Network Technologies Switch FES 1800 User Manual

FES-1800  
Fast Ether net Switch  
Users Manual  
Networking the future  
 
Quick installation  
This quick installation guide is provided to help the user to set up the switch in a  
short time. However, it is recommended that users read through this manual before  
trying installing the hardware.  
After unpacking the switch, a suitable location must be found for it. Because this  
switch occupies a central location in the network, it is important to find a stable hori-  
zontal surface which is clear of electromagnetic interference and equipped with a  
power outlet.  
Neither the switch nor any device should be powered on while installing network  
components.  
Now the user needs to connect all devices that will directly interface with the  
new switch and with Category 5 UTP, Category 1 STP or equivalent cables. It is bet-  
ter to start from the highest-numbered jack. Fast Ethernet Adapters is highly recom-  
mended for all devices connecting to a Fast Ethernet Switch. The maximum cable  
length between any end node in the network and the switch is 100 meters (328 feet)  
for Fast Ethernet switch.  
To uplink two switches together, connect both devices with a Category 5 UTP or  
Category 1 STP cable at maximum length of 100 meters. When uplinking, the con-  
nection can be made in port 8 via the switch on the rear panel to setup the position  
to X.  
All the connections have to be checked and the correct location of cables should  
be verified. The switch and the connected devices can now be powered on. The  
switch will indicate all port connections by blinking the correspondent port indicators.  
II  
 
Contents  
Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .IV  
General Features of a Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1  
General Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1  
Front Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2  
Rear Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2  
Quick Overview of Networking Terminology . . . . . . . . . . . . . . . . .3  
Network Terminology . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3  
What is a switch? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3  
What Is Fast Ethernet? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5  
Historical Background . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5  
Ethernet and Fast Ethernet Standards . . . . . . . . . . . . . . . . . . . . . . . . . . .5  
Cables Required . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5  
How to Configure a Fast Ethernet Network? . . . . . . . . . . . . . . . . .6  
Cable Length . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6  
Uplinking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6  
Different Network Topologies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7  
Other Ways to Expand a Network . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7  
Installing a Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9  
Before the Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9  
Physical Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9  
Connecting Hubs or Other Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . .10  
Cable Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10  
Checking Port Status . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11  
Network Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12  
LED Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12  
Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13  
Specification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15  
Specification of FES1800 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15  
III  
 
Introduction  
Congratulations to your purchase on Xsense Fast Ethernet Switch!  
The Xsense Fast Ethernet switch provide you the possibility in setting up a  
small, medium or large size network without encountering bandwidth bottlenecks.  
The switch is compliant with the IEEE802.3u Fast Ethernet standard, which will  
power your network with a 100Mbps-transmission speed.  
Xsense Fast Ethernet network is ideal for transferring large files in a network  
and accessing to advanced applications such as videoconferencing.  
This manual provides the main features on your switch, as well as a brief expla-  
nation on networking terminology and topography. Tips for the switch installation  
and everyday network management (including troubleshooting) are also included to  
help you get started.  
IV  
 
General Features of a Switch  
General Features of a Switch  
General features of FES-1800 Switch  
Compliant with the IEEE802.3 10Mbps specification (10BASE-T)  
Compliant with the IEEE802.3u 100Mbps specification (100BASE-TX)  
Supports Category 5 unshielded twisted-pair cabling (UTP-5)  
An uplink switch on the rear panel to switch port 8 for connectivity to another  
Switch/Repeater hub  
Individual port status LEDs for LINK/ACTIVITY and Collision/Duplex status LEDs  
1
 
General Features of a Switch  
Front panel  
FES-1800  
Figure 1-1  
The switch's front panel displays features LED (light emitting diode) indicators.  
(See Figure 1-1.)  
Rear panel  
FES-1800  
Figure 1-2  
The rear panel of the switch contains the power socket and Ethernet cable con-  
nectors. Its cable connectors are of RJ-45 type. RJ-45 stands for Recommended  
Jack No. 45, an Electronic Industries Association (EIA) designation. Each jack  
serves to connect a cable to the switch.  
LED indicators allow users to check the port status and network traffic at a  
glance. Exhaustive LEDs displayed on the switch allow easy network management.  
The power socket accepts DC power of 5V. (See Figure 1-2)  
2
 
Quick Overview of Networking Terminology  
Quick Overview of Networking Terminology  
Network Terminology  
A network is cosisted of multiple interconnected nodes. A node can be a comput-  
er, a server (that is, a computer dedicated to storing networked data or applica-  
tions), a shared peripheral (such as a printer or modem) or other networking  
devices (such as repeating or switching switches, routers, transceivers, etc.).  
A Fast Ethernet network operates at a 100Mbps (Megabits per second) transfer  
speed, as opposed to Ethernet networks, which operate at speeds of 10Mbps.  
To be connected to a Fast Ethernet network, a node must be equipped with a  
Fast Ethernet adapter or a network interface card (NIC). A twisted-pair cable con-  
nects the node to a switch, and each node is connected to one port on the switch.  
The port adopts the abilities of a repeater, a transceiver and an adapter in a Fast  
Ethernet network. Ports and cables are connected through a fixed jack.  
All segments are linked together by repeaters (but not by routers, bridges or  
switches) form a collision domain.  
Collisions occur when two or more nodes accidentally attempt to transmit data  
across the network because of the traffic jams. Naturally, the more packets traveling  
across the network, the more likely the collision occurs. Although collisions do not  
cause any serious harm, but they affect the velocity of all nodes traveling on the  
network. Moreover, collisions prevent twisted pair cabling from being fully utilized,  
since one of the cable’s two twisted pairs must resolve collision conflicts instead of  
transmitting data.  
What is a Switch?  
The networking device you have purchased is known as a switch. It is used to  
connect and transmit data between network nodes.  
A port is consisted of an input/output circuit and any associated circuit. A jack,  
on the other hand, is an external connector linked to a port. The design of the  
switch allows one or more jacks to be connected to a single port.  
The switch displays different jacks on its external panel. One or more jacks are  
connected to one internal port. The uplink jack features two jacks. One of them acts  
as a regular port for data transfer while the other (uplink port) serves to uplink the  
switch to another switch or repeater hubs. Uplinking different switches or repeater  
hubs can increase the number of nodes in a network. Expanding a network is nec-  
essary when planning to connect more computers or offer new services, such as  
printing capabilities or Internet access.  
Each port of a switch acts as an adapter (conform to the network environment),  
a transceiver (carry data) and a repeater (link different segments).  
A Fast Ethernet switch performs three standard functions:  
- Repeat signals received from a connected node  
3
 
Quick Overview of Networking Terminology  
- Check the validity of each signal it receives and discard invalid signal.  
- Show whether each network node is currently connected, idle, transmiting  
data, or in half/full duplex. Indicating a collision it gives users an idea on the  
network's current traffic status, Collisions occur frequently in a Fast Ethernet  
network.  
Different applications are used to for different network devices. Those applica-  
tions performed by a switch have functions as follows:  
- Establish peer-to-peer relations between workstations.  
- Interconnect users' workstations to a server for a stand-alone client-server net-  
work.  
- Interconnect different users' workstations, servers or other devices and uplink  
with another Fast Ethernet switch to form a larger network.  
- Interconnect different users' workstations, and servers. Uplink the switch with  
another Fast Ethernet switch to provid a connection with another network  
expansion device, such as a router, switch or bridge.  
A switch thus acts as a central piece in a network topology and configuration. It  
is necessary to carefully study its physical emplacement and the configuration of the  
network.  
4
 
What Is Fast Ethernet?  
What Is Fast Ethernet?  
Historical Background  
Fast Ethernet was developed in the early 90s to solve the bottleneck problems  
encountered by older Ethernet networks. Ethernet, however, is a networking tech-  
nology developed in the early 70s.  
Ethernet network carries data signal through thick passive cables at a speed of  
10Mbp. However, signals are delivered to all nodes in the network at the same time,  
which resulted in frequent collisions and a lag in general network performance.  
Fast Ethernet, instead, transmits data at a rate of 100Mbps. It is needed for peo-  
ple who use CAD/CAM, videoconferencing, and exchange large amount of files.  
Besides the increasing available bandwidth, Fast Ethernet system also brings  
the advantage of using the same network operating system. Moreover, it is as well  
backward compatible with Ethernet equipment.  
Ethernet and Fast Ethernet Standards  
The Institute of Electrical and Electronic Engineers (IEEE) is an international  
standard for Ethernet and Fast Ethernet systems. The standard for Ethernet twisted-  
pair networks is known as the IEEE802.3 standard, or 10BASE-T.  
The IEEE802.3u standard or 100BASE-TX governs its successor, Fast Ethernet.  
Your switch is compliant with the 100BASE-TX standard.  
Moreover, to set up a network with a Fast Ethernet switch, all nodes have to be  
connected to the switch through 100BASE-TX compliant adapters (built-in or plug-in  
versions) or network interface cards (NIC). As for the network operating system,  
any Ethernet-compatible system as well as theNIC’s drivers can be used  
Cables Required  
Fast Ethernet network does not use as same kind of cable as does Ethernet  
nework. 100BASE-TX requires Category 5 unshielded twisted-pair (Category 5  
UTP) or Category 1 shielded twisted-pair (Category 1 STP), or any equivalent cable  
to transmit data.  
UTP, STP or equivalent cable must be applied with a Fast Ethernet switch.  
Those cables are easy to find as they are widely sold in retail stores and pre-  
installed in many buildings.  
5
 
How to Configure a Fast Ethernet Network?  
How to Configure a Fast Ethernet Network?  
Cable Length  
In a Fast Ethernet network, twisted-pair cables have a length limit. No UTP or  
STP cable can be of more than 100 meters (328 feet). A signal can not be sent  
between two end nodes through more than 200 meters of twisted pair cable.  
In a non-uplinked network, all end nodes are thus connected to a switch through  
cables which do not exceed 100 meters in length. For this reason, a non-uplinked  
network is said to have a maximum diameter of 200 meters (656 feet), as a signal  
first has to be sent from one end node to the switch and then be repeated from the  
switch to another end node.  
When configuring, network users must be certain that no cable exceeds the  
length limit and that this length is well managed between end nodes and the switch.  
Uplinking  
Uplinking a switch with another network expansion device, such as a router,  
switch, bridge, or repeater hubs allows users to increase the number of ports on a  
network. A 100BASE-TX switch can be uplinked with another 10BASE-T/100BASE-  
TX Switch/Repeater Hub through a twisted-pair cable. This is easy and inexpensive  
to increase the number of interconnected nodes in a network. Uplinking switches,  
however, adds additional network constraints.  
The maximum diameter of an uplinked network must not exceed 200 meters  
(656.2 feet)), and the total length between two end nodes must be no longer than  
200 meters. Despite of the length limit, users have to be aware of the following rules  
when uplinking two switches:  
1. When uplinking two network devices, one jack on each switch must be used.  
2. The uplink cable applied between both switches must be Category 5 UTP,  
Category 1 STP or equivalent twisted-pair cable.  
3. When uplinking port 8 to another switch, the read panel on the switch must  
be set to X position.  
Besides expanding a network, uplinking switches may allow users to adopt dif-  
ferent types of network topologies to manage their needs.  
6
 
How to Configure a Fast Ethernet Network?  
Different Network Topologies  
Varies with users' needs, the switch can be operated as a standalone device or  
in a multiple-switches environment.  
Standalone Device  
When one switch is in use in a network, it is a standalone switch. The switch can  
only be connected to users' workstations. Its main function is to exchange data in a  
peer-to-peer relationship.  
In addition to data exchange between end nodes, having access to a common  
pool of data requires the user to connect a server to the network. A server is a cen-  
tral workstation that stores data, applications, or both. It connects to a switch as it  
does any other network workstation.  
Other devices can also be connected to a switch to increase the number of ser-  
vices available to users. A central printer eliminates the need to connect each work-  
station to a dedicated printer. An IP sharing device allows all network users to  
access to the Internet through one modem, ISP account and IP address.  
Multiple Switches Environment  
Increasing the size of a network through uplinkingl allows a greater number of  
users to access to a greater number of services. Two switches may be uplinked  
together, each switch's regular jack must be kept free while the uplink jack is being  
used.  
Other Ways to Expand Your Network  
Even when the uplink function of the switch increases the size of a 10BASE-T/  
100BASE-TX Fast Ethernet network, users may want to expand further to improve  
their network capabilities or integrate it into other networks. Here are some possibili-  
ties to optimize a network.  
Dual-speed hubs  
Dual-speed devices allow users to integrate 10BASE-T devices to a Fast  
Ethernet network. If an Ethernet network is already being possessed, such devices  
protect user’s previous input in Ethernet technology, while upgrading their network  
to faster 100BASE-TX speeds. Dual-speed hubs automatically recognize adapters  
or NICs using Ethernet or Fast Ethernet systems, adjust and integrate themselves  
into the existing network.  
Router  
Router decides the path a data packet takes based on the data's transmission  
protocol. It regulates and organizes the traffic in a networking environment.  
Bridges  
Bridges connect two networks that adopt same physical characteristics, such as  
two Ethernet or two Fast Ethernet networks.  
7
 
How to Configure a Fast Ethernet Network?  
Gateway  
A gateway is a device that connects a network to another, supporting a different  
protocol than the one currently used (Fast Ethernet in this case).  
8
 
Installing a Switch  
Installing a Switch  
Before the Installation  
Before installing a switch, users must acertain that a proper operating environ-  
ment is provided for the network. A right operating environment for a network fea-  
tures these factors:  
- Power : The switch must be provided with a power voltage ranging from 90 to  
264 VAC (with an error margin of 10%) at 50 to 60Hz (+/- 3Hz). The switch's  
power supply will automatically adjust itself to the power available.  
- Humidity : The switch and the entire network should be located in the driest  
area possible. Humid places should be avoided, as humidity can damage the  
equipment. The non-condensed degree of humidity in which the switch oper-  
ates ranges from 10 to 90 percent.  
- Temperature : While the switch is stored in places with temperatures ranging  
from -25˚C to 70˚C (-13˚F to 158˚F), it should be operated only in areas with  
temperatures ranging from 0˚C to 40˚C (32˚F to 158˚F). Be sure that the  
switch is not located near a heat source.  
Physical installation  
The physical location of the switch must be carefully planned. Users should be  
aware of the following factors:  
- Ventilation : When installing the switch, make sure there are open spaces of at  
least 10 centimeters in length, both in front and behind the switch to provide  
proper ventilation.  
- Light : Like any other electronic devices, keep the switch away from direct sun-  
light or strong light sources.  
- Interference : A Fast Ethernet switch should be kept away from any heat  
source or electromagnetic interference to avoid malfunctions.  
- Power source : The switch should be installed near a power outlet, preferably  
one located in a position that centersl to all network end nodes.  
- Hardware : The availability of all connectors and cables required to install the  
switch and network should be checked.  
- Distance from wall adapter : Direct connection between the wall adapters and  
the switch are preferable.  
- Airflow : Nothing should be pressed against the switch's left or right sides. Also,  
the square ventilation holes located on the switch's sides must not be blocked  
in any way. Constant cool air is needed to ensure top performance.  
Network diameter of an uplinked Fast Ethernet network must not exceed 200  
meters. For this reason, the path of cables and the switch's location have to be con-  
sidered carefully.  
9
 
Installing a Switch  
Connecting Hubs or Other Switches  
To make a switch-to-hub or switch-to-switch connection, please do the following:  
1. Make sure you have the proper cables:  
- Use Category 3 UTP (Unshielded Twisted Pair) cables or better for 10BASE-  
T connections  
- Use Category 5 UTP cables for 100BASE-TX connections.  
2. Connect UTP Cable to regular port of FES-1800 Fast Ethernet Switch, which  
is connected to port-8 on FES-1800 Fast Ethernet Switch. The switch must  
be setup to X position before you connect cable in  
Figure 5-1 illustrated an example of an expanded Network segment.  
Figure 5-1  
Cable Connections  
Once the switch is correctly mounted as of the before, cables linked to end  
nodes can be connected to the ports.  
Caution: While connecting cables to the switch, make sure to turn off both the  
switch and the connected equipment.  
Connecting end nodes with a cable  
To connect a cable to an end node, users must first turn off the end node. If the  
end node is switched on while connecting it to the switch, it might result in a a loose  
connection and damages on the adapter and the end node.  
Connecting a cable to the switch  
To connect a cable to the switch, the user should select an RJ-45 jack on the  
switch’s rear panel; once plugging the cable into the end node's adapter, it should  
be plugged into the switch's selected jack.  
10  
 
Installing a Switch  
The users must consider the following cable requirements prior to connections:  
- Cables must be of a Category 5 UTP or Category 1 STP or equivalent cable  
type for a Fast Ethernet network. Such cables feature RJ-45 plugs at both ends  
and through wiring.  
- In a Fast Ethernet network, cable lengths must not exceed 100 meters (328  
feet) between network end nodes and the switch.  
- All end nodes connected to a Fast Ethernet switch must be equipped with Fast  
Ethernet adapters complying the IEEE802.3u standard.  
- Cables should be kept as far as possible from any electrical source, motor or  
fluorescent light.  
When uplinking two switches together, be certain to free both FES-1800 switch-  
es' port 8. Plug one end of the uplink cable into the first switch's port 8, then plug in  
other end of the cable to the other FES-1800 switch port 8, which must be switch to  
the X position before you connect the cable.  
To uplink the switch, users should be aware of the following requirements:  
- The cable used to uplink both switches must be a Category 5 UTP, Category 1  
STP or equivalent.  
- The maximum length of the uplink cable must not exceed one hundred meters.  
The switch can now be connected to the power cord.  
Checking Port Status  
Once the switch is connected to the power cord, the power indicator will blink  
steadily. The switch will then automatically test each port connection. Users need  
to turn on the end node to test port connections. If it is off, the port will indicate a  
connection failure. All ports connected to a powered on end node should indicate a  
light link/activity and full duplex/collision.  
If the end node is on but the test fails, the users should check and verify the  
cable connection. If both are correctly set up, it is recommended to contact the  
dealer.  
If a port, indicator or any other part of the switch fails to work, users must con-  
tact the dealer immediately.  
11  
 
Network Management  
Network Management  
LED Indicators  
The switch's front panel contains indicators called light emitting diodes or LEDs.  
LEDs make quick diagnoses on the network's status. They allow users to know, at a  
glance, the kind of problem the network encounters.  
Different functions of LED’s are displayed on the front panel. There are five  
types of LEDs:  
Power indicator:  
Color : Green  
Label : Power  
This indicator turns to green when the switch is connected to the wall adapter. If  
the green light fails to flash steadily, contact your dealer.  
Link/ ACT indicator:  
Color : Green  
Label : Link/ACT  
This indicator flahes in a steady green when the port is linking.  
Color : Green blinks steadily  
Label : Link/ACT  
This indicator blinks steadily when transmitting data over ethernet network.  
DPX / COL indicator :  
Color : Green  
Label : DPX / COL  
When a port is functioning in full duplex mode, the indicator corresponding to  
this port flashes in a steady green.  
Full Duplex dedicates bandwidth from original node to designated port, switch  
can reduce the chance of collision between transmittion. Rather than checking for  
collision during transmittion, switch uses that portion of UTP/STP cables to transmit  
data. Therefore, at any given time, it doubles the amount of information travels  
through network.  
Color : Green blinks steadily  
Label : Collision  
This indicator blinks steadily when data encounter collision during transmission.  
12  
 
Network Management  
A collision occurs as two end nodes are sending data simultaneously on the  
network. Collisions are frequent in a Fast Ethernet network. When a collision  
occurs, the two end nodes stop data transmission but backs up again later on.  
However, excessive collision may indicate a sign of:  
- Network overload  
- Device malfunctions  
- Cabling problem  
Troubleshooting  
The different LED’s displayed on the switch's front panel help users manage  
their networks. Here is a list of common problems to help users diagnose whether  
their network difficulties are related to the switch or to the external factors.  
The link users need to troubleshoot the following should the front panel link of  
LED does not flash:  
- Check to see if the connected device is on. Check the quality of the adapter.  
- Length limits for a connection between an end node and a switch can not  
exceed 100 meters.  
- Cable for the connection. Straight-through cables operate as to interconnect a  
switch to another switch (via an uplink port), a station or a server. Cross-wired  
cables, on the other hand, are to connect end nodes to another end node.  
The use of crossover cable could result in connection problems.  
- Quality of the cable. Check the defectiveness of the cable.  
- Check the plugs at both ends of the cable. A loose plug can result in a false  
connection.  
If all of the above are checked and verified, the malfunction might be related to  
the switch itself. In this case, the switch should be sent back to the retailer for a  
complete hardware troubleshooting. If the connection cable or the power outlet is  
defective, replace the product. Change the switch location if the power outlet can-  
not be replaced.  
Problems can also be prevented by:  
- Leaving a free space (10cm at least) in the switch's lateral fans.  
- Keeping the switch away from any electromagnetic interference, lights  
sources, and direct sunlight.  
- Making sure that all cables do not exceed the recommended maximum length  
of 100 meters.  
- Checking the quality of the cables and outlets connected the switch to end  
nodes and to the wall adapter.  
13  
 
Network Management  
- Selecting a location that fits the network's configuration and ensures the  
switch's safety.  
- Being aware of cables' physical path and avoiding any interruptions.  
14  
 
Specifications  
Specifications  
Technical Specifications:  
FES-1800:  
Eight10/100BASE-T/TX auto-negotiating ports with RJ-  
45 connectors.  
Chip Set:  
Kendin, KS 8998  
LED Reports:  
Per Unit - Power Status  
Duplex/Collision (2LEDs)  
Per Port - Link/Active, Full  
Ethernet Standards:  
IEEE 802.3 10BASE-T, IEEE 802.3u 100BASE-TX  
Cable:  
10BASE-T, 2 pair UTP Cat.3,4,5. Up to 100m (328ft)  
100BASE-TX 2 pair UTP Cat. 5. Up to 100m (328ft)  
Switching Methods:  
Forwarding Rate:  
Store-and-forward.  
14,880 pps for 10Mbps, 148,800 pps for 100Mbps  
Physical Specifications:  
AC Input:  
90-132VAC or 180-264VAC, 50-60Hz external universal  
power supply.  
Input Fuse:  
2A  
Output Voltage:  
Power Consumption:  
5VDC  
10W max  
Operating Temperature: 0˚C - 40˚C (32˚F - 104˚F)  
Storage Temperature:  
Humidity:  
-25˚C - 70˚C (-13˚F - 158˚F)  
10% to 90% non-condensing  
FCC part 15 class A, CE mark  
Emission Comliance:  
Net Weight :  
516 g  
1.14s lbs  
15  
 
180-00318-000 V1.0  
 

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