9dot C-POE User manual

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C-POE / C-TER MANUAL
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C-POE / C-TER

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C-POE / C-TER MANUAL
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Important notes ............................................................................................................................................................................... 3
Safety............................................................................................................................................................................................... 4
General warnings and precautions ................................................................................................................................................. 4
Certifications and compliance ........................................................................................................................................................ 4
EU Declaration of Conformity ......................................................................................................................................................... 4
Guarantee ........................................................................................................................................................................................ 4
General Description......................................................................................................................................................................... 5
C-POE / C-TER Features ................................................................................................................................................................. 6
Easy installation................................................................................................................................................................................................................................... 6
Always alive ......................................................................................................................................................................................................................................... 6
Compact design .................................................................................................................................................................................................................................. 6
Handles all types of PoE...................................................................................................................................................................................................................... 6
More power ......................................................................................................................................................................................................................................... 6
Easy integration .................................................................................................................................................................................................................................. 6
C-POE .............................................................................................................................................................................................. 7
Base Unit Label ....................................................................................................................................................................................................8
Technical Specifications ................................................................................................................................................................. 9
Installation ......................................................................................................................................................................................10
Physical interface ............................................................................................................................................................................11
OPT button.......................................................................................................................................................................................................... 11
Led coding .......................................................................................................................................................................................................... 11
Input power supply......................................................................................................................................................................... 12
Special case -48V ............................................................................................................................................................................................................................... 12
Output power supply ..................................................................................................................................................................... 12
Gigabit PoE Injector............................................................................................................................................................................................13
GigaKey Property ............................................................................................................................................................................................................................... 14
TER power supply ...............................................................................................................................................................................................14
Communicate with C-POE / C-TER................................................................................................................................................ 16
Command Line Interface................................................................................................................................................................ 16
Access .................................................................................................................................................................................................................16
Menu....................................................................................................................................................................................................................18
SNMP interface .............................................................................................................................................................................. 19
Web Interface................................................................................................................................................................................ 20
Link .....................................................................................................................................................................................................................20
Access ................................................................................................................................................................................................................20
Interface description...........................................................................................................................................................................................21
Options bar.........................................................................................................................................................................................................................................22
Synoptic diagram ...............................................................................................................................................................................................................................25
Modules ..............................................................................................................................................................................................................................................26
Software update............................................................................................................................................................................ 30
Revision update..................................................................................................................................................................................................30
Official distributors ...................................................................................................................................................................... 32

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Important notes
• You should read and understand the warnings and precautions before installing 9dot products. Failure to do so
may result in personal injury.
• The photographs, diagrams and figures contained in this manual are for illustrative purposes only. They may not
match your installation.
• 9dot will not be liable for any damage or injury involving your hardware if used in any manner inconsistent with its
intended purpose, or if installed or used in an untested or improperly maintained manner.
• The material contained in this document is for informational purposes only and is subject to change without notice.
Although reasonable efforts have been made in the preparation of this document to ensure its accuracy, 9dot
assumes no responsibility arising from errors or omissions in this document or from the use of the information
contained therein. 9dot reserves the right to make changes to the product design without reservation and without
prior notice to its users.
• The operator is advised to review the drawings and illustrations contained in this manual before proceeding. If
there are any questions regarding the safe operation of this system, please contact 9dot or your nearest 9dot
representative1.
• For more information visit www.9dot.it
For technical support, contact:
Email: [email protected]
1See the "Official Distributors" section

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Safety
This manual contains important safety instructions that must be followed during installation, service and maintenance of
the product. Review the drawings and illustrations in this manual before proceeding. If you have any questions regarding
the safe installation or operation of this product, please contact 9dot or your nearest 9dot representative. Save this
document for future reference.
To reduce the risk of injury and to ensure the continuous and safe operation of this product, the following terms have been
included in this manual:
Ø
WARNING:
indicates safety information to prevent damage to persons, materials or equipment
Ø
IMPORTANT NOTE:
Additional clarifications on some features, terminology, reminders, etc.
Where they appear, use more care and attention.
General warnings and precautions
You must read and understand the following warnings before installing 9dot C-POE / C-TER and its components. Failure
to do so may result in personal injury.
• Read and follow all the instructions included in this manual.
• Do not work alone in dangerous conditions.
• Only qualified personnel can install, operate and repair this system and its components.
• Always assume that the electrical connections or conductors are live. Turn off all circuit breakers and double-check
connections with a voltmeter before performing installation or maintenance.
• Keep the frame area clean and dust-free during and after installation.
• Wear safety glasses when working in conditions that could be dangerous to the eyes.
Certifications and compliance
C-POE / C-TER has been tested and found to comply with CE and IC standards.
It also complies with RoHS regulations and Part 15 of the FCC Rules: this device may not cause harmful interference and
must accept any interference received. It should be used only indoors.
EU Declaration of Conformity
Hereby, 9dot S.r.l. declares that C-POE / C-TER complies with the essential requirements and other relevant provisions of
the RED Radio Equipment Directive 2014/53/EU and the RoHS Directive 2011/65/EU on restrictions on the use of certain
hazardous substances in electrical and electronic equipment.
Guarantee
To know the warranty of our products, please consult our nearest distributor2.
2See the "Official Distributors" section

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General Description
C-POE and C-TER are designed to supply power to devices on Power over Ethernet (PoE) standards or directly on terminals.
They consist of a single rack unit that encloses the main control and interface system and output ports.
Key features:
• 9dot GigaKey, to manage different types of PoE injection with different pin out avoiding errors with microswitches
or jumpers (C-POE only)
• Dual processors ensure uninterrupted drive operation in all situations
• Remote management: save time and reduce installation costs
Figure 1 C-POE Front
Figure 2 C-TER Front

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C-POE / C-TER Features
Easy installation
Installation is immediate: the base unit has a local Wi-Fi hotspot for the first configuration that can be done simply via
smartphone.
Always alive
Dual-processor design ensures uninterrupted operation of the drive in all situations, including rebooting after firmware
update. The great optimization of the product has made it possible to obtain a zero voltage drop between input and output,
in addition to the reduction of self-consumption, allowing the product to be free of cooling fans.
Compact design
The innovative CPU has a new web interface, SSH and SNMP shells, as well as a black box for alerts and logging of critical
events. Finally, it comes with a built-in Wi-Fi via Wi-Fi connection.
Handles all types of PoE
Each individual port can be configured to handle a different type of injection map.
The configuration of the power pinout is simple and does not require any computer skills: just enter the electronic GigaKey
specification and the port is configured.
More power
Up to 3A (150W@50V) per PoE port and 10A (500W@50V) per power terminal.
Easy integration
The Controller Module can be integrated into any management system via a completely redesigned SNMP with security
and functionality improvements.

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C-POE
On the front are visible:
• The 3 OPT, STATUS and ALARM LEDs and the OPT function button.
• The RJ45 connector for management
• Redundant power supply terminals, equipped with reverse polarity protection
• The output ports, consisting of:
o GigaKey slot, for inserting the hardware key necessary for the pinout configuration
o Galvanically isolated Gigabit LAN/PoE ports
o RGB LED indicating port status
C-TER
On the front are visible:
• The 3 OPT, STATUS and ALARM LEDs and the OPT function button.
• The RJ45 connector for management
• Redundant power supply terminals, equipped with reverse polarity protection
• The output ports, consisting of:
o Bipolar terminal 3.3mm2
o RGB LED indicating port status
Figure 3 C-POE Front
Figure 4 C-TER front

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Base Unit Label
This device will have a label attached with relevant information as described below.
As we can see, on the label it is indicated:
• The product code: C-POE / C-TER, with its brief description.
• The serial number that will also be used to detect the SSID signal of the Wi-Fi ("C-POE_#serial" or ""C-TER_#serial")
• The software ID that is a unique identification of the device.
• Indications of compliance with FCC, CE and RoHS rules.
• Indications of power requirements and operating temperature range.
The image of the garbage container indicates that this equipment should not be placed in household containers. Instead,
it must be disposed of correctly in compliance with current regulations.
Figure 4 – Examples of labels for C-POE and C-TER

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Technical Specifications
Product code
C-POE
C-TER
ELECTRICAL SPECIFICATIONS
Operating voltage [V]
Terminals: +/- 21.4 to 57 DC
Power connector
2 x wire terminals of 2 x 3.33 mm2
2 x wire terminals of 2 x 16 mm2
Operating current [A]
12A
40A
Output connector
4x shielded RJ45 jack LAN/PoE
4 x wire terminals of 2 x 3.33 mm2
Pinout
configurable with GigaKey
N.A.
Typical current per port
3°
10A
Gigabit transformer
Yes
N.A.
Transmission speed
10BaseT; 100BaseT; 1000BaseT
N.A.
GND connector
4 mm lug
Active protection
Against reverse polarity on all input power terminals;
Short circuit, overvoltage, overcurrent protection on output ports
Front LED indicators
Opt; Status and Alarm; 4x RGB port status
NETWORK SPECIFICATIONS
Ethernet connector
Shielded RJ45 jack
Network throughput
10BaseT; 100BaseT
Wi-Fi
IEEE 802.11b/g/n
Interface
New web interface, SSH, SNMP and API
MECHANICAL SPECIFICATIONS
Dimensions (WxDxH) [mm]
125 x 443 x 45
Weight [Kg]
2
Material
Varnished iron
ENVIRONMENTAL SPECIFICATIONS
Operating ambient temperature [°C]
-20 to +45 (§)
Non-condensing operating humidity [%]
5 to 95
(§)
Pending improved certification.
IMPORTANT NOTES:
•
(*)
The typical current of 3A per port can be achieved if the PoE configuration chosen to power a device is via
GigaKey: GS-K-AB or GS-K-9. S because both use all four pairs of conductors for power. If instead we use the other
GigaKeys: GS-K-B or GS-K-BR, the typical current per port will be 1.5A.3
3See the "GigaKey" section

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Installation
C-POE and C-TER are designed for installation in a 19" rack cabinet, however the rack mount ears can be rotated 90° for
wall mounting.
IMPORTANT NOTE
: Use only the fixing screws supplied with the device for fixing the rack mount ears; the use of different
fixing screws can cause irreparable damage to the device.
For the correct operation of the surge arresters, is essential to ground the rack cabinet and connect the grounding terminal
on the back.
Here are quick installation steps:
• (Optional) Install Rack Mount Adapters
• Wire the power supply
• Connect the power supply pins to C-POE/C-TER paying attention to the polarity adopted
• (Optional) Insert the product into the device housing facility
• Activate the power supply
• Do a network configuration setup
Figure 5 - 90° rotation

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Physical interface
OPT button
The OPT button has been set up which, depending on the long press time, performs the following operations:
OPT
Long press
Description
Wi-Fi
the OPT LED starts to blink, after about 5
seconds it turns off
Turn the Wi-Fi interface on or off
RESET
after about 30 seconds
Configuration reset and restoration to factory parameters (*)
Table 1 - OPT button functions
(*) resets the admin user's password to default configuration. Through the interface you can choose to restore the IP address as well.
LED coding
To know the general status of the product, consider the first 3 LEDs on the left of the front.
LED
Color
Description
OPT
Off
Flashing green 500ms
OPT button not pressed or interval for Wi-Fi toggle
OPT button pressed
STATUS
Solid blue
flashing blue
Properly powered device
Boot phase in progress
ALARM
solid red
Fault detected
Table 2 - General status LED indications
To see the status of the individual port, refer to the table below:
C-POE
C-TER
Color
Description
•
•
flashing white
Identification requested on the port
•
•
flashing red
Port disabled or faulty
•
red
GigaKey inserted incorrectly or invalid
•
flashing purple
GigaKey missing
•
•
violet
Restarting the port (power cycle)
•
•
flashing green
Solid green
Port enabled, load not detected
Port enabled, load detected
Table 3 - LED indications on ports

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Input power supply
The technical information of each of the inputs is detailed below:
Input voltage
System self-
consumption
Maximum current C-POE
Maximum current C-TER
Input 1
21.4 - 57V DC
4.5W
20A
40A
Input 2
21.4 - 57V DC
20A
40A
Table 4 - Voltage range, consumption and maximum load of the input terminals
The main input of the base unit has an isolated DCDC converter that powers the two CPUs. In this way, maximum immunity
from power surges on the supply lines is guaranteed.
The power inputs are equipped with reverse polarity protection: in the event of an incorrect connection, the system does
not receive power, without causing damage to the base unit or connected devices.
IMPORTANT NOTES
:
• The negative poles of the supply terminals are directly connected. Reverse polarity protection does not protect
the device if the voltages connected to the two negative poles are not suitable for short-circuiting between them.
• In the case of two different power supplies (e.g. 48V and 24V), the device will power the output devices with the
highest active voltage. It is not possible to choose via software with which voltage to supply the devices, in this
case.
• No conversion is applied to the input voltage and there is no isolation between input terminals and output ports.
Special case -48V
If you have a voltage of -48V (as often happens in some telecommunications systems), simply connect the 0V cable to the
positive terminal (+) and the -48V to the negative terminal (-) according to the indications of the screen printing.
Output power supply
The devices are designed to supply the same output voltage connected to the input terminals.
In the case of two different voltages connected to the input terminals, the highest absolute value voltage will be taken.
Protections
Two-phase protection
Dual-phase protection is a circuit protection technology for high surge environments. Both technologies combined offer us
great advantages to protect each door from voltage surges.
C-POE/C-TER has a two-phase protection in each output port. The technologies involved in this protection are the
Transient Voltage Suppressor (TVS) and the Gas Discharge Tube (GDT).
These protections work as follows:
GDTs are an arrangement of electrodes within a gas that works by ionizing the gas when sufficient voltage is applied. GDTs
prevent transient overvoltage damage by acting as a "crowbar" or by approximating a short to divert peak energy, typically
to the ground. This component protects the circuit without inhibiting its behavior.
When a voltage disturbance reaches the GDT turn-on value, the GDT (faster slew rate, shorter GDT turn-on time) is
activated and the voltage is reduced to the GDT arc voltage (close to 10V). Then, it will switch to a virtual short circuit, also
called the "arc condition". In this situation the GDT practically short-circuits the line, deflecting the overcurrent through the
GDT to the ground and removing the overvoltage from the equipment.

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The GDT will roll back or reset to a high impedance state when there is not enough power to keep the device in arcing
condition.
At normal operating voltages below the rated DC discharge voltage of the GDT measured at a rate of rising between 100
and 2000 V / s, the GDT remains in a high impedance deactivated condition. So, for better protection, we integrate the
solution with TVS:
TVS are solid state devices that use a diode to deflect peak energy preventing damage from transient events by acting as
a "voltage clamp".
While the GDT does not act even when the voltage is rising rapidly, as it takes time to ionize the gas it contains, the TVS
quickly goes into protection with a faster response. This device has high reliability as it contains solid state elements.
Short circuit protection
C-POE / C-TER has short-circuit protection in every output port.
This protection works as follows:
In the presence of a short circuit on the connected load, C-POE / C-TER turns off the port to protect itself so as not to
damage the device. After a few seconds it reactivates the door, always with the protection active; If the short circuit is still
present then the protection intervenes again and will continue without feeding the load until the situation normalizes, trying
again every few seconds and endlessly.
If in any of the attempts C-POE / C-TER finds the situation normalized, it will turn on the door and feed the load as it
normally does.
Some devices may require a large amount of power when turned on. Connecting them to C-POE/C-TER could activate
short-circuit protection. C-POE/C-TER will automatically try again after a few seconds to power them again. On the second
attempt, this required current is usually lower, so the protection will not be activated, and C-POE / C-TER will properly
power the device.
Galvanic isolation between LAN and PoE
C-POE has a PoE transformer on each port, which provides 1500 volt isolation between primary and secondary on all four
pairs of PoE structured cables.
This type of magnetic insulation of the PoE transformer prevents the propagation of a short circuit generated on the data
cable side and also protects against overvoltages, avoiding the passage of conducted emissions up to the isolation voltage.
Adding to the C-POE, another strength in terms of protections and making it one of the most complete on the market.
Gigabit PoE Injector
The main function of the PoE injector of this device is to allow power to other equipment on the network. PoE injector
modules are passive injectors.
IMPORTANT NOTES
:
• Unlike active PoE, passive PoE does not use any protocol to determine the type of device to be powered; It simply
applies a voltage type to its port without identifying what type of PoE standard or supply voltage the connected
load is compatible with. Using an unsuitable voltage and/or incorrect pinout can cause irreparable damage to the
powered device.
You have the possibility to select the pinout of the PoE output ports with the insertion of a simple key, called GigaKey, thus
allowing you to power a wide range of devices on the market.
To know if your PoE device can be powered via C-POE, just check the pinout that the GigaKey allows you to select and see
if it matches the input pinout of your equipment4.
4 See the "GigaKey" section

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Special case -48V
There are installations that require -48V power supply via the network, this option is perfectly achievable with C-POE. We
simply have to connect the -48V to the cartridge input 5and then choose the correct GigaKey so that we can get -48V on
the PoE ports based on the input pinout of the devices we want to connect.
GigaKey Property
This is the generic name that identifies the selection keys of the output pinout of each PoE port.
The GigaKey has been designed to avoid handling the microswitches or jumpers that normally perform this function, but
are subject to errors. This simplifies selection, and executable simply by inserting the chosen key into the slot corresponding
to the PoE port.
If desired, you can select a different GigaKey for each PoE port on the same cartridge.
At the moment, 4 different GigaKey have been developed that allow a wide range of compatibility between devices on the
market. They are easy to identify by their code and different colors. The pinout is detailed below:
Pinout GigaKey
Code
GS-K-9. S
GS-K-AB
GS-K-B
GS-K-BR
Name on GigaKey
9.SYNC
A+B
B
Brp
PoE mode
A + B reverse polarization
A+B
B
B reverse polarization
1.2 wires
DC +
DC +
3.6 wires
DC–
DC–
4.5 wires
DC–
DC +
DC +
DC–
7.8 wires
DC +
DC–
DC–
DC +
COMPATIBILITY (*)
Cambium 450m
•
Cambium 450i
•
•
Cambium 450
•
IEEE 802.3af/at
•
10/100Base-T PoE
•
1000Base-T PoE
•
•
Intracom / Siae
•
•
Mikrotik / Ubiquiti
•
•
Ceragon
•
Table 5 - GigaKey Pinout
(*) These are just some of the devices that can be powered by C-POE. The list is very long, if you want to know if your equipment can be connected to
C-POE, do not hesitate to contact us.
Pay attention to the direction of insertion of the GigaKeys in the slots: the correct position is with the screen printing facing
upwards.
TER power supply
A wide range of devices that accept different voltages can be powered because basically this device with bipolar terminals
replicates the voltage on its power terminals on its output terminals without applying any conversion.
The high power available for a single port makes C-TER able to remotely control numerous devices, even those
characterized by high energy demand.
5 As explained in the "Input Power" section

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Communicate with C-POE / C-TER
There are several ways to communicate with C-POE / C-TER via the ethernet port or Wi-Fi:
1. Using command line through the SSH interface
2. Using web browsers
3. Using SNMP
In addition, it can be connected directly from a computer to the RJ45 port located on the front of C-POE / C-TER.
The operating system performs all the functions of interface with the user through the dashboard accessible via the web
interface. You can also query and configure the system using SNMP and API protocols.
Command Line Interface
The SSH interface allows you to control some accessible parameters of C-POE / C-TER, to configure communication, read
error messages, update the software and perform some actions reported in a subsequent paragraph.
Access
To log on from terminal, type from the command line:
ssh admin@<IP number>
The first time you access the SSH interface, you will be prompted to accept the connection key certificate. Showing an
image as follows:
Figure 6 - Connection diagram to communicate with C-POE / C-TER through SSH, Web and SNMP interface

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Once we have accepted with the word "yes", the next times we connect with the same IP, our system will assume that it is
a reliable IP address and will no longer ask for it. To inform us of this, it will show us a message like this:
Indicating that the IP address has been permanently added to the list of known hosts. After that, it will ask us for the
password, and we will have to enter the default one: "password"
As soon as you log in for the first time, the 9dot logo will appear as shown below:
To see all possible menus and commands, type "?" and press "enter".
IMPORTANT NOTES
:
• It is recommended to change the default password the first time you enter the interface.
• To cancel any setting or command in progress press "Ctrl + C".

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Menu
The figure shows the main menu, which contains both commands and various menus.
Commands
Back àReturn to the top menu, or exit the main menu
Clear àGraphically cleans the terminal
Exit àExits the interface
Help àBrief useful information about an interface function
Version àReturns the installed software version
Sub-menu
• Ethernet
o Info àConnection data
o Set àReset ethernet data
• License
o Info àDetails of the license used
• System
o Reboot àRestart all services (software only, does not interfere with hardware)
o Shutdown àTurn off the interface (*)
o change_snmp_password àChange SNMP user password
o change_password àChange admin user password
o logs àReal-time error messages and warnings
o reset_config àRestore default login credentials
o Upgrades àOpens the submenu dedicated to updating software
§ list_packages àShow list of valid packages uploaded
§ Upgrades àStart the software update process
• Users
o add àAdd a new user
o edit àEdit an existing user
o list àShow user list
o Remove àRemove a user
• Wifi
o change_password àChange Wi-Fi password
o change_ssid àChange the Wi-Fi SSID
o Toggle àChange the status of Wi-Fi (on if it is off and vice versa)
o nat_toggle àChange the status of network access from Wi-Fi
• Cmd_info àAccess to flags and data communicated by the CMD module
• Services àManages power on and off of web and SNMP services
o restart àRestart the service
o Start àTurn on the service
o status àInformation on active processes
o stop àTurn off the service
• Time
o set_ntp_server àAllows you to choose the NTP server for clock synchronization
o set_timezone àChange time zone difference from UTC
• Version àModule version information
(*) IMPORTANT NOTE:
In case of "shutdown" the interface cannot be reactivated. To reactivate it you need to turn off all
power supplies for a few seconds. Turn back on and reconnect.

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SNMP interface
C-POE / C-TER uses an SNMP v3 protocol with the same login credentials used for the web interface. In addition, there is
a user named "snmp" who has permission to access only the SNMP service. The password of this user can only be changed
by SSH with the command: "Change_snmp_password".
To enable the user "snmp" you need to create the password with the command just described.
The SNMP protocol uses a MIB (Management Information Base) file with the .mib extension and can be downloaded from
the web interface dashboard by clicking on the user's image and then on MIB download.
To test the operation of the interface, you can run a snmp walk command from SSH shell, using C-POE/C-TER IP:
snmpwalk -v 3 -l authNoPriv -u admin -a sha -A "password" -m ./genmib.mib
<IP ADDRESS> .
1.3.6.1.4.1.48108
Note that the full sentence must be copied as it is, writing the IP number of C-POE/C-TER where it says "<IP ADDRESS>".
For the MIBs to display correctly, run the command in the folder where the file "genmib.mib" downloaded from the interface
is located, or indicate the full path to the file.
If the walk does not work properly, it is recommended to check user and password, IP address and reachability of the device;
if the problem persists, try restarting the system services from SSH shell, writing: services àrestart
Figure 7 - Action used to download MIB file

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Web Interface
Link
To connect to the C-POE / C-TER controller there are two modes: Ethernet and Wi-Fi.
For the Wi-Fi connection we must look for the SSID of the type "C-POE_#" or "C-TER_#" generated by the device itself.
The "#" symbol indicates the serial number on the label affixed to the base unit of the device.
C-POE / C-TER can also function as a router via NAT (Network Address Translation) functionality. This means that by
activating NAT and Wi-Fi, you can have access to the Internet via C-POE / C-TER on your mobile device or computer (only
if an Internet connection via ethernet interface is provided).
Both NAT and Wi-Fi are enabled by default and can be turned off from the interface.
The web interface works with the following browser versions and later:
• Chrome: Version 91.0.4472.114 (Official Build) (x86_64)
• Firefox: 87.0 (64-bit)
• Microsoft Edge: Version 91.0.864.48 (Official Build) (64-bit)
• Safari: Version 14.0.3 (16610.4.3.1.7) (*)
(*) This browser has only reported problems viewing logs.
Access
Type the default IP address (192.168.9.1 for access from ethernet, 10.9.9.1 for access from Wi-Fi) in the address bar of your
browser. Username and password will be required for identification. Use the same credentials as the SSH. The default
credentials are:
• Username: admin
• Password: password
As soon as you have logged in for the first time, it is advisable to change your credentials from the user button at the top
right and choose "Change password".