BOGEN PCM2000 (01) PDF DOCUMENT

To assemble the BOGEN PCM2000 modules, such as the PCMTIM, PCMCPU, and PCMZPM, follow these steps:

1. Plug the 6-pin power connector from the PCMCPU module into the PCMTIM module jack (J2). Ensure the locking ridge faces the header wall (Green wire to the top).

2. Plug the 26-pin ribbon cable from the PCMCPU module into the PCMTIM module 26-pin connector (J1). Be sure to align the polarizing tab in the slot (Pin 1 red stripe to the top).

3. Place the modules together and dress the connector cables away from the sheet metal so they will not get pinched.

4. Push the two units together while aligning the locking tabs on the PCMTIM module to the locking slots in the PCMCPU module. Slide the two units until the faces of both units are even.

5. Secure the two units together by tightening a screw into the screw clamp tab in the back of the PCMTIM.

6. Follow the same steps to add the PCMZPM module(s).

Note: Modules must be assembled left to right, in the order shown: TIM, CPU, TBM (if necessary) and ZPM.

This configuration uses a contact closure on pins 2 & 5 of the TRUNK/PAGE PORT jack to start and end a page, with audio provided on pins 3 & 4. The audio pair must pass DTMF to select a zone.

Required Modules: PCMTIM – PCMCPU – PCMZPM – PCMPS2, assembled in that order.

STEP 1: Assemble Modules

Assemble the PCMTIM, PCMCPU, and PCMZPM modules. Do not connect the PCMPS2 power supply yet.

STEP 2: Connecting Paging Port/Contact Closure

Wire the page port audio pair from the telephone system to pins 3 & 4 (red and green) of an RJ11 jack, and the contact closure pair to pins 2 & 5 (black and yellow). Connect this jack to the TRUNK/PAGE PORT on the PCMTIM module.

STEP 3: Switch Settings

PCMTIM module: Set the first slide switch to CC (Contact Closure) and the second to P/P (Page Port).

PCMCPU module: Set SYS-ID DIP switches to the OFF position (left) and the RUN-PROGRAM switch to RUN mode (up).

PCMZPM module: Set Talk Back DIP switches to OFF (left) for all zones and the OUTPUT switch to the HI-PWR position (down).

STEP 4: Initial System Test

Connect the PCMPS2 power supply to the PCMCPU module. All power LEDs should light up. Access the page port from your phone system; you should hear access tones (double beep). Disconnect the power supply.

STEP 5: Connecting the Paging Amplifier

Wire the PA IN/RT terminals on the PCMCPU module to the Tip and Ring (T & R) input on the Bogen paging amplifier. Wire the PA OUT/RT terminals on the PCMCPU module to the COMMON and 25V or 70V output on the amplifier.

STEP 6: Connecting Speakers

Wire speakers for ZONE ONE to the ZONE A +/- terminals on the PCMZPM module, observing polarity (- to common, + to selected tap). Repeat for ZONE B (Zone Two) and ZONE C (Zone Three).

STEP 7: Final System Test

Connect the PCMPS2 power supply and plug in the Bogen amplifier. Set the amplifier volume to 1/2 turn. Access paging from the phone system and listen for the confirmation tone (double beep). Dial 01 to access ZONE ONE; you should hear a pre-announce tone (single beep) followed by your page audio. Test zones 02 and 03 similarly. Dial [00] for All-Page. Adjust the amplifier to the desired volume.

This configuration is for page ports without contact closures, using a dry audio pair on pins 3 & 4 of the TRUNK/PAGE PORT jack to detect audio and activate the system. The audio pair must pass DTMF to select a zone.

Required Modules: PCMTIM – PCMCPU – PCMZPM – PCMPS2, assembled in that order.

STEP 1: Assemble Modules

Assemble the PCMTIM, PCMCPU, and PCMZPM modules. Do not connect the PCMPS2 power supply yet.

STEP 2: Connecting Paging Port/VOX

Wire the page port (VOX) audio pair from the telephone system to pins 3 & 4 (red and green) of an RJ11 jack. Connect this jack to the TRUNK/PAGE PORT on the PCMTIM module.

STEP 3: Switch Settings

PCMTIM module: Set the first slide switch to VX (for VOX) and the second to P/P (for Page Port).

PCMCPU module: Set SYS-ID DIP switches to the OFF position (left) and the RUN-PROGRAM switch to RUN mode (up).

PCMZPM module: Set Talk Back DIP switches to OFF (left) for all zones and the OUTPUT switch to the HI-PWR position (down).

STEP 4: Initial System Test

Connect the PCMPS2 power supply. All power LEDs should be lit. Access the page port from your phone system; you should hear access tones (double beep). Disconnect the power supply.

STEP 5: Connecting the Paging Amplifier

Wire the PA IN/RT terminals on the PCMCPU module to the T & R input on the Bogen amplifier. Wire the PA OUT/RT terminals on the PCMCPU module to the COMMON and 25V or 70V output on the amplifier.

STEP 6: Connecting Speakers

Wire speakers for ZONE ONE to the ZONE A +/- terminals on the PCMZPM module, observing polarity. Repeat for ZONE B and ZONE C.

STEP 7: Final System Test

Connect the power supply and plug in the amplifier. Set volume to 1/2 turn. Access paging and listen for the confirmation tone. Dial 01 to access ZONE ONE and listen for a pre-announce tone followed by your page. Test other zones and use [00] for All-Page. Set the final amplifier volume.

In this configuration, the BOGEN PCM2000 provides a 48V talk battery and detects loop current on pins 3 & 4 of the TRUNK/PAGE PORT jack. The page activates when a loop resistance is detected and ends when the loop opens.

Required Modules: PCMTIM – PCMCPU – PCMZPM – PCMPS2, assembled in that order.

STEP 1: Assemble Modules

Assemble the required modules. Do not connect the PCMPS2 power supply at this point.

STEP 2: Connecting Loop Start Trunk

Take the loop start trunk pair from the telephone system and wire it to pins 3 and 4 (red and green) of an RJ11 jack. Connect this jack to the TRUNK/PAGE PORT on the PCMTIM module.

STEP 3: Switch Settings

PCMTIM module: Set the first slide switch to LS (for Loop Start) and the second switch to TRUNK.

PCMCPU module: Set SYS-ID DIP switches to OFF (left) and the RUN-PROGRAM switch to RUN (up).

PCMZPM module: Set Talk Back DIP switches to OFF (left) for all zones and the OUTPUT switch to HI-PWR (down).

STEP 4: Initial System Test

Connect the power supply. Power LEDs should be lit. Access the Loop Start Trunk from the phone system and verify access tones (double beep). Disconnect the power supply.

STEP 5: Connecting the Paging Amplifier

Connect the PA IN/RT terminals (PCMCPU) to the T & R input on the amplifier. Connect the PA OUT/RT terminals (PCMCPU) to the COMMON and 25V or 70V output on the amplifier.

STEP 6: Connecting Speakers

Connect speakers to the ZONE A, B, and C terminals on the PCMZPM module as needed for your zones.

STEP 7: Final System Test

Connect power and set the amplifier volume to 1/2 turn. Access the Loop Start Trunk and listen for the confirmation tone. Dial 01 for ZONE ONE and listen for the pre-announce tone and page audio. Repeat for other zones and use [00] for All-Page. Set the final amplifier volume level.

This configuration responds when the ground start trunk grounds the Ring, causing the BOGEN PCM2000 to close the connection to the Tip. The page ends when the loop is opened.

Required Modules: PCMTIM – PCMCPU – PCMZPM – PCMPS2, assembled in that order.

STEP 1: Assemble Modules

Assemble the required modules but do not connect the power supply yet.

STEP 2: Connecting the Ground Start Trunk

Wire the ground start trunk pair to pins 3 and 4 (red and green) of an RJ11 jack and connect it to the TRUNK/PAGE PORT on the PCMTIM. Use a 24-gauge solid wire to connect the GND ST terminal on the PCMTIM module to the PBX ground (typically the AC ground).

STEP 3: Switch Settings

PCMTIM module: Set the first switch to GS (for Ground Start) and the second to TRUNK.

PCMCPU module: Set SYS-ID DIP switches to OFF (left) and the RUN-PROGRAM switch to RUN (up).

PCMZPM module: Set Talk Back DIP switches to OFF (left) for all zones and the OUTPUT switch to HI-PWR (down).

STEP 4: Initial System Test

Connect the power supply. Power LEDs should light up. Access the Ground Start Trunk and verify access tones (double beep). Disconnect power.

STEP 5: Connecting the Paging Amplifier

Connect the PA IN/RT terminals (PCMCPU) to the amplifier’s T & R input. Connect the PA OUT/RT terminals (PCMCPU) to the amplifier’s COMMON and 25V or 70V output.

STEP 6: Connecting Speakers

Connect speakers to the ZONE A, B, and C terminals on the PCMZPM module.

STEP 7: Final System Test

Apply power, set the amplifier volume to 1/2 turn, and access the Ground Start Trunk. Listen for the confirmation tone. Dial 01 for ZONE ONE, listen for the pre-announce tone and page. Repeat for other zones, using [00] for All-Page. Set the final volume.

In this configuration, the BOGEN PCM2000 responds to a 90V AC 20Hz ringing signal on pins 3 & 4 of the STATION/90V NGT RNG jack and answers after the first full ring. The system will also respond to CPC pulses to disconnect the line.

Required Modules: PCMTIM – PCMCPU – PCMZPM – PCMPS2, assembled in that order.

STEP 1: Assemble Modules

Assemble the necessary modules. Do not connect the power supply at this stage.

STEP 2: Connecting the Station Level/Centrex Line

Wire the Station Level/Centrex pair to pins 3 and 4 (red and green) of an RJ11 jack. Connect this jack to the STATION/90V NGT RNG jack on the PCMTIM module.

STEP 3: Switch Settings

PCMTIM module: Set the TRUNK/P-P/STATION slide switch to the STATION position. Leave the PAGE PORT switch in the CC position.

PCMCPU module: Set SYS-ID DIP switches to OFF (left) and the RUN-PROGRAM switch to RUN (up).

PCMZPM module: Set Talk Back DIP switches to OFF (left) for all zones and the OUTPUT switch to HI-PWR (down).

STEP 4: Initial System Test

Connect power. All power LEDs should be lit. Access the Station Level/Centrex line and verify access tones (double beep). Disconnect power.

STEP 5: Connecting the Paging Amplifier

Connect the PCMCPU PA IN/RT terminals to the amplifier’s T & R input. Connect the PCMCPU PA OUT/RT terminals to the amplifier’s COMMON and 25V or 70V output.

STEP 6: Connecting Speakers

Wire speakers to the ZONE A, B, and C terminals on the PCMZPM module for your specific zones.

STEP 7: Final System Test

Connect power and set the amplifier volume to 1/2 turn. Access the Station Level/Centrex port and listen for the confirmation tone. Dial 01 for ZONE ONE to hear the pre-announce tone and your page. Test other zones and use [00] for All-Page. Set the final amplifier volume.

An extended system uses a master assembly and one or more satellite assemblies. The number of modules required increases with the number of zones.

Module Requirements for Extended Systems:

* 1 PCMZPM for every 1-3 paging zones.

STEP 1: Assemble Master Modules

Assemble the master PCMTIM, PCMCPU, and PCMZPM modules.

STEP 2: Assembling Satellite Modules

Plug the 6-pin power connector from the satellite PCMZPM into the satellite PCMCPU jack (J2). Plug the 26-pin ribbon cable from the PCMZPM into the PCMCPU 26-pin connector (J1). Satellites must be installed within 3 feet of each other. Use an RCA cable to connect the DATA LINK RCA connectors between the master and satellite PCMCPU modules.

STEP 3: Switch Settings

Set the PCMTIM switches to match your telephone system interface. Set the SYS-ID DIP switches on the master PCMCPU to the OFF position (all left). For the first satellite PCMCPU, set Switch 1 to ON (right) and switches 2, 3, & 4 to OFF (left). Refer to the SYS-ID switch settings chart for additional satellite configurations. Set all RUN-PROGRAM switches to RUN mode (up). Set TALK BACK switches on all PCMZPM modules to OFF (left). Set the OUTPUT switch on all PCMZPMs to HI-PWR (down).

STEP 4 & 5: Testing and Amplifier Connection

Connect one PCMPS2 power supply to each PCMCPU module. All power LEDs should light. Test access from the phone system. Wire all PA OUT/RT terminals from all PCMCPU modules in parallel to the amplifier’s COMMON and 25V/70V output. Wire all PA IN/RT terminals in parallel to the amplifier’s T & R input.

STEP 6 & 7: Speaker Connection and Final Test

Connect speakers to the appropriate zones on the master and satellite PCMZPM modules. Perform a final test by dialing into the system and accessing various zones.

This configuration is similar to one-way paging, but the centralized amplifier is connected to a PCMTBM module instead of the PCMCPU module. Talk back is only available in High-Power Zones, and the telephone access must support two-way communication.

Required Modules: PCMTIM – PCMCPU – PCMTBM – PCMZPM – PCMPS2, assembled in that order.

STEP 1: Assemble Modules

Assemble the required modules. Do not connect the power supply yet.

STEP 2: Connecting Telephone System Paging Output

Connect the telephone system to the PCMTIM module based on your interface type (e.g., paging port, loop start trunk, etc.).

STEP 3: Switch Settings

Set the PCMTIM slide switches to match your telephone system interface. Set the PCMCPU SYS-ID DIP switches to OFF (left) and the RUN-PROGRAM switch to RUN (up). On the PCMZPM module, set the TALK BACK switches for the zones requiring talk back to the ON position (right). Set the PCMZPM OUTPUT switch to the HI-PWR position (down).

STEP 4: Initial System Test

Connect power. All power LEDs should light up. Access paging from the phone system and verify access tones. Speak into the handset; you should be able to hear the Talk Back Relay clicking in the PCMTBM module. Disconnect power.

STEP 5: Connecting the Paging Amplifier

Locate the terminals on the PCMTBM module. Wire PA OUT/RT to the COMMON and 25V or 70V output on the Bogen amplifier. Wire PA IN/RT to the TIP and RING input on the Bogen amplifier.

STEP 6: Connecting Speakers

Connect speakers to the ZONE A, B, and C terminals on the PCMZPM module.

STEP 7: Final System Test

Connect power and set the amplifier volume to 1/2 turn. Access paging and dial 01 for ZONE ONE. Listen for the pre-announce tone. You should be able to hear audio from the speaker location back in your handset. Adjust the volume and delay controls on the PCMTBM module for best operation. Set the final amplifier volume.

This configuration uses the PCMZPM module to switch low-level signals to self-amplified speakers or dedicated amplifiers per zone. Low-Power systems do not support two-way paging.

STEP 1: Assemble Modules

Assemble the PCMTIM, PCMCPU, and PCMZPM modules. Do not connect the power supply yet.

STEP 2: Connecting Telephone System Paging Output

Connect your telephone system’s paging output to the PCMTIM module according to your interface type.

STEP 3: Switch Settings

Set the PCMTIM slide switches to match your telephone interface. Set the PCMCPU SYS-ID switches to OFF (left). Set the PCMZPM TALKBACK switches to OFF (left) for all zones. Set the LO PWR / HI PWR OUTPUT switch on the PCMZPM to the LO PWR position (up).

STEP 4: Connecting Self-Amplified Speakers

Connect the Zone A [+] and [-] terminals on the PCMZPM to the Audio Input on the self-amplified speaker(s) for that zone. Repeat for Zone B and Zone C as needed.

STEP 5: Testing your System

Connect the PCMPS2 power supply to the PCMCPU. Access the paging from the telephone system and listen for the confirmation tone (double beep). Dial 01 to access ZONE ONE and listen for the pre-announce tone (single beep) followed by your page audio. Follow the same steps for other zones and use [00] for All-Page.

A mixed system allows you to use a centralized amplifier for some zones (high-power) and dedicated or self-amplified speakers for other zones (low-power) simultaneously. This requires at least two PCMZPM modules.

STEP 1: Assemble Modules

Assemble your PCMTIM, PCMCPU, and multiple PCMZPM modules.

STEP 2: Connecting Paging Output

Connect your telephone system’s paging output to the PCMTIM based on your interface.

STEP 3: Switch and Control Settings

Set the PCMTIM switches to match your telephone interface. Set the SYS ID switches on the PCMCPU to OFF (left). Set the TALK BACK switches on all PCMZPM modules to OFF (left). Set the LO PWR / HI PWR OUTPUT switch on the first PCMZPM (for high-power zones) to the HI PWR position (down). Set the LO PWR / HI PWR OUTPUT switch on the second PCMZPM (for low-power zones) to the LO PWR position (up).

STEP 4: Connecting Amplifiers

For the high-power zones: Wire the PA IN/RT and PA OUT/RT on the PCMCPU to the centralized Bogen amplifier. For the low-power zones: Connect the ZONE A terminals on the second PCMZPM to the Tip and Ring terminals of the dedicated amplifier for that zone. Repeat for ZONE B and ZONE C on that module if they are also low-power zones.

STEP 5: Connecting Speakers

Connect speakers for high-power zones (e.g., zones 1, 2, 3) to the ZONE A, B, and C terminals on the first (high-power) PCMZPM. Connect speakers for low-power zones (e.g., zones 4, 5, 6) to the outputs of their respective dedicated amplifiers.

STEP 6: Testing Your System

Connect power to the PCMCPU and all Bogen amplifiers. Set amplifier volumes to 1/2 turn. Access paging and test each zone individually (01 through 06). Adjust amplifiers to the desired volume levels.

Microphone Override allows a system-wide page to all speakers that takes priority over all other paging functions. This setup requires additional equipment: a Bogen VAR1 (voice-activated relay), a PRS40C (12V DC power supply), and an MBS1000A or DDU250 desktop microphone.

STEP 1: Assemble Core Modules

Assemble the PCMTIM, PCMCPU, and PCMZPM modules.

STEP 2: Connecting the Paging Amplifier

Connect the PA IN/RT and PA OUT/RT terminals on the PCMCPU to your main Bogen paging amplifier.

STEP 3: Connecting Optional Override Equipment

Connect the desktop microphone leads to the VAR1 left screw terminals. Attach a 6-pin RJ11 modular jack to the wall. Connect the audio output and relay terminals from the VAR1 to this RJ11 jack according to the wiring diagram. Connect a 6-pin RJ11 modular cable from this jack to the Override RJ11 input on the PCMTIM module. Connect the PRS40C power supply to the VAR1.

STEP 4: Switch and Control Settings

Set the two slide switches on the PCMTIM to match your main telephone paging interface. On the VAR1, set the Line/MIC switch to the MIC position and the Mic volume control to 50%.

STEP 5: Testing Your System

Connect power to the PCMPS2 and the Bogen amplifier. Test a standard zone page (e.g., dial 01) to ensure normal operation. Then, access the emergency override by pressing the talk bar on the microphone. You should hear a quad beep pre-announce tone followed by your all-call emergency page. Adjust the VAR1 and PCM2000 controls for optimal operation.

Note: The Override feature is for All-Call Emergency use only and cannot access individual zones.

System programming allows you to set PCM options and tone features using the DTMF keys of a telephone. It is recommended to use a single-line 2500-series telephone or a Butt Set connected to the TRUNK/P/P jack on the PCMTIM module for initial programming.

1. Remove the switch lock on the PCMCPU module and place the PROGRAM/RUN switch to the PROGRAM position (down). The green LED will illuminate.

2. Access the BOGEN PCM2000 system using your programming phone.

3. You will hear 3 beep tones, indicating you have accessed the programming mode.

4. Dial the Feature Code for the option you wish to program. (See the Feature Codes and Defaults chart).

5. After you have entered a Feature Code (and any other data), you must press the [#] key to enter it into the system. If the system accepts the code, you will hear a short double beep confirming the data has been stored.

6. Continue with the next Feature Code immediately after the confirming double beep. If the information is not accepted, you will hear a busy tone. In this case, hang up, check the code, re-access the system, and try again.

7. Once you have finished programming, hang up the programming phone and then place the Program/Run switch back in the Run position. The green LED will go out. Replace the switch lock.

Notes to Feature Codes:

Note 1 – These 2 digits represent time in 10s of seconds, i.e., “01” = 10 seconds, “02” = 20 seconds, “03” = 30 seconds, etc. Entering “00” will inhibit timer operation.

Note 2 – This single-digit indicates VOX delay time in seconds, i.e., “1” = 1 second, “2” = 2 seconds, etc. Entering “0” will inhibit VOX timer operation.

Note 3 – Entering the Feature Code without additional time data will enable feature using previously programmed time data.

When configuring an extended system with satellite PCMCPU modules, you must set the SYS-ID DIP switches on each satellite to identify its zone range. The master PCMCPU always has all switches set to 0 (OFF).