GE
Security
Phoenix Fiber Optic Communication System
A8950CC
installation instructions
11-A8950CC
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Before You Begin
Read these instructions before installing or operating this product.
Note: This installation should be made by a qualified service person and should conform to local codes.
This manual provides installation and operation information.
To use this document, you must have the following minimum qualifications:
• A basic knowledge of CCTV systems and components
• A basic knowledge of electrical wiring and low-voltage electrical hookups
Intended Use
Use this product only for the purpose for which it was designed; refer to the product
specification and user documentation.
Customer Support
For assistance in installing, operating, maintaining, and troubleshooting this product,
refer to this document and any other documentation provided. If you still have questions,
please contact technical support during normal business hours (Monday through Friday,
excluding holidays, between 6 a.m. and 5 p.m. Pacific Time).
GE Security
Call: 888 437-3287 (US, including Alaska and Hawaii; Puerto Rico; Canada)
Outside the toll-free area: 503 885-5700
Fax: 561 998-6224
Note: You should be at the equipment and ready with details before calling Technical Support.
Conventions Used in this Manual
Boldface or button icons highlight command entries. The following WARNING,
CAUTION, and Note statements identify potential hazards that can occur if the
equipment is handled improperly:
* WARNING:
Improper use of this equipment can cause severe bodily injury or equipment damage.
** CAUTION:
Improper use of this equipment can cause equipment damage.
Note: Notes contain important information about a product or procedure.
* This symbol indicates electrical warnings and cautions.
** This symbol indicates general warnings and cautions.
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Getting Started
** CAUTION:
This product contains ESD-sensitive components. Although all precautions have been made to
reduce ESD susceptibility, use good grounding techniques when handling uninstalled modules.
Overview
Installing the Phoenix chassis is a three-step process:
1. Install mounting hardware and power supplies.
2. Install modules and connect cabling.
3. Configure the system.
Determine Mounting Hardware
Mounting brackets are adjustable. Choose the best location to fit your application and
position brackets using the supplied hardware. Remove screws holding front mounting
bracket, move to top, bottom, back or front and refasten.
Installing Power Supplies
All installation should be from rear of rack unit.
To install power supply, slide power supply in slot "A" and secure with hardware. Remove
center support panel and use to cover open slot if redundant power supply is not used.
Optional Redundant Power Supply: When using the redundant power supply, remove panel
and insert second power supply in slot "B" and secure.
Model
Part Number
Part Number
Model
Spare fuse
Model
Active fuse
Model
Slot A.
Slot B
Model
Part Number
A8960AC
Optional Redundant Power Supply
Specifications
Model
A8960AC
Electrical
• Input power: 100 V to 240 V, 60 to 50 Hz
• Current requirement: 2 A
• Power consumption: 40 W
1.65 in. W x 3.30 in. H x 8.00 in. D (42 x 84 x 203 mm)
1.25 lb. (5.67 g)
Size
Weight
• Protection: 250 V, 2 A fuse
Module Installation
The Optical Transceiver is the first module to be installed.
2
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Installing the Optical Transceiver Module
Overview
The Phoenix optical transceiver module is used to provide connectivity to the fiber
connections between nodes. The A8972FLC optical transceiver module contains a single
optical transceiver with dual LC connectors and is used as an ‘end node’ in either a point
to point, or linear system. The A8974FLC optical transceiver module features two optical
transceivers with two dual LC connectors and is used in repeating nodes within a linear
system as well as all nodes in a self-healing ring system.
Tools and materials required
The optical module is held in place with simple thumbscrews with screwdriver slots.
The only tool recommended is a small flat blade screwdriver.
* WARNING:
Insure main power is off when installing or removing.
Installation instructions:
1. Install optical transceiver module in slots 9 and 10 (color-keyed white) and secure.
** CAUTION:
Use caution when inserting it into a slot adjacent to an existing module. It is best to install this
module in your node first, to avoid potential damage to components on the back of this module.
INSERT OPTICAL TRANSCEIVER MODULES IN SLOTS 9-10 (White)
2. Connect fiber:
Connect single-mode fiber optic cables by using LC connectors. Each port connects to a
pair of fibers. The top fiber in a port is the laser output (Tx) and the bottom fiber is the
photo diode input (Rx). In a point-to-point system, connect the optic in port A from the
first node to the optic in port A in the second node. Remember that the two fibers need
to be crossed, so that the laser output on one node is connected to the photodiode
input in the other node. This can be verified by observing the corresponding LEDs as
shown in the table below.
In a linear system, connect the fiber to Optic A in the end node (node with only one
fiber transceiver) to Optic B in the subsequent node. Repeat until the ‘headend’ node
is reached, where the fiber must go into Optic A .
In self-healing ring systems, simply connect Optic A from one node to Optic B on the
next node, throughout the ring.
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Point-to-Point Connect
Tx A
Rx A
Tx A
Rx A
A8972FLC
A8972FLC
Repeater Connect
Tx A
Rx A
Tx A
Rx A
Tx A
Rx A
Tx B
Rx B
A8974FLC
A8972FLC
A8972FLC
FIELD END NODE
HEAD END
MIDDLE NODES
Self-Healing Connect
Tx A
Rx A
Tx A
Rx A
Tx A
Rx A
Tx A
Rx A
Tx B
Rx B
Tx B
Rx B
Tx B
Tx B
Rx B
Rx B
A8974FLC
A8974FLC
A8974FLC
A8974FLC
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3. Verify fiber connectivity:
Using the LEDs on the back of the unit adjacent to the optic module, verify proper
operation as shown in the table below. Both optical launch power and optical receive
power, as well as transceiver status, can be verified from the LCD front panel.
LED operating status
Optic LED
RED
Indicates faulty LASER or no module installed
Tx
Rx
OFF
LASER operating within specifications
GREEN
Indicates sufficient power received and frame synchronization
OFF
Indicates insufficient optical power
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Installing the Data Module
Overview
The Phoenix A8910MPD data module is capable of inserting/extracting
4 channels of multiprotocol serial data (MPD) per module. With a maximum of four
cards per node, the system capacity is 16 channels. Each channel is capable of
transmitting and receiving serial data throughout the Phoenix system. The card is not
limited to any single data type so that various formats can be mixed on a single card.
As with other GE Security MPD products, data translation capabilities are included.
Tools and materials required
The data modules are held in place with simple thumbscrews with screwdriver slots.
The only tool recommended is a small flat blade screwdriver.
Installation instructions:
1. Configure data module:
Prior to installation, you must specify the appropriate data format using the rotary
switches on the module. For each channel on the data module, rotate the dial switch to
the desired format. If you want to select the data format from the front panel, leave the
switch in position 0.
Setting
Mode
Setting
Mode
0
1
2
3
4
5
6
7
Software-selectable (factory preset)
RS-232 (3-wire)
RS-232 + handshake
TTL
8
9
A
B
C
D
E
F
RS-485 2-wire 2 V
RS-485 4-wire standard
RS-485 4-wire 1 V
RS-485 4-wire 2 V
Reserved
Reserved
Reserved
Test Mode
RS-422 2-wire
Manchester/biphase
RS-485 2-wire standard/Sensornet
RS-485 2-wire 1V
NOTE: The DATA SELECT switches are shipped in the Software-Selectable setting.
As with all GE Security MPD products, data translation can easily
be accomplished using the table information below.
Input
Output
Translation
Comment
TTL
RS-232, 3-wire
3
1
3
4
1
1
3
4
Signal level conversion.
RS-232, 3-wire
TTL
Signal level conversion.
TTL
RS-422
TTL-wire
RS-422
RS-232, 3-wire
Single ended to differential conversion.
Differential to single ended conversion.
Single ended to differential conversion.
3
4
1
RS-422
RS-232, 3-wire
RS-422
4
Differential to single ended conversion.
RS-232, 5-wire
RS-485
RS-485
2
7 - A
2
RS232 Handshaking bit is used to indicate Tri-state.
Tri-state detection circuitry activates handshaking bit.
7 - A
RS-232, 5-wire
6
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2. Install data module:
Up to four data modules can be installed in the Phoenix node.
From left, locate and insert data modules into slot 1, 2, 3, or 4
(color-keyed red) and secure.
INSERT DATA CARDS IN SLOTS 1-4 (Red)
3. Connect:
Each data module is shipped with (four) RJ45 cables and (four) breakout boxes to aid in
connecting to the Phoenix. Use the tables below to determine pinout information for
your application. GE Security recommends using shielded cable for all single ended
applications and twisted shielded cable for all differential formats. Wire gauge is
dependent on copper run length. Refer to manufacturer of data equipment for
specific recommendations. Once the data equipment has been connected, confirmation
of data activity can be verified on the front panel LCD.
The channel order is sequential, beginning with the top RJ45 in slot 1 as Channel 1,
working vertically such that the bottom RJ45 in slot 1 is Channel 4, and the top RJ45 in
slot 2 is Channel 5. This continues to the bottom RJ45 in slot 4, which is mapped to
Channel 16.
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Figure 1. Fiber Link Data Connections
DATA EQUIPMENT
FIBER LINK
DATA OUT
DATA IN
DATA OUT
DATA IN
Figure 2. RJ45 Socket
(Viewed from the rear of the unit)
Figure 1. Terminal Block Pin Assignments
5
4
Pin
3
6
2
1
7
8
RJ45-A
RJ45-B
RJ45-C
RJ45-D
Using the breakout box
A breakout box with a 3’ CAT 5 patch cord
(supplied) can be used to interface to the
Phoenix system. Pinouts are shown in the
tables and figures above.
8
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NOTE: When making data connections listed in Tables 3 through 11, always connect the pins labeled IN
on the fiber unit to the pins labeled OUT on the external equipment, and the pins labeled IN on the
external equipment to the pins labeled OUT on the fiber unit.
TABLE 4: RS-232 WITH HANDSHAKING INTERFACE
DATA SELECT Switch: Position 2
TABLE 3: RS-232 INTERFACE
DATA SELECT Switch: Position 1
Signal
Pin
Signal
Pin
1
2
3
RS-232 Out
RTS/CTS Out
1
2
3
RS-232 Out
N/C
GND/SHIELD
N/C
GND/SHIELD
N/C
4
5
6
4
5
6
N/C
N/C
GND
GND
RTS/CTS In
RS-232 In
7
8
N/C
7
8
RS-232 In
TABLE 5: TTL INTERFACE
DATA SELECT Switch: Position 3
TABLE 6: RS-422 INTERFACE
DATA SELECT Switch: Position 4
Signal
Signal
Pin
Pin
1
2
3
1
2
3
RS-422 Out (+)
RS-422 Out (-)
N/C
TTL Out
GND/SHIELD
N/C
GND/SHIELD
N/C
4
5
6
4
5
6
Termination, tie to 8 if req’d.
N/C
GND/SHIELD
GND/SHIELD
RS-422 In (-)
RS-422 In (+)
TTL In
7
8
7
8
Tie to pin 6
TABLE 8: RS-485 2-WIRE INTERFACE
DATA SELECT Switch: Position 6 (<200mV),
Position 7 (<1V), Position 8 (<2V)
TABLE 7: MANCHESTER/BIPHASE INTERFACE
DATA SELECT Switch: Position 5
Signal
Signal
Pin
Pin
1
2
3
1
2
3
N/C
N/C
Manchester/Biphase Out (+)
N/C
Manchester/Biphase Out (-)
N/C
GND
+5 VDC Bias Out
4
5
4
5
Termination, tie to 8 if req’d.
Termination, tie to 8 if req’d.
GND/SHIELD
6
7
8
6
7
8
GND/SHIELD
RS-485 (-)
Manchester/Biphase In (-)
Manchester/Biphase In (+)
RS-485 (+)
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TABLE 9: RS-485 4-WIRE INTERFACE
DATA SELECT Switch SW1:
Position 9 = standard offset
Position A = 1V offset
TABLE 10: SENSORNET INTERFACE
DATA SELECT Switch: Position 6
Position B = 2V offset
Signal
Pin
Signal
Pin
N/C
N/C
1
2
3
1
2
3
RS-485 Out (+)
RS-485 Out (-)
GND
N/C
GND/SHIELD
+5 VDC Bias Out
4
5
6
4
5
6
Termination, tie to 8 if req’d.
GND/SHIELD
Termination, tie to 8 if req’d.
GND/SHIELD
Sensornet (-)
Sensornet (+)
RS-485 In (-)
RS-485 In (+)
7
8
7
8
TABLE 11: TEST MODE LOOPBACK INTERFACE
DATA SELECT Switch: Position F
Signal
Pin
1
2
3
Tie to pin 8
Tie to pin 7
N/C
N/C
4
5
6
N/C
N/C
7
8
Tie to pin 2
Tie to pin 1
Data module - channel sequence
Slot 1
Slot 2
Slot 3
Slot 4
RJ45-A
RJ45-B
RJ45-C
RJ45-D
Ch 1 IN/OUT
Ch 5 IN/OUT
Ch 9 IN/OUT
Ch 13 IN/OUT
Ch 2 IN/OUT
Ch 3 IN/OUT
Ch 4 IN/OUT
Ch 6 IN/OUT
Ch 7 IN/OUT
Ch 8 IN/OUT
Ch 10 IN/OUT
Ch 11 IN/OUT
Ch 12 IN/OUT
Ch 14 IN/OUT
Ch 15 IN/OUT
Ch 16 IN/OUT
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Installing the Ethernet Module
Overview
The Phoenix A8911ETH Ethernet module provides Ethernet connectivity to the Phoenix
system. Each module has three RJ-45 ports supporting full-duplex 10/100Base-T interfaces.
Each port also supports Auto-Negotiation and automatic MDI/MDI-X selection.
Unlike other modules used in the Phoenix system, the ethernet module does not use “chan-
nels”. Each slot position provides access to one of four independent Ethernet
networks. Every port on a module can communicate with every other port on other
modules connected to the same network (i.e. modules plugged into the same slot number
at different nodes). There is no restriction to the number of modules connected to a
network, however they must share bandwidth between nodes. Each network can sustain
25Mbps throughput between nodes.
Note: Ethernet is inherently a bi-directional communication protocol. Therefore all nodes in
a Phoenix system with Ethernet modules must be connected with duplex fiber connections.
Simplex connections between nodes will cause the network to fail.
Tools and materials required
The Ethernet modules are held in place with simple thumbscrews with screwdriver slots.
The only tool recommended is a small flat blade screwdriver.
Installation instructions:
1. Install the Ethernet module:
Up to four Ethernet modules can be installed in the Phoenix node. From left, locate and
insert Ethernet modules into slot 1, 2, 3, or 4 (color-keyed red) and secure.
INSERT ETHERNET MODULES IN SLOTS 1-4 (Red)
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2. Connect:
Connect Ethernet-capable equipment directly to the Ethernet module using CAT5 twisted-
pair cables with male RJ-45 connectors at both ends. Do not use breakout boxes.
Standard CAT5 cabling used for Ethernet is available with either straight-through or
crossover connections. Either variety may be used with the Ethernet module. The
auto-MDI/MDI-X feature of each port automatically detects the type of cable
connection to establish link.
3. Configure:
At power-up, every port has Auto-Negotiation enabled. This should work seamlessly
with most Ethernet equipment. However, if necessary, Auto-Negotiation, Link Speed
and Duplex can be configured manually via the Phoenix chassis’s front panel.
Refer to the section Front Panel Menu Tree and Descriptions for more information.
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Installing the Video Module
Overview
The Phoenix A8900VI input module is capable of inserting up to four baseband,
composite video signals per card. A maximum of four cards can be installed in any node,
allowing up to 16 inputs per node.
The Phoenix A8905VO output module is capable of outputting up to 4 base band, composite
video signals per card. A maximum of four cards can be installed in any node, allowing up
to 16 outputs per node.
Tools and materials required
The video modules are held in place with simple thumbscrews with screwdriver slots.
The only tool recommended is a small flat blade screwdriver.
Installation instructions:
1. Install video input module:
As shown below, install video Input modules in slots 5, 6, 7, or 8 (color-keyed green)
and secure. Up to four modules may be installed per Phoenix node. Up to four incoming
video signals can be installed per module by connecting to BNC mounts (four) on each card.
INSERT VIDEO INPUT MODULES IN SLOTS 5-8 (Green)
2. Install video output module:
As shown below, install video output modules in slots 11, 12, 13, or 14 (color-keyed blue)
and secure. Up to four modules may be installed per Phoenix node. Up to four outgoing
video signals for monitoring or recording can be installed per module by connecting to
BNC mounts (four) on each card.
INSERT VIDEO OUTPUT MODULES IN SLOTS 11-14 (Blue)
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Connection instructions
Video Inputs:
Connect video source equipment such as cameras or matrix switcher outputs to the
video input modules using the BNCs on the back of the panel. Confirmation of video
presence can be confirmed on the front panel LCD. The channel order is sequential,
beginning with the top BNC in slot 5 as Channel 1, working vertically such that the
bottom BNC in slot 5 is assigned Channel 4, and the top BNC in slot 6 is
assigned Channel 5. This continues to the bottom BNC in slot 8, which is mapped
to Channel 16.
Video Outputs:
Connect video monitoring equipment including monitors and recording devices, to
the video output cards using the BNCs on the back of the panel. Confirmation of video
output can be confirmed on the front panel LCD. As with the inputs cards, the channel
order is sequential, beginning with the top BNC in slot 11 as Channel 1, working vertically
such that the bottom BNC in slot 11 is assigned Channel 4, and the top BNC in slot 12 is
assigned Channel 5. This continues to the bottom BNC in slot 14, which is Channel 16.
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Video Input module - channel sequence
Slot 5
Slot 6
Slot 7
Slot 8
BNC A
BNC B
BNC C
BNC D
Ch 1 IN
Ch 5 IN
Ch 9 IN
Ch 13 IN
Ch 2 IN
Ch 3 IN
Ch 4 IN
Ch 6 IN
Ch 7 IN
Ch 8 IN
Ch 10 IN
Ch 11 IN
Ch 12 IN
Ch 14 IN
Ch 15 IN
Ch 16 IN
Video Output module - channel sequence
Slot 11
Slot 12
Slot 13
Slot 14
BNC A
BNC B
BNC C
BNC D
Ch 1 OUT
Ch 5 OUT
Ch 9 OUT
Ch 13 OUT
Ch 2 OUT
Ch 3 OUT
Ch 4 OUT
Ch 6 OUT
Ch 7 OUT
Ch 8 OUT
Ch 10 OUT
Ch 11 OUT
Ch 12 OUT
Ch 14 OUT
Ch 15 OUT
Ch 16 OUT
BNC A
BNC B
BNC C
BNC D
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Installing the Audio Module
Overview
The Phoenix A8920A audio module is capable of inputting and outputting up to 4 audio
channels. The audio module occupies one audio slot (color coded black) and with up to
four slots available, each node has a capacity of 16 channels. The audio interface
connector is four, ganged RJ45 connectors located on each card. The audio module
supports an audio test pattern, similar to GE Security standards.
Tools and materials required
The audio modules are held in place with simple thumbscrews with screwdriver slots.
The only tool recommended is a small flat blade screwdriver.
Installation instructions:
1. Configure audio module:
Prior to installation, the audio modules need to be configured for proper
use in the system. Refer to the Fig. 1 and Fig. 2 for switch locations and settings.
a. Input termination: Input termination should be set depending on your system
requirements. You can choose either high-impedance (default) or 600 ohm
termination on an individual channel basis.
b. Input range: Based on the level of input signal you will be applying the
specific channel, you may choose to modify the input range selection switches.
By default, the switches are set to high range (+18dBu) and will transmit any
audio signal within the specifications of the unit. If lower level input signals are
expected, you may change the input range to low (+8dBu) to increase the overall
signal to noise ratio. Clipping (distortion) however, will occur if input levels exceed
+8dBu. Note that for each channel, two switches must be thrown to change
the input range.
c. Output range: To normalize the system, you must switch the output range
switch to the same setting as the CORRESPONDING input range switch. Note, this
does not mean that the switches on the same board need to be the same, just
that the switches at the input node, must match the switches at the output node.
If multiple outputs are mapped (broadcast mode) than all outputs must be set to
the same gain range.
AUDIO OUTPUT
RANGE
AUDIO INPUT
TERMINATION
AUDIO INPUT
RANGE
Figure 1. Audio Level Switch Locations
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AUDIO INPUT TERMINATION
Note: One switch per channel
AUDIO INPUT RANGE
Note: Two switches per channel
AUDIO OUTPUT RANGE
Note: One switch per channel
ON
S1
ON
ON
S3
S7
Ch A
Ch A
Ch A
Ch B
Ch B
High Z
ON
600Ω
Low
High
ON
Low
High
ON
S4
S8
S2
Ch C
Ch D
Ch C
Ch D
Ch B
Low
High
ON
Low
High
High Z
600Ω
If a low audio level causes the output
audio signal to degrade, the input
sensitivity of the A8920A can be
increased by switching to the 8 dBu
maximum scale.
The A8920A units are shipped
with the input impedance set
at (high-Z). To select a 600Ω
input impedance in place of the
high-Z input, set switches SW1
and SW2 on the audio to 600Ω.
S5
Ch C
You can set the transmitter input to
8 dBu and the receiver output to 18
dBu to add 10 dB of gain to the
system, however, this also increases
system signal-to-noise ratio (S/N).
Low
High
Figure 2. Audio Level Switch Positions
ON
S6
Ch C
Low
High
2. Installing audio modules:
Audio modules must be installed in slots 15, 16, 17, or 18 (color coded black).
Up to four Audio modules can be installed per Phoenix node.
The channel sequence is as follows:
Slot 15, top RJ45 connector is assigned to Channel Inputs 1 and 2.
The second RJ45 connector gets assigned to Channel Inputs 3 and 4.
The third RJ45 connector gets assigned to Channel Outputs 1 and 2.
The bottom RJ45 connector gets assigned to Channel Outputs 3 and 4.
Subsequent modules, placed in slots 16, 17, and 18 are assigned
to Channels 5-8, 9-12, and 13-16 respectively.
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INSERT AUDIO CARDS IN SLOTS 15-18 (Black)
3. Connecting to audio modules:
GE Security recommends connecting to the terminal block using high-quality shielded,
twisted-pair wire for best audio performance.
The I/O for the audio inputs and outputs are as follows:
RJ45 - A (Top) AUDIO INPUTS - CHANNELS A-B
RJ45 - B AUDIO INPUTS - CHANNELS C-D
Audio Signal
Audio Signal
Pin
Pin
1
2
3
1
2
3
IN A (+)
IN A (-)
IN C (+)
IN C (-)
GND/SHIELD
GND
GND/SHIELD
GND
4
5
6
4
5
6
GND
GND
GND/SHIELD
IN B (+)
GND/SHIELD
IN D (+)
7
8
7
8
IN B (-)
IN D (-)
RJ45 - D (Bottom) AUDIO OUTPUTS - CHANNELS C-D
RJ45 - C AUDIO OUTPUTS - CHANNELS A-B
Audio Signal
Pin
Audio Signal
Pin
1
1
OUT C (+)
OUT A (+)
2
3
4
5
6
2
3
4
5
6
OUT C (-)
GND/SHIELD
GND
OUT A (-)
GND/SHIELD
GND
GND
GND
GND/SHIELD
OUT D (+)
GND/SHIELD
OUT B (+)
7
8
7
8
OUT D (-)
OUT B (-)
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Figure 2. RJ45 Socket
Figure 1. Terminal Block Pin Assignments
(Viewed from the rear of the unit)
5
4
Pin
3
6
2
1
7
8
RJ45-A
RJ45-B
RJ45-C
RJ45-D
Using the breakout box
A breakout box with a 3’ CAT 5 patch cord
(supplied) can be used to interface to the
Phoenix system. Pinouts are shown in the
tables and figures above.
Audio module - channel sequence
Slot 15
Slot 16
Slot 18
Slot 17
Ch 5-6 IN
Ch 9-10 IN
RJ45-A
RJ45-B
RJ45-C
RJ45-D
Ch 1-2 IN
Ch 13-14 IN
Ch 7-8 IN
Ch 11-12 IN
Ch 9-10 OUT
Ch 11-12 OUT
Ch 3-4 IN
Ch 15-16 IN
Ch 5-6 OUT
Ch 7-8 OUT
Ch 1-2 OUT
Ch 3-4 OUT
Ch 13-14 OUT
Ch 15-16 OUT
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Installing the Contact Closure Module
Overview
The Phoenix A8930C contact closure module is capable of supporting up to
8 contact closure inputs, and 8 contact closure outputs per module. With up to 4
modules available per system, up to 32 contact inputs and outputs can be transmitted.
Contact closure modules are color coded black, and can be installed in slots 15, 16, 17,
or 18. The input/output interface is four, ganged RJ45 connectors located on each card,
See contact closure pin-out connection in Fig. 2.
Tools and materials required
The contact closure modules are held in place with simple thumbscrews with screwdriver
slots. The only tool recommended is a small flat blade screwdriver.
Installation instructions:
1. Install contact closure module:
Install contact closure modules in slots 15, 16, 17, or 18 (color-coded black) and secure.
Up to four contact closure modules can be installed in each node. Connect contact
closure wires to terminal blocks on each card by using the RJ45 connectors.
The channel sequence is as follows:
Slot 15, top RJ45 connector is assigned to Channel Inputs 1, 2, 3, and 4.
The second RJ45 connector gets assigned to Channel Inputs 5, 6, 7, and 8.
The third RJ45 connector gets assigned to Channel Outputs 1, 2, 3, and 4.
The bottom RJ45 connector gets assigned to Channel Output 5, 6, 7, and 8.
Subsequent modules, placed in slots 16, 17, and 18 are mapped
to Channels 9-16, 17-24, and 25-32 respectively.
INSERT CONTACT CLOSURE CARDS IN SLOTS 15-18 (Black)
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2. Connect to the module:
Each contact closure module is shipped with (four) RJ45 cables and (four) breakout
boxes to aid in connecting to the Phoenix. Use the tables below to determine pin out
information for your application. GE Security recommends using shielded cable for all
single ended applications and shielded twisted-pair for all differential formats.
Wire gauge is dependent on copper run length. Refer to manufacturer of data
equipment for specific recommendations.
Figure 2. RJ45 Socket
Figure 1. Terminal Block Pin Assignments
(Viewed from the rear of the unit)
5
4
Pin
3
6
2
1
7
8
RJ45-A
RJ45-B
RJ45-C
RJ45-D
Using the breakout box
A breakout box with a 3’ CAT 5 patch cord
(supplied) can be used to interface to the
Phoenix system. Pinouts are shown in the
tables and figures below.
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RJ45 - A (Top) CONTACT INPUTS - CHANNELS A-D
RJ45 - B CONTACT INPUTS - CHANNELS E-H
Contact Signal
Contact Signal
Pin
Pin
1
2
3
1
2
3
IN A
IN E
(GND)
(GND)
IN B
IN F
4
5
6
(GND)
IN C
4
5
6
(GND)
IN G
(GND)
IN D
(GND)
IN H
7
8
7
8
(GND)
(GND)
RJ45 - D (Bottom) CONTACT OUTPUTS - CHANNELS E-H
RJ45 - C CONTACT OUTPUTS - CHANNELS A-D
Contact Signal
Pin
Contact Signal
Pin
1
1
C
E
C
A
2
3
4
5
6
2
3
4
5
6
N/O E
N/O A
C
F
C
B
N/O F
N/O B
C
G
C
C
N/O G
N/O C
C
H
C
D
7
8
7
8
N/O H
N/O D
•
•
IN
GND
To activate a relay, provide a connection from an IN (+) to GROUND.
Contact Input module - channel sequence
Slot 15
Slot 16
Slot 18
Slot 17
Ch 9-12 IN
Ch 17-20 IN
Ch 21-24 IN
Ch 17-20 OUT
Ch 21-24 OUT
RJ45-A
RJ45-B
RJ45-C
RJ45-D
Ch 1-4 IN
Ch 25-28 IN
Ch 13-16 IN
Ch 9-12 OUT
Ch 13-16 OUT
Ch 5-8 IN
Ch 29-32 IN
Ch 1-4 OUT
Ch 5-8 OUT
Ch 25-28 OUT
Ch 29-32 OUT
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Configuring the Phoenix Fiber Optic Communications System
This section explains how to configure a Phoenix chassis using the front panel. The front
panel has seven status LEDs, an LCD display, seven push buttons and two RJ-45 ports.
These RJ-45 ports (labeled LAN and DATA) are currently unused. Do NOT connect any
cables or equipment to these ports; it may damage the Phoenix chassis.
Basic configuration of a Phoenix chassis is a three-step process:
1. Turn on power and check status.
2. Select the system topology.
3. Set the node ID.
If your system requires non-default settings (e.g. channel mapping, PAL video, etc.),
please refer to the section titled FRONT PANEL MENU TREE AND DESCRIPTIONS after
you have completed the basic configuration.
If you have not already done so, install the Power Supply Module(s), Optic Module, and
any other plug-in modules (i.e. Data, Video Input, Video Output, etc.) and connect cabling
as instructed in the previous sections of this manual
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1. Turn on power and check status
Turn on the power to the Phoenix chassis using the switches on the Power Supply
modules. If two power supplies are installed, turn on both switches. The LEDs perform a
brief test when the chassis powers up: all seven LEDs turn green and then turn red. After
the test has completed the LEDs indicate the status of the power supplies and optics.
Power A and Power B: If a module is installed, and the power switch is on, and the
supply is working properly the corresponding LED will be green. If the supply is installed,
but the power switch is off or a problem has been detected the LED will turn red.
If either power supply slot is empty then the corresponding LED will be off.
Optic A and Optic B: If an optic transceiver is installed in one of the top two Optic
Module transceiver slots, the corresponding LEDs indicate the status of the following
conditions:
1. The transmit laser is working properly.
2. The receive photodiode detects sufficient light over the fiber.
3. The receiver detects another Phoenix node at the other end of the fiber.
If all three of these conditions are true, then the LED will be green. If any of these
conditions is not true, then the LED will be red. If an optic transceiver module slot is
empty, then the LED will be off.
Optic C and Optic D: These LEDs are unused. After the power-on test,
they will always be off.
Status: This LED indicates the status of the ring when the Phoenix system is configured
as a Self-Healing Ring (SHR). If the ring is complete (no fiber breaks) the LED will be green.
If a single fiber break is detected the LED turns amber/orange. If a double fiber break is
detected the LED turns red. Note that a single fiber break will not result in a loss of video,
audio, or data. A double fiber break may result in lost video, audio, or data. The LED is off
if the system is a Linear topology.
2. Select the system topology
In order for a Phoenix chassis to route information over its fiber links correctly, it must
know the topology of the entire system. A chassis can be part of either a Linear or
Self-Healing Ring topology. If you are configuring a Self-Healing Ring topology, then
each node must also know the total length of optical fiber used in the ring. Once set,
the topology (and ring length) will be remembered if the chassis loses power.
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The topology and node ID are set using the front panel LCD display. The LCD displays a
menu from which sub-menus or features can be selected. The push buttons allow you to
navigate through the menus. A small black arrow is used as a cursor. The "up" and
"down" buttons move the cursor up or down one line in the menu, respectively. The
"enter" button selects the sub-menu or feature at which the cursor is pointing. The "left"
button takes you back up one level in the menu hierarchy. The remaining three buttons,
"right", "+", and "-" are menu-specific and are described later.
A brief initialization routine is displayed on the LCD when the chassis powers up.
A splash screen showing the GE logo and Phoenix product name is displayed after
the routine completes. After approximately one minute of inactivity the LCD display
will turn off. The display can be re-enabled by pressing any of the seven buttons on
the front panel.
GE SECURITY
Phoenix
If the splash screen is displayed or if the display is blank press the "enter" button one
time. This will bring up the Main Menu. If any other menu is displayed, then press the
"left" button until the Main Menu is shown:
Main Menu
1. Local
2. Remote
3. About
Use the "up" and "down" buttons to move the cursor to "1. Local".
Press the "enter" key to select the Local Menu:
Local Menu
1. Node: 0 - Linear
2. Optics AB
3. Video 1/0 - 4/0
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Press "enter" again to select the Node Menu:
Node Menu
1. ID - 0
2. Type - Linear
3. Load Defaults
If you are configuring a system with a linear topology, and item 2 in the menu reads, "2.
Type – Linear", then you do not have to make any changes and can continue to Step 3,
below. Otherwise, select item 2 from the menu. This displays the Topology Menu:
Topology Menu
1. Linear
2. Self Healing Ring
Move the cursor to the topology of the system from the menu’s choices: Linear or Self-
Healing Ring (SHR). Press "enter". A new screen will appear asking you to confirm your
choice for topology. Move the cursor to "Accept" and press "enter". The next screen will
ask you whether or not you would like to load defaults. Move the cursor to "Accept" and
press "enter". If you chose Linear then you can continue to Step 3 after you have been
returned to the Node Menu.
If you chose Self-Healing Ring, then you must also specify the length of fiber used in the
entire ring. The "+" key increments the length by 10km. The "-" key decrements the
length by 10km. Round up when selecting the ring length. Press "enter" when you are
done. You must confirm your selection on the following screen by moving the cursor to
"Accept" and pressing, "enter". The topology is now set and you are returned to the Node
Menu. Note that the topology (and ring length) is indicated on item 2 in the menu.
3. Set the Node ID.
Every Phoenix node (i.e. chassis) in a system should have a unique node ID number. The
node ID is set to 0 the first time a Phoenix chassis is switched on. This is an invalid ID; it
must be a number between 1 and 255. Once set, the node ID will be remembered if the
chassis loses power.
Navigate to the Node Menu if it is
not currently displayed on the LCD.
Move the cursor to "1. ID" and press "enter":
Node ID: 0
The ID will increment by one if you press “+”. Similarly, the ID will decrement by one if
you press “-”. If you press and hold either of these buttons, the node ID will slowly
increment or decrement. The rate will increase if you continue pressing the button.
Once you have the node ID set, pres the “enter” button. Another menu will ask you
to confirm your selection. Move the cursor to “Accept” and press “enter”. The node ID is
now set and you are returned to the Node Menu. Note that the node ID is now shown
after “1. ID” in the menu.
Congratulations! You have completed the basic configuration. If your system requires
non-default settings (e.g. channel mapping or PAL video), or if you would like to learn
more about the available menus and features refer to the following section.
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FRONT PANEL MENU TREE AND DESCRIPTIONS
The menus accessible from the front panel are shown in the menu tree below:
Navigating through the menu tree is accomplished using the push buttons and LCD
display. The LCD shows menus from which sub-menus or features can be selected.
A small black arrow is used as a cursor. The "up" and "down" buttons move the cursor up
or down one line in the menu, respectively. The "enter" button selects the sub-menu or
feature at which the cursor is pointing. The "left" button takes you back up one level in
the menu hierarchy. The remaining three buttons, "right", "+", and "-" are menu-specific
and are described later.
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Main Menu:
Main Menu
1. Local
2. Remote
3. About
The menus accessible from the front panel are shown in the menu tree below:
Pressing any key from the opening screen will take you to the Main Menu.
Main -> Local:
Local Menu
1. Node: 1 - Linear
2. Optics AB
3. Video 1/0 - 4/0
There are nine selections available to configure and monitor the local node.
Some of the choices show information regarding the node or the modules installed:
1. Node: Shows node ID, topology (and ring length if SHR).
2. Optics: Shows optic ports that have transceivers installed.
3. Video I/O: Shows the number of input and output video channels installed.
4. Data: Shows the number of installed data channels.
5. Audio: Shows the number of installed audio channels.
6. Contacts: Shows the number of installed contact channels.
7. Power: Shows which power supplies are installed.
8. Test
9. About
Only three of the menu choices are visible on the LCD at one time. Pressing the "down"
button when the cursor is at the bottom of the screen will display the next three menu
choices. Similarly, pressing the "up" button when the cursor is at the top of the screen
will display the previous three menu choices.
Main -> Local -> Node:
Node Menu
1. ID - 3
2. Type - Linear
3. Load Defaults
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The Node Menu shows the node ID and topology.
Main -> Local -> Node -> ID
Node Menu
1. ID - 3
2. Type - Linear
3. Load Defaults
Every Phoenix node (i.e. chassis) in a system must have a unique node ID number.
The node ID is set to zero the first time a Phoenix chassis is switched on, or if you Load
Defaults. Zero is an invalid node ID; it must be a number between 1 and 255.
Once set, the node ID will be remembered if the chassis loses power.
The ID will increment by one if you press "+". Similarly, the ID will decrement by one
if you press "-". If you press and hold either of these buttons, the node ID will slowly
increment or decrement. The rate will increase if you continue pressing the button.
Once you have the node ID set, press the "enter" button. You will be asked to
confirm your selection.
Main -> Local -> Node -> Topology
Topology Menu
1. Linear
2. Self Healing Ring
In order for a Phoenix chassis to route information over its fiber links correctly, it must
know the topology of the entire system. A chassis can be part of either a Linear or
Self-Healing Ring topology. If you are configuring a Self-Healing Ring topology, then
each node must also know the total length of optical fiber used in the ring.
Once set, the topology will be remembered if power to the chassis is lost.
Select the topology of the system from the menu’s choices: Linear and Self-Healing Ring
(SHR). A new screen will appear asking you to confirm your choice for topology. Note
that SHR is an acronym for Self-Healing Ring used throughout the menus. The next
screen will ask you whether or not you would like to load defaults. IMPORTANT: If you
choose to load defaults, the node ID will be set to zero and all channel mapping
information for this node will be lost. Select cancel if you do not wish to load defaults.
If you chose Linear then you are returned to the Node Menu after you confirm your
selection. If you chose Self-Healing Ring, then you must also specify the length of fiber
used in the entire ring. The "+" key increments the length by 10km. The "-" key
decrements the length by 10km. Round up when selecting the ring length. Press
"enter" when you are done. You must confirm your selection before continuing.
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Main -> Local -> Node -> Load Defaults
This feature sets the node ID back to zero and clears all channel mapping information
for this node. The topology is retained.
Main -> Local -> Optics:
Optic Menu
1. Transmit
2. Receive
3. Info
Information about the fiber optic transceivers can be accessed from the sub-menus.
Main -> Local -> Optics -> Transmit:
Tx Optic
B C D
A
4.23 mW
Status: Good
This screen shows the optical launch power of the selected optic transceiver. Use the "+"
button to select the next transceiver. Use the "-" button to select the previous transceiver.
The launch power is displayed in milliwatts (mW). Values around +4mW are normal.
Additionally, the transceiver transmit (TX) status is displayed. The status is reported as
either Good, Faulty, or Not Found if the selected transceiver is not installed.
Main -> Local -> Optics -> Receive:
Rx Optic: ABCD
3.97 mW
Status: Good
This screen shows the optical receive power of the selected optic transceiver. Use the "+"
button to select the next transceiver. Use the "-" button to select the previous transceiver.
The power is displayed in milliwatts (mW). The receive power can be used to verify path
loss if the transmit launch power at the other end of a fiber is known. Sensitivity must be
greater than 0.04 mW to insure enough optical power is being received. Additionally, the
transceiver receive (RX) status is displayed. The status is reported as Good, Sync Loss,
Signal Loss or Not Found if the selected transceiver is not installed.
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Main -> Local -> Optics -> Info:
Optic Info: ABCD
Wavelength: 1310 nM
Max Distance: 15 km
Vendor: Infineon
The Info Menu shows the wavelength (normally 1310nM), maximum distance
(normally 15km) and optic transceiver vendor name (Infineon) for the selected
optic transceiver. Use the "+" button to select the next transceiver. Use the "-" button
to select the previous transceiver.
Main -> Local -> Video:
Video Menu
1. Input Mapping
2. Output Mapping
3. Test Select
Video Input and Video Output mapping, monitoring, and tests can be accessed from the
sub-menus.
Main -> Local -> Video -> Input Mapping:
Video:
A
B
Exit
1
1
1
This screen allows you to assign a video input channel to a video output channel over a
selected fiber port. The camera icon in the middle of the screen indicates the presence
of a video signal for the selected channel. If the camera has an X through it, video is not
present on this channel. If the camera does not have an X through it, then video is
present. The number under the camera icon indicates the currently selected input
channel. The numbers under the monitor icons to the left and/or right of the camera
represent the output channel numbers. The arrows to the left and/or right of the
camera (labeled A and B, respectively) indicate over which fibers this mapping is
enabled. If the selected input channel is mapped to the output channel then a black
square is shown in the middle of the monitor icon and the arrow is displayed. If a
mapping does not exist for this input and output channel pair, then the monitor icon
is blank and the arrow is not shown.
Use the "left" and "right" button to move the cursor at the bottom of the screen. Use "+"
and "-" to increment and decrement the channel numbers. Incrementing the input
channel automatically increments both output channels. Press "enter" while the cursor is
at an output channel to enable a mapping. Move the cursor to "Exit" and press enter to
leave this screen. All channel mapping are saved when you leave this menu.
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When a Phoenix node is initially configured (or if Load Defaults is selected from the Node
Menu), every input channel is mapped to the output channel of the same number (e.g.
input channel 1 is mapped to output channel 1, etc) on both fiber ports (for SHR) or just
fiber port A (for Linear).
IMPORTANT: In Linear mode, mappings on fiber ports A and B are independent. For
example, you could map input channel 1 to output channel 7 on fiber port A, but then
map input channel 1 to output channel 12 on fiber port B. This allows you to have a total
of 32 channels enabled in a system simultaneously; 16 in one direction and 16 in the
other. However, in Self-Healing Ring mode, mappings on fiber ports A and B are identical.
For example, if you map input channel 1 to output channel 7 on fiber port A, then the
same mapping is made to output channel 7 over fiber B. Therefore, the maximum
number of enabled channels in a Self-Healing Ring is 16. Channel mapping behaves
the same way for Data and Audio channels.
Main -> Local -> Video -> Output Mapping:
Video:
A
B
Exit
B
A
1
This screen allows you to select which optic port is being reviewed for each of the
16 video output channels. The number under the monitor icon indicates which output
channel is selected. The letters under the camera icons indicate at which optic port the
selected output channel will be looking. Arrows to the left and right of the monitor icon
indicate that the mapping is enabled. If the output channel is not mapped to a fiber
then the corresponding arrow is not shown. The status of the output video signal is
depicted on the screen of the monitor icon. All channel mapping are saved when
you leave this menu.
• Blank: If there is no output mapping (i.e. neither fiber is selected)
then a blank monitor icon is shown.
Video:
A
B
Exit
B
A
1
• Two-Bar: If the output is mapped but video is not detected on any of the
selected fibers then two bars are shown in the monitor.
Video:
A
B
Exit
B
A
1
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• One-Bar: If the input and output channels are both mapped but no input video signal
is detected then one bar is shown in the monitor.
Video:
A
B
Exit
B
A
1
• Square: If the input and output channels are both mapped and active video is detected
then a black square is shown in the center of the monitor.
Video:
A
B
Exit
B
A
1
Press "+" and "-" to select an output channel while the cursor is under the middle icon.
Use "left" and "right" to move the cursor at the bottom of the screen. To enable fiber port
A move the cursor to the left and then press "enter." Similarly, to select fiber B, move the
cursor to the right and press "enter." To leave this screen move the pointer to "Exit" and
press "enter." All channel mapping are saved when you leave this menu.
When a Phoenix node is initially configured (or if Load Defaults is selected from the Node
Menu), the default output mappings depend on the system topology. In Linear mode
every output channel is initially mapped to fiber port A. In Self-Healing Ring mode every
output channel is initially mapped to both fiber ports.
IMPORTANT: In Linear mode either A, B or no optic port can be selected depending on
what optics are installed. In Self-Healing Ring mode, either both fiber ports are mapped
or neither port is mapped.
Video Test
1. Channel: 1
2. Test: Off
3. Format: NTSC
This menu allows the user to select the format of the video test patterns and to initiate a
test pattern for a specified channel. The first and second lines of this menu show the
currently selected video channel and the status of the test pattern (Off or Ramp),
respectively. An input video module does not have to be installed to view the pattern at
the output video module. The test pattern will only be visible if the corresponding input
channels, output channels and optic ports are mapped. The third line indicates the video
format (NTSC or PAL). The default is NTSC. The video format is a global selection and
affects all test patterns (e.g. Ramp, One-Bar, Two-Bar, etc.) on all video channels.
Use "+" and "-" to change selections at each line in the menu. Press "left" to exit this
screen. When leaving this menu with test patterns enabled, a warning message comes
up alerting that test patterns have been disabled to allow real video to pass.
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Main -> Local -> Data:
Data Menu
1. Input Mapping
2. Output Mapping
3. Format Select
Data Input and Data Output channel mapping, monitoring, format and tests can be
accessed from the sub-menus.
Main -> Local -> Data -> Input Mapping:
Data:
A
B
1010
1
1010
1
1010
1
Exit
This screen allows you to assign a data input channel to a data output channel over
a selected fiber port. The number under the middle oscilloscope icon indicates the
currently selected input channel. The numbers under the oscilloscope icons to the left
and/or right of the middle oscilloscope icon represent the output channel numbers. The
arrows to the left and/or right of the middle icon (labeled A and B, respectively indicate
over which fibers this mapping is enabled. If the selected input channel is mapped to the
output channel then a square-wave is displayed on the oscilloscope icon and the arrow
is displayed. If a mapping does not exist for the selected input and output channel pair,
then the square-wave and the arrow are not displayed. The status of the input data
signal is depicted on the screen of the middle icon:
• Z: A high-impedance condition is detected at the data input
(i.e. no equipment is driving an active signal).
Data:
A
B
Z
1010
1
1010
1
1010
1
Exit
• H: A high level is detected at the data input (i.e. a logic-1).
Data:
A
B
H
1010
1
1010
1
1010
Exit
1
• L: A low level is detected at the data input (i.e. a logic-0).
Data:
A
B
L
1010
1
1010
1
1010
1
Exit
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• Square Wave: Active data is detected at the data input.
Data:
A
B
1010
1
1010
1
1010
1
Exit
Please refer to the Video Input Mapping Menu described earlier in this manual for impor-
tant notes regarding channel mapping and instructions on how to enable mappings.
Main -> Local -> Data -> Output Mapping:
Data:
A
B
1010
1010
1010
1
Exit
A
B
This screen allows you to select which optic port is being reviewed for each of the 16
data output channels. The number under the middle oscilloscope icon indicates which
data channel is selected. The letters under the oscilloscope icons to the left and right
indicate at which optic port the selected output channel will be looking. Arrows to t
he left and right of the middle icon indicate that the mapping is enabled. If the output
channel is not mapped to a fiber then the corresponding arrow is not shown.
The status of the output data signal is depicted on the screen of the middle icon:
• Z: A high-impedance condition is detected at the data input
(i.e. no equipment is driving an active signal).
Data:
A
B
Z
1010
1010
1
1010
1
Exit
1
• H: A high level is detected at the data input (i.e. a logic-1).
Data:
A
B
H
1010
1010
1
1010
1
Exit
1
• L: A low level is detected at the data input (i.e. a logic-0).
Data:
A
B
L
1010
1
1010
1
1010
1
Exit
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• Square Wave: Active data is detected at the data input.
Data:
A
B
1010
1
1010
1
1010
1
Exit
Please refer to the Video Output Mapping Menu described earlier for important notes
regarding channel mapping and instructions on how to enable mappings.
Main -> Local -> Data -> Format Select:
Data:
1. Channel: 1
2. Format: 232 - 3
3. Test:
Off
This menu allows the user to view and change the format for a specified data channel.
The first line of this menu shows the currently selected channel. The second line shows
the current data format. If the switch on the Data Module for the corresponding data
channel is set to position 0, then the data format can be modified. If the switch is set to
any other position then the format cannot be changed. The third line indicates the status
of a test pattern ("OFF" or "ON 1-0-Z"). The test pattern is generated at the specified
output channel, so an Input Data Module is not required and channel mappings will
have no affect on the test pattern.
Setting
Mode
Setting
Mode
0
1
2
3
4
5
6
7
Software-selectable (factory preset)
RS-232 (3-wire)
RS-232 + handshake
TTL
8
9
A
B
C
D
E
F
RS-485 2-wire 2 V
RS-485 4-wire standard
RS-485 4-wire 1 V
RS-485 4-wire 2 V
Reserved
Reserved
Reserved
Test Mode
RS-422 2-wire
Manchester/biphase
RS-485 2-wire standard/Sensornet
RS-485 2-wire 1V
NOTE: The DATA SELECT switches are shipped in the Software-Selectable setting.
Use "+" and "-" to change selections at each line in the menu. Press "left" to exit this
screen. When leaving this menu with test patterns enabled, a warning message comes
up alerting that test patterns have been disabled to allow real data to pass.
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Main -> Local -> Ethernet:
Ethernet Menu
1. Port Status
2. Port Control
3. Port Traffic
Port configurations, status and traffic statistics can be accessed from these submenus.
Main -> Local -> Ethernet -> Port Status:
Port Status Menu
Slot: 1
Link: Up
Spd: 100
Port: A
Dpx: Full
This screen allows you to monitor the link status of each port of an Ethernet module. Use
the arrow keys to move back and forth between the slot and port selections. The ‘+’ and
‘-’ buttons increment and decrement the slot and port selections. Port A is the top port,
Port B is the middle port and Port C is the bottom port. The link status is indicated as
either Up or Down. If the Link is up, the negotiated speed and duplex are indicated.
Press ‘enter’ to leave this menu.
Main -> Local ->Ethernet -> Port Control:
Port Control Menu
Slot: 1
Port: A
Auto Neg: Enabled
Spd: Dpx:
This screen allows you to control the link parameters for each port of an Ethernet mod-
ule. Use the arrow keys to navigate around the screen. The ‘+’ and ‘-’ buttons increment
and decrement the slot and port selections, and toggle the Auto-Negotiation, Speed and
Duplex settings. Port A is the top port, Port B is the middle port and Port C is the bottom
port. Port A is the top port, Port B is the middle port and Port C is the bottom port. Press
‘enter’ to leave this menu.
Main -> Local ->Ethernet -> Port Traffic:
Port Traffic Menu
Slot: 1
Tx Pkts: 158
Rx Pkts: 12
Port: A
This screen allows you to monitor the number of error-free packets sent and received at
each port of an Ethernet module. The ‘+’ and ‘-’ buttons increment and decrement the
slot and port selections. Port A is the top port, Port B is the middle port and Port C is the
bottom port. The packet counters wrap around to 0 once they reach 65,535. Press
‘enter’ to leave this menu.
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Main -> Local -> Audio:
Audio Menu
1. Input Mapping
2. Output Mapping
3. Test Select
Audio Input and Audio Output mapping and tests can be accessed from the sub-menus.
Main -> Local -> Audio -> Input Mapping:
Audio
A
Exit
1
1
1
This screen allows you to assign an audio input channel to an audio output channel over
a selected fiber port. The number under the microphone icon indicates the currently
selected input channel. The numbers under the speaker icons to the left and/or right of
the microphone represent the output channel numbers. The arrows to the left and/or
right of the microphone (labeled A and B, respectively) indicate over which fibers this
mapping is enabled. If the selected input channel is mapped to the output channel then
three lines are displayed radiating out of the speaker icon and the arrow is displayed. If
a mapping does not exist for this input and output channel pair, then the lines next to
speaker and the arrow are not displayed.
Please refer to the Video Input Mapping Menu described earlier for important notes
regarding channel mapping and instructions on how to enable mappings.
Main -> Local -> Audio -> Output Mapping:
Audio
Exit
A
1
B
This screen allows you to select which optic port is being reviewed for each of the 16
audio output channels. The number under the speaker icon indicates which audio
channel is selected. The letters under the microphone icons indicate at which optic port
the selected output channel will be looking. Arrows to the left and right of the speaker
icon indicate that the mapping is enabled. If the output channel is not mapped to a fiber
then the corresponding arrow is not shown.
Please refer to the Video Output Mapping Menu described earlier for important notes
regarding channel mapping and instructions on how to enable mappings.
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Main -> Local -> Audio -> Test:
Audio:
1. Channel:
2. Test:
1
Off
This menu allows the user to initiate a 1KHz test tone for a specified channel. The first
line of this menu shows the currently selected audio channel. The second line indicates
the status of the test tone (Off or 1.0 KHz), respectively. An input audio module does not
have to be installed to hear the test tone at the output audio module. The test pattern
will only be audible if the corresponding input channels, output channels and optic ports
are mapped. Use "+" and "-" to change selections at each line in the menu. Press "left" to
exit this screen. When leaving this menu with test patterns enabled, a warning message
comes up alerting that test patterns have been disabled to allow real audio to pass.
Main -> Local -> Contacts:
Contact Menu
1. Input Mapping
2. Output Mapping
3. Configure
Contacts Input and Contacts Output channel mapping, monitoring, and configuration
can be accessed from the sub-menus.
Main -> Local -> Contacts -> Input Mapping:
Contact:
A
B
•
•
•
•
1
Exit
1
1, 2
This screen allows you to assign a pair of contact input channels to a pair of contact
output channels over a selected fiber port. The numbers under the switch icon indicates
the currently selected input channels. The number under the circuit icons to the left
and/or right of the switch icon represent the first of two output channel numbers. The
arrows to the left and/or right of the switch icon (labeled A and B, respectively) indicate
over which fibers this mapping is enabled. If the selected input channels are mapped to
the output channel then the circuit in the icon is closed and the arrow is displayed. If a
mapping does not exist for the selected input and output channels, then the circuit is
open and the arrow is not displayed. The status of the input contacts are depicted on
switches in the middle icon:
• Open: If the contact closure is open then the plunger of the switch is raised,
as shown above.
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• Closed: If the contact closure is closed then the plunger of the switch is lowered.
Contact:
A
B
•
•
•
•
1
Exit
1
1, 2
Please refer to the Video Input Mapping Menu described earlier for important notes
regarding channel mapping and instructions on how to enable mappings. However, note
that contact signals are mapped as pairs since there are 8 contact channels per
Contact Closure Module.
Main -> Local -> Contacts -> Output Mapping:
Contact:
A
B
B
Exit
A
1, 2
This screen allows you to select which optic port is being reviewed for each of the 32
contact output channels. The number under the circuit icon (in the middle of the screen)
indicates which contact channels are selected. The letters under the switch icons to the
left and right indicate at which optic port the selected output channels will be looking.
Arrows to the left and right of the circuit icon indicate that the mapping is enabled. If the
output channels are not mapped to a fiber then the corresponding arrow is not shown.
The status of the output contacts are depicted on the circuits in the middle icon:
• Open: If the contact closure is open then the circuit is open, as shown above.
• Closed: If the contact closure is closed then the circuit is closed.
Contact:
A
B
B
Exit
A
1, 2
Please refer to the Video Output Mapping Menu described earlier for important notes
regarding channel mapping and instructions on how to enable mappings. However, note
that contact signals are mapped as pairs since there are 8 contact channels per Contact
Closure Module.
Main -> Local -> Contacts -> Configure:
Contact Config 1
1. Style Momentary
2. Type Transmitted
3. Force None
This menu allows the user to change the format or test a specified contact channel. Use
"+" and "-" to change selections at each line in the menu. Press "left" to exit this screen.
The top line of this menu shows the currently selected channel. The second line,
"1. Style" shows the current contact format:
• Momentary: Configures the selected input channel to behave like a momentary switch.
• Latched: Configures the selected input channel to toggle each time the contact closes.
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The third line, "2. Type" allows system events to be mapped to contact closure
output channels:
• Transmitted. The contact behaves normally.
• Optic A: A problem on optic port A closes the selected contact.
• Optic B: A problem on optic port B closes the selected contact.
• Optic A or B: A problem on either optic port closes the selected contact.
• Video X: Loss of video on the specified video input channel
(where X is the video channel) closes the selected contact.
• Video W,X,Y,Z: Loss of video on any of the specified video input channels
(where W,X,Y,Z are the video channels) closes the selected contact.
The fourth line, "3. Force" allows a contact output to be forced into a known
state for test:
• None: The test is disabled and the contact behaves normally.
• Open: The contact is forced open.
• Closed: The contact is forced closed.
When leaving this menu with test patterns enabled, a warning message comes up
alerting that the test states have been disabled to allow real contact closure
information to pass.
Main -> Local -> Power:
Power Supply: A
Pass
B
+5V
5.2
-5V
-4.9
+12V
11.9
-12V
-12.3
This menu displays the measured voltages of the selected power supply. It also indicates
the status of the power supply (Pass/ Fail). Use "+" to select the next power supply. Use "-
" to select the previous power supply. Press "left" to exit this menu.
Main -> Local -> Test:
Test Menu
1. LED/LCD/Alarm
2. Temp
3. Video
Various tests can be selected from the sub-menus.
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Main -> Local -> Test -> LED/LCD/Alarm:
This selection runs through a series of three tests:
1. LED Test: All LEDs turn off, then turn green, and then turn red.
2. LCD Test: The screen turns black. Then the GE logo is displayed.
3. Alarm Test: The front panel alarm sounds for a few seconds.
Main -> Local -> Test -> Temp:
This selection displays the temperature of inside optic transceiver A.
Main -> Local -> Test -> Video:
This menu is identical to the Main -> Local -> Video -> Test Menu, described earlier.
Main -> Local -> Test -> Data:
This menu is identical to the Main -> Local -> Data -> Format Menu, described earlier.
Main -> Local -> Test -> Audio:
This menu is identical to the Main -> Local -> Audio -> Test Menu, described earlier.
Main -> Local -> Test -> Contact:
This menu is identical to the Main -> Local -> Contact -> Configure Menu,
described earlier in this section.
Main -> Local -> About:
About Menu:
1
Data
3
Slot
Card Type
Rev
The Local About Menu displays the software version for each module installed in the
chassis. Press "+" to view the next slot. Press "-" to view the previous slot.
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Main -> Remote:
Under Construction
This option is not available. An "Under Construction" message is displayed when
selecting this menu.
Main -> About:
Phoenix Controller
Version 1.1
Date
02-16-05
The Main About Menu displays the software version of the chassis.
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Blank Panel Installation and Specifications
Overview
Limited warranty
The Phoenix blank panel(s) are available in one-slot
(A8957RP1) and four-slot (A8957RP4) models and are designed
and recommended for covering any open or unused card
access points on the back of the Phoenix card rack.
GE Security warrants that equipment will be free from defects in material
and workmanship and will substantially conform to the relevant
specifications published by GE Security for a period of five years from
delivery. During this period, GE Security will, at its option repair or replace
any defective item of equipment or part or component of equipment,
which GE Security determines was defective due to faulty material or
workmanship and coordinate the replacement of the failed equipment
provided that GE Security was responsible for the original installation
of the equipment.
Tools and materials required
The blank panels are held in place with simple thumbscrews
with screwdriver slots. The only tool recommended is a small
flat blade screwdriver.
GE Security will warrant that equipment shall be free from defects in
material and workmanship and will substantially conform to the relevant
specifications published by GE Security for a period of one year from
delivery. During this period, GE Security will at its option, repair or replace
any defective item of equipment or part or component of equipment
which GE Security determines was defective due to faulty material or
workmanship. Customer will pay transportation and insurance costs to
ship the equipment. GE Security will pay the return costs if the equipment
is determined to have been defective.
Installation instructions:
From back of Phoenix card rack, locate any unused module
slots. If they are one card slot wide, use part number
A8957RP1 for single slot openings and A8957RP4 if the
opening is four slots wide.
Line up the thumbscrews with the threaded hole on the open
panel and tighten top and bottom screws until panel fits
snugly in empty slot.
Model
Part Number
in upper right
V
Arrow symbol
hand corners of blank panels
represent direction panels are
to be attached to chassis.
l
rt r
1 Slot Panel
A8957RP1
4 Slot Panel
A8957RP4
Specifications
Product ordering
er
Model
A8957RP1
A8957RP4
1 Slot Panel
4 Slot Panel
A8957RP1
0.74 in. W x 3.30 in. H (19 x 84 mm)
.2 oz. (5.7 g)
Size
2.99 in. W x 3.30 in. H (77 x 84 mm)
.8 oz. (22.85 g)
A8957RP4
Weight
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Optical Transceiver Module Specifications
A8974FLC module
Model
A8972FLC module
Mechanical
Size
1.50 in. W x 3.30 in. H x 8.20 in. L (38 x 84 x 208 mm)
8.0 oz. (227 g)
Weight
Connections
one or two duplex LC connectors
Optical
• Mode: Single-mode
• Optical Budget: 20 dB
• Operating distance: 20 km
• Emitter: Laser
• Wavelength: 1310 nm
• Transmitter launch power: (-) 2 dBm typical
• Receiver sensitivity: (-) 22 dBm typical
• Gain control: OAGC
• Connector style: Duplex LC
Product ordering
Model
Part number
A8972FLC
Single optical input/output module
Dual optical input/output module
A8974FLC
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Data Module Specifications
Model
A8910MPD duplex data module
Mechanical
Size:
0.75 in. W x 3.30 in. H x 8.88 in. L (19 x 84 x 226 mm)
4.0 oz. (113 g)
Weight:
Connections:
RJ45 or factory-supplied breakout box
Data
• Channels: 4 duplex
• Formats: RS-232 (3-wire/5-wire), TTL, RS-422 (2-wire/4-wire),
RS-485, Manchester, Biphase, Sensornet
• Baud rate: DC to 512 kbps (depending on data format)
• Bit error rate: > 10-9
• Test signal: Internally generated RS-485 signal
Product Ordering
Model
Part number
A8910MPD
Duplex data module
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Ethernet Module Specifications
Model
A8911ETH Ethernet Module
Mechanical
Size
0.75 in. W x 3.30 in. H x 8.88 in. L (19 x 84 x 226 mm)
4.0 oz. (113 g)
Weight
Ethernet
• Ports: 3 10/100BASE-T
• Auto-Negotiation
• Supports Full and Half-Duplex
• Throughput:
Module Port-to-Port: Line-Rate
Between Nodes: 25 Mbps
• Auto MDI/MDI-X
Product Ordering
Model
Part number
A8911ETH
Ethernet Module
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Video Module Specifications
Model
A8900VI Module
A8905VO Module
Mechanical
Size
0.75 in. W x 3.30 in. H x 8.25 in. L (19 x 84 x 210 mm)
4.8 oz. (136 g)
Weight
Video
• Channels: 4
• Formats: NTSC/PAL
• Input/Output Signal: 1.0 V p-p composite
• Signal-to-noise ratio: > 55 dB
• Resolution: > 520 TVL
• Input impedance: 75 ohms
• Differential phase: 0.7 degrees
• Differential gain: 2.0 %
• 10 bit AD
• Test signal: Video pattern
Product Ordering
Model
Part number
A8900VI
Video Input Module
Video Output Module
A8905VO
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Audio Module Specifications
Model
A8920A Audio Module
Mechanical
Size
0.75 in. W x 3.30 in. H x 8.88 in. L (19 x 84 x 226 mm)
Weight
4.0 oz. (113 g)
Connections:
RJ45 or factory-supplied breakout box
Audio
• Channels: 4 duplex
• Input signal: Maximum +8 dBm or +18 dBm, switch-selectable
• Input impedance: > 30 K ohms or 600 ohms, switch-selectable
• Frequency response: 20-20 kHz
• Output signal level: Maximum +8 dBm or +18 dBm, switch-selectable
• Output impedance: < 30 ohms unbalanced; < 60 ohms balanced
• Audio sampling rate: > 46.8 kHz
• Signal-to-noise ratio: > 90 dB
• Total harmonic distortion: < 0.003%
• 24 bit AD
• Test signal: 1 kHz @0 dBu
Product 0rdering
Model
Part number
A8920A
Audio module
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Contact Closure Module Specifications
Model
A8930C Contact module
Mechanical
Size:
0.75 in. W x 3.30 in. H x 8.88 in. L (19 x 84 x 226 mm)
4 oz. (113 g)
Weight:
Connections:
RJ45 or factory-supplied breakout box
Contacts / Relays
• Contact inputs: 8
• Relay outputs: 8
• Relay contact rating: 0.5 A @ 20 VDC resistive
• Frequency: 500 Hz
Product Ordering
Model
Part number
A8930C
Contact closure module
Customer Support
For assistance in installing, operating, maintaining, and troubleshooting this product,
refer to this document and any other documentation provided. If you still have questions,
please contact technical support during normal business hours (Monday through Friday,
excluding holidays, between 6 a.m. and 5 p.m. Pacific Time).
GE Security
Call: 888 437-3287 (US, including Alaska and Hawaii; Puerto Rico; Canada)
Outside the toll-free area: 503 885-5700
Fax: 561 998-6224
U.S.
Asia
Canada
Latin America
T (561) 998-6100
T 888-GE-SECURITY
888 (437-3287)
T 852-2907-8108
F 852-2142-5063
T 519-376-2430
F 519-376-7258
T 305-593-4301
F 305-593-4300
F 561 998-6224
Australia
T 613-9239-1200
F 613-9239-1299
Europe
T 44-113-238-1668
F 44-113-253-8121
As a company of innovation, GE Security reserves the right to change product specifications without notice.
11-A8950CC-E Released 20-APRIL-07
Copyright © 2006 General Electric Company. All rights reserved.
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