TFortis PSW-1G4F-Box Manuel utilisateur
Multifunction Gigabit Managed Switch
with PoE support (IEEE802.3af)
for IP Video Surveillance Systems
PSW-1G4F-Box
Operating Manual
Version 1
2
Warning!
Power supply elements are under high voltage. It is strictly
forbidden to touch conducting elements of the power
supply unit under voltage.
!
When connecting a computer to the switch, remove PoE
jumpers for this port.
!
SFP port operates only at 1000 Mbps. Fast Ethernet SFP
modules will not operate.
For effective lightning protection the following is required:
proper grounding made according to the Electrical
Code;
a shielded twisted pair with shielded RJ45
connectors;
minimum length of the twisted pair andpower supply
cables
!
3
Table of contents
1 Purpose ...................................................................................................................4
2 Features..................................................................................................................5
3 Description.............................................................................................................7
3.1 Appearance .........................................................................................................7
3.2 Cabinet ................................................................................................................8
3.3 Optical distribution frame.....................................................................................8
3.4 Switch board and power supply units..................................................................9
3.4.1 PoE jumpers ...............................................................................................10
3.4.2 230VAC power supply backup jumpers......................................................12
3.4.3 CPU button .................................................................................................12
3.4.4 DEFAULT button.........................................................................................12
3.4.5 CPU indicator..............................................................................................12
3.4.6 DEFAULT indicator.....................................................................................12
3.4.7 PoE indicators.............................................................................................13
3.4.8 LINK indicators............................................................................................13
3.4.9 Power indicators .........................................................................................13
3.5 Dry contact.........................................................................................................13
3.6 Tamper sensor...................................................................................................13
3.7 Integrated lightning protection ...........................................................................15
3.8 DIN rail and automatic circuit breaker ...............................................................15
3.9 Automatic circuit breaker...................................................................................16
3.10 Additional functions..........................................................................................16
3.10.1 Cold start...................................................................................................16
3.10.2 Restarting cameras in case of hanging ....................................................16
3.10.3 Cable tester...............................................................................................17
3.10.4 Remote camera polling.............................................................................18
4 Technical specifications.................................................................................18
5 Operating conditions........................................................................................19
6 Preliminary setting............................................................................................19
6.1 Resetting the switch to factory settings .............................................................19
6.2 IP address setting..............................................................................................20
6.3 User name and password setting......................................................................20
6.4 Setting PoE on ports..........................................................................................21
6.5 Switching on camera housing preheating..........................................................21
6.6 Activation of redundancy protocols....................................................................22
7 Installation of the switch................................................................................22
7.1 Installation of the cabinet on the wall.................................................................22
7.1 Installation of the cabinet on lamp posts ...........................................................23
7.3 Optical connections ...........................................................................................23
7.4 Power supply connection...................................................................................24
7.5 Camera connection............................................................................................25
8 Manufacturer's warranty.................................................................................26
9 Technical support..............................................................................................27
Schedule......................................................................................................................27
4
1 Purpose
PSW-1G4F-Box is a multifunction gigabit outdoor managed switch used for the
construction of IP video surveillance networks.
Figure 1 - PSW-1G4F-Box connection scheme
5
2 Features
The switch enclosure is made of reinforced polycarbonate and is absolutely
corrosion-resistant. The switch design and fiber glass reinforcement provide the
maximum possible impact protection rating (IK10). Dust and moisture protection
rating –IP66.
The switch comprises industrial hardware with a wide range of operating
temperatures. Application of industrial SFP modules will ensure normal operation
in the temperature range from –60°C to 50°C and above.
The switch has two 1-gigabit ports. The first port has RJ45 connector, and the
second one has SFP connector. This enables connecting the switch to a video
server (or other switches) using optical or copper cables.
Use a jumper to select the speed of optical port operation (1000 M or 100 M).
Use a jumper to select a managed mode (MAN) or an unmanaged mode
(UNMAN). The unmanaged mode does not require any additional configuration
of the switch, but it has fewer functions. It is often used in simple projects. The
managed mode has increased capacity.
The key element of the switch is high performance chip from Marvell, which is
able to process a large volume of traffic coming from the IP cameras.
The switch may supply PoE to any camera compliant with IEEE802.3af standard.
During operation with TFortis TH camera housings the switch uses a standard
twisted pair to power both the camera (IEEE802.3af) and the camera housing
(Passive PoE).
Weatherproof design
Operation in extreme temperatures
Connection to a video server using optical or copper cables
Selection of optical port speed
Selection of switch management mode
High performance gigabit switch
PoE support
Power supply of camera housings via PoE
6
A built-in power supply unit ensures direct connection to ~230VAC power supply,
eliminating the need for additional power supply unit.
A built-in lightning protection for Ethernet ports and ~230VAC power supply
protects the switch and connected cameras from surges caused by electrostatic
discharges.
For safe and guaranteed start of video cameras in freezing weather, TFortis TH
equipment allows for preheating of camera housings.
The switch controls operation of the camera. In case of hanging, the switch will
reboot the camera automatically over PoE. It allows to create unattended IP video
surveillance networks.
Two 1-gigabit ports allow to connect switches in a chain. Support of STP/RSTP
protocols allows to create ring topologies, which significantly improves fault
tolerance of the system.
The switch enclosure has a tamper sensor (a sealed switch). The cabinet door
opening will generate an alarm message to be sent to the server via SNMP or
Syslog protocols.
The optical distribution frame allows for optical cable splicing inside the switch
and connecting it to SFP modules.
A 35 mm DIN rail is provided inside the switch to allow installation of additional
equipment.
Connection to ~230VAC
Lightning protection
Cold start
Automatic cameras restart in case of hanging
Operation in a ring or in a chain configuration
Unauthorized access control
Integrated optical distribution frame
DIN rail
7
3 Description
3.1 Appearance
Figure 3.1.1 - PSW-1G4F-Box - external appearance
Figure 3.1.2 - PSW-1G4F-Box - interior
8
3.2 Cabinet
Cabinet features
100% corrosion protection due to glass-filled polycarbonate
IK10 impact protection rating due to fiber glass reinforcement
Dust and moisture protection –IP66.
Fire resistance –UL94-5VA
Electrical insulation –1500VDC
UV resistance –UL 508.
3.3 Optical distribution frame
Figure 3.3 - Optical distribution frame
9
3.4 Switch board and power supply units
Figure 3.4.1 - Switch board and power supply units
Figure 3.4.2 - Layout of components inside PSW -1G4F-Box
10
3.4.1 PoE jumpers
PSW-1G4F-Box switch supports IEEE802.3af and Passive PoE power supply.
Selection of power supply options is specified by the jumper configuration (Table
3.4.1). Power is supplied via pairs 1, 2 and 3, 6 over data (Option A) or by free
pairs 4, 5 and 7, 8 (Option B).
Table 3.4.1 Configuration of PoE jumpers
Pairs 1, 2 and 3, 6
(Option A)
Pairs 4, 5 and 7, 8
(Option B)
Item
IEEE802.3af
(video camera)
Passive PoE
(TFortis TH camera housing)
I
IEEE802.3af
(video camera)
-
II
-
IEEE802.3af
(video camera)
III
-
-
IV
When using TFortis TH (I) camera housings put
RES_PWR jumper into the NO position (see Section
3.4.2).
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