jotron Phontech 7200 User manual

www.jotron.com
USER MANUAL
Phontech 7200

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Table of contents
1 List of figures 5
2 Abbreviations 6
3 General 8
4 Standards 9
5 Product description 10
5.1 Product image Phontech 7200, 24 PoE Ethernet GBit Switch 11
6 System description 12
6.1 Major functions 12
6.1.1 Management 12
6.1.2 Monitoring and troubleshooting 13
6.1.3 Network configuration 13
6.1.4 Advanced security 13
6.1.5 Power over Ethernet (PoE) 13
6.1.6 Quality of Service (QoS) 13
6.1.7 Layer 2 switching 13
6.1.8 Layer 3 switching 14
6.1.9 Power savings 14
6.2 Mechanical layout 14
6.3 Electrical connections 15
7 Technical specifications 17
7.1 Product specification 17
8 Installation 18
8.1 Glands 18
8.2 Punch block terminals 18
8.3 Ferruling 18
8.4 Marking 18
8.5 Fastening 19
8.6 Preservation 19
8.7 Screen connection 19

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8.8 Cable requirements for power lines 19
8.9 Cable requirements for Ethernet 20
8.10 Using 802.3AF-2003 PoE for VoIP telephones 20
9 Configuration 22
9.1 Command line interface (CLI) 22
9.1.1 CLI requirements 22
9.1.2 Starting the command line interface 22
9.1.3 Setting up the IP address 23
9.1.4 Changing the password 27
9.1.5 Command line help 28
9.1.6 Reloading the defaults 30
9.2 Web interface 31
9.2.1 Web interface requirements 31
9.2.2 Starting the web interface 32
9.2.3 Changing the IP address 33
9.2.4 Changing the system password 34
9.2.5 Help system 35
9.2.6 System information 36
9.2.7 Firmware update 37
9.2.8 System log 39
9.2.9 Reverting to defaults 40
10 Operation instructions 41
10.1 Front panel 41
10.1.1 Ethernet ports 41
10.1.2 SFP slots 41
10.1.3 Service port 41
10.1.4 LED indicators 41
10.1.5 Reset button 42
10.1.6 Restoring the default settings 42
11 Maintenance 43

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12 Test and maintenance records 44
13 Warranty 45
13.1 Warranty claims 45
13.2 Service 46
13.3 Service agents 46
14 Spare parts 47
15 Recycling and disposal 48

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1 List of figures
Figure 1 Phontech 7200, 24 PoE Ethernet GBit Switch - product image 11
Figure 2 Phontech 7200, 24 PoE Ethernet GBit Switch - front view 14
Figure 3 Phontech 7200, 24 PoE Ethernet GBit Switch - rear view 14
Figure 4 Phontech 7200, 24 PoE Ethernet GBit Switch - top view 15
Figure 5 Phontech 7200, 24 PoE Ethernet GBit Switch - rear view AC/DC version 15
Figure 6 Phontech 7200, 24 PoE Ethernet GBit Switch - rear view AC/AC version 16
Figure 7 Phontech 7200, 24 PoE Ethernet GBit Switch - front view - mini USB connector 16
Figure 8 Phontech 7200, 24 PoE Ethernet GBit Switch - powering VoIP phones 21
Figure 9 Starting the command line interface - log in screen 23
Figure 10 Configuring the static IP 24
Figure 11 Verifying the static IP 25
Figure 12 Configuring the dynamic IP 26
Figure 13 Verifying the dynamic IP 27
Figure 14 Changing the password 28
Figure 15 List of help menu commands 29
Figure 16 Description of the help system 30
Figure 17 Reloading the defaults 31
Figure 18 Authentication prompt 32
Figure 19 Welcome screen 32
Figure 20 IP Interfaces table in the IP Configuration screen 33
Figure 21 Saving from the menu bar 34
Figure 22 System password configuration page 35
Figure 23 Example: IP configuration help page 36
Figure 24 System information page 37
Figure 25 Firmware software upload page 38
Figure 26 Firmware update status page 39
Figure 27 System log information 40
Figure 28 Phontech 7200, 24 PoE Ethernet GBit Switch Front panel 41

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2 Abbreviations
AC/DC Alternating current/Direct current
ACL Access Control List
CLI Command Line Interface
CMOS Complementary Metal-Oxide Semiconductor
DC Direct current (input)
DHCP Dynamic Host Configuration Protocol
DWRR Deficit Weighted Round Robin
LACP. Link Aggregation (control protocol).
EEE Energy Efficient Ethernet
EIA Electronic Industries Alliance
EMC Electromagnetic compatibility
HTTP Hypertext Transfer Protocol
IC Integrated circuit (system)
IEC International Electrotechnical Commission
IEEE Institute of Electrical and Electronics Engineers
IP Internet protocol (address)
LACP Link Aggregation
LAN Local area network
LED Light emitting diode
LLDP Link Layer Discovery Protocol
MAC Media Access Control
MHz Megahertz
MSA Multi-source agreement
PD PoE powered device
PHY Physical layer (connects link layer device)
PoE Power over Ethernet
QCL QoS Control Lists
QoS Quality of service
RMA Return Material Authorization number
RSTP Rapid spanning tree protocol
SNMP Simple Network Management Protocol
SQP Strict Priority
SFP Small form-factor pluggable
STP Spanning tree protocol/Shielded twisted pair

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TIA Telecommunications Industry Association
USB Universal Serial Bus
UTP Unshielded twisted pair
VAC Volts Alternating Current
VDC Volts of direct current
VoIP Voice over Internet Protocol
VLAN Virtual Local Area Network
WP Weatherproof (unit)

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3 General
Jotron develops and manufactures professional and state of the art products and communication systems for usage
in air, on land and at sea. Jotron supplies products and services that comply with the latest applicable standards. The
use of modern test instrumentation and detailed test procedures ensures that you are supplied with quality products.
Copies of all Jotron documentation can be downloaded from our website: www.jotron.com.
All information contained within this manual has been verified and is correct, however, no responsibility is assumed by
Jotron for inaccuracy. Jotron reserves the right to make changes to any product(s) or module(s) described herein to
improve reliability, function or design, without further notice.
The following four symbols are in use throughout this manual:
This symbol is used to highlight information.
This symbol is used to draw attention to important details.
This symbol is used to highlight information that if not followed can result in damage to a product or
equipment.
This symbol is used to highlight information that if not followed can result in personal injury or bodily
harm.
Jotron is not liable for consequential or special damages and cannot be held responsible for any
damages or injury arising either directly or indirectly due to an error or omission of information,
misuse of a product, breach of procedures, or for failure of any specific component or other part of
the equipment.

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4 Standards
The Phontech 7200, 24 PoE Ethernet GBit Switch has been verified, tested and meets the following product
standards:
EMC: EN60945 (2002), EN61000-4-2,EN61000-4-3, EN61000-4-4, EN61000-4-5,
EN61000-4-6
Environmental: EN60945 (2002), EN60068-2-1, EN60068-2-2, EN60068-2-6, EN60068-2-
30, EN60068-2-52
Ingress protection: IEC 60529
Certification for marine
computers:
IEC 60945
All statements of conformity are available at: www.jotron.com

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5 Product description
The Phontech 7200, 24 PoE Ethernet GBit Switch includes 24 gigabit Ethernet and 2 gigabit small form-facrtor
pluggable (SFP) ports for the fiber connectivity, there are in total 26 ports. The switch is fully manageable through the
web and command line interface.
The main features include:
• Virtual Local Area Network (VLAN)
• Quality of Service (QoS)
• Media Access Control (MAC)
• Link Layer Discovery Protocol (LLDP)
• Spanning Tree
• Power over Ethernet (PoE)
• Network security
• Power saving
• Port management
The Phontech 7200, 24 PoE Ethernet GBit Switch is a computer networking device that connects devices together
on a computer network, by using packet switching to receive, process and forward data to the destination device.
The Phontech 7200, 24 PoE Ethernet GBit Switch is rack mountable.
Part numbers:
• 86725 - Phontech 7200, 24 PoE Ethernet GBit Switch, 24 PoE Eth. GBit Switch, AC/AC
• 87785 - Phontech 7200, 24 PoE Ethernet GBit Switch, 24 PoE Eth. GBit Switch, AC/DC
This equipment contains CMOS integrated circuits. Observe precautions for handling electrostatic
sensitive device. Electrostatic discharge (ESD) may damage this equipment.

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5.1 Product image Phontech 7200, 24 PoE Ethernet GBit
Switch
Figure 1 Phontech 7200, 24 PoE Ethernet GBit Switch - product image

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6 System description
The Phontech 7200, 24 PoE Ethernet GBit Switch has 2 internal power supplies. One serves as the main power source
and the other as a back up power source. There are 2 power input configurations, AC/AC and AC/DC. The unit also
includes a built-in power supply voltage measurement circuit for monitoring purposes. The measurements are
available both on the web and CLI interface.
For best power reduction results the Phontech 7200, 24 PoE Ethernet GBit Switch should be implemented with an
EEE 802.3az power saving option, which automatically turns off the port when there is low to no traffic utilization.
This unit supports IEEE 802.3af (PoE) and IEEE 802.3at (PoE+) on all 24 gigabit Ethernet (GbE) ports. The PoE system
is capable of delivering up to 150 watts of power. The delivered power is managed and monitored per each port.
There are 3 modes for configuring power reservation by the ports (PDs):
1. Power allocation per port.
2. Power according to class.
3. Power reserved by exchanging PoE information using Link Layer Discovery Protocol (LLDP) protocol.
The system description of the Phontech 7200, 24 PoE Ethernet GBit Switch includes details regarding each of the
major functions.
6.1 Major functions
The major functions of the Phontech 7200, 24 PoE Ethernet GBit Switch are as follows:
• Management
• Monitoring and troubleshooting
• Network configuration
• Advanced security
• PoE
• QoS
• Layer 2 switching
• Layer 3 switching
• Power saving
6.1.1 Management
• Command line interface
• Web interface
• Software upload through web
• Configuration download and upload through web
• DHCP client

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• SNMPv1/v2C/v3 Agent
6.1.2 Monitoring and troubleshooting
• Remote server logging using Syslog.
• Local in the flash and ram logging.
• Port based mirroring. The switch system can be configured to mirror frames from multiple ports to a mirror port.
Both incoming (source) and outgoing (destination) frames can be mirrored to the mirror port.
6.1.3 Network configuration
• Auto-negotiating 10/100/1000 ports automatically configure port speed and duplex setting.
• Auto MDI/MDIX crossover detection feature for all three speeds on the twisted pair cable.
• IEEE 802.1AB LLDP for automated device discovery.
6.1.4 Advanced security
• Web and CLI authentication.
• RADIUS centralized access, authorization and accounting management.
• Port based IEEE 802.1X and MAC based authentication system and port settings.
• Access management filtering IP address. Maximum number of entries is 16. Access from HTTP, SNMP interface
if the host IP address matches the IP address range provided in the table.
• ACLs (up to 256) for filtering, policing and port copy.
6.1.5 Power over Ethernet (PoE)
• Support for IEEE 802.3af (PoE) or IEEE 802.3at (PoE+) compliant powered device.
• Power reservation by exchanging PoE information using the LLDP protocol.
• Configurable per port PoE mode, priority and maximum power limits.
6.1.6 Quality of Service (QoS)
• Priority queues: 8 hardware based queues per port for flexible QoS management
• Configurable scheduling algorithm: Strict Priority (SQP)
• Basic QoS classification: using QCL (QoS Control Lists)
• Bandwidth management: ingress rate limiting; egress rate shaping per port
• Storm control: unicast, multicast and a broadcast storm rate control
6.1.7 Layer 2 switching
• IEEE 802.1D Bridge, auto address learning/aging and MAC addresses (static) (up to 8000 MACs).

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• IEEE 802.1Q Virtual LAN (up to 4000 VLANs)
• Private VLAN (static)
• VLAN trunking
• Loop guard
• IEEE 802.3ad Link Aggregation Control Protocol (LACP) and supports static aggregation
• IEEE 802.1D STP and IEEE 802.1w Rapid Spanning Tree Protocol (RSTP)
• IGMPv2 snooping
6.1.8 Layer 3 switching
• IPv4 Unicast: static routing (up to 8 IPv4 interfaces and 32 IPv4 static routes)
6.1.9 Power savings
Energy Efficient Ethernet 802.3az: Low or no traffic utilization reduces power consumption.
LEDs intensity configuration: Lowering the intensity reduces power consumption.
PerfectReach: Power savings depend on the cable length.
Power savings depend on the port link.
Powering down the ports if the temperature gets too high reduces power
consumption.
6.2 Mechanical layout
Phontech 7200, 24 PoE Ethernet GBit Switch is a standard 19" rack mountable product, that fits in all industry
standard 19" cabinets.
Figure 2 Phontech 7200, 24 PoE Ethernet GBit Switch - front view
Figure 3 Phontech 7200, 24 PoE Ethernet GBit Switch - rear view

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Figure 4 Phontech 7200, 24 PoE Ethernet GBit Switch - top view
6.3 Electrical connections
Phontech 7200, 24 PoE Ethernet GBit Switch has 24 RJ-45 connectors, 2 slots for pluggable SFP modules and a
USB connector in the front. The back panel contains 2 power input connectors, one for the primary and another for
the secondary power sources. Depending on the Phontech 7200, 24 PoE Ethernet GBit Switch version, the power
input can be AC/DC or AC/AC.
Figure 5 Phontech 7200, 24 PoE Ethernet GBit Switch - rear view AC/DC version

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Figure 6 Phontech 7200, 24 PoE Ethernet GBit Switch - rear view AC/AC version
Figure 7 Phontech 7200, 24 PoE Ethernet GBit Switch - front view - mini USB connector

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7 Technical specifications
7.1 Product specification
Supply voltage: Universal AC input (90-250VAC)
DC input, 24V Nominal (20-36V)
Maximum power consumption: 225 W
System power: 30 W
PoE power budget: 150 W
Dimensions (W/H/D): 440mm/44 mm/290mm (The width is 483mm including front mounting
brackets)
Weight: 3.9 kg
Temperature operating: -15 to +55 °C
Temperature storage: -40 to +70 °C
Humidity: 93% @ +40 °C
Ingress protection: IP 22 (rack mounting)
Compass safe distance >1.7m
Interfaces: 24 RJ45 gigabit ports, 2 gigabit SFP ports, serial service port

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8 Installation
An installation should be properly outlined in detail prior to commencement, consider the following:
• Cables should be listed within a cable plan, including the number of pairs etc.
• Location of each unit in the communication system should be identified, ensuring maximum performance and
user availability.
• Power supply connections must also be taken into consideration.
Jotron strongly recommends the use of junction boxes for the external cable distribution.
8.1 Glands
All cables enter the WP units by means of cable glands.
If cable glands are not included, the individual completing the installation must adapt the glands to
the actual size of the outer cable diameter in order to obtain the specified ingress protection.
8.2 Punch block terminals
When terminating cables in the punch block terminals, ensure you use the correct tool.
8.3 Ferruling
The conducts should be ferruled prior to termination when using cage terminals.
8.4 Marking
• Mark all cables with a cable number.
• Mark all conductors with a termination number.

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Generally, Jotron uses pluggable screw terminals, these are durable and both easy to install and
service.
8.5 Fastening
All cables and conductors should be clamped to the structure with cable ties.
8.6 Preservation
Prior to, during and after the installation is complete the equipment surfaces are to be protected against acid holding
fluids, pollution, moisture and impacts.
Failure to perform preservation protection of the equipment can result in equipment damages and
will void your Jotron warranty.
8.7 Screen connection
For maximum performance after installation, it is necessary to terminate the cables and ground the screens.
8.8 Cable requirements for power lines
Ensure that the cable used is approved in accordance with Jotron specification.
Power cable should be individually twisted pair and the minimum conductor size must be 1 mm2.
To prevent disturbance and noise caused by interference, do not combine different systems in the
same cable.

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8.9 Cable requirements for Ethernet
Ensure that the Ehternet cable to be used has a specification category of minimum shielded Cat 6.
The maximum length of each segment must be less than 100 m.
Jotron recommends using the TIA/EIA-568-B.1-2001 termination scheme.
8.10 Using 802.3AF-2003 PoE for VoIP telephones
Power over Ethernet (PoE) allows supporting units to replace the usual wall wart power supplies that are commonly
used for most electrical products. Phontech 7200, 24 PoE Ethernet GBit Switch is a PoE capable switch, the end
point must support the PoE.
The length of the cabling between the two must not exceed 100 meters as per 802.3af-2003.
If the cable lengths need to be greater than 100 meters then it is recommended you do the
following:
• Distribute one or more of these switches closer to the end point.
• Use a PoE capable repeater or a PoE injector close to the end point.