Ring Communications CB901EX User Manual

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CB901EX

Ring-Master

OPERATIONS MANUAL

CRISIS ALERT

CB900EX Operations Manual

Table of Contents

INTRODUCTION.........................................................................................................................5

FEATURES.................................................................................................................................7

STANDARD FEATURES........................................................................................................7

SYSTEM FEATURES.............................................................................................................7

INDIVIDUAL FEATURES.......................................................................................................7

NUMBER PLAN......................................................................................................................8

FEATURE DESCRIPTION..........................................................................................................9

HANDSET / LOUDSPEAKING...............................................................................................9

CONFIDENTIAL /SOFTSPEAKING.......................................................................................9

SIMPLEX.................................................................................................................................9

MICROPHONE CUTOFF.......................................................................................................9

DIRECT DIALING...................................................................................................................9

DIRECT ACCESS...................................................................................................................9

ALARM..................................................................................................................................10

LINE SUPERVISION............................................................................................................10

TWO BUTTON DC SHIFT SUB-STATION...........................................................................10

REMOTE CONTROL............................................................................................................10

CAMP ON BUSY EXTENSION............................................................................................10

PRIVACY..............................................................................................................................10

PRIORITY.............................................................................................................................11

PERSONAL QUEUE.............................................................................................................11

TRANSFER...........................................................................................................................11

ALL CALL..............................................................................................................................12

GROUP CALL.......................................................................................................................12

GROUP PRIVILEGES........................................................................................................12

PROGRAM DISTRIBUTION.................................................................................................12

TWO WAY RADIO................................................................................................................13

TELEPHONE NETWORK.....................................................................................................13

INSTALLATION ........................................................................................................................14

INSTALLATION PLANNING.................................................................................................14

CENTRAL LOCATION..........................................................................................................14

CABLE REQUIREMENTS................................................................................................15

INSTALLATION OF CENTRAL EXCHANGE...................................................................16

MOUNTING THE CARD RACK BACKPLATE.................................................................16

CABLE TERMINATION IN STATION SOCKET...............................................................17

CABLE TERMINATION IN CENTRAL CARDRACK........................................................17

INSTALLATION OF CARDRACK.....................................................................................18

POWER UNIT SPECS, CENTRAL AND STATION POWER..........................................18

PLUGGING IN PRINTED CIRCUITS CARDS.................................................................20

INSTALLATION OF PROGRAM DISTRIBUTION CARD................................................20

POWER ON SYSTEM CHECK........................................................................................23

ADJUSTMENTS...............................................................................................................24

FINAL CHECK OUT OF THE SYSTEM....................................................................................25

INTRODUCTION..............................................................................................................25

FINAL CHECK AND COMMISSIONING.................................................................25

SERVICE INFORMATION......................................................................................26

CONVERSION TABLE STATION POSITION/CALL NUMBER..................................27

TECHNICAL SPECIFICATIONS.....................................................................................35

CONFIGURATION...........................................................................................................56

SYNTAX......................................................................................................................56

HELP...........................................................................................................................57

LINE EQUIPMENT......................................................................................................59

CALL NUMBER...........................................................................................................59

CALLER ID..............................................................................................................61

DEVICE TYPE.........................................................................................................61

PRIVELEGE TYPE..................................................................................................62

DIRECT ACCESS...................................................................................................64

DIRECT DIAL..........................................................................................................64

SUBSCRIBER TIMERS..........................................................................................65

TRANSFER.............................................................................................................67

ANNUNCIATOR DISPLAY......................................................................................68

EVENT LOG PRINTER...........................................................................................68

CAMERA SWITCHER.............................................................................................69

BATTERY CHARGE MONITOR.................................................................................70

ALL CALL....................................................................................................................71

GROUP CALL..............................................................................................................71

INSTALLATION...............................................................................................................75

SWITCH PROGRAMMING.........................................................................................76

RESET BATTERY RAM..............................................................................................76

April 2012 Operations Manual CB901EX

Ring-Master

INTRODUCTION

Ring-Master system CB 901EX is an all-to-all direct speech system, controlled by a fully electronic central exchange. All its functions are microprocessor controlled. This enables the customer to select from a wide range of programmable features designed to achieve flexibility and optimal efficiency in internal communication.

A built-in Lithium battery will secure all programmed information up to 10 years when power to system is switched off.

The modular structure of the central permits easy expansion, station by station, from 2 up to a capacity of 7.,170 subscribers. Moreover, a wide variety of station types, matching the needs of almost any user, whether institutional, industrial or commercial applications, increases the flexibility of the system.

The unique cabling concept provides the advantages of both centralized and decentralized cabling arrangements. Each station requires one single pair for dialing and conversation. Power can either be individual to each station or remote groups of stations can be supplied from local mains power units. The cabling is ordinary telephone wires.

The central unit is compact. A standard basic cardrack equipped for 80 subscribers measures only 256 mm x 570 mm x 271 mm (10.1" x 22.4" x 10.9"). Silent in operation, once fitted with its cover, the central can operate inconspicuously in almost any location.

In a single-Stage system, the central unit consists of a Basic Cardrack DP 979 containing the Basic Cardset and Subscriber Cards, totaling 88 subscribers. If the number requirements exceed this, an additional Subscriber Cardrack DP 980 is necessary, giving a maximum capacity of 240 subscribers in a single-stage system.

Each single-stage of 240 numbers is equipped with 15 internal links.

The number of subscribers in a CB 901EX system may be expanded in steps of 8, plugging in

subscriber cards.

The basic cardrack 10 subscriber cards = 80 subscribers The subscriber cardrack 20 subscriber cards = 160 subscribers Giving a maximum capacity of 240 subscribers, each with access to the 15 links. Each stage in the central unit consists of a basic cardrack for the common basic cardset, and

according to the number capacity, an additional subscriber cardrack.

All cards in a CB 901EX system are of plug-in type, interconnected via the motherboard in each

cardrack.

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The CB901EX printed circuit cards, are briefly described in the following:

PROCESSOR CARD

This card contains the microprocessor (MC 68HC11 series), its program and memory. The 32K bytes program, which controls all computer operations is located in FLASH Memory). It contains the main oscillator (10.7 MHz) and provides all timing signals in the central unit. In this way the system is synchronized all the way through, which minimizes noise generation on the audio links. This card also sets up/disconnects links, directed by the processor. It handles the PAM (Pulse Amplitude Modulation) sampling control for all links. There are 32 time-slots in the system. One timeslot is allocated by the subscriber scanner and one for the tone receiver, leaving 30 time-slots for audio connections. This means that there is room for 15 simultaneous audio links.

AUDIO CONTROL CARD

The duplex voice control circuits are located on this card, together with the receiver and tone transmitter. The processor fully controls the tone receiver/transmitter. The duplex control circuit operates individually for each time-slot, which is much faster than the processor can manage. Therefore, a separate control system is included on this card.

LINK CARD (2 cards)

It connects the audio signals between the subscribers. Each card handles 8 links and there are always 2 link cards in the central unit.

POWER CARD

It contains a switching power supply, synchronized with the main oscillator to minimize noise. Input to the card is 25 - 28V DC.

PROGRAM DISTRIBUTION CARD

It interfaces the intercom system to an external program source and allows the subscribers to activate and connect program- (music) and alarm channels.

Implementing this feature to the system will reduce the total number of subscribers by 8 per stage.

SUBSCRIBER CARD

It terminates the lines for 8 subscribers, and is the interface card between the stations and the central unit.

The card splits up the audio/signaling information to/from the subscribers. All subscriber cards are identical.

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FEATURES

STANDARD FEATURES

15 Links

Hands free Loudspeaking

Confidential Softspeaking

T-Button for manual control of speech direction

Microphone mute

Data transmission for remote control

Privacy

Camp on busy extension

Crisis Alert Network Interface

SYSTEM FEATURES

2 ,3 or 4 Digit call numbers

Program distribution (7 Channels)

All Call (70)

7 Group Calls (71-77)

Meet me (8-90)

Group Conference

Battery Charger Alarm

Event log printer interface (DNA100 required)

Video switcher interface (DNA200 required)

Computer Interface (DNA300 required)

Pocket Page Interface (DNA400 required)

INDIVIDUAL FEATURES

Direct access

10 Direct dial

Simplex always

Assignable call numbers

12 Alphanumeric caller ID

Personal queue for incoming calls

Autodialer for use with TELCO interface

External display of the personal queue (DAD104, DS16,DNA300)

7 Transfer numbers for each subscriber (with programmable delay)

Priority

Line Supervision

Silent Ring for receiver with Annunciator

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NUMBER PLAN

IDLE:

10-69 Subscriber number 2 digit dial

100-699 Subscriber number 3 digit dial

1000-6999 Subscriber number 4 digit dial

70 All Call

71-77 Group Calls

90 Respond to meet-me

98 Program distribution

PRIVACY:

0 Accept call

CONVERSATION (INITIATOR):

X Cancel call

8 Activate meet-me from Group Call or All Call

CONVERSATION (RECEIVER):

X Cancel call

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FEATURE DESCRIPTION

HANDSET / LOUDSPEAKING

When two intercom stations are connected, either party may speak to the other hands free without touching any buttons.

CONFIDENTIAL /SOFTSPEAKING

At any time during the call, either one or both parties may pick up their station ( AA916) and use it as a handset for a confidential conversation. When both parties are in handset mode, the system operates in open duplex mode and both parties may talk and listen at the same time.

SIMPLEX

The T-button may be used to control the speech direction (push to talk release to listen). This is useful when one of the intercom stations is in a noisy area. Either party may use this function. If both stations are pushing the T-button the control is given to the station that pushed T last. Either party may revert to handsfree mode by tapping the T-button. Any call number may be programmed with the privilege “simplex always” . When a call is placed from or to a station with the “simplex always” privilege, the initiator will be in listen mode and the T-button must be used to change the speech direction.

MICROPHONE CUTOFF

To temporarily mute the microphone during conversation, the mute button may be pressed down.

DIRECT DIALING

It is possible to program keys 0 to 9 of each intercom station’s keypad to speed dial frequently called numbers. When a programmed key is pressed, a dialtone is heard as normal. If a second key is pressed within 1.2 seconds (programmable subscriber timer) then a normal dial sequence is taken.

DIRECT ACCESS

It is possible to program one call number for each intercom station to be activated by short DCshift (<1 sec). This type of calling is used with door stations and elevator stations that do not have a tone dialer.

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ALARM

Long DC shift (1sec<) will send ALARM to the call number programmed for direct access.

LINE SUPERVISION

Line Supervision is activated with privilege #10. Zero Volt on the audio line will send FAULT to the call number programmed for Direct Access.

TWO BUTTON DC SHIFT SUB-STATION

Direct Access and Direct Dial #1 are programmed to activate this feature. Short DC shift(<1sec) will send CALL to the call number for Direct Dial #1. Long DC shift (1sec>) will send ALARM to to the call number programmed for Direct Access. Zero Volt on the audio line will send FAULT to the call number programmed for Direct Access. Device Type = sub Program in Que = none

REMOTE CONTROL

DTMF tones may be sent from one intercom station to the other for remote control. The keypad on the station sends standard telephone dialing tones (CCITT). This is mainly used for electric door-lock release and for dialling out to the public telephone network (PTT). The microphone mute function must be activated while pushing a number key to disable conference add-on . When the B-subscriber (receiver of the call) is programmed with the privilege “DTMF Device” then the number keys may be activated without pushing the microphone mute key.

CAMP ON BUSY EXTENSION

The caller may camp-on to a busy extension for 20 seconds (programmable subscriber timer), after which the call will be automatically cancelled. If the called party becomes free within this time, the connection will be established with warning tone to both parties.

PRIVACY

The stations privacy switch controls the privacy status. When the B-subscriber is in privacy both stations get the ringing tone. The B-subscriber may accept the call by pressing the 0-button within 15 seconds (programmable subscriber timer). This operation is valid when the B-subscriber is not using personal queue.

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PRIORITY

When a station is programmed with the privelege “Priority” it may connect to a busy or privacy

station by dialing “0” . This is only possible if the busy station does not have Priority privelege.

PERSONAL QUEUE

Each intercom station has a Personal Queue. This queue is activated with privilege “Personal Queue”. All received calls are then put in the personal que and the intercom station will ring (2 second on, 3 second off) until the call is answered by pressing the 0-key. When the call is cancelled (X) the next call in queue starts ringing after 2 seconds (programmable subscriber timer). With the privilege “Automatic Answer” the call is automatically connected without pushing the 0-key. Calls are inserted to the personal queue on a first in first out within each priority level (1-9). The priority level is the Call Priority of the calling station (level 1 is highest priority). The calling station may be connected to Ringing Tone, Program Channel or silence when in que. The personal queue may be displayed and answered on a DAD104.

TRANSFER

Call Transfer is used to distribute incoming calls to additional intercom station. Call transfer is using the personal que. Each subscriber may be programmed with 7 transfer numbers with delays. When a call is place to the intercom station with “personal queue” the call will be inserted in the personal que of the called station. When the transfer 1 delay expires the call will be placed in the personal que of the transfer 1 intercom station. The transfer 2 delay is then activated and when it expires the call is inserted in the personal que of the transfer 2 intercom station. This sequence is then repeated for transfers 3-7 if programmed. The incoming call is now in the personal queue of multiple intercom stations and when one of them answers the call it is removed from all the personal queues. The transfer delay is 0 - 9 minutes or infinite. If a transfer station is in privacy then the delay to that station is set to 0 and the call will transfer instantly (used for night transfer). Personal Queue is always used when calls transfer to another intercom station independent of the “personal queue” privilege.

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ALL CALL

Allows for one way paging from one station to all other stations in the exchange and will override other calls (they will reconnect when the All Call is completed). The initiating station must have privilege “All Call Access”. The duration of the All Call is limited to 60 seconds (programmable subscriber timer). The call number for All Call is 70. The All Call is terminated with X, or 8 for call back (meet me). One of the stations can then dial 90 to call back to the All Call initiator. The call back is active until one station dials 90 or a new call back is activated from another All Call or Group Call. It is possible to exclude receivers from the All Call. This is done by entering call numbers in the All Call exclusion group (group #0).

GROUP CALL

Allows for one way paging from one station to a group of stations and will override normal calls (they will reconnect when the Group Call is completed). The initiating station must have privilege “Group Call Access”. The duration of the Group Call is limited to 60 seconds (programmable subscriber timer). There are 7 Group Calls in the system with access call numbers 71-77. The Group Call is terminated with X, or 8 for call back (meet me). One of the stations can then dial 90 to be connected to the Group Call initiator. The call back is active until one station dials 90 or a new call back is activated from another All Call or Group Call. Call number of the receivers are entered in the Group Call groups (group 1-7). All station may be a members of multiple Group Call groups. Only one Group Call can be active at a time. Stations calling Group Call when it is in use may camp on until it is free.

GROUP PRIVILEGES

Global privilege: Pages groups in multiple EX500 centrals simultaniously.

T privilege: T button must be used for group calls

C privilege: The group is used for group conference, receivers can talk by using the T button.

PROGRAM DISTRIBUTION

The system has one program channel for distribution of music or other program sources. The access code is 98. The connection to program distribution does not effect normal intercom operations. When a call is initiated or received, the music is put on hold until the call is completed and then it is automatically reconnected.

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TWO WAY RADIO

The CB901EX system may be connected to a radio base station for communication on a closed two-way radio network. An interface unit (IF935) is required and is given an ordinary subscriber number. If the radio system is simplex PTT then the subscriber number should be programmed with privilege “Simplex Always” The radio receive signal may be connected to the program distribution channel for monitoring.

TELEPHONE NETWORK

An interface (IF934P) can be supplied to operate between a telephone network and the CB901EX. The interface is used to make calls from any intercom station to the telephone network and to make a call from an outside telephone to any intercom station. The interface may be used as a speed dialer to a telephone number used for answering intercom calls from elevator intercoms in a night transfer mode of operation. The device type of the interface is set to PBX, and the speed dial number is programmed from the DNA100. A delay may be entered as P1 for one second delay to P9 for 9 second delay. Example: P29P31234567 will delay 2 seconds (waiting for dial tone), dial 9, delay 3 seconds, then dial 1234567. When a call enters the personal que of the interface it will speed dial the remote telephone number, connect the station in que to the telephone line and then wait for disconnect from the remote telephone before releasing the connection between the interface and the intercom station. After 2 seconds (programmable subscriber timer) the next call in personal que will repeat the process. If the interface does not have the privilege “Personal Queue” then calls made to the interface will not activate the dialer and the phone number must be manually dialed. If transfers are activated from other stations (lobby master) , then theses calls are automatically placed in the personal que of the interface and will use the speed dialer out on the telephone line. This way a motor room master may use the interface for manually dialed calls, while elevator intercoms that dial the lobby master will be transferred to the personal que of the interface and use the speed dialer. The lobby master may have an infinite transfer delay during the day when all calls are answered by the lobby master. At night the lobby master is placed in privacy and all calls are transferred to the telephone interface.

DRECT ACCESS MASTER

This master station will connect to the intercom stations programmed in the Direct Acces when

a contact closure activates Initiative. When the contact closure is removed the station will cancel.

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INSTALLATION

INSTALLATION PLANNING

Proper planning minimizes the time required and costs incurred during an installation. In the long term, maintenance, changes and expansion can be accomplished efficiently when planned for prior to the initial installation. This results in customer satisfaction and goodwill through a minimum disruption of their business activities. Ultimately, customer satisfaction results in additional sales.

Each customer’s facility is different and requires a tailored approach to ensure that the job runs smoothly. Each facility will have its own combination of circumstances which must be addressed. Table below summarizes the major stages of a typical intercom installation. The sequence in which the stages are accomplished, or the work accomplished in each stage itself, can be modified to reflect the particular circumstances of each installation. However, the general approach should include the installation stages listed below:

STEP INSTALLATION

1. Site survey and data collection.

2. Plan major equipment layout. (Central, system power supply, and position of the various stations, speakers, etc.)

3. Plan cable routing.

4. Preparation and preassembly of central and power supply at shop facility.

5. Site work:

a. Running of station cables b. Equipment mounting (central, power supply, etc.) c. Station and speaker installation d. System programming and adjustment

6. System checkout and commissioning

7. Customer introduction and training.

CENTRAL LOCATION

A summary of the environmental factors affecting the Ring-Master CB901 system is presented in

the listing below. These factors must be considered when developing a detailed system plan.

Site preparation is dependent upon the customer’s facilities. In many cases, there may be only one location where the central and power supply (or transformer) can be mounted. However, when several locations are possible, the advantages and disadvantages of each location should be considered. Consider each of the following factors:

A. The central and power supply must be wall mounted.

B. Location of the majority of stations, locate the central strategically, so that you can

minimize the length of cable runs.

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C. Location of existing telephone ducts or conduit.

D. The AC line should be dedicated exclusively to the system. If the line is equipped

with a circuit breaker at the service entrance panel, the circuit breaker switch should be labeled «DO NOT TURN OFF».

E. The equipment should be installed in an area that has adequate ventilation. A

temperature range of 0oC (32oF) to 25oC (77oF) and humidity range of 30% to 90%

relative must be maintained.

F. Appropriate lighting conditions and adequate working space should be provided for

future service calls.

G. Consideration must be given to those conditions that may cause damage to the

equipment. For example, dust or vapor from flammable or corrosive solvent may

cause damage. The installation site should not be located in an area likely to be flooded

or likely to be damaged by moving objects nearby.

H. The central should NOT be installed in an area near electrical noise including

equipment, i.e., heavy motors, welders, dimmers, radio transmitters etc.

I. The power supply (or transformer) must not be mounted below the central. This is to

prevent overheating the central.

CABLE REQUIREMENTS

Each station is connected to the central by 4 leads (in two twisted pairs).

Leads No. 1 and No. 2. Audio and signaling.

Individual leads i.e., a separate twisted pair is required for each station. This pair carries

tone-signaling (CCITT norm.) for dialing, audio transmission and DC control signals for stations.

The maximum loop-resistance of this pair is 240 ohm corresponding to approx. 2km cable-length from station to central, using normal telephone cabling with 0.6 mm diam. wiring. If the actual distance is more than 2 km. (loop resistance more than 240 ohm) doubling this audio pair (or using heavier cable) can cause incorrect dialing transmission, since the capacitance in the cable is also increased. Doubling is not recommended. If cable to a station passes close to radio aerials or other interference sources, the leads to the actual station should be shielded.

Leads No. 3 and No. 4. Station Operating Voltage.

These leads carry operating voltage to the stations. The maximum/ minimum station voltage for proper operation is 21 - 28.5 V. This allows a loop resistance between each station and power supply (centralized or local) of 40 ohm, giving a distance of 350 meters on 0.6 mm copper wire and 600 m on

0.8 mm. (based on power supply output of 27V DC).

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The wire dimensions for stations located further from the central must be increased accordingly. However, independent local DC power supplies can be used for distant stations. No reference wiring between local and central power supplies is required.

Important Note: If a number of stations are powered from a common/parallel DC power pair, voltage fluctuations can result in incidental crosstalk. Therefore it is essential that a separate power pair is always used for each station.

INSTALLATION OF CENTRAL EXCHANGE

Each basic cardrack and subscriber cardrack consists of two main parts: a metal backplate and a front cardrack (which secures to the backplate with 2 screws) that swivels outward, giving access behind the motherboard during maintenance.

Check for signs of physical damage when unpacking the central. In particular check the long contact-pins on the rear of the motherboards PCB979, PCB980 for possible distortion that may cause short-circuiting.

MOUNTING THE CARD RACK BACKPLATE

Four holes in the backplate are provided for mounting on a wall or 19" rack. The position of the cardracks should allow for easy access of incoming station cables.

Mount the backplate, as follows:

a. Drill holes corresponding to the backplate in the wall.

b. Mount the backplate (see note).

NOTE: The four screws required for wall mounting the central unit are not provided. Be certain that the screws used can support the central unit.

When using two cardracks for a central unit, two 20-pair flat cables (NMF6002) are supplied with DP 980 Cardrack to connect the two units together. The cables have a fixed length, thus limiting the distance between the cardracks to approximately 10-12 cm (4-4,5 inches). (See Fig. 1.6, 1.7). The top pin of Cable no. 1 in each pin row will not be connected.

The backplate is now ready for station wiring.

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CABLE TERMINATION IN STATION SOCKET

Station type: Master Stations AA916, AA917 w/display - modular 8 pin RJ45 socket.

Leads No. 1 and No. 2 - Audio Signaling Leads

Lead No. 1 to be connected to pin No. 5 in the RJ45 station socket. Lead No. 2 to be connected to pin No. 4 in the RJ45 station socket.

Leads No. 3 and No. 4 - Station Operation Voltage.

Lead No. 3 is positive and must be connected to pin No 3 in the RJ45 socket. Lead No. 4 is negative and must be connected to pin No. 6 in the RJ45 socket.

Station type: All station types (Sub- and Master) using Hirschmann 6 pin socket

Leads No. 1 and No. 2 - Audio Signalling Leads

Lead No. 1 to be connected to pin No. 1 in the Hirschmann socket. Lead No. 2 to be connected to pin No. 2 in the Hirschmann socket.

Leads No. 3 and No. 4 - Station Operation Voltage.

Lead No. 3 is positive and must be connected to pin No 3 in the socket. Lead No. 4 is negative and must be connected to pin No. 4 in the socket.

NOTE: Always use a separate power pair for each station to the DC power source, to avoid

crosstalk.

If an extra loudspeaker is required in parallel to the station’s speaker, connect to pins 1 and 2 on

the RJ45 wall socket or to pin 5 and 6 on the Hirschmann wall socket. Note,min. Combined I mpedance 16 ohm.

NOTE: It is stressed that the station’s built-in output amplifier shall not be overloaded. Therefore, when an extra speaker is used, the station’s volume control shall not be set higher than half-way. If extra power is needed, an extra booster amplifier (e.g. FC 420/10W with independant power supply) must be inserted between pins 1 and 2 on RJ45 (or pin 5 and 6 on the Hirschmann plug) and the one or more parallel speakers.

CABLE TERMINATION IN CENTRAL CARDRACK

Connection of stations wires.

Each subscriber card (DP978) can connect 8 intercom stations. A flat cable connects each subscriber card to the BF901(PCB933) on the back plate (MA901) of the DP979/DP980. The BF901 can connect 3 subscriber cards (24 intercom stations). Two 25 pair cables (CBL25P/20) connect each BF901 to the Main Distribution Frame (MDF). 12 intercoms stations (audio+power) on each cable. The CBL25P/20 cable is 20 feet long with connectors at both ends. The cable can be cut in half to provide two 10 foot cables for the BF901. The connectors plug in to the BF901 and the other end of the cable (24AWG solid) punch down to the MDF . The MDF may be Krone, S110, 66 blocs or similar.

The intercom position in the central have hexadecimal numbering.

See Fig. 1.9. for terminal layout.

See Fig. 1.10. for conversion from hexadecimal position number to decimal call number.

This basic cardrack can be reduced providing only 88 or 80 subscribers, but positions 12 and 13 have parallel card positions 21-22 in subscriber cardrack. Subscribers must either be connected in position 12/13 or 21/22. The subscriber cardrack will then consist of 160 subscribers (20 subscriber

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cards). See Figure 1.10.

Connection of 24V power .

24 Volt is connected to the DP979 motherboard (PCB979) and to the power distribution board (PCB935) in DP979/DP980. See figure 1.12.

Four self-healing fuses with red fail LEDs are used on each BF901 (6 stations on each fuse). The red LED is lit when a short is detected in the power. The LED on the power distribution board is normally green but turns red when any of the fuses on the BF901 detects a short. Only when the LED is green is the Power Fail Relay activated. Contacts form C is available at terminal CN3.

INSTALLATION OF CARDRACK

When cable connections are completed, mount the rack to the backplate with the 2 pins. Two magnets are fixed to the rear of the rack to hold it in closed position. Swivel the rack open to permit the flat cables to be plugged into their relative pin-row positions on the rear of the motherboard. Take care when folding the flat cable i.e., that they remain clear of motherboard pins when the central is closed.

POWER UNIT SPECS, CENTRAL AND STATION POWER

Although Ring-Master systems normally function on 24 VDC, power units shall be adjusted to 27 VDC which is the correct charging voltage when systems are connected to batteries for group/ all-call or no-break battery back-up. Using 27 V also permits longer cabling from stations to central with a 3 V tolerance to 24 V control voltage drop on longer cable runs. Ring-Master supplies a standard DC power unit PSDC24V12A which is factory-adjusted to 27 V and can supply 12 Amp. It is adjustable . A smaller power unit PSDC27V5A is also available for local use with remote stations, giving 5 Amp DC, i.e., adequate for max. 20 stations. Power units can also be purchased locally provided that they meet the specifications for supplying Ring-Master systems,- e.g., regulated, and with a max. ripple/noise level of 30 mV peak to peak.

Note. The power unit should be equipped with over voltage protection.

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POWER REQUIREMENTS.

Power for stations:

Power needs for stations are based upon the basic figure of 250 mA per station.

Station power is connected to screw terminals on the power distribution board PCB935

(in DP979 and DP980) marked + and - 24VDC.

Remote local power supply to stations.

A station or a group of stations can be connected to remote power units. If the central is programmed with all or group call, all stations in such a group can be switched on simultaneously and the power unit must be dimensioned accordingly, i.e., at 150 mA per station.

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PLUGGING IN PRINTED CIRCUITS CARDS

Plug the cards into the cardracks according to the actual central size. See Fig. 1.10 for correct card positioning. Make sure that all cards are properly pressed into the plugs on the motherboard when using two cardracks for a complete stage. Note that card positions 12/13 and 21/22 have the same station equipment number (50-57 and 58-5F). You must therefore only plug subscriber cards into one of the positions 12/13 or 21/22.

We advise positions 21/22 to be used, this leaves room in the basic cardrack for the future connection of interlink cards.

INSTALLATION OF PROGRAM DISTRIBUTION CARD

The Program Distribution Control Card DP977 is installed in the Basic Cardrack DP 979. This card distributes the Alarm/program audio signal to all the subscribers from the selected program sources,- 2 alarm channel and 8 program channels.

INTERCONNECTION CABLE, INTERNAL ON MOTHERBOARD PCB979.

The Program Distribution Card NFE 1626 is normally installed in card position 10 (plug.pos XA11) in the Basic Cardrack DP 979. If the central is fully equipped with subscriber cards (30 cards), this feature card is to be installed in pos. 12 or 13.

In CB901EX systems the card positions 12 and 13 are used for Interlink B Card NFE1545. If not used then the Subscriber Card NFE1625 can be installed in these positions, giving a total of 88 subscribers in the Basic Cardrack. If subscribers in these positions want to make use of the Alarm/program Distribution Feature, a special flat cable, 20 pair with 4 connectors, must be installed between card position 10, 11, 12 and 13 - plug P1, pins 1A/B to 20 A/B at the back of the Motherboard NFE1523A. This cable NMF6012 is included in DP977 together with the Program Distribution Card NFE1626. When this cable is installed, to utilize plug positions for subscriber connection, the Program Distribution Card NFE1626 can be installed in any position from 10 to 13 incl. If no cable is installed this card must be placed in card position 10. This cable must not be used when the NFE1545 is installed. See Figure for cable location.

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TERMINATION OF AUDIO AND CONTROL SIGNALS TO PROGRAMME DISTRIBUTION CARD NFE 1626.

One Subscriber Cable BF902 is used for termination to the Program Distribution Card NFE1626, at the back of the Motherboard PCB979.

Flat cable no. 1 for audio signals to alarm- and program channels.

See Fig 1.18. for cable location and wiring details. The max. input level on alarm channel is 770 mV RMS (cable no. 1, pins 9A/B - 10A/B).

Flat cable no. 2 for control signals to alarm- and program channels.

See Fig. 1.18. for cable location and wiring details. The max. input level on program channels is 100 mV RMS (cable no 1, pins 1A/B - 8A/B)

To activate alarm channel no. 1 (top priority) 24V DC must be supplied to pins 32 A/B on cable no. 2, positive to pin 32A. Audio signal from alarm source no. 1 (cable no. 1, pins 9A/B) will be transmitted to all stations.

To activate alarm channel no. 2, 24V DC must be supplied to pins 31 A/B on cable no 2, positive to 31A. Audio signal from alarm source no. 2 (cable no. 1, pin 10 A/B) will be transmitted to all stations.

Alarm channels have top priority in the system. All other activity, program distribution, all-call, group-call and normal calls will be overridden. Alarm channel no. 1 has priority over alarm channel no.

2. To deactivate an alarm channel the 24V DC «enable signal» must be disconnected (back to open circuit on «alarm enable» input).

Battery Operation Function - cable no. 2. When CB901EX Systems are installed as no-break system (connected to emergency power - battery bank) it is important to cut out the Program Distribution Feature when there is a mains power failure. During this period, all stations using this feature must be suspended from the program channels, otherwise the emergency battery could be overloaded. Alarm channels will operate. Each station has a current consumption of approx. 150 mA. When mains voltage returns, the stations will automatically be reconnected to the program channels. If the Program Distribution «cut out» function is required, do the following:

1. Disconnect Diode D1 on Program Distribution Card NFE1626.

2. Install a separate small power supply/rectifier of 5 - 24V DC. Connect the output

voltage to the Battery Operation function, cable no. 2 - pins 30A/B, positive to pin

30A. See Fig. 1.18. for details.

When there is a mains power failure, the voltage (5-24DC) from the separate power supply is missing and the Program Distribution function is disabled. Stations connected to the program channels are canceled, but will be reconnected when mains power is restored.

NOTE. This function may also be operated by the management to allow for program listening during lunch time, CoffeeBrakes etc.

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STATION POWER SUPPLY.

In a fully equipped Ring-Master System CB901EX all stations can simultaneously be connected to program channels - 240 stations. The total power consumption will then be approx. 36 Amp. (240 x

0.150 A).

IMPORTANT — STATION POWER CALCULATION.

Each station with access to Alarm/Program Distribution Feature requires 150 mA. Each station in normal conversation requires 150 mA Each station in rest condition requires 15 mA.

IMPORTANT NOTES:

To transfer all/group call signals to subscribers connected to cards in position 11, 12 and 13 the flat cable NMF6012 (part of DP977) must be installed on the back side of the Basic Cardrack DP979. If no cable is available, make a jumper between:

Plug P1, pin 10A on card no. 10 to Plug P1, pin 10A on card no. 11 to Plug P1, pin 10A on card no. 12 to Plug P1, pin 10A on card no. 13.

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POWER ON SYSTEM CHECK

NOTE: Always turn OFF the central power (NFE1528) before plugging the cards in or out of the cardracks.

A. Pull all NFE1625 cards out of the plugs (approx. one inch) except

the card in position No. 2. Test one card position at a time.

B. Plug the flat cable, which is connected to the BF901 mounted in the upper left

hand corner of the backplate, into positions 00 - 07 on the back of the cassette

motherboard.

C. Switch on main power.

D. Ensure that the standard programme is written into the memory on

the CPU Card PCB1019 when power is switched on. Set all switches to OFF in package SW2 .

E. Switch on the central power by operating the switch on the power card PCB1016

(in card position 1).

Any number of LEDs may light up. This is normal and they will extinguish after a few seconds.

Only a few LEDs will be indicating in accordance with the following list, starting with the processor card to the left.

PCB1019 RUN LED will be ON

MASTER LED may be On or OFF TX LED will blink RX LED will blink only if external annunciator/DNA100 is connected

Battery Charge LED will be ON NFE1607 No LEDs NFE1521 No. 1 All LEDs stay dark NFE1521 No. 2 The upper LED will be steady on All the others will stay off NFE1626 All LEDs stay dark PCB978 All LEDs on all subscriber cards stay off PCB1016 All four LEDs will be steady on

If these indications are not present, switch off power on the central power card and check that all

cards are properly pressed into the plugs on the motherboard. Switch on power again. If still not normal, restart the system. Put switch no. 4 on switchpackage SW2 on CPU card PCB1019 in position ON (network address 08). Press the Reset button (SW1, located on the edge of the card). This will restart the processor manually. We will now assume that the indications are normal.

Make a call between, for example, the two stations in positions 00 and 01. They will have call

numbers depending on the number of digits selected in the system (SW3 on PCB1019) This is the first check to see if the system is «alive».

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Plug in the rest of the NFE1625/PCB978 cards, one by one and connect the corresponding flat

cable to the back of the motherboard in the cardrack. Make a call between the stations in positions 00 and 01.

ADJUSTMENTS

Normally no adjustments are necessary, but it is advisable to check status of:

A. The -5V Level Measure on the motherboard, on the plug of the programming card (card

position 20) that the exact value of the -5V. 0V is on pin No. 3a/b and -5V is on pin 1a/b. Both on plug P1 (the lower plug). The correct voltage to measure is between 5,0 and 5,1V. If adjustment is necessary, turn potentiometer R19 on power card PCB1016.

B. Duplex Switching. It is necessary to check the audio control card NFE 1607 for

proper duplex switching.

1. Set up a conversation to a station in a room (office) with normal ambient

noise level.

2. Press down the microphone cut-off switch (privacy switch) on the initiating station. The background noise from the receiving station should now be heard

in the loudspeaker of the initiating station.

3. Turn potentiometer R 56 on NFE 1607 card (on front of the card) until the noise just disappears.

NOTE: This adjustment cannot compensate for noise from machinery, noisy airconditioners etc.

C. Adjustment of warning tone level. Adjust pot. meter R57 to a pleasant volume on the warning tone.

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FINAL CHECK OUT OF THE SYSTEM

INTRODUCTION

When the system has been installed and programmed, perform the following checks to verify the operation of the system and related equipment. If the system is found to be faulty, use the following guidelines to locate the faulty station or printed circuit board(s) and replace the part. This gives minimum system downtime for the customer.

FINAL CHECK AND COMMISSIONING

When all cables are connected to their corresponding terminal blocks, check that these terminal blocks are properly plugged into the circuit boards. Check for 24V DC before the system is switched on (minimum/maximum voltage is 21V DC - 29V DC). Turn system switch ON and check the four upper front LEDs on the Power Card NFE 1528. All should be lit. Prepare a list of all individual programs utilized.

Once the cable connections and the central exchange voltages are verified, perform the following station tests:

a. Station receives warning tone and light when called.

b. Sound quality - in handsfree and handset modes.

c. «Handsfree» voice switching.

d. T-button manual control.

e. Press privacy switch down for microphone cut-off.

f. X-button, released for canceling.

g. Check station’s privacy switch function and 0-button to accept a call, also call back to the test station while in the privacy position.

h. Check all standard and system features.

i. Check all individual programs allotted to stations.

j. Finally, before leaving, make sure that all users have been instructed in the correct use of their station and obtain the signature of the client’s responsible representative, accepting the system in full working order.

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SERVICE INFORMATION

CAUTION: Always turn power OFF before changing subscriber boards in the central exchange.

The CB 901EX system is a microprocessor controlled system and for servicing/maintenance a certain level of such knowledge is needed together with some understanding of the software.

Remember that the system is bus organized. This means that all subscriber boards are «wired» in parallel, except the master station connections. A fault on one of the subscriber boards may therefore cause the whole system to malfunction. For trouble-shooting, follow the steps below:

a. Disconnect all the NFE 1625 (NFE 1525) Subscriber Boards.

b. Install one board at a time into the different plug positions until the faulty board is

located.

A master station fault may be located in the station itself, or on the subscriber board. Check both with a known good station to pin point the fault.

The user can be requested NOT to use the system until an all-call announces that the system is ready for use.

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CONVERSION TABLE STATION POSITION/CALL NUMBER

BASIC CARDRACK

STATION CARD

POS. POS.

NO. NO. 1 2 3 4 5 6 7 8

00 1000 1256 1512 1768 2024 2280 2536 2792

01 1001 1257 1513 1769 2025 2281 2537 2793

02 1002 1258 1514 1770 2026 2282 2538 2794

03 2 1003 1259 1515 1771 2027 2283 2539 2795

04 1004 1260 1516 1772 2028 2284 2540 2796

05 1005 1261 1517 1773 2029 2285 2541 2797

06 1006 1262 1518 1774 2030 2286 2542 2798

07 1007 1263 1519 1775 2031 2287 2543 2799

08 1008 1264 1520 1776 2032 2288 2544 2800

09 1009 1265 1521 1777 2033 2289 2545 2801

0A 1010 1266 1522 1778 2034 2290 2546 2802

0B 3 1011 1267 1523 1779 2025 2291 2547 2803

0C 1012 1268 1524 1780 2036 2292 2548 2804

0D 1013 1269 1525 1781 2037 2293 2549 2805

0E 1014 1270 1526 1782 2038 2294 2550 2806

0F 1015 1271 1527 1783 2039 2295 2551 2807

10 1016 1272 1528 1784 2040 2296 2552 2808

11 1017 1273 1529 1785 2041 2297 2553 2809

12 1018 1274 1530 1786 2042 2298 2554 2810

13 4 1019 1275 1531 1787 2043 2299 2555 2811

14 1020 1276 1532 1788 2044 2300 2556 2812

15 1021 1277 1533 1789 2045 2301 2557 2813

16 1022 1278 1534 1790 2946 2302 2558 2814

17 1023 1279 1535 1791 2047 2303 2559 2815

18 1024 1280 1536 1792 2048 2304 2560 2816

19 1025 1281 1537 1793 2049 2305 2561 2817

1A 1026 1282 1538 1794 2050 2306 2562 2818

1B 5 1027 1283 1539 1795 2051 2307 2563 2819

1C 1028 1284 1540 1796 2052 2308 2564 2820

1D 1029 1285 1541 1797 2053 2309 2565 2821

1E 1030 1286 1542 1798 2054 2310 2566 2822

1F 1031 1287 1543 1899 2055 2311 2567 2823

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CONVERSION TABLE - STATION POSITION NO./CALL NO.

BASIC CARDRACK

STATION CARD

POS. POS.

NO. NO. 1 2 3 4 5 6 7 8

20 1032 1288 1544 1800 2056 2312 2568 2824

21 1033 1289 1545 1801 2057 2313 2569 2825

22 1034 1290 1546 1802 2958 2414 2570 2826

23 6 1035 1291 1547 1803 2059 2315 2571 2827

24 1036 1292 1548 1804 2060 2316 2572 2828

25 1037 1293 1549 1805 2061 2317 2573 2829

26 1038 1294 1550 1806 2062 2318 2574 2830

27 1039 1295 1551 1807 2063 2319 2575 2831

28 1040 1296 1552 1808 2064 2320 2576 2832

29 1041 1297 1553 1809 2065 2321 2577 2833

2A 1042 1298 1554 1810 2066 2322 2578 2834

2B 7 1043 1299 1555 1811 2027 2323 2579 2835

2C 1044 1300 1556 1812 2068 2324 2580 2836

2D 1045 1301 1557 1813 2069 2325 2581 2837

2E 1046 1302 1558 1814 2070 2326 2582 2838

2F 1047 1303 1559 1815 2071 2327 2583 2839

30 1048 1304 1560 1816 2072 2328 2584 2840

31 1049 1305 1561 1817 2073 2329 2585 2841

32 1050 1306 1562 1818 2074 2330 2586 2842

33 8 1051 1307 1563 1819 2075 2331 2587 2843

34 1052 1308 1564 1820 2076 2332 2588 2844

35 1053 1309 1565 1821 2077 2333 2589 2845

36 1054 1310 1566 1822 2078 2334 2590 2846

37 1055 1311 1567 1823 2079 2335 2591 2847

38 1056 1312 1568 1824 2080 2336 2592 2848

39 1057 1313 1569 1825 2081 2337 2593 2849

3A 1058 1314 1570 1826 2082 2338 2594 2850

3B 9 1059 1315 1571 1827 2083 2339 2595 2851

3C 1060 1316 1572 1828 2084 2340 2596 2852

3D 1061 1317 1573 1829 2085 2341 2597 2853

3E 1062 1318 1574 1830 2086 2342 2598 2854

3F 1063 1319 1575 1831 2087 2343 3599 2855

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CONVERSION TABLE - STATION POSITION NO./CALL NO.

BASIC CARDRACK

STATION CARD

POS. POS.

NO. NO. 1 2 3 4 5 6 7 8

40 1064 1320 1576 1832 2088 2344 2600 2856

41 1065 1321 1577 1833 2089 2345 2601 2857

42 1066 1322 1578 1834 2090 2346 2602 2858

43 10 1067 1323 1579 1835 2091 2347 2603 2859

44 1068 1324 1580 1836 2092 2348 2604 2860

45 1069 1325 1581 1837 2093 2349 2605 2861

46 1070 1326 1582 1838 2094 2350 2606 2862

47 1071 1327 1583 1839 2095 2351 2607 2863

48 1072 1328 1584 1840 2096 2352 2608 2864

49 1073 1329 1585 1841 2097 2353 2609 2865

4A 1074 1330 1586 1842 2098 2354 2610 2866

4B 11 1075 1331 1587 1843 2099 2355 2611 2867

4C 1076 1332 1588 1844 2100 2356 2612 2868

4D 1077 1333 1589 1845 2101 2357 2613 2869

4E 1078 1334 1590 1846 2102 2358 2614 2870

4F 1079 1335 1591 1847 2103 2359 2615 2871

SUBSCRIBER CARDRACK

50 1080 1336 1592 1848 2104 2360 2616 2872

51 1081 1337 1593 1849 2105 2361 2617 2873

52 1082 1338 1594 1850 2106 2362 2618 2874

53 21 (12)1083 1339 1595 1851 2107 2363 2619 2875

54 1084 1340 1596 1852 2108 2364 2620 2876

55 1085 1341 1597 1853 2109 2365 2621 2877

56 1086 1342 1598 1854 2110 2366 2622 2878

57 1087 1343 1599 1855 2111 2367 2623 2879

58 1088 1344 1600 1856 2112 2368 2624 2880

59 1089 1345 1601 1857 2113 2369 2625 2881

5A 1090 1346 1602 1858 2114 2370 2626 2882

5B 22 (13) 1091 134 1603 1859 2115 2371 2627 2883

5C 1092 1348 1604 1860 2116 2372 2628 2884

5D 1093 1349 1605 1861 2117 2373 2629 2885

5E 1094 1350 1606 1862 2118 2374 2630 2886

5F 1095 1351 1607 1863 2119 2375 2631 2887

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CONVERSION TABLE - STATION POSITION NO./CALL NO.

SUBSCRIBER CARDRACK

STATION CARD

POS. POS.

NO. NO. 1 2 3 4 5 6 7 8

60 1096 1352 1608 1864 2120 2376 2632 2888

61 1097 1353 1609 1865 2121 2377 2633 2889

62 1098 1354 1610 1866 2122 2378 2634 2890

63 23 1099 1355 1611 1867 2123 2379 2635 2891

64 1100 1356 1612 1868 2124 2380 2636 2892

65 1101 1357 1613 1869 2125 2381 2637 2893

66 1102 1358 1614 1870 2126 2382 2638 2894

67 1103 1359 1615 1871 2127 2383 2639 2895

68 1104 1360 1616 1872 2128 2384 2640 2896

69 1105 1361 1617 1873 2129 2385 2641 2897

6A 1106 1362 1618 1874 2130 2386 2642 2898

6B 24 1107 1363 1619 1875 2131 2387 2643 2899

6C 1108 1364 1620 1876 2132 2388 2644 2900

6D 1109 1365 1621 1877 2133 2389 2645 2901

6E 1110 1366 1622 1878 2134 2390 2646 2902

6F 1111 1367 1623 1879 2135 2391 2647 2903

70 1112 1368 1624 1880 2136 2392 2648 2904

71 1113 1369 1625 1881 2137 2393 2649 2905

72 1114 1370 1626 1882 2138 2394 2650 2906

73 25 1115 1371 1627 1883 2139 2395 2651 2907

74 1116 1372 1628 1884 2140 2396 2652 2908

75 1117 1373 1629 1885 2141 2397 2653 2909

76 1118 1374 1630 1886 2142 2398 2654 2910

77 1119 1375 1631 1887 2143 2399 2655 2911

78 1120 1376 1632 1888 2144 2400 2656 2912

79 1121 1377 1633 1889 2145 2401 2657 2913

7A 1122 1378 1634 1890 2146 2402 2658 2914

7B 26 1123 1379 1635 1891 2147 2403 2659 2915

7C 1124 1380 1636 1892 2148 2404 2660 2916

7D 1125 1381 1637 1893 2149 2405 2661 2917

7E 1126 1382 1638 1894 2150 2406 2662 2918

7F 1127 1383 1639 1895 2151 2407 2663 2919

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CONVERSION TABLE - STATION POSITION NO./CALL NO.

SUBSCRIBER CARDRACK

STATION CARD

POS. POS.

NO. NO. 1 2 3 4 5 6 7 8

80 1128 1384 1640 1896 2152 2408 2664 2920

81 1129 1385 1641 1897 2153 2409 2665 2921

82 1130 1386 1642 1898 2154 2410 2666 2922

83 27 1131 1387 1643 1899 2155 2411 2667 2923

84 1132 1388 1644 1900 2156 2412 2668 2924

85 1133 1389 1645 1901 2157 2413 2669 2925

86 1134 1390 1646 1902 2158 2414 2670 2926

87 1135 1391 1647 1903 2159 2415 2671 2927

88 1136 1392 1648 1904 2160 2416 2672 2928

89 1137 1393 1649 1905 2161 2417 2673 2929

8A 1138 1394 1650 1906 2162 2418 2674 2930

8B 28 1139 1395 1651 1907 2163 2419 2675 2931

8C 1140 1396 1652 1908 2164 2420 2676 2932

8D 1141 1397 1653 1909 2165 2421 2677 2933

8E 1142 1398 1654 1910 2166 2422 2678 2934

8F 1143 1399 1655 1911 2167 2423 2679 2935

90 1144 1400 1656 1912 2168 2424 2680 2936

91 1145 1401 1657 1913 2169 2425 2681 2937

92 1146 1402 1658 1914 2170 2426 2682 2939

93 29 1147 1403 1659 1915 2171 2427 2683 2939

94 1148 1404 1660 1916 2172 2428 2684 2940

95 1149 1405 1661 1917 2173 2429 2685 2941

96 1150 1406 1662 1918 2174 2430 2686 2042

97 1151 1407 1663 1919 2175 2431 2687 2943

98 1152 1408 1664 1920 2176 2432 2688 2944

99 1153 1409 1665 1921 2177 2433 2689 2945

9A 1154 1410 1666 1922 2178 2434 2690 2946

9B 30 1155 1411 1667 1923 2179 2435 2691 2947

9C 1156 1412 1668 1924 2180 2436 2692 2948

9D 1157 1413 1669 1925 2181 2437 2693 2949

9E 1158 1414 1670 1926 2182 2438 2694 2950

9F 1159 1415 1671 1927 2183 2439 2695 2951

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CONVERSION TABLE - STATION POSITION NO./CALL NO.

SUBSCRIBER CARDRACK

STATION CARD

POS. POS.

NO. NO. 1 2 3 4 5 6 7 8

A0 1160 1416 1672 1928 2184 2440 2696 2952

A1 1161 1417 1673 1929 2185 2441 2697 2953

A2 1162 1418 1674 1930 2186 2442 2698 2954

A3 31 1163 1419 1675 1931 2187 2443 2699 2955

A4 1164 1420 1676 1932 2188 2444 2700 2956

A5 1165 1421 1677 1933 2189 2445 2701 2957

A6 1166 1422 1678 1934 2190 2446 2702 2958

A7 1167 1423 1679 1935 2191 2447 2703 2959

A8 1168 1424 1680 1936 2192 2448 2704 2960

A9 1169 1425 1681 1937 2193 2449 2705 2961

AA 1170 1426 1682 1938 2194 2450 2706 2962

AB 32 1171 1427 1683 1939 2195 2451 2707 2963

AC 1172 1428 1684 1940 2196 2452 2708 2964

AD 1173 1429 1685 1941 2197 2453 2709 2965

AE 1174 1430 1686 1942 2198 2454 2710 2966

AF 1175 1431 1687 1943 2199 2455 2711 2967

B0 1176 1432 1688 1944 2200 2456 2712 2968

B1 1177 1433 1689 1845 2201 2457 2713 2969

B2 1178 1434 1690 1946 2202 2458 2714 2970

B3 33 1179 1435 1691 1947 2203 2459 2715 2971

B4 1180 1436 1692 1948 2204 2460 2716 2972

B5 1181 1437 1693 1949 2205 2461 2717 2973

B6 1182 1438 1694 1950 2206 2462 2718 2974

B7 1183 1439 1695 1951 2207 2463 2719 2975

B8 1184 1440 1696 1952 2208 2464 2720 2976

B9 1185 1441 1697 1953 2209 2465 2721 2977

BA 1186 1442 1698 1954 2210 2466 2722 2978

BB 34 1187 1443 1699 1955 2211 2467 2723 2980

BC 1188 1444 1700 1956 2212 2568 2724 2981

BD 1189 1445 1701 1957 2213 2469 2725 2982

BE 1190 1446 1702 1958 2214 2470 2726 2983

BF 1191 1447 1703 1959 2215 2471 2727 2984

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CONVERSION TABLE - STATION POSITION NO./CALL NO.

SUBSCRIBER CARDRACK

STATION CARD

POS. POS.

NO. NO. 1 2 3 4 5 6 7 8

C0 1192 1448 1704 1960 2216 2472 2728 2984

C1 1193 1449 1705 1961 2217 2473 2729 2985

C2 1194 1450 1706 1962 2218 2474 2730 2986

C3 35 1195 1451 1707 1963 2219 2475 2731 2987

C4 1196 1452 1708 1964 2220 2476 2732 2988

C5 1197 1453 1709 1965 2221 2477 2733 2989

C6 1198 1454 1710 1966 2222 2478 2734 2990

C7 1199 1455 1711 1967 2223 2479 2735 2991

C8 1200 1456 1712 1968 2224 2480 2736 2992

C9 1201 1457 1713 1969 2225 2481 2737 2993

CA 1202 1458 1714 1970 2226 2482 2738 2994

CB 36 1203 1459 1715 1971 2227 2483 2739 2995

CC 1204 1460 1716 1972 2228 2484 2740 2996

CD 1205 1461 1717 1973 2229 2485 2741 2997

CE 1206 1462 1718 1974 2230 2486 2742 2998

CF 1207 1463 1719 1975 2231 2487 2743 2999

D0 1208 1464 1720 1976 2232 2488 2744 3000

D1 1209 1465 1721 1977 2233 2489 2745 3001

D2 1210 1466 1722 1978 2234 2490 2746 3002

D3 37 1211 1467 1723 1979 2235 2491 2747 3003

D4 1212 1468 1724 1980 2236 2492 2748 3004

D5 1213 1469 1725 1981 2237 2493 2749 3005

D6 1214 1470 1726 1982 2238 2494 2750 3006

D7 1215 1471 1727 1983 2239 2495 2751 3007

D8 1216 1472 1728 1984 2240 2496 2752 3008

D9 1217 1473 1729 1985 2241 2497 2753 3009

DA 1218 1474 1730 1986 2242 2498 2754 3010

DB 38 1219 1475 1731 1987 2243 2499 2755 3011

DC 1220 1476 1732 1988 2244 2500 2756 3012

DD 1221 1477 1733 1989 2245 2501 2757 3013

DE 1222 1478 1734 1990 2246 2502 2758 3014

DF 1223 1479 1735 1991 2247 2503 2759 3015

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CONVERSION TABLE - STATION POSITION NO./CALL NO.

SUBSCRIBER CARDRACK

STATION CARD

POS. POS.

NO. NO. 1 2 3 4 5 6 7 8

E0 1224 1480 1736 1992 2248 2504 2760 3016

E1 1225 1481 1737 1993 2249 2505 2761 3017

E2 1226 1482 1738 1994 2250 2506 2762 3018

E3 39 1227 1483 1739 1995 2251 2507 2763 3019

E4 1228 1484 1740 1996 2252 2508 2764 3020

E5 1229 1485 1741 1997 2253 2509 2765 3021

E6 1230 1486 1742 1998 2254 2510 2766 3022

E7 1231 1487 1743 1999 2255 2511 2767 3023

E8 1232 1488 1744 2000 2257 2512 2768 3024

E9 1233 1489 1745 2001 2258 2513 2769 3025

EA 1234 1490 1746 2002 2259 2514 2770 3026

EB 40 1235 1491 1747 2003 2260 2515 2771 3027

EC 1236 1492 1748 2004 2261 2516 2772 3028

ED 1237 1493 1749 2005 2262 2517 2773 3029

EE 1238 1494 1750 2006 2263 2518 2774 3030

EF 1239 1495 1751 2007 2264 2519 2775 3031

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TECHNICAL SPECIFICATIONS

Power requirements: 27V DC regulated

Internal operating voltages:

CMOS integrated circuits: +/- 5V reg.

TTL integrated circuits: +/- 5V reg.

Power consumption, Basic Cardset DP 952EX 1 amp.

Power consumption, subscriber card: 100 mA per card

Max. power consumption: approx, 50W

Cable specifications:

2 individual leads per station for

speech and signalling 2 leads for

power supply. Normal telephone

cable, twisted pairs, standard

0,5 - 0,6 mm/22 gauge

Line specifications:

Frequency range: 300-5000 Hz

Galvanic: 0 dBm (1 mW/600 ohm)

Speech level, normal: - 12 dBm

Speech level, max: + 4 dBm

Tone signalling level: - 10 dBm

Tone signalling frequencies

in accordance with CCITT norms

Switching principle: Time Division Multiplex (TDM)

with anolog transmission based on

Pulse Amplitude Modulation

(PAM)

Programme organization: Microprocessor (MPU) 16 bit

processor MC68HC11.

Memories:

FLASH 32 kbyte

RAM 32 kbyte

Cassette dimensions (complete

with cover):

Height: 265 mm - 10.4"

Width: 483 mm - 19.0"

Depth: 262 mm - 10.3"

Page 35 of 77

CB901EX Operations Manual March 2011

Ring-Master

CB901 POW ER LAYOUT

CAS901

110/220 VAC

DP979

BA SIC CA R DR AC K

80 S UB SC RIB E R S

DP980

SU BS CR IB ER C AR DR AC K

160 S UB SC RIB E RS

PSDC24-12

BAT 12-30 (2)

Page 36 of 77

April 2012 Operations Manual CB901EX

Ring-Master

CAS901

POWER DISTRIBUTION

FUSE PANEL

ON/OFF

27V DC POWER

BLACK

REDRED

RED

BLACK

DP952EX -

BLACK

RED

DP952EX +

DP979 +

DP980 +

DP979 -

DP980 -

15A

30A

110/220 VAC

BLACK

BAT12-30

Page 37 of 77

CB901EX Operations Manual March 2011

Ring-Master

XA21

XA19

PLUG ROW P2

PLUG ROW P1

PLUG ROW P2

PLUG ROW P1

XA21

PINS 12 A/B - 31 A/B

PINS 1 A/B - 20 A/B

PINS 12 A/B - 31 A/B

PINS 1 A/B - 20 A/B

CABLE NO. 1, NMF 6002.

CABLE NO. 2, NMF 6002.

MOTHERBOARD NFE 1523A

MOTHERBOARD NFE 1524A

BASIC CARDRACK DP 979

SUBSCRIBER CARDRACK DP 980

INTERCONNECTION SYSTEM BUS

INTERCONNECTION ALARM/PROGRAMME

DISTRIBUTION FEATURE

PINS 1 A/B

PINS 32 A/B

PINS 32 A/B MUST NOT BE CONNECTED

PLUG CONNECTION PINS 12 A/B - 31 A/B

REAR VIEW OF CARD RACKS DP 979 AND DP 980

A B

Page 38 of 77

April 2012 Operations Manual CB901EX

Ring-Master

19 18 17 16 15 14

BASIC CARDRACK DP 979

SUBSCRIBER CARDRACK DP 980

13 12 11 10

9 8 7 6 5 4 3

38 37 36

34 22

32 31 30

29 28 27 26 25 24 23

PROGRAMME DISTRIBUTION CARD NFE 1626 WILL OCCUPY ONE SUBSCRIBER CARD POSITION, 10, 11, 12 OR 13. NORMALLY CARD POSITION 10 IS USED, BUT IF THE CENTRAL IF FULLY EQUIPPED (30 SUBSCRIBER CARDS) USE 12 OR 13.

CARD CARD

POS. PCB-CODE DESCRIPT. SUB.POS.NOS. POS. PCB-CODE DESCRIPT. SUB.POS.NOS.

1 NFE 1528 POWER CARD 21 NFE 1625 SUBSCR.CARD 50-57

2 NFE 1625 SUBSCR.CARD 00-07 22 NFE 1625 SUBSCR.CARD 58-5F

3 NFE 1625 SUBSCR.CARD 08-0F 23 NFE 1625 SUBSCR.CARD 60-67

4 NFE 1625 SUBSCR.CARD 10-17 24 NFE 1625 SUBSCR.CARD 68-6F

5 NFE 1625 SUBSCR.CARD 18-1F 25 NFE 1625 SUBSCR.CARD 70-77

6 NFE 1625 SUBSCR.CARD 20-27 26 NFE 1625 SUBSCR.CARD 78-7F

7 NFE 1625 SUBSCR.CARD 28-2F 27 NFE 1625 SUBSCR.CARD 80-87

8 NFE 1625 SUBSCR.CARD 30-37 28 NFE 1625 SUBSCR.CARD 88-8F

9 NFE 1625 SUBSCR.CARD 38-3F 29 NFE 1625 SUBSCR.CARD 90-97

10 NFE 1626 SUBSCR.CARD 40-47 30 NFE 1625 SUBSCR.CARD 98-9F

11 NFE 1625 SUBSCR.CARD 48-4F 31 NFE 1625 SUBSCR.CARD A0-A7

12 NFE 1625 SUBSCR.CARD 50-57 32 NFE 1625 SUBSCR.CARD A8-AF

13 NFE 1625 SUBSCR.CARD 58-5F 33 NFE 1625 SUBSCR.CARD B0-B7

14 NFE 1521 LINK CONTROL CARD 34 NFE 1625 SUBSCR.CARD B8-BF

15 NFE 1521 LINK CONTROL CARD 35 NFE 1625 SUBSCR.CARD CO-C7

16 NFE 1607 AUDIO CONTROL CARD 36 NFE 1625 SUBSCR.CARD C8-CF

17 PCB1019 PROCESSOR CARD 37 NFE 1625 SUBSCR.CARD D0-D7

18 PCB957X STRAP Card (1606) 38 NFE 1625 SUBSCR.CARD D8-DF

19 PCB957Y STRAP Card (1683) 39 NFE 1625 SUBSCR.CARD E0-E7

20 40 NFE 1625 SUBSCR.CARD E8-EF

Page 39 of 77

CB901EX Operations Manual March 2011

Ring-Master

Central

POWER UNIT

1 2 3 4 1 2 3 4

In station AA916/AA960:

Audio and signalling, wire 5&4 Power, wire 3(+) & 6(-).

In all other stations:

Audio and signalling, wire 1&2 Power, wire 3(+) & 4(-).

CENTRALIZED POWER SUPPLY

Distance max. 350 meter (0.6 mm diam.)

1 2 3 4

Audio and signalling, 1&2 / 5&4.

REMOTE POWER SUPPLY

Distance max. 2000 meter, (0.6 mm diam)

REMOTE POWER UNIT

CB901-1

1 2 3

4 5 6

7 8 9

0 #

T X

INTERCOM

1 2 3

4 5 6

7 8 9

T 0

5 9

5 4 3 6

Hirschmann, 6 pin RJ 45, 8 pin

AA904

AA916/AA960

1 2 3

4 5 6

7 8 9

0 #

M T X

1 2 3

4 5 6

7 8 9

T 0

5 9

AA904

AA916/AA960

In station AA916/AA960:

Audio and signalling, wire 5&4 Power, wire 3(+) & 6(-).

In all other stations:

Audio and signalling, wire 1&2 Power, wire 3(+) & 4(-).

1 2 3 4

5 4 3 6

INTERCOM

PIN 1PIN 8

MODULAR JACK ASSEMBLY RJ45

FRONT VIEW

Pin1

Pin3 Pin5

Termination to installation cable:

Stations using 6 pin Hirschmann plug: AA904, AB911, AB917, AB918 and AB919.

Termination to installation cable:

Stations using 8 pin modular RJ45 plug: AA916/AA960

Pin 1: wire 1, audio & signalling Pin 2: wire 2, audio & signalling Pin 3: wire 3, power 24VDC, (+) Pin 4: wire 4, power 24VDC, (-) Pin 5: external loudspeaker Pin 6: external loudspeaker

Pin 1: external loudspeaker Pin 2: external loudspeaker, remote output Pin 3: wire 3, power 24VDC (+), remote input Pin 4: wire 2, (B), audio & signalling Pin 5: wire 1, (A), audio & signalling Pin 6: wire 4, power 24VDC, (-) Pin 7: remote output Pin 8: remote input

R i n g - M a s t er

Central

POWER UNIT

CB901-1

R i n g - M a s t er

Hirschmann, 6 pin RJ 45, 8 pin

Page 40 of 77

April 2012 Operations Manual CB901EX

Ring-Master

DP980

BF901BF901BF901BF901BF901BF901BF901

CABLE B8

CABLE B1

CABLE B2

CABLE B3

CABLE B4

CABLE B5

CABLE B6

CABLE B7

CARD 21

CARD 22

CARD 23

CARD 24

CARD 25

CARD 26

CARD 27

CARD 28

CARD 29

CARD 30

CARD 31

CARD 32

24 VDC

CABLE B9

CABLE B10

CABLE B11

CABLE B12

CABLE B13

CABLE B14

CARD 33

CARD 34

CARD 35

CARD 36

CARD 37

CARD 38

CARD 39

CARD 40

DP979

BF901BF901BF901BF901

CABLE A8

CABLE A1

CABLE A2

CABLE A3

CABLE A4

CABLE A5

CABLE A6

CABLE A7

CARD 2

CARD 3

CARD 4

CARD 5

CARD 6

CARD 7

CARD 8

CARD 9

CARD 10

CARD 11

CARD 12

CARD 13

24 VDC

BF902 BF902 BF902 BF902

CABLE A9

CABLE A11

CABLE A12

CABLE A13

PROGRAM

ALARM

NFE1545

PCB1019

Page 41 of 77

CB901EX Operations Manual March 2011

Ring-Master

MDF Cable A1 DP979 MDF Cable A2

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

2 00 100 a 26 White-Blue 3 0C 112

b 1 Blue-White + 27 White-Orange S 2 Orange-White

2 01 101 a 28 White-Green 3 0D 113

b 3 Green-White + 29 White-Brown S 4 Brown-White

2 02 102 a 30 White-Slate 3 0E 114

b 5 Slate-White + 31 Red-Blue S 6 Blue-Red

2 03 103 a 32 Red-Orange 3 0F 115

b 7 Orange-Red + 33 Red-Green S 8 Green-Red

2 04 104 a 34 Red-Brown 4 10 116

b 9 Brown-Red + 35 Red-Slate S 10 Slate-Red

2 05 105 a 36 Black-Blue 4 11 117

b 11 Blue-Black + 37 Black-Orange S 12 Orange-Black

2 06 106 a 38 Black-Green 4 12 118

b 13 Green-Black + 39 Black-Brown S 14 Brown-Black

2 07 107 a 40 Black-Slate 4 13 119

b 15 Slate-Black + 41 Yellow-Blue S 16 Blue-Yellow

3 08 108 a 42 Yellow-Orange 4 14 120

b 17 Orange-Yellow + 43 Yellow-Green S 18 Green-Yellow

3 09 109 a 44 Yellow-Brown 4 15 121

b 19 Brown-Yellow + 45 Yellow-Slate S 20 Slate-Yellow

3 0A 110 a 46 Violet-Blue 4 16 122

b 21 Blue-Violet + 47 Violet-Orange S 22 Orange-Violet

3 0B 111 a 48 Violet-Green 4 17 123

b 23 Green-Violet + 49 Violet-Brown S 24 Brown-Violet

No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

Page 42 of 77

April 2012 Operations Manual CB901EX

Ring-Master

MDF Cable A3 DP979 MDF Cable A4

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

5 18 124 a 26 White-Blue 6 24 136

b 1 Blue-White + 27 White-Orange S 2 Orange-White

5 19 125 a 28 White-Green 6 25 137

b 3 Green-White + 29 White-Brown S 4 Brown-White

5 1A 126 a 30 White-Slate 6 26 138

b 5 Slate-White + 31 Red-Blue S 6 Blue-Red

5 1B 127 a 32 Red-Orange 6 27 139

b 7 Orange-Red + 33 Red-Green S 8 Green-Red

5 1C 128 a 34 Red-Brown 7 28 140

b 9 Brown-Red + 35 Red-Slate S 10 Slate-Red

5 1D 129 a 36 Black-Blue 7 29 141

b 11 Blue-Black + 37 Black-Orange S 12 Orange-Black

5 1E 130 a 38 Black-Green 7 2A 142

b 13 Green-Black + 39 Black-Brown S 14 Brown-Black

5 1F 131 a 40 Black-Slate 7 2B 143

b 15 Slate-Black + 41 Yellow-Blue S 16 Blue-Yellow

6 20 132 a 42 Yellow-Orange 7 2C 144

b 17 Orange-Yellow + 43 Yellow-Green S 18 Green-Yellow

6 21 133 a 44 Yellow-Brown 7 2D 145

b 19 Brown-Yellow + 45 Yellow-Slate S 20 Slate-Yellow

6 22 134 a 46 Violet-Blue 7 2E 146

b 21 Blue-Violet + 47 Violet-Orange S 22 Orange-Violet

6 23 135 a 48 Violet-Green 7 2F 147

b 23 Green-Violet + 49 Violet-Brown S 24 Brown-Violet

No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

Page 43 of 77

CB901EX Operations Manual March 2011

Ring-Master

MDF Cable A5 DP979 MDF Cable A6

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

8 30 148 a 26 White-Blue 9 3C 160

b 1 Blue-White

+ 27 White-Orange

S 2 Orange-White

8 31 149 a 28 White-Green 9 3D 161

b 3 Green-White

+ 29 White-Brown S 4 Brown-White

8 32 150 a 30 White-Slate 9 3E 162

b 5 Slate-White

+ 31 Red-Blue S 6 Blue-Red

8 33 151 a 32 Red-Orange 9 3F 163

b 7 Orange-Red

+ 33 Red-Green S 8 Green-Red

8 34 152 a 34 Red-Brown 10 40 164

b 9 Brown-Red

+ 35 Red-Slate S 10 Slate-Red

8 35 153 a 36 Black-Blue 10 41 165

b 11 Blue-Black + 37 Black-Orange S 12 Orange-Black

8 36 154 a 38 Black-Green 10 42 166

b 13 Green-Black + 39 Black-Brown S 14 Brown-Black

8 37 155 a 40 Black-Slate 10 43 167

b 15 Slate-Black + 41 Yellow-Blue S 16 Blue-Yellow

9 38 156 a 42 Yellow-Orange 10 44 168

b 17 Orange-Yellow + 43 Yellow-Green S 18 Green-Yellow

9 39 157 a 44 Yellow-Brown 10 45 169

b 19 Brown-Yellow + 45 Yellow-Slate S 20 Slate-Yellow

9 3A 158 a 46 Violet-Blue 10 46 170

b 21 Blue-Violet + 47 Violet-Orange S 22 Orange-Violet

9 3B 159 a 48 Violet-Green 10 47 171

b 23 Green-Violet + 49 Violet-Brown S 24 Brown-Violet

No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

Page 44 of 77

April 2012 Operations Manual CB901EX

Ring-Master

MDF Cable A7 DP979 MDF Cable A8

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

11 48 172 a 26 White-Blue 12 54 184

b 1 Blue-White + 27 White-Orange S 2 Orange-White

11 49 173 a 28 White-Green 12 55 185

b 3 Green-White + 29 White-Brown S 4 Brown-White

11 4A 174 a 30 White-Slate 12 56 186

b 5 Slate-White + 31 Red-Blue S 6 Blue-Red

11 4B 175 a 32 Red-Orange 12 57 187

b 7 Orange-Red + 33 Red-Green S 8 Green-Red

11 4C 176 a 34 Red-Brown 13 58 188

b 9 Brown-Red + 35 Red-Slate S 10 Slate-Red

11 4D 177 a 36 Black-Blue 13 59 189

b 11 Blue-Black + 37 Black-Orange S 12 Orange-Black

11 4E 178 a 38 Black-Green 13 5A 190

b 13 Green-Black + 39 Black-Brown S 14 Brown-Black

11 4F 179 a 40 Black-Slate 13 5B 191

b 15 Slate-Black + 41 Yellow-Blue S 16 Blue-Yellow

12 50 180 a 42 Yellow-Orange 13 5C 192

b 17 Orange-Yellow + 43 Yellow-Green S 18 Green-Yellow

12 51 181 a 44 Yellow-Brown 13 5D 193

b 19 Brown-Yellow + 45 Yellow-Slate S 20 Slate-Yellow

12 52 182 a 46 Violet-Blue 13 5E 194

b 21 Blue-Violet + 47 Violet-Orange S 22 Orange-Violet

12 53 183 a 48 Violet-Green 13 5F 195

b 23 Green-Violet + 49 Violet-Brown S 24 Brown-Violet

No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

Page 45 of 77

CB901EX Operations Manual March 2011

Ring-Master

PROGRAM/ALARM DP979 MDF Cable A9

FUNCTION PIN COLOR

------------------------------------------------------

26 White-Blue 1 Blue-White

27 White-Orange

2 Orange-White

28 White-Green

3 Green-White

29 White-Brown

4 Brown-White 30 White-Slate 5 Slate-White

31 Red-Blue

6 Blue-Red 32 Red-Orange 7 Orange-Red

Battery Operation + 33 Red-Green Battery Operation S 8 Green-Red Alarm 2 Enable + 34 Red-Brown Alarm 2 Enable S 9 Brown-Red Alarm 1 Enable + 35 Red-Slate Alarm 1 Enable S 10 Slate-Red Program Channel 1 a 36 Black-Blue Program Channel 1 b 11 Blue-Black Program Channel 2 a 37 Black-Orange Program Channel 2 b 12 Orange-Black Program Channel 3 a 38 Black-Green Program Channel 3 b 13 Green-Black Program Channel 4 a 39 Black-Brown Program Channel 4 b 14 Brown-Black Program Channel 5 a 40 Black-Slate Program Channel 5 b 15 Slate-Black Program Channel 6 a 41 Yellow-Blue Program Channel 6 b 16 Blue-Yellow Program Channel 7 a 42 Yellow-Orange Program Channel 7 b 17 Orange-Yellow Program Channel 8 a 43 Yellow-Green Program Channel 8 b 18 Green-Yellow Alarm Channel 1 a 44 Yellow-Brown Alarm Channel 1 b 19 Brown-Yellow Alarm Channel 2 a 45 Yellow-Slate Alarm Channel 2 b 20 Slate-Yellow No Connection 46 Violet-Blue No Connection 21 Blue-Violet No Connection 47 Violet-Orange No Connection 22 Orange-Violet No Connection 48 Violet-Green No Connection 23 Green-Violet No Connection 49 Violet-Brown No Connection 24 Brown-Violet No Connection 50 Violet-Slate No Connection 25 Slate-Violet

Page 46 of 77

April 2012 Operations Manual CB901EX

Ring-Master

MDF Cable A11 DP979 MDF Cable A12

NFE1545 Interlink

FUNCTION PIN COLOR FUNCTION

--------------------------------------------------------------------

LINK 8 RX 26 White-Blue LINK 16

LINK 8 RX 1 Blue-White LINK 16 LINK 8 TX 27 White-Orange LINK 16 LINK 8 TX 2 Orange-White LINK 16

LINK 7 RX 28 White-Green LINK 15

LINK 7 RX 3 Green-White LINK 15 LINK 7 TX 29 White-Brown LINK 15 LINK 7 TX 4 Brown-White LINK 15

LINK 6 RX 30 White-Slate LINK 14

LINK 6 RX 5 Slate-White LINK 14 LINK 6 TX 31 Red-Blue LINK 14 LINK 6 TX 6 Blue-Red LINK 14

LINK 5 RX 32 Red-Orange LINK 13

LINK 5 RX 7 Orange-Red LINK 13 LINK 5 TX 33 Red-Green LINK 13 LINK 5 TX 8 Green-Red LINK 13

34 Red-Brown

9 Brown-Red 35 Red-Slate 10 Slate-Red

LINK 4 RX 36 Black-Blue LINK 12

LINK 4 RX 11 Blue-Black LINK 12 LINK 4 TX 37 Black-Orange LINK 12 LINK 4 TX 12 Orange-Black LINK 12

LINK 3 RX 38 Black-Green LINK 11

LINK 3 RX 13 Green-Black LINK 11 LINK 3 TX 39 Black-Brown LINK 11 LINK 3 TX 14 Brown-Black LINK 11

LINK 2 RX 40 Black-Slate LINK 10

LINK 2 RX 15 Slate-Black LINK 10 LINK 2 TX 41 Yellow-Blue LINK 10 LINK 2 TX 16 Blue-Yellow LINK 10

LINK 1 RX 42 Yellow-Orange LINK 9

LINK 1 RX 17 Orange-Yellow LINK 9 LINK 1 TX 43 Yellow-Green LINK 9 LINK 1 TX 18 Green-Yellow LINK 9

44 Yellow-Brown

19 Brown-Yellow 45 Yellow-Slate 20 Slate-Yellow

--------------------------------------------------------------------

No Connection 46 Violet-Blue No Connection No Connection 21 Blue-Violet No Connection No Connection 47 Violet-Orange No Connection No Connection 22 Orange-Violet No Connection No Connection 48 Violet-Green No Connection No Connection 23 Green-Violet No Connection No Connection 49 Violet-Brown No Connection No Connection 24 Brown-Violet No Connection No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

Page 47 of 77

CB901EX Operations Manual March 2011

Ring-Master

EXTERNAL DEVICES DP979 MDF Cable A13

FUNCTION PIN COLOR

--------------------------------------------------------------------

Battery Ground 26 White-Blue PCB1019 Battery Ground 1 Blue-White PCB1019

27 White-Orange

2 Orange-White

28 White-Green

3 Green-White

29 White-Brown

4 Brown-White 30 White-Slate 5 Slate-White

31 Red-Blue

6 Blue-Red 32 Red-Orange 7 Orange-Red

RS485 DATA + 33 Red-Green PCB1019 RS485 DATA - 8 Green-Red PCB1019

34 Red-Brown 9 Brown-Red 35 Red-Slate 10 Slate-Red 36 Black-Blue 11 Blue-Black

37 Black-Orange

12 Orange-Black 38 Black-Green 13 Green-Black

39 Black-Brown

14 Brown-Black

40 Black-Slate

15 Slate-Black 41 Yellow-Blue

16 Blue-Yellow

42 Yellow-Orange 17 Orange-Yellow

43 Yellow-Green 18 Green-Yellow 44 Yellow-Brown 19 Brown-Yellow 45 Yellow-Slate

20 Slate-Yellow No Connection 46 Violet-Blue No Connection 21 Blue-Violet No Connection 47 Violet-Orange No Connection 22 Orange-Violet No Connection 48 Violet-Green No Connection 23 Green-Violet No Connection 49 Violet-Brown No Connection 24 Brown-Violet No Connection 50 Violet-Slate

No Connection 25 Slate-Violet

Page 48 of 77

April 2012 Operations Manual CB901EX

Ring-Master

MDF Cable B1 DP980 MDF Cable B2

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

21 50 180 a 26 White-Blue 22 5C 192

b 1 Blue-White + 27 White-Orange

- 2 Orange-White

21 51 181 a 28 White-Green 22 5D 193

b 3 Green-White + 29 White-Brown

- 4 Brown-White

21 52 182 a 30 White-Slate 22 5E 194

b 5 Slate-White + 31 Red-Blue

-- 6 Blue-Red

21 53 183 a 32 Red-Orange 22 5F 195

b 7 Orange-Red + 33 Red-Green

- 8 Green-Red

21 54 184 a 34 Red-Brown 23 60 196

b 9 Brown-Red + 35 Red-Slate

- 10 Slate-Red

21 55 185 a 36 Black-Blue 23 61 197

b 11 Blue-Black + 37 Black-Orange

- 12 Orange-Black

21 56 186 a 38 Black-Green 23 62 198

b 13 Green-Black + 39 Black-Brown

- 14 Brown-Black

21 57 187 a 40 Black-Slate 23 63 199

b 15 Slate-Black + 41 Yellow-Blue

- 16 Blue-Yellow

22 58 188 a 42 Yellow-Orange 23 64 200

b 17 Orange-Yellow + 43 Yellow-Green

- 18 Green-Yellow

22 59 189 a 44 Yellow-Brown 23 65 201

b 19 Brown-Yellow + 45 Yellow-Slate

- 20 Slate-Yellow

22 5A 190 a 46 Violet-Blue 23 66 202

b 21 Blue-Violet + 47 Violet-Orange

- 22 Orange-Violet

22 5B 191 a 48 Violet-Green 23 67 203

b 23 Green-Violet + 49 Violet-Brown

- 24 Brown-Violet

-------------------------------------------------------------------No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

Page 49 of 77

CB901EX Operations Manual March 2011

Ring-Master

MDF Cable B3 DP980 MDF Cable B4

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

24 68 204 a 26 White-Blue 25 74 216

b 1 Blue-White + 27 White-Orange

- 2 Orange-White

24 69 205 a 28 White-Green 25 75 217

b 3 Green-White + 29 White-Brown

- 4 Brown-White

24 6A 206 a 30 White-Slate 25 76 218

b 5 Slate-White + 31 Red-Blue

-- 6 Blue-Red

24 6B 207 a 32 Red-Orange 25 77 219

b 7 Orange-Red + 33 Red-Green

- 8 Green-Red

24 6C 208 a 34 Red-Brown 26 78 220

b 9 Brown-Red + 35 Red-Slate

- 10 Slate-Red

24 6D 209 a 36 Black-Blue 26 79 221

b 11 Blue-Black + 37 Black-Orange

- 12 Orange-Black

24 6E 210 a 38 Black-Green 26 7A 222

b 13 Green-Black + 39 Black-Brown

- 14 Brown-Black

24 6F 211 a 40 Black-Slate 26 7B 223

b 15 Slate-Black + 41 Yellow-Blue

16 Blue-Yellow

24 70 212 a 42 Yellow-Orange 26 7C 224

b 17 Orange-Yellow + 43 Yellow-Green

- 18 Green-Yellow

25 71 213 a 44 Yellow-Brown 26 7D 225

b 19 Brown-Yellow + 45 Yellow-Slate

- 20 Slate-Yellow

25 72 214 a 46 Violet-Blue 26 7E 226

b 21 Blue-Violet + 47 Violet-Orange

- 22 Orange-Violet

25 73 215 a 48 Violet-Green 26 7F 227

b 23 Green-Violet + 49 Violet-Brown

- 24 Brown-Violet

-------------------------------------------------------------------No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

Page 50 of 77

April 2012 Operations Manual CB901EX

Ring-Master

MDF Cable B5 DP980 MDF Cable B6

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

27 80 228 a 26 White-Blue 28 8C 240

b 1 Blue-White + 27 White-Orange

- 2 Orange-White

27 81 229 a 28 White-Green 28 8D 241

b 3 Green-White + 29 White-Brown

- 4 Brown-White

27 82 230 a 30 White-Slate 28 8E 242

b 5 Slate-White + 31 Red-Blue

-- 6 Blue-Red

27 83 231 a 32 Red-Orange 28 8F 243

b 7 Orange-Red + 33 Red-Green

- 8 Green-Red

27 84 232 a 34 Red-Brown 29 90 244

b 9 Brown-Red + 35 Red-Slate

- 10 Slate-Red

27 85 233 a 36 Black-Blue 29 91 245

b 11 Blue-Black + 37 Black-Orange

- 12 Orange-Black

27 86 234 a 38 Black-Green 29 92 246

b 13 Green-Black + 39 Black-Brown

- 14 Brown-Black

27 87 235 a 40 Black-Slate 29 93 247

b 15 Slate-Black + 41 Yellow-Blue

- 16 Blue-Yellow

28 88 236 a 42 Yellow-Orange 29 94 248

b 17 Orange-Yellow + 43 Yellow-Green

- 18 Green-Yellow

28 89 237 a 44 Yellow-Brown 29 95 249

b 19 Brown-Yellow + 45 Yellow-Slate

- 20 Slate-Yellow

28 8A 238 a 46 Violet-Blue 29 96 250

b 21 Blue-Violet + 47 Violet-Orange

- 22 Orange-Violet

28 8B 239 a 48 Violet-Green 29 97 251

b 23 Green-Violet + 49 Violet-Brown

- 24 Brown-Violet

-------------------------------------------------------------------No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

Page 51 of 77

CB901EX Operations Manual March 2011

Ring-Master

MDF Cable B7 DP980 MDF Cable B8

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

30 98 252 a 26 White-Blue 31 A4 264

b 1 Blue-White + 27 White-Orange

- 2 Orange-White

30 99 253 a 28 White-Green 31 A5 265

b 3 Green-White + 29 White-Brown

- 4 Brown-White

30 9A 254 a 30 White-Slate 31 A6 266

b 5 Slate-White + 31 Red-Blue

- 6 Blue-Red

30 9B 255 a 32 Red-Orange 31 A7 267

b 7 Orange-Red + 33 Red-Green

- 8 Green-Red

30 9C 256 a 34 Red-Brown 32 A8 268

b 9 Brown-Red + 35 Red-Slate

- 10 Slate-Red

30 9D 257 a 36 Black-Blue 32 A9 269

b 11 Blue-Black + 37 Black-Orange

- 12 Orange-Black

30 9E 258 a 38 Black-Green 32 AA 270

b 13 Green-Black + 39 Black-Brown

- 14 Brown-Black

30 9F 259 a 40 Black-Slate 32 AB 271

b 15 Slate-Black + 41 Yellow-Blue

- 16 Blue-Yellow

31 A0 260 a 42 Yellow-Orange 32 AC 272

b 17 Orange-Yellow + 43 Yellow-Green

- 18 Green-Yellow

31 A1 261 a 44 Yellow-Brown 32 AD 273

b 19 Brown-Yellow + 45 Yellow-Slate

- 20 Slate-Yellow

31 A2 262 a 46 Violet-Blue 32 AE 274

b 21 Blue-Violet + 47 Violet-Orange

- 22 Orange-Violet

31 A3 263 a 48 Violet-Green 32 AF 275

b 23 Green-Violet + 49 Violet-Brown

- 24 Brown-Violet

-------------------------------------------------------------------No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

Page 52 of 77

April 2012 Operations Manual CB901EX

Ring-Master

MDF Cable B9 DP980 MDF Cable B10

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

33 B0 276 a 26 White-Blue 34 BC 288

b 1 Blue-White + 27 White-Orange

- 2 Orange-White

33 B1 277 a 28 White-Green 34 BD 289

b 3 Green-White + 29 White-Brown

- 4 Brown-White

33 B2 278 a 30 White-Slate 34 BE 290

b 5 Slate-White + 31 Red-Blue

- 6 Blue-Red

33 B3 279 a 32 Red-Orange 34 BF 291

b 7 Orange-Red + 33 Red-Green

- 8 Green-Red

33 B4 280 a 34 Red-Brown 35 C0 292

b 9 Brown-Red + 35 Red-Slate

- 10 Slate-Red

33 B5 281 a 36 Black-Blue 35 C1 293

b 11 Blue-Black + 37 Black-Orange

- 12 Orange-Black

33 B6 282 a 38 Black-Green 35 C2 294

b 13 Green-Black + 39 Black-Brown

- 14 Brown-Black

33 B7 283 a 40 Black-Slate 35 C3 295

b 15 Slate-Black + 41 Yellow-Blue

- 16 Blue-Yellow

34 B8 284 a 42 Yellow-Orange 35 C4 296

b 17 Orange-Yellow + 43 Yellow-Green

- 18 Green-Yellow

34 B9 285 a 44 Yellow-Brown 35 C5 297

b 19 Brown-Yellow + 45 Yellow-Slate

- 20 Slate-Yellow

34 BA 286 a 46 Violet-Blue 35 C6 298

b 21 Blue-Violet + 47 Violet-Orange

- 22 Orange-Violet

34 BB 287 a 48 Violet-Green 35 C7 299

b 23 Green-Violet + 49 Violet-Brown

- 24 Brown-Violet

--------------------------------------------------------------------

No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

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MDF Cable B11 DP980 MDF Cable B12

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

36 C8 300 a 26 White-Blue 37 D4 312

b 1 Blue-White + 27 White-Orange

- 2 Orange-White

36 C9 301 a 28 White-Green 37 D5 313

b 3 Green-White + 29 White-Brown

- 4 Brown-White

36 CA 302 a 30 White-Slate 37 D6 314

b 5 Slate-White + 31 Red-Blue

- 6 Blue-Red

36 CB 303 a 32 Red-Orange 37 D7 315

b 7 Orange-Red + 33 Red-Green

- 8 Green-Red

33 CC 304 a 34 Red-Brown 38 D8 316

b 9 Brown-Red + 35 Red-Slate

- 10 Slate-Red

36 CD 305 a 36 Black-Blue 38 D9 317

b 11 Blue-Black + 37 Black-Orange

- 12 Orange-Black

36 CE 306 a 38 Black-Green 38 DA 318

b 13 Green-Black + 39 Black-Brown

- 14 Brown-Black

36 CF 307 a 40 Black-Slate 38 DB 319

b 15 Slate-Black + 41 Yellow-Blue

- 16 Blue-Yellow

37 D0 308 a 42 Yellow-Orange 38 DC 320

b 17 Orange-Yellow + 43 Yellow-Green

- 18 Green-Yellow

37 D1 309 a 44 Yellow-Brown 38 DD 321

b 19 Brown-Yellow + 45 Yellow-Slate

- 20 Slate-Yellow

37 D2 310 a 46 Violet-Blue 38 DE 322

b 21 Blue-Violet + 47 Violet-Orange

- 22 Orange-Violet

37 D3 311 a 48 Violet-Green 38 DF 323

b 23 Green-Violet + 49 Violet-Brown

- 24 Brown-Violet

--------------------------------------------------------------------

No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

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MDF Cable B13 DP980 MDF Cable B14

CARD HEX CALL PIN COLOR CARD HEX CALL

--------------------------------------------------------------------

39 E0 324 a 26 White-Blue 40 EC 336

b 1 Blue-White + 27 White-Orange

- 2 Orange-White

39 E1 325 a 28 White-Green 40 ED 337

b 3 Green-White + 29 White-Brown

- 4 Brown-White

39 E2 326 a 30 White-Slate 40 EE 338

b 5 Slate-White + 31 Red-Blue

- 6 Blue-Red

39 E3 327 a 32 Red-Orange 40 EF 339

b 7 Orange-Red + 33 Red-Green

- 8 Green-Red

39 E4 328 a 34 Red-Brown

b 9 Brown-Red + 35 Red-Slate

- 10 Slate-Red

39 E5 329 a 36 Black-Blue

b 11 Blue-Black + 37 Black-Orange

- 12 Orange-Black

39 E6 330 a 38 Black-Green

b 13 Green-Black + 39 Black-Brown

- 14 Brown-Black

39 E7 331 a 40 Black-Slate

b 15 Slate-Black + 41 Yellow-Blue

- 16 Blue-Yellow

40 E8 332 a 42 Yellow-Orange

b 17 Orange-Yellow + 43 Yellow-Green

- 18 Green-Yellow

40 E9 333 a 44 Yellow-Brown

b 19 Brown-Yellow + 45 Yellow-Slate

- 20 Slate-Yellow

40 EA 334 a 46 Violet-Blue

b 21 Blue-Violet + 47 Violet-Orange

- 22 Orange-Violet

40 EB 335 a 48 Violet-Green

b 23 Green-Violet + 49 Violet-Brown

- 24 Brown-Violet

--------------------------------------------------------------------

No Connection 50 Violet-Slate No Connection No Connection 25 Slate-Violet No Connection

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CONFIGURATION

One DNA100 is used as a programming interface to the CB901EX. The DNA100 has one RS232 port for connection to dumb terminal or a PC running PROCOM+ emulating WYSE50 or VT100. Select main menu “6-COMMUNICATION LINK” on the DNA100 to sets up a link between the PC and the CB901EX (consult the DNA100 manual on the procedure to set up the communication link). The Configuration is done from the PC and the information is stored in battery RAM in the EX901. When the system is first installed the RAM must be reset before the system is configured. After configuring the system the DNA100 may be removed.

SYNTAX

TYPEFONTS

boldface type

indicates user input

Courier font indicates output

COMMAND

The command consists of a command word plus one or more parameters. The command may be entered on one line with the parameters separated by spaces.

>command par1 par2 par3

The command may be entered in prompt mode with parameters separated by carriage return. The prompt will indicate what type of parameter value is required.

>command Prompt>par1 Prompt>par2 Prompt>par3

PROMPT

< > Angle brackets enclose input parameters.

$ Hexadecimal value (default is decimal).

- Range of values may be entered.

.. Periods indicate that only ONE value is required from the range of values.

* Wild card means all values in a range of values.

/ Optional input selection separator.

U Undefined

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ERROR HANDELING

Misspelled command input will give the following error message:

Unknown Command

Parameter errors will print ERROR: and then prompt for the parameter again.

HELP

HELP COMMANDS

Help lists all help commands in the Configuration program. Type HELP, H or ?.

>HELP

EX901 Command Summary: ====== ======================= HELP Help H Help ? Help HS Help Set Commands HL Help List Commands HPT Help Privilege Types >

LIST COMMANDS

>HL

EX901 List Commands: ====== ======================= LCN List Call Number LDA List Direct Access LDD List Direct Dial LGCM List Group Call Members LTN List Transfer Numbers LLE List Line Equipment LPT List Privilege Type LST List Subscriber Timers LSD List Speed Dial Numbers >

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SET COMMANDS

>HS

EX901 Set Commands: ====== ======================= SAP Set Alarm Priority SCN Set Call Number SCNU Set Call Number Undefined SCP Set Call Priority SCID Set Caller ID SDA Set Direct Access SDD Set Direct Dial SDT Set Device Type SGCM Set Group Call Members STN Set Transfer Number STD Set Transfer Delay SNA Set Network Address SPT Set Privilege Type SQP Set QUE Program Channel SST Set Subscriber Timer SSD Set Speed Dial Number >

PRIVILEGE TYPES

>HPT

ID Privilege ==== ================= 1 Simplex Always 2 Voice Control A 3 DTMF Device 4 All Call Access 5 Group Call Access 6 Conference Initiator 7 Personal Queue 8 Automatic Answer 9 Priority Access 10 Line Supervision 11 Silent Ring >

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LINE EQUIPMENT

The Line Equipment Number is the location of the intercom station in the central exchange. The number is hexadecimal in the range $00-$3D (62 subscribers). All individual station programming is done to this line equipment number. The programmed information may be listed by Line Equipment Number or by Call Number.

COMMANDS

LLE List Line Equipment (sorted by Line Equipment Number)

LCN List Call Number (sorted by Call Number)

Example:

>LLE

Line Equipment Number <$00-$3D/*> : 00-06

Line Call In Priority Network Address Remote Equ. Number Caller ID Type QUE Alarm Call Display Printer Video NET LEQ ==== ========= ========== ==== ==== ===== ==== ======= ======= ===== === ===

$00 10 Lobby ICM RING 1 3 0A 0B ... ... ...

$01 11 Car 1A ICM .... 1 5 ... 0B ... ... ...

$02 12 Car 1B ICM .... 1 5 ... 0B ... ... ...

$03 13 Car 2A ICM .... 1 5 ... 0B ... ... ...

$04 14 Car 2B ICM .... 1 5 ... 0B ... ... ...

$05 15 MotorRoom ICM RING 1 3 ... 0B ... ... ...

$06 16 Phone Line PTT RING 1 3 ... 0B ... ... ...

CALL NUMBER

Call numbers are assigned to all Line Equipment Numbers when the system is defaulted (network address set to $00). The first Line Equipment will be call number 10, 100 or 1000 depending on the number of call digits in the system . All remaining line equipment numbers are assigned consecutive call numbers. These call numbers may be reassigned.

PROGRAMMING

The following commands are used for this feature:

SCNU Set Call Number Undefined

SCN Set Call Number

Example: Change the call numbers from default 100-155 to 200-255. This is useful when two or more exchanges are connected via Tie-line. Use the R(range) option to assign call numbers to a range of line equipment numbers.

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>SCN

Call Number <100-999/*> : 200-255 Line Equipment Number (R=range, S=single) <R/S> : R Line Equipment Number <$00..$4F> : 00 >LLE

Line Equipment Number <$00-$3D/*> : 00-03

Line Call In Priority Network Address Remote Equ. Number Caller ID Type QUE Alarm Call Display Printer Video NET LEQ ==== ========= ========== ==== ==== ===== ==== ======= ======= ===== === ===

$00 200 ICM RING 1 3 ... ... ... ... ...

$01 201 ICM RING 1 5 ... ... ... ... ...

$02 202 ICM RING 1 5 ... ... ... ... ...

$03 203 ICM RING 1 5 ... ... ... ... ...

Example: Connect a Tie-line unit from the other exchange (100-155) to Line Equipment 00. Use the S(single) option to assign call numbers to a single line equipment number (the Tie-line).

>SCN

Call Number <100-999/*> : 100-155 Line Equipment Number (R=range, S=single) <R/S> : S Line Equipment Number <$00..$4F> : 00 >LLE

Line Equipment Number <$00-$3D/*> : 00-03

Line Call In Priority Network Address Remote Equ. Number Caller ID Type QUE Alarm Call Display Printer Video NET LEQ ==== ========= ========== ==== ==== ===== ==== ======= ======= ===== === ===

$00 100--155 ICM RING 1 3 ... ... ... ... ...

$01 201 ICM RING 1 5 ... ... ... ... ...

$02 202 ICM RING 1 5 ... ... ... ... ...

$03 203 ICM RING 1 5 ... ... ... ... ...

When calls are made to call numbers between 100 and 155 the Tie-line will send the calls to the other exchange.

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CALLER ID

Each subscriber in the system has 12 alphanumeric characters for identification. This ID is available for display on the called station (DAD104) and for Event Logging (DNA100). Default is all spaces.

PROGRAMMING

The following commands are used for this feature:

SCID Set Caller ID

LCN List Call Number

Example: Set Caller ID for call number 14 to “Lobby”.

>SCID Call Number <10-99/*> : 14 Caller ID <alphanumeric> : Lobby >LCN Call Number <10-99/*> : 14

Line Call In Priority Network Address Remote Equ. Number Caller ID Type QUE Alarm Call Display Printer Video NET LEQ ==== ========= ========== ==== ==== ===== ==== ======= ======= ===== === ===

$04 14 Lobby ICM RING 1 5 ... ... ... ... ...

DEVICE TYPE

The device type defines the operation of intercom stations. Type0 = Undefined Type1 = SUB (DC shift substation) Type2 = ICM (Master station or substation using speed-dial) Type3 = PTT (Telephone line) Type4 = TIE (Intersystem Tie-line) Type5 = REM (Remote subscriber) Type6 = ILK (Interlink) Type7 = DAM (Direct Acces Master)

PROGRAMMING

The following commands are used for this feature.

SDT Set Device Type

LCN List Call Number

>SDT

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Call Number <10-99/*> : 11-14 Device Type(0=U 1=SUB 2=ICM 3=PTT 4=TIE 5=REM 6=ILK)<0..6> : 1 >LCN

Call Number <10-99/*> : 11-14

Line Call IN Priority Network Address Remote Equ. Number Caller ID Type QUE Alarm Call Display Printer Video NET LEQ ==== ========= ========== ==== ==== ===== ==== ======= ======= ===== === ===

$01 11 Car 1A SUB RING 1 5 ... 0B ... ... ...

$02 12 Car 1B SUB RING 1 5 ... 0B ... ... ...

$03 13 Car 2A SUB RING 1 5 ... 0B ... ... ...

$04 14 Car 2B SUB RING 1 5 ... 0B ... ... ...

PRIVELEGE TYPE

Privileges are assigned to each subscriber number for access to features of the system. Default has no privileges enabled.

PROGRAMMING

The following commands are used for this feature:

HPT Help Privilege Types

SPT Set Privilege Type

LPT List Privilege Types

Display all Privilege Types

>HPT

ID Privilege ==== ============= 1 A,B Simplex Always 2 A Voice Control 3 B DTMF Device 4 A All Call Access 5 A Group Call Access 6 A Conference Access 7 B Personal Queue 8 B Automatic Answer 9 A Priority 10 Line Supervision 11 B Silent Ring

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Example: Add All Call Access (Privilege 4) for Subscriber number 11.

>SPT

Call Number <10-99/*> : 11 Privilege ID <1..9> : 4 <+/-/=> : +

Display the result.

>LPT

Call Number <10-99/*> : 11 Privelege ID <1-9/*> : 4

Call Number ID Privelege =========== ======================= 11 4 All Call Access

PRIVILEGE DEFINITIONS

1 Simplex Always A,B: This privilege will force simplex mode operation when this intercom is initiating or receiving a call. The initiator of the call will start in receive mode.

2 Voice Control: The initiator of the call can use the *-key (DTMF) to control the speech direction. Each time the *-key is momentarily hit the speech direction changes. This is useful when telephones needs to control the simplex function.

10 Line Supervision: A intercom station (ICM and SUB) with this privilege will be monitored. A fault is activated with open or shorted wires or loss of power to the intercom station. The fault is sent to the direct acces number programmed for this station.

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DIRECT ACCESS

There is one direct dial access number for each subscriber (DC shift).

PROGRAMMING

The following commands are used for this feature.

SDA Set Direct Access

LDA List Direct Access

Example 1: Set direct access for subscriber 12 to dial subscriber 18.

>SDA

Call Number <10-99/*> : 12 Call Number to be dialed <10..99/U> : 18 >LDD

Call Number <10-99/*> : 12

Call Number DA DD-0 DD-1 DD-2 DD-3 DD-4 DD-5 DD-6 DD-7 DD-8 DD-9 =========== ==== ==== ==== ==== ==== ==== ==== ==== ==== ==== ==== 12 18

DIRECT DIAL

There are 10 direct dial numbers for each subscriber (key 0-9).

PROGRAMMING

The following commands are used for this feature.

SDD Set Direct Dial

LDD List Direct Dial

Example 1: Set direct dial for subscriber 14 key #5 to dial subscriber 23.

>SDD

Call Number <10-99/*> : 14 Key Number <0..9> : 5

Call Number to be dialed <10..99/U> : 23 >LDD

Call Number <10-99/*> : 14

Call Number DA DD-0 DD-1 DD-2 DD-3 DD-4 DD-5 DD-6 DD-7 DD-8 DD-9 =========== ==== ==== ==== ==== ==== ==== ==== ==== ==== ==== ==== 14 23

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SUBSCRIBER TIMERS

There are 8 timers that can be set individually for each subscriber. A timer value of 0 means no time limit.

PROGRAMMING

The following commands are used for this feature.

SST Set Subscriber Timer

LST List Subscriber Timers

Example: Set warning tone length (timer 2) to 1 sec. when subscriber 15 receives calls .

>SST

Call Number <10-99/*> : 15 Timer ID <1..8> : 2

Timer Value <0....50> :10

>LST

Call Number <10-99/*> : 15 Timer ID <1..8> : *

Call Number ID Timer Setting Resolution Limit =========== ======================= ======= ========== ===== 14 1 Direct Dial (A) 12 0.1 sec 30 2 Warning Tone (B) 10 0.1 sec 50 3 Call Length (A) 1.0 sec 240 4 Group Call (A) 60 1.0 sec 600 5 All Call (A) 60 1.0 sec 600 6 PQUE Ring Delay (B) 2 1.0 sec 240 7 Camp on Privacy (A) 15 1.0 sec 240 8 Camp on Busy (A) 20 1.0 sec 240 >

PERSONAL QUEUE

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Each intercom station has a Personal Queue. This queue is activated with Privelege ID number 7. All received calls are put in personal que and the intercom station will ring (2 sec on, 3 sec off) until the call is answered by pressing the 0 key. When the call is cancelled (X) the next call in queue starts ringing after 2 seconds. This time is programmable (Timer ID number 6). Calls are inserted to the personal queue on a first in first out within each priority level (1-9). The priority level is the Call Priority of the calling station (level 1 is highest priority). The calling station may be connected to Ringing Tone, Program Channel or silence when in que.

PROGRAMMING

The following commands are used for this feature

SPT Set Privelege Type

SST Set Subscriber Timer

SQP Set Que Program Channel

SCP Set Call Priority

LPT List Privelege Type

LST List Subscriber Timer

LCN List Call Number

Example: Intercom station 10 is using personal queue to receive calls with 1 second delay between calls. Intercom stations 11-14 will get ringing tone when they call intercom 10. Intercom 11 will get calling priority 3 and intercom 12-14 will get priority level 4.

>SPT

Call Number <10-99/*> : 10 Privelege ID <1..7> : 7 <+/-/=> : + >SST

Call Number <10-99/*> : 10 Timer ID <1..8> : 6

Timer Value <0....240> :1

>SQP

Call Number <10-99/*> : 11-14 Program Channel in QUE (0=None, 1=Program, 2=Ringback) <0..2> : 2 >SCP

Call Number <10-99/*> : 11 Priority Level <1..9> : 3 >SCP

Call Number <10-99/*> : 12-14 Priority Level <1..9> : 4

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TRANSFER

Call Transfer is used to distribute incoming calls to additional intercom stations. Each subscriber has 7 transfer numbers. Transfers are processed sequentially, transfer 1 must activate before transfer 2 is activated and transfer 3 will not activate until transfer 2 is activated and so on. With each transfer there is a delay before the call is transferred. The delay is in increments of 6 seconds : 00 = no delay, 01 = 6 second delay 20 = 2 minute delay 98 = 9 minutes 48 seconds 99 = infinite delay

If a transfer station is in privacy then the delay to that station is set to 0 and the call will transfer instantly (used for night transfer). Personal Queue is always used when calls transfer to another intercom station. When a call transfers it also remains in queue of the transferring station. The call can then be answerred by the transferred station or by the transferring station .

PROGRAMMING

The following commands are used for this feature.

STN Set Transfer Number

STD Set Transfer Delay

LTN List Transfer Numbers

Example: Make calls to subscriber 14 transfer to subscribers 20 and 21 if subscriber 14 does not answer the call within 60 seconds. >STN

Call Number <10-99/*> : 14 Transfer Number <1..7> : 1 Call Number to be dialed <10..99/U> : 20

>STN 14 2 21 >STD

Call Number <10-99/*> : 14 Transfer Number <1..7> : 1 Transfer Delay(6 sec) <00..99> : 10

>LTN

Call Number <10-99/*> : 14

Call Number TRFR: 1 TRFR: 2 TRFR: 3 TRFR: 4 TRFR: 5 TRFR: 6 TRFR: 7 (CN) DLY--CN DLY--CN DLY--CN DLY--CN DLY--CN DLY--CN DLY--CN =========== ======= ======= ======= ======= ======= ======= ======= 14 10---20 -----21 ------- ------- ------- ------- ------>

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ANNUNCIATOR DISPLAY

Any intercom station in the system may use an annunciator display (DAD104) to display and answer calls in the personal queue. Each DAD104 is assigned to only one intercom station.

PROGRAMMING

The following commands are used for this feature.

SNA Set Network Address

LCN List Call Number

Example: Subscriber 10 is assigned to the DAD104 with network address 0A (hex). The network address is set with DIP-switch in the DAD104. >SNA

Call Number <10-99/*> : 10 Node Type (1=Annunciator 2=Printer 3=Video 4=RemoteNet 5=RemoteLEQ) <1..5> : 1 Network Address <$00..$FF> : 0A

EVENT LOG PRINTER

The event log printer is connected to the system using one dedicated DNA100. The printer will print events for all intercom stations that have been assigned to this printer.

PROGRAMMING

The following commands are used for this feature.

SNA Set Network Address

LCN List Call Number

Example: Subscribers 10-17 are assigned to log events to the printer with network address 0B (hex). The network address is set with DIP-switch in the DNA100.

>SNA

Call Number <10-99/*> : 10-17 Node Type (1=Annunciator 2=Printer 3=Video) <1..3> : 2 Network Address <$00..$FF> : 0B

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CAMERA SWITCHER

The camera switcher is connected to the system using one dedicated DNA200. The camera switcher will connect a camera to a video monitor when the call is answerred by the intercom station equipped with a video monitor. Intercom stations with monitors are programmed with the address of the DNA200. Monitor address and camera address are programmed inside the DNA200 (see separate documentation).

PROGRAMMING

The following commands are used for this feature.

SNA Set Network Address

LCN List Call Number

Example: Subscribers 10 and 17 with monitors are assigned to camera switcher with network address 0C (hex). The network address is set with DIP-switch in the DNA200.

>SNA

Call Number <10-99/*> : 10 Node Type (1=Annunciator 2=Printer 3=Video) <1..3> : 3 Network Address <$00..$FF> : 0C >SNA 17 3 0C

>LCN

Call Number <10-99/*> : 10-17

Line Call IN Priority Equ. Number Caller ID Type QUE Alarm Call Annunciator Printer Video ==== ========= ========== ==== ==== ==== ===== =========== ======= ===== $00 10 Lobby ICM RING 1 3 0A 0B 0C

$01 11 Car 1A ICM .... 1 5 ... 0B ...

$02 12 Car 1B ICM .... 1 5 ... 0B ...

$03 13 Car 2A ICM .... 1 5 ... 0B ...

$04 14 Car 2B ICM .... 1 5 ... 0B ...

$05 15 MotorRoom ICM RING 1 4 ... 0B ... $06 16 Phone Line PTT RING 1 4 ... 0B ... $07 17 Security ICM RING 1 2 ... 0B 0C

To remove an Annunciator, Printer or Video Monitor from an intercom station, set the network address of the device to 00.

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BATTERY CHARGE MONITOR

The CB901EX battery voltage is monitored. If the input voltage is higher then 25 Volt then the battery is being charged and D6 is ON. If AC power is lost or the battery charger fails then the battery voltage will fall below the 25 Volt and D6 will turn OFF. At the same time Power Fail Alarm may be sent to the DAD104 (if programmed) and the system is running on battery power. This alarm can only be cleared by restoring the battery voltage to 25 Volt or higer.

PROGRAMMING

The following commands are used for this feature.

SCN Set Call Number

SCID Set Caller ID

SNA Set Network Address

LCN List Call Number

Example: Subscribers 10 has a DAD104 with network address 09 (hex). Power Fail Alarms from the EX500 are to be sent to this DAD. First we assign call number 00 to the EX500 at Line Equipment Number 4F(hex).

>SCN

Call Number <10-99/*> : 00 Line Equipment Number <$00..$3F> : 4F >SCID 00 EX500 >SNA

Call Number <10-99/*> : 00 Node Type (1=Annunciator 2=Printer 3=Video) <1..3> : 1 Network Address <$00..$FF> : 09 >LCN

Call Number <10-99/*> : 00

Line Call In Priority Equ. Number Caller ID Type QUE Alarm Call Annunciator Printer Video ==== ========= ========== ==== ==== ===== ==== =========== ======= ===== $4F 00 EX500 ICM RING 1 5

09 ... ...

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ALL CALL

Allows for one way paging from one station to all other stations in the exchange and will override other calls (they will reconnect when the All Call is completed). The initiating station must have privilege “All Call Access”. The duration of the All Call is limited to 60 seconds (programmable subscriber timer). The call number for All Call is 70. The All Call is ended with X for termination or 8 for call back (meet me). One of the stations can then dial 90 to call back to the All Call initiator. The call back is active until one station dials 90 or a new call back is activated from another All Call or Group Call. It is possible to exclude receivers from the All Call. This is done by entering call numbers in the All Call exclusion group (group #0).

GROUP CALL

Allows for one way paging from one station to a group of stations and will override normal calls (they will reconnect when the Group Call is completed). The initiating station must have privilege “Group Call Access”. The duration of the Group Call is limited to 60 seconds (programmable subscriber timer). There are 7 Group Calls in the system with access call numbers 71-77. The Group Call is terminated with X or 8 for call back (meet me). One of the stations can then dial 90 to be connected to the Group Call initiator. The call back is active until one station dials 90 or a new call back is activated from another All Call or Group Call. Call number of the receivers are entered in the Group Call groups (group 1-7). All station may be a members of multiple Group Call groups. Only one Group Call can be active at a time. Stations calling Group Call when it is in use may camp on until it is free.

PROGRAMMING

The following commands are used for this feature.

SGCM Set Group Call Members

LGCM List Group Call Members

SPT Set Privilege Type

Example 1: Exclude stations 10 and 11 from All Call #0 (70).

>SGCM Call Number <10-99/*> : 10-11 Group Number <0..7> : 0 <+/-/=> : +

Example 2: Include stations 12-26 in Group Call #3 (73).

>SGCM Call Number <10-99/*> : 12-26 Group Number <0..7> : 3 <+/-/=> : +

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Example 3: Exclude stations 15 from Group Call #3 (73).

>SGCM Call Number <10-99/*> : 15 Group Number <0..7> : 3 <+/-/=> : -

Example 4: Include stations 18 only in Group Call #6 (76) .

>SGCM Call Number <10-99/*> : 18 Group Number <0..7> : 6 <+/-/=> : =

crr

Example 5: Group Conference for stations 10-16 in Group Call #1 (71) .

>SGCM Call Number <10-99/*> : 10-16 Group Number <0..7> : 1 <+/-/=> : = >SGCP Group Number <0..7> : 1

Group Privilege (0=Allcall 1=Global 2=T 3=Conference) <0..3> : 3 <+/-/=> : + >SGCP Group Number <0..7> : 1

Group Privilege (0=Allcall 1=Global 2=T 3=Conference) <0..3> : 2 <+/-/=> : +

crr

Display the result of example 1 - 5.

>LGCM

Group Call Number Number Receivers ====== ====== ================================================= 0 A 70 10 11 1 TC 71 2 72 3 G 73 12 13 14 16 17 19 20 21 22 23 24 25 26 4 74 5 75 6 76 18 7 77 >

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GROUP CONFERENCE

Group Conference may be used for Emergency Communication/Paging.

Example: 10 AA916 Master station with Annunciator for display of Faults DAD104 ($09). 11-16 GS921DAM Handset Stations with Push ToTalk button. 17-20 IF935 Paging Interface.

Programming: Master station 10. SNA 10 1 09 (DAD assigned to master statation) SPT 10 7 + (Activate Personal Que) SPT 10 5 + (Activate Group Call Access)

Handset Stations 11-16. SDT 11-16 7 (Direct Access Master) SDA 11-16 10 (Faults are sent to 10) SPT 11-16 10 + (Line Supervision) SPT 11-16 5 + (Activate Group Call Access) SDD 11-16 1 71 (Call Group Call 71 when handset is lifted)

Paging Interface 17-20. SDT 17-20 1 (Sub) SDA 17-20 10 (Faults are sent to 10) SPT 17-20 10 + (Line Supervision)

Group Call 1 (71). SGCM 10-20 1 + (Include stations 10 -20 in group call #1) SGCP 1 2 + (T button must be used when talking) SGCP 1 3 + (Activate Group Conference) SST 10-20 4 30 (Set Group Call time limit to 30 seconds)

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TELEPHONE LINE INERFACE

The interface may be used as a speed dialer to a telephone number used for answering intercom calls from elevator intercoms in a night transfer mode of operation. The device type of the interface is set to PBX. A delay may be entered as P1 for one second delay to P9 for 9 second delay. Example: P29P31234567 will delay 2 seconds (waiting for dial tone), dial 9, delay 3 seconds, then dial 1234567.

PROGRAMMING

The following commands are used for this feature.

SDT Set Device Type

LCN List Call Number

SSD Set Speed Dial Number

LSD List Speed Dial Number

SPT Set Privilege Type

Example:

>SDT 27 PBX >SSD 27 P29P31234567 >SPT 27 7 +

BACKUP

Backup generates programming commands required to restore the configuration of the EX500. These commands may be downloaded and stored in a file on the PC. This file can then be uploaded to restore the configuration of the EX500.

PROGRAMMING

The following command is used for this feature.

BAK Backup

Example:

>BAK

Call Number <100-999/*> : 100-101

! ! BACKUP START: 2011/03/10 ! ! EX901 VERSION: 2010/04/23 ! SCN 10 00 SCID 10 SECURITY SDT 10 2 SQP 10 2 SAP 10 1 SCP 10 5 SCN 11 01

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April 2012 Operations Manual CB901EX

Ring-Master

SCID 11 EAST GATE SDT 11 2 SQP 11 2 SAP 11 1 SCP 11 5 ! ! END OF TRANSFER

Software Version 2012/03/20

Commands generated by the backup command:

SAP Set Alarm Priority SCID Set Caller ID SCN Set Call Number SCP Set Call Priority SCNU Set Call Number Undefined SDA Set Direct Access SDD Set Direct Dial SDT Set Device Type SGCM Set Group Call Members SGCP Set Group Call Privilege STN Set Transfer Number STD Set Transfer Delay SNA Set Network Address SPT Set Privilege Type SQP Set QUE Program Channel SST Set Subscriber Timer SSD Set Speed Dial Number

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CB901EX Operations Manual March 2011

Ring-Master

INSTALLATION

The PCB1019 has a one RS485 bidirectional port for communication with Crisis Alert Devices:

DNA100 Used for programming or for interfacing to Log Printer DNA200 Camera switcher Interace DNA300 Computer Control Interace DNA400 Pocket Page Interace DAD104 Annunicator Display DS16 Direct select Annunciator, 16 line

The DNA100 can be connected directly to J1 for programming.

The PCB1019 has 3 LEDs for displaying network communication:

M Master LED. This LED is ON if the EX901 is the Master on the Network. T TX Data. Blinks when EX901 transmit to the network. R RX Date. Blinks when other devices transmit to the network.

SWITCH PROGRAMMING

SW2 on PCB1019 is the crisis alert network address. Network 1 Node 0 is normally used (Address $08):

1 2 3 4 5 6 7 8 OFF OFF OFF ON OFF OFF OFF OFF

SW4 on PCB1019 is used for selecting number of digits in call numbers when the system is defaulted.:

1 2 OFF OFF Special preprogrammed configuration (Reserved) OFF ON 2 Digit Dialing (10-55) ON OFF 3 Digit Dialing (100-155) ON ON 4 Digit Dialing (1000-1055)

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April 2012 Operations Manual CB901EX

Ring-Master

RESET BATTERY RAM

The Battery RAM must be initialized when the system is first installed. All programmable features are set to default and all station are assigned call numbers .

1. Set all 8 dip switches in SW2 (PCB1019) to OFF.

2. Set SW3 (PCB1019) for number of call digits.

3. Push and release the Reset Switch on PCB1019 (SW4).

LED M (PCB1019) will blink 2 times during RAM Test (apx. 2 sec.). The RAM will initialize (1 sec.). LED M will flash rapidly to indicate that the initialization is complete.

4. Set SW2 (PCB1019) to proper network address

5. Push and release the Reset Switch on PCB1019 (SW1).

LED M (PCB1019) will blink 2 times during RAM Test . The system is now operational.

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Ring Communications CB901EX User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

INTRODUCTION

FEATURES

STANDARD FEATURES

SYSTEM FEATURES

INDIVIDUAL FEATURES

NUMBER PLAN

FEATURE DESCRIPTION

HANDSET / LOUDSPEAKING

CONFIDENTIAL /SOFTSPEAKING

SIMPLEX

MICROPHONE CUTOFF

DIRECT DIALING

DIRECT ACCESS

ALARM

LINE SUPERVISION

TWO BUTTON DC SHIFT SUB-STATION

REMOTE CONTROL

CAMP ON BUSY EXTENSION

PRIVACY

PRIORITY

PERSONAL QUEUE

TRANSFER

ALL CALL

GROUP CALL

GROUP PRIVILEGES

PROGRAM DISTRIBUTION

TWO WAY RADIO

TELEPHONE NETWORK

INSTALLATION

INSTALLATION PLANNING

CENTRAL LOCATION

CABLE REQUIREMENTS

INSTALLATION OF CENTRAL EXCHANGE

MOUNTING THE CARD RACK BACKPLATE

CABLE TERMINATION IN STATION SOCKET

CABLE TERMINATION IN CENTRAL CARDRACK

INSTALLATION OF CARDRACK

POWER UNIT SPECS, CENTRAL AND STATION POWER

PLUGGING IN PRINTED CIRCUITS CARDS

INSTALLATION OF PROGRAM DISTRIBUTION CARD

POWER ON SYSTEM CHECK

ADJUSTMENTS

FINAL CHECK OUT OF THE SYSTEM

INTRODUCTION

FINAL CHECK AND COMMISSIONING

SERVICE INFORMATION

CONVERSION TABLE STATION POSITION/CALL NUMBER

TECHNICAL SPECIFICATIONS

CONFIGURATION

SYNTAX

HELP

LINE EQUIPMENT

CALL NUMBER

CALLER ID

DEVICE TYPE

PRIVELEGE TYPE

DIRECT ACCESS

DIRECT DIAL

SUBSCRIBER TIMERS

TRANSFER

ANNUNCIATOR DISPLAY

EVENT LOG PRINTER

CAMERA SWITCHER

BATTERY CHARGE MONITOR

ALL CALL

GROUP CALL

INSTALLATION

SWITCH PROGRAMMING

RESET BATTERY RAM