The FVT/FVR40D2I1C4E series utilize 10-bit digital video encoding and decoding
for high-quality video transmission that meets the requirements of EIA RS-250C
for short-haul video transmission. These environmentally hardened units provide
transmission of four independent video channels and two bi-directional data
channels. They also provide transmission of one Aiphone™ intercom channel and
four contact closure channels with tamper supervision in addition to one 10/100Mb
Ethernet channel.
The ComNet™ FVT/FVR40D2I1C4E has dual optical (SFP) ports to provide a redundant
point-to-point fail safe topology in the event of loss of one fiber or one optical module.
Operational status can be monitored by using the web management interface
through the addition of the ComNet network managed chassis and network
management interface module.
Bi-color (red/green) LED indicators are provided for confirming operating status in
addition to alarm contacts for fault monitoring. See Figure 15 on Page 9 for LED
explanations.
Packaged in the exclusive ComNet ComFit housing, these units may be either wall
or rack-mounted (using ComNet C2 network-managed rack), or may be DIN-rail
mounted by the addition of ComNet model DINBKT1 adaptor plate. See Figure A on
Page 10 for mounting instructions.
INS_FVT/FVR40D2I1C4E_REVA 06/22/12 PAGE 1
INSTALLATION AND OPERATION MANUAL FVT/FVR40D2I1C4E
VIDEOIN
1234
GND
+Vin
GND
+Vin
PWR1PWR2
CONTACTAIPHONE
DATA2DATA1
NETWORK
MANAGEMENT
4CHVIDEO TX +
2CHBI-DIRDATA+
4CHCONTACT +
1CHETHERNET
FVT40D2I1C4E
VIDEO 1
VIDEO 2
VIDEO 3
VIDEO4
POWER
10/100LINK
SFP1
SFP2
SFP2
SFP1
10/100
12121212
ON
S4
DATA1
IN
ETHERNET
S3
S2
S1
OUT
DATA2
IN
OUT
ALARM
LE-D
LE-F
CONTACT
C
S
VIDEOIN
1234
GND
+Vin
GND
+Vin
PWR1PWR2
CONTACTAIPHONE
DATA 2DATA 1
NETWORK
MANAGEMENT
VIDEOIN
1234
GND
+Vin
GND
+Vin
PWR1PWR2
CONTACTAIPHONE
DATA2DATA1
NETWORK
MANAGEMENT
VIDEOOUT
1234
GND
+Vin
GND
+Vin
PWR1PWR2
CONTACTAIPHONE
DATA2DATA1
NETWORK
MANAGEMENT
4CHVIDEORX+
2CHBI-DIRDATA+
4CHCONTACT +
1CHETHERNET
FVR40D2I1C4E
VIDEO 1
VIDEO 2
VIDEO 3
VIDEO4
POWER
10/100LINK
SFP1
SFP2
SFP2
SFP1
10/100
12121212
ON
S4
DATA1
IN
ETHERNET
S3
S2
S1
OUT
DATA2
IN
OUT
ALARM
LE-D
LE-F
CONTACT
C
S
VIDEOOUT
1234
GND
+Vin
GND
+Vin
PWR1PWR2
CONTACTAIPHONE
DATA 2DATA 1
NETWORK
MANAGEMENT
FIGURE 1 – FVT/FVR40D2I1C4E TRANSMITTER AND RECEIVER
Optical fiber determined by Selection of Small Form-factor Pluggable (SFP) modules*.
(–) BLACK
(+) BLACK W/ WHITE STRIPE
(–) BLACK
(+) BLACK W/ WHITE STRIPE
* One SFP required for point-to-point operation. Two SFPs required for redundant operation.
Consult factory for compatible SFP Modules.
FIGURE 2 – FVT40D2I1C4E TRANSMITTER
REAR PANELREAR PANELFRONT PANELFRONT PANEL
TECH SUPPORT: 1.888.678.9427
Power Supply:
Dual 8-24VDC @ 4W
Rack Mount: C2 Network-Managed
NOTE: Remove PWR1 Electrical
Connector for Rack Mount Units
FIGURE 3 – FVR40D2I1C4E RECEIVER
INS_FVT/FVR40D2I1C4E_REVA 06/22/12 PAGE 2
CONTACTAIPHONE
DATA 2DATA 1
12121212
DATA1
IN
S3
S2
S1
OUT
IN
ALARM
LE-D
LE-F
CONTACT
C
S
INSTALLATION AND OPERATION MANUAL FVT/FVR40D2I1C4E
INSTALLATION AND OPERATION MANUAL FVT/FVR40D2I1C4E
FIGURE 8 – DATA CONNECTIONS
See Page 5 for Switch Settings
Customer
Equipment
FVT40D2I1C4E
FVR40D2I1C4E
Customer
Equipment
RS232
RS422
Bi-phase or
Manchester
2-Wire
RS485,
Sensornet
Data Transmit
Data Receive
Signal Ground
Data Out (+)
Data Out (-)
Data In (+)
Data In (-)
Data In (+)
Data In (-)
Data (A)
Data (B)
DIN(-)
DOUT(+)
GND
DIN(+)
DIN(-)
DOUT(+)
DOUT(-)
DOUT(+)
DOUT(-)
DIN(+)
DIN(-)
DOUT(+)
DIN(-)
GND
DOUT(+)
DOUT(-)
DIN(+)
DIN(-)
DIN(+)
DIN(-)
DIN(+)
DIN(-)
Data Receive
Data Transmit
Signal Ground
Data In (+)
Data In (-)
Data Out (+)
Data Out (-)
Data Out (+)
Data Out (-)
Data (A)
Data (B)
4-Wire
RS485
Data Out (A)
Data Out (B)
Data In (A)
Data In (B)
DIN(+)
DIN(-)
DOUT(+)
DOUT(-)
FIGURE 9 – POSSIBLE ETHERNET CONFIGURATION
Ethernet IEEE 802.3 Network Element determined by user.
CAT5e/6 with
RJ45 Connections
Ethernet IEEE 802.3
Network Element
FVT40D2I1C4EFVR40D2I1C4E
Optical Fiber
SC or LC
Connectors
SINGLE FIBER
SFP MODULE
DOUT(+)
DOUT(-)
DIN(+)
DIN(-)
Data In (A)
Data In (B)
Data Out (A)
Data Out (B)
CAT5e/6 with
RJ45 Connections
Ethernet IEEE 802.3
Network Element
TECH SUPPORT: 1.888.678.9427
INS_FVT/FVR40D2I1C4E_REVA 06/22/12 PAGE 6
INSTALLATION AND OPERATION MANUAL FVT/FVR40D2I1C4E
VIDEOIN
1234
GND
+Vin
GND
+Vin
PWR1PWR2
CONTACTAIPHONE
DATA2DATA1
NETWORK
MANAGEMENT
4CHVIDEO TX +
2CHBI-DIRDATA+
4CHCONTACT +
1CHETHERNET
FVT40D2I1C4E
VIDEO 1
VIDEO 2
VIDEO 3
VIDEO4
POWER
10/100LINK
SFP1
SFP2
SFP2
SFP1
10/100
12121212
ON
S4
DATA1
IN
ETHERNET
S3
S2
S1
OUT
DATA2
IN
OUT
ALARM
LE-D
LE-F
CONTACT
C
S
VIDEOOUT
1234
GND
+Vin
GND
+Vin
PWR1PWR2
CONTACTAIPHONE
DATA2DATA1
NETWORK
MANAGEMENT
4CHVIDEORX+
2CHBI-DIRDATA+
4CHCONTACT +
1CHETHERNET
FVR40D2I1C4E
VIDEO 1
VIDEO 2
VIDEO 3
VIDEO4
POWER
10/100LINK
SFP1
SFP2
SFP2
SFP1
10/100
12121212
ON
S4
DATA1
IN
ETHERNET
S3
S2
S1
OUT
DATA2
IN
OUT
ALARM
LE-D
LE-F
CONTACT
C
S
FIGURE 10 – SFP CONNECTIONS
Number of fibers and type of fiber connectors will be determined by selected SFP modules and if point-to-point or redundant modes are required.
FIGURE 11 – AIPHONE™ INTERCOM CONNECTIONS
The units are designed to operate with the Aiphone™ LE-D and LEF intercom system.
FVT40D2I1C4E
PIN # Wire ColorAiphone Connections
1BlueLE-D ‘-’ TERMINAL
2OrangeLE-D ‘1’ TERMINAL
3BlackLE-D ‘E’ TERMINAL
4RedRELAY OUTPUT COM
5GreenRELAY OUTPUT N.C.
LE-DFVR40D2I1C4E
TECH SUPPORT: 1.888.678.9427
FVT40D2I1C4E
3–3E
2121
1E
55476
6YellowRELAY OUTPUT N.O.
7BrownGND
8WhiteGND
Form ‘C’ Relay
Output
Door/Barrier
Contact Input
FVR40D2I1C4E
PIN # Wire ColorAiphone Connections
1BlueLEF ‘E’ TERMINAL
2OrangeLEF ‘1’ TERMINAL
3BlackLEF ‘–’ TERMINAL
4RedNC
5GreenCONTACT INPUT +
6YellowNC
7BrownGND
8WhiteGND
LEF
1–
INS_FVT/FVR40D2I1C4E_REVA 06/22/12 PAGE 7
INSTALLATION AND OPERATION MANUAL FVT/FVR40D2I1C4E
12121212
S1
CONTACT
C
S
ON
S4
DATA1
IN
S3
S2
S1
OUT
DATA2
IN
OUT
ALARM
LE-D
LE-F
C
S
FIGURE 12 – CONTACT SWITCH POSITIONS
The mode for contact closure operation is configured using a set of two switches labeled CONTACT (S1) located on the front panel of the unit. There are four
supervised contacts in the forward (video) direction.
CONTACT (S1)
Resulting Mode12
ONONFull Supervision – When a 1K resistor is connected in series with
the contact closure input, and a 1K resistor is connected in parallel
across the contact closure input. Both open circuits and short
circuits can be detected as well as normal opens and closes.
OFFSeries Supervision – When a 1K resister is connected in series with
the contact closure input. In this mode, shorts across the contact
inputs can be detected but open circuits cannot be detected.
across the contact closure input. In this mode, open circuits can be
detected but short circuits cannot be detected.
no Supervision.
NOTE: These switch settings refer to the trans-
mitter (FVT40D2I1C4E). On the receiver
(FVR40D2I1C4E), S1 SWITCH 1 inverts the
contact outputs. S1 SWITCH 2 is not used.
ON
OFFONParallel Supervision – When a 1K resistor is connected in parallel
OFFOFFNo Supervision – The contacts will behave as normal contacts with
(provided) are required for
supervision. Place close to
the switch for optimal results.
TECH SUPPORT: 1.888.678.9427
INS_FVT/FVR40D2I1C4E_REVA 06/22/12 PAGE 8
INSTALLATION AND OPERATION MANUAL FVT/FVR40D2I1C4E
12121212
S2
S1
ALARM
LE-D
LE-F
CONTACT
C
S
ON
S4
DATA1
IN
S3
S2
S1
OUT
DATA2
IN
OUT
ALARM
LE-D
LE-F
C
S
POWER
10/100LINK
10/100
ON
S4
ETHERNET
S3
DATA2
IN
OUT
FIGURE 14 – ALARM SWITCH POSITIONS
The mode for alarm operation is configured using a set of two switches labeled ALARM (S2) located on the front panel of the unit. There are two alarm outputs on each unit. One on each RJ45 data connector. See Figures 4 & 5 on Pages 3 & 4.
ALARM (S2)
Resulting Mode12
Alarm 1 – SFP 1 Failure
Alarm 2 – SFP 2 Failure
Alarm 1 – SFP 1 or SFP 2 Failure
Alarm 2 – Video Loss
Alarm 1 – SFP 1 Failure or Video Loss
Alarm 2 – SFP 2 Failure or Video Loss
Alarm 1 – SFP 1 or SFP 2 Failure or Video Loss
Alarm 2 – SFP 1 or SFP 2 Failure or Video Loss
NOTE: The ALARM will also open when Fiber Link
on either SFP port is lost or if Power is lost
on either unit.
ONON
ON OFF
OFFON
OFFOFF
FIGURE 15 – LED INDICATORS
10/100 LINK –No Ethernet signalEthernet signal linked–
CONTACT (C)
CONTACT (S) –
TECH SUPPORT: 1.888.678.9427
OFFREDGREENFLASHING
SFP SFP not installedNo optical linkLink is good and is in use
VIDEO –No video signal
One or more contacts are
open
LE-D –Quiet / No AudioAudio PresentCall button active
LE-F –Quiet / No AudioAudio Present–
DATA IN Tri-stateLow stateHigh stateData activity
DATA OUT Tri-stateLow stateHigh stateData activity
POWER Unit powered down–Unit powered up–
Fiber link failed
Supervised contact alarm
or fiber link failed
An active video
signal is present
All four contacts
are closed
No supervised contacts in
alarm state
Link is good but is not in
use
–
–
–
GREEN Solid: Link (no activity)
YELLOW Solid: Highest data rate (100Mbs)
Blinking: Activity
Off: No link
INS_FVT/FVR40D2I1C4E_REVA 06/22/12 PAGE 9
MECHANICAL INSTALLATION INSTRUCTIONS
INSTALLATION CONSIDERATIONS
This fiber-optic link is supplied as a Standalone/Rack module. Units
should be installed in dry locations protected from extremes of
temperature and humidity.
C2 NETWORK MANAGED RACKS
CAUTION: Although the units are hot-swappable and may be installed
without turning power off to the rack, ComNet recommends that the
power supply be turned off and that the rack power supply is disconnected
from any power source. Note: Remove electrical connector before
installing in card cage rack.
1. Make sure that the card is oriented right side up, and slide it into the
card guides in the rack until the edge connector at the back of the card
seats in the corresponding slot in the rack’s connector panel. Seating
may require thumb pressure on the top and bottom of the card’s front
panel.
CAUTION:Take care not to press on any of the LEDs.
2. Tighten the two thumb screws on the card until the front panel of the
card is seated against the front of the rack.
WARNING: Unit is to be used with a Listed Class 2 power supply.
FIGURE A
Dimensions are for a standard ComNet™ two slot module
.156 [3.96 mm]
.313 [7.95 mm]
IMPORTANT SAFEGUARDS:
A) Elevated Operating Ambient - If installed in a closed or multi-unit rack
assembly, the operating ambient temperature of the rack environment may
be greater than room ambient. Therefore, consideration should be given to
installing the equipment in an environment compatible with the maximum
ambient temperature (Tma) specified by the manufacturer.
B) Reduced Air Flow - Installation of the equipment in a rack should be such
that the amount of air flow required for safe operation of the equipment is not
compromised.