GE Security DFVMMD1001-R, DFVMMD1001-T, DFVMMD2001-R, DFVMMD2001-T, DFVMMD4001-R Specsheet

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F i b e r T r a n s m i s s i o n P r o d u c t s
(10-Bit) Transmitter/Receiver
Overview
The unit’s unique modular design for in field configuration also accommodates installation and system growth and delivers long operating distances of up to 60 Km. Featuring robust construction well suited for harsh environments the unit is available in wall mount configuration. Plug-and-Play design ensures ease of installation requiring no electrical or optical adjustments.
Standard Features
Video
Non-compressed 10-Bit Digitally Encoded Video Transmission• Support NTSC P, PAL & SECAM video systems• No video degradation over max. operating distance •
Control
Supports one bi-directional Contact Closure• Support dry contact or TTL inputs• Dry Contact Closure outputs (Normal Open)•
LEDs
Duplicated LED indicators on the front and rear of the unit for • the convenience of observation
Network management system for rack communications
Web browser support• Systems (video, audio, data and contact closure) performance • monitoring System devices and components (Transmitters, Receivers, • Modules, etc.) status monitoring and operational management LAN, Ethernet networking capabilities• IP addressable• Alarm activation, execution, message responding and reporting• Operational level determination and access control • Network ready for health and connection monitoring•
Others
Adjustment and maintenance free• Unique modular design for in field configuration to match • installation and system growth Long distances operation up to 60Km • No setup just plug-and-play• Excellent suppression of EMI & RFI and elimination of ground loop• Transient voltage protection on power supply and all signal • inputs & outputs Robust design for harsh environment applications•
Single-, Two-, Four-, Eight-Channel Video
(10-Bit) Transmitter/Receiver
and Single-Channel Duplex Control (Contact Closure) Transceiver
Specifications
Video
Number of Channels 1, 2, 4, 8 Color Systems NTSC PAL I/O Impedance 75 Ohm 75 Ohm I/O Composite Video Level 1Vp-p ± 5.5 IRE 700mVp-p ± 40 IRE Sync Amplitude 40± 2 IRE 300± 20 IRE Burst Amplitude 40± 2 IRE 300± 20 IRE Bandwidth ≥4.6MHz ≥5.8MHz Differential Gain <2% <2% Differential Phase <1 Degree Typical <1 Degree Typical SNR-CCIR weighted > 60dB > 60dB Tilt <1 % <1 % K-factor 1% 1.5% Signal Indication (Video Presence/ Absence) Green/Red LED lit Green/Red LED lit Input/output Connectors BNC BNC
Contact Closures
Number of Channels 1 Direction Bi-directional Duplex Input Type
Output Type Dry Contact Output Rating 110 VDC/125VAC, 30W/62.5VA max. Contact Output
Response Time Input/output Indications LEDs (Green lit/OFF) Input/output Connectors 5-pin screw terminals
TTL Logic (positive)/ Dry Contract Default: Logic LOW/ Normal Open
2 msec.
Optical
Wavelength 1310 and 1550 Number of Fiber 1
Tx Output Power:
Single Mode (40Km) 1V+1CC
Single Mode (40Km) 2V+1CC, 4V+1CC, 8V+1CC
Multi-mode (4Km) 1V+1CC
Multi-Mode (2Km) 2V+1CC, 4V+1CC, 8V+1CC
Optical Buget:
Multi-mode (62.5μm/125μm)
Single-mode (9μm/125μm)
Single-mode (9μm/125μm) - Long Haul
Transmission Distance:
Multi-Mode (Limited by Fiber Bandwidth)
Single-Mode (Limited by Fiber Bandwidth) 40Km
Single-Mode (Long Haul version)
Fiber Connector (Standard Supply) ST
Mechanical
Dimensions or Module H x W x D in mm
Shipping weight
1310nm & 1550nm -9dBm ± 3 dBm
1310nm & 1550nm -8dBm ± 3 dBm -6dBm ± 2 dBm
1310nm & 1550nm -7dBm ± 3 dBm
1310nm & 1550nm -7dBm ± 3 dBm
12dB (1V+1CC) 10dB (2V+1CC) 8dB (4V+1CC, 8V+1CC)
18dB (wavelength in 1310nm) 14dB (wavelength in 1550nm)
19dB (wavelength in 1550nm)
4Km (DFVMMD1001-T/R) 3Km (DFVMMD2001-T/R) 2Km (DFVMMD4001-T/R) 1Km ( DFVMMD8001-T/R)
60²Km
(a) 25.4 x 158.4 x 231.8 1-Slot (b) 50.8 x 158.4 x 231.8 2-Slot (c) 76.2 x 158.4 x 231.8 3-Slot
(a) 0.55kg 1-slot (b) 0.80kg 2-slot (c) 1.10kg 3-Slot
Specifications
Environmental
MTBF >100,000 hours Operating Temperature -40º C to +75º C Storage Temperature -40º C to +85º C Relative Humidity 0 to 95% non-condensing
Power Requirement
Supply Voltage
Card Protection Poly Fuse (1 A) Current Consumption Max. 500mA
(continued)
12V DC
(Standalone: derived from an external adaptor via the 2-pin connector at rear of the module. Rack chassis: derived from the chassis PSU via the 30-pin connector at rear of the module.)
Application Diagram
Model Number Key
DF 10 bit rack/module F 8 bit rack/module MF 8 bit module only V Video D Data A Audio CC Contact Closure
SM Single mode MM Multimode L Long distance D Duplex F Forward data
Only 8 channel CC
First digit Number of video channels Second digit Number of audio channels Third digit Number of data channels Forth digit Number of contact closures T Transmitter R Receiver
Part Number Key Pin Connections
Data type T Transmitter R Receiver
1
2 CC Out
3
4
5
CC Out Com
CC/TTL In
CC/TTL In Com
Optical type S Single Mode M Multi Mode
DFV M( L ) D
Number of Video Channels 1 2 4 8
001
North America T 888-GE-SECURITY 888-437-3287 F 503-691-7566
Asia T 852-2907-8108 F 852-2142-5063
Australia and New Zealand T 613-9239-1200 F 613-9239-1299
Europe T 32-2-719-98-47
32-2-719-98-46
F
Latin America T 305-593-4301 F 305-593-4300
Specifications subject to change without notice.
© 2010 General Electric Company All Rights Reserved
Ordering Information
Product Type
(I) Single-mode
(II) Single-mode (For Long Distance Transmission
(III) Multi-mode (62.5/125μm)
Model Description
(a) DFVSMD1001-T
(i) 1V+CC
(b) DFVSMD1001-R
(a) DFVSMD2001-T
(ii) 2V+CC
(b) DFVSMD2001-R
(a) DFVSMD4001-T
(iii) 4V+CC
(b) DFVSMD4001-R
(a) DFVSMD8001-T
(iv) 8V+CC
(b) DFVSMD8001-R
(a) DFVSMLD1001-T
(i) 1V+CC
(b) DFVSMLD1001-R
(a) DFVSMLD2001-T
(ii) 2V+CC
(b) DFVSMLD2001-R
(a) DFVSMLD4001-T
(iii) 4V+CC
(b) DFVSMLD4001-R
(a) DFVSMLD8001-T
(iv) 8V+CC
(b) DFVSMLD8001-R
(a) DFVMMD1001-T
(i) 1V+CC
(b) DFVMMD1001-R
(a) DFVMMD2001-T
(ii) 2V+CC
(b) DFVMMD2001-R
(a) DFVMMD4001-T
(iii) 4V+CC
(b) DFVMMD4001-R
(a) DFVMMD8001-T
(iv) 8V+CC
(b) DFVMMD8001-R
1-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
1-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
2-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
2-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
4-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
4-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
8-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
8-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
1-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
1-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
2-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
2-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
4-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
4-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
8-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
8-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
1-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
1-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
2-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
2-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
4-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
4-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
8-Ch. Video Transmitter and 1-Ch. Bi-Directional Control Transceiver
8-Ch. Video Receiver and 1-Ch. Bi-Directional Control Transceiver
Opt. PWR.
Budget dB
1310nm 1550nm
18 14 40 1
18 14 40 1
25 14 40 1
25 14 40 1
12 14 40 2
12 14 40 2
18 14 40 2
18 14 40 2
25 19 60 1
25 19 60 1
25 19 60 1
25 19 60 1
25 19 60 2
25 19 60 2
25 19 60 2
25 19 60 2
12 12 4 1
12 12 4 1
10 10 3 1
10 10 3 1
8 8 2 2
8 8 2 2
8 8 1 2
8 8 1 2
Max.
Distance
Km
No.
of
Slots
Accessories DFR. 19' Rack mount chassis (purchased separately) for housing modules Options ST type connector is standard
Notes: Transmission distance will suffer if additional losses are introduced by the optical connectors, fusions, splices and
the fibers within the network. Operating distance of multimode is limited by the characteristics of the fiber bandwidth
2010/02 (61159C)
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