Table of Contents
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Rack-Mount Page/Party
Confidentiality Notice .....................................................................................................................1
General Information .......................................................................................................................1
Line Extender and Sub-Component Details ......................................................................................... 2
PCBA Access ........................................................................................................................................................ 3
Audio Termination Connection Module - Optional Model 12118-011 Kit .......................................................... 4
Input/Output (I//O) Termination Connection Module - Optional Model 12118-012 Kit ..................................... 5
Main PCBA........................................................................................................................................................... 6
Features and Functions ..................................................................................................................7
Page Line Audio Transmission .............................................................................................................. 7
Page Line Audio Monitoring Output .................................................................................................... 8
Page Line Audio Detect Output Contact .............................................................................................. 9
Page Line FSK Data Transmission (SmartSeries Systems) ................................................................ 9
Page Line 50 kHz VLC Transmission ................................................................................................. 10
Page Line Ground Fault Detection ...................................................................................................... 10
Page Line Ground Fault Re-generation .............................................................................................. 11
Page Line Ground Fault Output Contact ........................................................................................... 11
Party Line Audio Transmission ........................................................................................................... 12
Party Line Off-Hook Regeneration ..................................................................................................... 12
Party Line Off-Hook Detection ............................................................................................................ 13
Audio Line Connection Relays ............................................................................................................ 14
Audio Line Muting ................................................................................................................................ 15
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Line Balance ..................................................................................................................... 16
Contact Closure Inputs & Relay Outputs (I/0) .................................................................................. 17
Echo Cancellation ................................................................................................................................. 17
Manual Initiation of Echo Canceling .................................................................................................................. 17
Data Links between Line Extenders .............................................................................................18
T1/E1 Data Link .................................................................................................................................... 18
Low Voltage Differential Signaling (LVDS) Data Link ..................................................................... 18
Configuring the Data Links ................................................................................................................. 19
GAI-TRONICS 3030 KUTZTOWN RD. READING, PA 19605
USA 610-777-1374 800-492-1212 Fax: 610-796-5954
V
ISIT WWW
Model LE200-RM
T
C
A B L E O F
.
-
.
GAI
TRONICS
COM FOR PRODUCT LITERATURE AND MANUALS
Line Extender
®
O N T E N T S
Pub. 42004-392G
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Related Manuals for GAI-Tronics LE200-RM RACK-MOUNT PAGE/PARTY
Summary of Contents for GAI-Tronics LE200-RM RACK-MOUNT PAGE/PARTY
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Page 1: Table Of Contents
T1/E1 Data Link ............................ 18 Low Voltage Differential Signaling (LVDS) Data Link ..............18 Configuring the Data Links ......................... 19 GAI-TRONICS 3030 KUTZTOWN RD. READING, PA 19605 USA 610-777-1374 800-492-1212 Fax: 610-796-5954 ISIT WWW TRONICS COM FOR PRODUCT LITERATURE AND MANUALS... - Page 2 Generating Audio Test Signals ......................48 Function Testing............................ 49 Specifications ..........................50 Replacement Parts ..........................55 Frequently Asked Questions ......................56 GAI-TRONICS 3030 KUTZTOWN RD. READING, PA 19605 USA 610-777-1374 800-492-1212 Fax: 610-796-5954 ISIT WWW TRONICS COM FOR P RODUCT LITERATURE AND MANUALS...
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Page 3: G A I - T R O N I C S
Tronics retains all intellectual property and other rights in or to the information contained herein, and such information may only be used in connection with the operation of your GAI-Tronics product or system. This manual may not be disclosed in any form, in whole or in part, directly or indirectly, to any third party. -
Page 4: Line Extender And Sub-Component Details
Pub. 42004-392G ® 2 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Line Extender and Sub-Component Details Refer to Figure 2 below for dimensional information and sub-component layout of the LE200-RM Line Extender. Figure 2. Model LE200-RM Line Extender Outline e:\standard ioms - current release\42004 instr. -
Page 5: Pcba Access
Pub. 42004-392G ® 3 of 56 LE200-RM R ODEL OUNT ARTY XTENDER PCBA Access The Main PCBA can be easily accessed to set up switches and jumpers. Remove the two #6-32 screws from the rear of the unit. Slide the PCBA support plate and PCBA out of the unit. See Figure 3. Figure 3. -
Page 6: Audio Termination Connection Module - Optional Model 12118-011 Kit
ARTY XTENDER Audio Termination Connection Module – Optional Model 12118-011 Kit The GAI-Tronics Model 12118-011 Kit must be used if the LE200-RM is to be connected directly to a ® Page/Party system. This kit consists of a ribbon cable for connection to the LE200-RM, an Audio ®... -
Page 7: Input/Output (I//O) Termination Connection Module - Optional Model 12118-012 Kit
Input/Output (I//O) Termination Connection Module – Optional Model 12118-012 Kit If the LE200-RM is to be connected directly to I/O wiring then the GAI-Tronics Model 12118-011 Kit is required. This kit consists of a ribbon cable for connection to the LE200-RM, an I/O Termination Connection Module and mounting hardware. -
Page 8: Main Pcba
Pub. 42004-392G ® 6 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Main PCBA The Main PCBA contains all the central processing and line driver circuitry for the Line Extender. The board contains numerous connectors, switches and jumpers for setting the Line Extender operating parameters. -
Page 9: Features And Functions
Pub. 42004-392G ® 7 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Features and Functions ® ® The Model LE200-RM Page/Party Line Extenders provide the following features between Page/Party system cables. Page Line Audio Transmission ® A pair of Model LE200-RMs provides page line audio transmission between two Page/Party system cables. -
Page 10: Page Line Audio Monitoring Output
Pub. 42004-392G ® 8 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Page Line Audio Monitoring Output The Model LE200-RM provides a balanced 600-ohm audio output for monitoring audio on both the local and remote page lines. LE200-RM mixes the local and remote page line audio and routes it to the 600- ohm audio output terminals. -
Page 11: Page Line Audio Detect Output Contact
Pub. 42004-392G ® 9 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Page Line Audio Detect Output Contact The Model LE200-RM provides a contact closure output that activates whenever audio is detected on the page line. The contact can be set to close when audio is detected at the local page line, the remote page line, or both. -
Page 12: Page Line 50 Khz Vlc Transmission
Pub. 42004-392G ® 10 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Page Line 50 kHz VLC Transmission A pair of Model LE200-RM Line Extenders re-generates the 50 kHz VLC control signal between two ® Page/Party system cables. 50 kHz VLC signaling occurs on the page line and is typically used to alter the ®... -
Page 13: Page Line Ground Fault Re-Generation
Pub. 42004-392G ® 11 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Page Line Ground Fault Re-generation When a ground fault is detected at a remote LE200-RM Line Extender, the ground fault can be duplicated ® on the local Page/Party system cable. -
Page 14: Party Line Audio Transmission
Pub. 42004-392G ® 12 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Party Line Audio Transmission ® A pair of Model LE200-RM Line Extenders provides full duplex party line audio between two Page/Party system cables, for party lines 1–5. During on-hook conditions of the party lines (meaning no handset stations are in use), the LE200-RM will mute the local party line analog circuits. -
Page 15: Party Line Off-Hook Detection
Pub. 42004-392G ® 13 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Party Line Off-Hook Detection ® The Model LE200-RM Line Extenders provide off-hook detection on the local Page/Party system cable for party lines 1 through 5. An off-hook condition means a handset station is in use. If multiple Line ®... -
Page 16: Audio Line Connection Relays
Pub. 42004-392G ® 14 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Audio Line Connection Relays The Model LE200-RM has relays that disconnect the page, party lines 1–5 and the page monitoring output connections from the Main PCBA. The disconnect feature is used for special applications such as connection of a single party line system or other scenarios in which a particular audio line is not physically connected to the Line Extender. -
Page 17: Audio Line Muting
Pub. 42004-392G ® 15 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Audio Line Muting ® In some system configurations, the Page/Party system cable is not connected to the Line Extender. In this case, all audio lines (page and party lines 1–5) should be muted since they are not physically connected. DIP switch SW6 position 4 on the Main PCBA enables this feature. -
Page 18: Page/Party ® Line Balance
Pub. 42004-392G ® 16 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Page/Party Line Balance ® For proper system operation, the page line and party lines 1–5 must be terminated with a resistance of approximately 33 ohms. The Model LE200-RM provides potentiometers to set the line balance resistance on the page line and five party lines. -
Page 19: Contact Closure Inputs & Relay Outputs (I/0)
Pub. 42004-392G ® 17 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Contact Closure Inputs & Relay Outputs (I/0) Five independent contact closures can be transmitted across a pair of Line Extenders meaning that an active input contact on the local Line Extender results in the corresponding output relay contact energizing on the remote Line Extender. -
Page 20: Data Links Between Line Extenders
Pub. 42004-392G ® 18 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Data Links between Line Extenders The LE200-RM is equipped with two different data link types for connecting to another Line Extender. The two data types are T1/E1 and Low Voltage Differential Signaling (LVDS). The type of data connection(s) required is determined by the system architecture. -
Page 21: Configuring The Data Links
Pub. 42004-392G ® 19 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Configuring the Data Links The T1/E1 and LVDS data link parameters between Line Extenders must be configured using multiple DIP switch settings on the Main PCBA. The following sections describe each parameter and the switch settings. -
Page 22: T1/E1 Receiver Equalization Gain Limit
Pub. 42004-392G ® 20 of 56 LE200-RM R ODEL OUNT ARTY XTENDER T1/E1 Receiver Equalization Gain Limit This option allows the user to compensate for diminishing signal intensity over the data line by adjusting the sensitivity of the receiver. By setting the Receive Equalizer Gain Limit, very long copper lines can be utilized. -
Page 23: T1/E1 Data Line Grounding
Pub. 42004-392G ® 21 of 56 LE200-RM R ODEL OUNT ARTY XTENDER T1/E1 Data Line Grounding T1/E1 data line can be floating or grounded. When floating, neither conductor of the data line cable pair is connected to ground. Headers P20 and P21 control the grounding of the T1/E1 lines. Grounding the T1/E1 lines may reduce emissions if it becomes an installation concern. -
Page 24: Lvds Port Indicators
Pub. 42004-392G ® 22 of 56 LE200-RM R ODEL OUNT ARTY XTENDER The LVDS “out” port is disabled unless the Line Extender is transmitting an LVDS signal to another Line Extender’s LVDS “in” port. Switch SW3 position 4 enables the LVDS “out” port. Refer to Figure 6 for the location of SW3 on the Main PCBA and Table 23 below for setting details. -
Page 25: Typical Data Link Settings
The following section shows the most common Line Extender connection schemes and the expected T1/E1 and LVDS data line parameters for each. Consult the applicable tables above to determine the correct switch settings. Consult GAI-Tronics for technical support of connection schemes not shown in this manual. -
Page 26: Point To Multi-Point Page/Party ® System Connection
Pub. 42004-392G ® 24 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Point to Multi-point Page/Party ® System Connection ® Figure 8. Point to Multi-point Page/Party System Connection ® Table 25. Point to Multi-point Page/Party System Connection Table Parameter Switch Configuration Description T1 Line Length Determined by installation distance between each pair of Line Extenders:... -
Page 27: Series Connection Of Page/Party ® System
Pub. 42004-392G ® 25 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Series Connection of Page/Party System ® ® Figure 9. Series Connection of Page/Party System ® Table 26. Series Connection of Page/Party System Table Parameter Switch Configuration Description T1 Line Length Determined by installation distance between each pair of Line Extenders: ... -
Page 28: Rules For Interconnecting More Than Two Model Le200-Rms
Pub. 42004-392G ® 26 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Rules for Interconnecting More than Two Model LE200-RMs When connecting more than two Model LE200-RMs together, these rules must be followed. A maximum of two Model LE200-RM pairs can be connected in series when the series connections ®... - Page 29 Pub. 42004-392G ® 27 of 56 LE200-RM R ODEL OUNT ARTY XTENDER ® A maximum of 16 Model LE200-RMs can be connected within a single zone or Page/Party subsystem. ® Avoid having more than one Model LE200-RM connected to a particular Page/Party cable.
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Page 30: Installation
Pub. 42004-392G ® 28 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Installation ATTENTION Installation should be performed by qualified service personnel only in accordance with the National Electrical Code or applicable local codes. Mounting The Model LE200-RM Rack-Mount Line Extender can be placed on a table or desk, or it can be mounted in a standard EIA 19-inch electronic equipment rack. -
Page 31: T1/E1 Data Connections
29 of 56 LE200-RM R ODEL OUNT ARTY XTENDER When using GAI-Tronics 60029 Series system cable, follow the wiring color code as shown in Table 27 below: Table 27. Color Codes for GAI-Tronics 60029 Series System Cable GTC System Terminal Designator... -
Page 32: Contact Closure Input Connections
Pub. 42004-392G ® 30 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Table 28. Terminal Block P19 Terminal Designator Description P19-1 TX Ring Data TRANSMIT wire pair P19-2 TX Tip P19-3 RX Ring Data RECEIVE wire pair P19-4 RX Tip NOTE Do NOT connect the TX (transmit) signal to the RX (receive) signal on the same Model LE200-RM Line Extender. -
Page 33: Contact Closure Output Connections
Pub. 42004-392G ® 31 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Table 29. TB8 and TB9 Terminal Designator Description Input 1 (+) Input contact 1 Input 1 (−) Input 2 (+) Input contact 2 Input 2 (−) Input 3 (+) Input contact 3 Input 3 (−) Input 4 (+) - Page 34 Pub. 42004-392G ® 32 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Table 30. Contact Closure Output Connections Terminal Designator Description N.C. TB1 (Top) Output 1 – contact #1 N.O. N.C. TB1 (Bottom) Output 1 – contact #2 N.O. N.C. TB2 (Top) Output 2 –...
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Page 35: Page Line Audio Monitoring Connections
Pub. 42004-392G ® 33 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Terminal Designator Description N.C. TB5 (Bottom) Output 5 – contact #2 N.O. N.C. TB6 (Top) Page line audio – contact #1 N.O. N.C. TB6 (Bottom) Page line audio – contact #2 N.O. -
Page 36: Verifying The Proper Line Balance Resistance
Pub. 42004-392G ® 34 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Verifying the Proper Line Balance Resistance For proper Line Extender operation, the line balance resistance, for both page and party lines, should be set close to 33 ohms. This can be done by enabling and adjusting the line balance potentiometers on the 69441-xxx terminal board using an ohmmeter. -
Page 37: Fiber Optic Cable Connections
Pub. 42004-392G ® 35 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Fiber Optic Cable Connections Model LE200-RM can be used with an optional fiber optic interface. This consists of a chassis (GTRFP6972-102) and either a multimode fiber transceiver (GTRFP6972-201) or a single mode fiber transceiver (GTRFP6972-202), as shown below in Figure 17. -
Page 38: Fiber Optic Transceiver Set-Up
Pub. 42004-392G ® 36 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Fiber Optic Transceiver Set-Up The Fiber Optic Transceiver contains two DIP switches as shown below. To access the switches, the module must be removed from the chassis. Loosen the screw and pull out the transceiver module. Figure 19. - Page 39 Pub. 42004-392G ® 37 of 56 LE200-RM R ODEL OUNT ARTY XTENDER These switches are factory set according to Table 32 below. It is recommended that the default configuration (passive mode) is used for most typical applications. Passive mode allows the fiber segment to pass data unchanged between the T1/E1 segments independent of the actual line coding (AMI, B8ZS, or HDB3).
- Page 40 Pub. 42004-392G ® 38 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Table 33 below outlines the functions settings for DIP switch S2: Table 33. Function Settings for DIP Switch S2 Function Setting S2-1: OFF; T1 mode selected (default setting) T1/E1 Selection S2-1: ON;...
- Page 41 Pub. 42004-392G ® 39 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Table 34 outlines the function settings for DIP switch S3: Table 34. Function Settings for DIP Switch S3 Function Setting S3-1: ON; Place jitter attenuator on RCV side Jitter Attenuator S3-1: OFF;...
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Page 42: Verification Of Proper Operation
Pub. 42004-392G ® 40 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Verification of Proper Operation This section describes the LEDs and their functions. The fiber port LED RM is the only LED that should be lit on the modules under normal operating conditions. Table 35. -
Page 43: Summary Of Pc Board Connections And Settings
Pub. 42004-392G ® 41 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Summary of PC Board Connections and Settings Table 37. Audio Line Termination Connection Module Designator Type Function DB-25 connector Connect to J4 on Main PCBA via ribbon cable. Jumper clip Party line #3 line balance resistor (enabled/disabled) Jumper clip... - Page 44 Pub. 42004-392G ® 42 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Table 38. Input/Output Termination Connection Module Designator Type Function DB-25 connector Connect to J3 on Main PCBA via ribbon cable Terminal block Field connections for contact output #1 The board’s silkscreen indicates the connections;...
- Page 45 Pub. 42004-392G ® 43 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Table 39. Main PCBA Designator Type Function RJ45 receptacle LVDS data “out” RJ45 receptacle LVDS data “in” DB-25 Connect to J1 on Termination Connection Module via 25-pin ribbon connector cable.
- Page 46 Pub. 42004-392G ® 44 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Designator Type Function Eight-position Position 1 - T1 line build out bit 0 DIP switch Position 2 - T1 line build out bit 1 Position 3 - T1 line build out bit 2 Position 4 - T1/E1 receive equalizer gain limit Position 5 - Page audio hold time (bit 1) Test waveform select (bit 1)
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Page 47: Recording The Settings
Pub. 42004-392G ® 45 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Recording the Settings The following tables have been included to document the “as installed” LE200-RM settings for future reference. Table 40. Line Balance Resistor Enable on Audio Line Termination Connection Module Header Setting Note... - Page 48 Pub. 42004-392G ® 46 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Table 43. DIP Switch SW2 on Main PCBA Switch Setting Function SW2-1 SW2-2 T1 line length SW2-3 SW2-4 T1/E1 receive equalizer gain limit SW2-5 Page line transmission direction hold time SW2-6 SW2-7 Page line peak voltage level detection threshold...
- Page 49 Pub. 42004-392G ® 47 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Table 46. DIP Switch SW5 on Main PCBA Switch Setting Note SW5-1 Enable FSK data for SmartSeries systems SW5-2 Enable 50 kHz VLC SW5-3 Regenerate page line ground fault SW5-4 Local ground fault activates output contact SW5-5...
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Page 50: Testing And Troubleshooting
Pub. 42004-392G ® 48 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Testing and Troubleshooting Generating Audio Test Signals The Model LE200-RM is capable of generating several testing waveforms onto the audio lines of the page/party system to aid in system testing and troubleshooting. Rotary switch SW1 on the Main PCBA ®... -
Page 51: Function Testing
Pub. 42004-392G ® 49 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Function Testing The Model LE200-RM can manually activate some of the system “control” functions to aid in system trouble-shooting or commissioning. Functions include relay contact outputs, party line off-hook generation, page line ground fault generation, and the LVDS connector LEDs. -
Page 52: Specifications
Pub. 42004-392G ® 50 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Specifications Electrical Supply Voltage Input voltage ........................48 volts dc, ±5% Input power consumption ....................12 watts (nominal) 48 watts (maximum) DC operating current ....................250 mA (idle, nominal) 1000 mA (maximum) T1 Parameters : The LE200-RM is not compatible with the public switched telephone network. - Page 53 Pub. 42004-392G ® 51 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Page Line or Party Line Maximum Peak Working Voltage L1 to L2 ..........................30 V dc nominal L1 or L2 to ground ......................120 V dc nominal Page Line Data VLC frequency.........................
- Page 54 Pub. 42004-392G ® 52 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Page Line Audio between Two LE200-RMs Frequency response ................300 Hz to 7.0 kHz 0.5 dB @ −10 dB Reference voltage level ..............1.5 Vrms @ 33 impedance (nominal) Output type........
- Page 55 Pub. 42004-392G ® 53 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Page Line Ground Fault Detection DC resistance from either L1 or L2 to ground for fault ..............5,000 DC resistance from either L1 or L2 to ground for no fault ............. 8,000 Minimum ground fault duration for detection .............
- Page 56 Pub. 42004-392G ® 54 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Contact Inputs (using optional I/O kit) Dry contact input open resistance ....................20,000 Dry contact input closed resistance ....................200 Wet contact input open voltage ................ 2.6 voltage +3.6 volts dc Wet contact input closed voltage ..............
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Page 57: Replacement Parts
Pub. 42004-392G ® 55 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Mechanical Enclosure material ..........................Steel Mounting ....................Rack-mount, IU Standard, 19-inch Unit dimensions .......... 1.72 H 17 W 9.66 D inches (431 245 44 mm) nominal Unit weight............................ -
Page 58: Frequently Asked Questions
Pub. 42004-392G ® 56 of 56 LE200-RM R ODEL OUNT ARTY XTENDER Frequently Asked Questions Q: Why does it take so long for the propagation of off-hook to on-hook transitions? A: The line balance ac coupling capacitors take some time to charge. Also, the delay helps to prevent audio from looking like an on-hook condition. - Page 59 Warranty Equipment. GAI-Tronics warrants for a period of one (1) year from the date of shipment, that any GAI-Tronics equipment supplied hereunder shall be free of defects in material and workmanship, shall comply with the then-current product specifications and product literature, and if applicable, shall be fit for the purpose specified in the agreed-upon quotation or proposal document.
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