiplexer Testing
OUT EQUIP jack with its T1 IN EQUIP jack. (Alternatively, activate the equipment loopback [EqLB] on the DI-A CM-5RB module). 5. Once the loopback is established, verify that the lights on the DI-A CM-5RB module respond (Table 6-7). Harris Corporation 6-11 Intraplex Products...
Page 156 12. Remove the loopback of the DI-B CM-5RB module by removing the patch cord or deactivating the equipment loopback. 13. At this point you can perform end-to-end tests on channels established between any two locations that have already been tested. The individual channel module manuals give recommended test procedures. 6-12 Harris Corporation Intraplex Products...
Page 157: Test Equipment Use With T1 Multiplexer System
A CM-5RB module has two pairs of bantam jacks (T1 IN and T1 OUT) to provide test access to the T1 input and output signals. Each pair consists of one equipment (EQUIP) and one monitor (MON) jack (Figure 6-5). Figure 6-5. T1 Test Jacks Harris Corporation 6-13 Intraplex Products...
Page 158: T1 Test Equipment Use With In-Service Tests
However, frame bit error monitoring cannot usually identify problems causing very low error rates. ● Check with your service provider to determine what level of error performance is guaranteed on your T1 circuit. Compare that level with your actual test results. 6-14 Harris Corporation Intraplex Products...
Page 159: T1 Test Equipment Use With Out-Of-Service Tests
Figure 6-8 shows a typical end-to-end data channel test. If the data channel module at location 2 has an internal loopback capability, activate that loopback to perform the test. If it does not, use a loopback plug connected to the module adapter for that module. Harris Corporation 6-15 Intraplex Products...
Page 160 Figure 6-10 shows that you can perform local loopback tests on individual channel modules before putting a multiplexer into service by activating its equipment loopback or by establishing a local loopback using a T1 patch cord. You can only perform loopback tests on full-duplex 4-wire voice and data channels. 6-16 Harris Corporation Intraplex Products...
Page 161: Troubleshooting
This section presents a general approach to troubleshooting an ACS-160 Series system, including ● Basic guidelines ● Typical troubleshooting procedure ● Explanation of alerts and alarms generated by the ACS-160 Series multiplexer Figure 6-11 shows basic trouble categories. Figure 6-11. Basic Trouble Categories Harris Corporation 6-17 Intraplex Products...
Page 162: Trouble Types
No procedure or guidelines, however, can cover all possible situations. If you have reached what appears to be a dead end, or if the information in this section does not seem to apply to your case, please contact Harris Customer Service at (217) 222-8200 for assistance in troubleshooting your ACS- 160 Series system.
Page 163: Power Supply Test
Warning! Point E9 is close to the edge of the card, especially on a 1RU shelf; be careful not to let the test probe touch the chassis while testing this point. Test point E12 is ground. The correct voltages are: Harris Corporation 6-19 Intraplex Products...
Page 164: Alert And Alarm Troubleshooting
Alarm Conditions One or more of these conditions cause an alarm: ● Failed CPU (CPU indicator light on) ● Loss of receive signal ● Signal present but out-of-frame (RX IN and FRM indicator lights on) 6-20 Harris Corporation Intraplex Products...
Page 165 Because the corresponding relay contacts on the main and redundant supplies are connected in parallel, the ACO switches on both must be on to activate the alarm cut-off. Harris Corporation 6-21 Intraplex Products...
Page 166 No header This page is left blank intentionally. 6-22 Harris Corporation Intraplex Products...
Page 167: Section 7 - Specifications
Greater than 28 UI at 10 Hz, exceeds AT&T PUB 62411 for terminals Jitter Greater than 20 dB at 50 Hz, exceeds AT&T PUB 62411 Attenuation Connector RJ-48C on the MA-215 module adapter DB-15P on the MA-217B module adapter Harris Corporation Intraplex Products...
Page 168 RJ-11s on the MA-215 and MA-217B module adapters Status Constant monitoring of transmission, equipment, and timing, with alert Monitoring and alarm reporting Test Jacks Bantam jacks for T1 input/output signal, T1 input/output monitoring` Loopbacks T1 line loopback, T1 equipment loopback, payload loopback Harris Corporation Intraplex Products...
Page 169 64 kbps time slot(s) Capacity ACS-163: 17 channel modules ACS-165: 16 channel modules ACS-166: 8 channel modules for each terminal ACS-167: 5 channel modules ACS-168: 4 channel modules ACS-169: 2 channel modules for each terminal Harris Corporation Intraplex Products...
Page 170 Input Voltage Range: 90 to 264 VAC Rack-Unit (1RU) Input Fuse: 2A (slow blow) Shelf Output Power: 30 Watts Signaling Voltage: -60 VDC maximum Fuse: 2A Slow-blow, external (required) Connector On rear panel: terminal strip (3RU), or DB-15S alarm connector (1RU) Harris Corporation Intraplex Products...
Page 171: Notice Of Fcc Compliance
Warning! This is a Class A product. In a domestic environment this product may cause radio interference, in which case the user may be required to take adequate measures. Harris Corporation Intraplex Products...
Page 172 No header This page is left blank intentionally. Harris Corporation Intraplex Products...
Page 173: Appendix A - Isicl Cm-5Rtd Delay Configuration
0 (B00000000) P03 = 3 (B00000011) P04 = 135 (B10000111); When using binary numbers in the parameter field of a SET command, they must be preceded by the letter “B.” For example: <multiplexer address>:<card address>:SET:P02 = B00000001; Harris Corporation Intraplex Products...
Page 174: Delay S Codes
STATUS? query. Like the P codes, the S codes are displayed in both decimal and binary form: * OK CHANNEL CARD 1, TYPE 12 S01 = 0 (B00000000) S02 = 0 (B00000000) S03 = 3 (B00000011) S04 = 135 (B10000111); Harris Corporation Intraplex Products...
Page 175: Cm-5Rtd Operation
ISiCL P codes (Section A.4 – Delay Setting with RS-232 Remote Port), or using the RS-422 control “port” (Section A.5 – Delay Setting with RS-422 Control Port). Warning! Valid numbers are binary 00000000000000001 through 11111111111111111 (1 through 131,071 decimal). Do not send all zeroes. Harris Corporation Intraplex Products...
Page 176: Delay Setting With Rs-232 Remote Port
Then, to make these changes, issue this series of ISiCL commands: Select step change and set most significant bit to 0 :C2:SET:P2=B00000000; Set high-order 8 bits for 30 milliseconds :C2:SET:P3=B10110100; Set low-order 8 bits for 30 milliseconds :C2:SET:P4=B11101011; Harris Corporation Intraplex Products...
Page 177: Delay Setting With Rs-422 Control Port
24 bits in P02, P03, and P04 under ISiCL (Section A.1 – Delay P Codes). The least significant (right-hand) bit is transmitted first. As when using P codes, it is best to send the most significant bits first. Figure A-2. RS-422 Control Port Information Bytes Harris Corporation Intraplex Products...
Page 178 Broadcast Communications Division | Intraplex Products 5300 Kings Island Drive, Ste. 101 | Mason, OH 45040 phone: 1 513 459 3400 | e-mail: Intraplex@harris.com www.broadcast.harris.com Copyright © 2011 Harris Corporation...

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Harris Intraplex STL-160 Series Installation & Operation Manual

Section 1 - Introduction

Section 2 - Functional Design

Section 3 - Installation & Wiring

Section 4 - Setup & Configuration

Section 5 - Remote Control Operation

Section 6 - Testing & Troubleshooting

Section 7 - Specifications

Appendix A - Isicl CM-5RTD Delay Configuration

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