Vigitron MaxiiPower VI2216LT User manual

2014 Vigitron, Inc. All rights reserved. All brand and product names are trademarks or registered trademarks of
their respective companies.
MaxiiPowerTM VI2216LT
User’s Manual
High Power PoE Midspan UTP
Version 1.0 Updated 12/17/2013

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Vi2216LT Series Ethernet Midspan Installation Manual
Read and keep these instructions.
Heed all warnings.
Follow all instructions.
Do not use this apparatus near water.
Clean only with a dry cloth.
Install in accordance with the manufacturer’s instructions.
This installation should be made by a qualified service person and should conform to all local
codes.
DO NOT bundle UTP or UTP signals in the same conduit as high-voltage wiring.
To reduce the risk of fire or electrical shock, do not expose these products to rain, moisture,
dripping, or splashing.
No objects filled with liquids, such as vases, shall be placed on Vigitron equipment.
DO NOT install the unit in a place where the operating ambient temperature exceeds 75°C.
Make sure that the external power supply output voltage is in the recommended range.
Do not install near any heat sources such as radiators, heat registers, stoves or other
apparatus (including DVRs) that produce heat.
Protect the power cord from being walked on or pinched particularly at power source,
convenience receptacles, and the point where they exit from the apparatus.
Only use attachments/accessories specified by the manufacturer.
Unplug this apparatus during lightning storms or when unused for long periods of time.
Refer all servicing to qualified service personnel. Servicing is required when the apparatus
has been damaged in any way, such as when a power supply cord or plug is damaged, liquid
has been spilled, objects have fallen inside the apparatus, the apparatus has been exposed
to rain or moisture, does not operate normally, or has been dropped.
The main plug is used as the disconnected device and shall remain readily operable.

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Contents
System Requirements ................................................................................................................................... 9
1.1 Overview ............................................................................................................................................. 9
1.2 Drawings ............................................................................................................................................. 9
Hardware Specifications .............................................................................................................................11
1.3 Electrical............................................................................................................................................ 11
1.4 Environmental................................................................................................................................... 11
1.5 Mechanical........................................................................................................................................ 11
1.6 Regulatory Certifications................................................................................................................... 11
1.7 Included Accessories......................................................................................................................... 11
1.8 Hardware Setup ................................................................................................................................12
1.9 LED Diagnostics .................................................................................................................................12
1.10 GUI System Requirements ..............................................................................................................12
GUI (Graphical User Interface) Installation Procedure............................................................................... 13
Username and Password ............................................................................................................................ 14
Connecting the Vi2216LT to a Computer.................................................................................................... 15
Firmware Window ...................................................................................................................................... 17
System Configuration Window ...................................................................................................................19
1.11.1 Power Management ....................................................................................................................20
1.11.2 ILIM/ICUT Configuration ..............................................................................................................21
1.11.3 System Configuration................................................................................................................... 21
1.11.4 Chip ID.......................................................................................................................................... 21
1.11.5 SW Version................................................................................................................................... 21
1.11.6 Max Ports .....................................................................................................................................21
1.11.7 Power Available ........................................................................................................................... 21
1.11.8 Power Allocated........................................................................................................................... 21
1.12.1 Commands ...................................................................................................................................21
1.12.2 Query ...........................................................................................................................................21
1.12.3 Apply ............................................................................................................................................ 21
Multiple Port Configuration Window .........................................................................................................22

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1.13.1 Detection Type............................................................................................................................. 22
1.13.2 Classification ................................................................................................................................ 23
1.13.3 Violation Type .............................................................................................................................. 23
1.13.4 Max Power ................................................................................................................................... 23
1.13.5 Power Inrush Control................................................................................................................... 23
1.13.6 Disable.......................................................................................................................................... 23
1.13.7 Enable ..........................................................................................................................................23
1.13.8 Force Power ................................................................................................................................. 23
1.13.9 Select All....................................................................................................................................... 23
1.13.10 Apply .......................................................................................................................................... 23
System View Window ................................................................................................................................. 24
1.14.1 Poll ............................................................................................................................................... 25
1.14.2 Power Available ........................................................................................................................... 25
1.14.3 Power Allocated to Active Ports ..................................................................................................25
1.14.4 Power Delivering..........................................................................................................................25
1.14.5 Port............................................................................................................................................... 25
1.14.6 Port Status.................................................................................................................................... 25
1.14.7 Port Power ...................................................................................................................................25
Port Configuration Window ........................................................................................................................26
1.15.1 Port Configuration ....................................................................................................................... 26
1.15.2 Port............................................................................................................................................... 26
1.15.3 Detection Type............................................................................................................................. 26
1.15.4 Classification ................................................................................................................................27
1.15.5 Power Inrush................................................................................................................................27
1.15.6 Port Priority..................................................................................................................................27
1.15.7 Violation Type .............................................................................................................................. 27
1.15.8 Max Power ................................................................................................................................... 27
1.15.9 Disable.......................................................................................................................................... 27
1.15.10 Enable ........................................................................................................................................ 27
1.15.11 Force Power ............................................................................................................................... 27
1.15.12 Apply .......................................................................................................................................... 27

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1.16.1 Port Status.................................................................................................................................... 28
1.16.2 Status ........................................................................................................................................... 28
1.16.3 Class/Error Value.......................................................................................................................... 28
1.16.4 Remote PD Type...........................................................................................................................28
1.16.5 Voltage ......................................................................................................................................... 28
1.16.6 Current ......................................................................................................................................... 28
1.16.7 Power ........................................................................................................................................... 28
1.16.8 Temperature ................................................................................................................................28
1.17.1 Statistics ....................................................................................................................................... 28
1.17.2 Overload Counter.........................................................................................................................28
1.17.3 Short Counter............................................................................................................................... 28
1.17.4 Power Denied Counter................................................................................................................. 28
1.17.5 Invalid Detection Counter............................................................................................................ 28
1.17.6 Reset Statistics .............................................................................................................................28
1.18.1 Power Allocated........................................................................................................................... 29
1.18.2 Port 1 –Port 16 ............................................................................................................................ 29
1.18.3 Total Power Allocated.................................................................................................................. 29
1.18.4 Remaining Power ......................................................................................................................... 29
1.18.5 Refresh Button ............................................................................................................................. 29
SNMP Window (Simple Network Management Protocol)......................................................................... 30
1.19.1 How to Receive SNMP Messages................................................................................................. 30
1.19.2 Enable SNMP Ports ......................................................................................................................30
1.19.3 Check All Button........................................................................................................................... 31
1.19.4 Clear All Button ............................................................................................................................ 31
1.19.5 Midspan Description.................................................................................................................... 31
1.19.6 Visual Warning ............................................................................................................................. 31
1.19.7 Audible Warning .......................................................................................................................... 31
1.19.8 Auto Reconnect............................................................................................................................ 31
1.19.9 SNMP Message Descriptions .......................................................................................................31
1.19.10 Fault Code Description............................................................................................................... 32
Powering a 60W device using a Vi0015 (Optional)..................................................................................... 33

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Appendix A.................................................................................................................................................. 34
1.20 Software Acceptance Terms and Conditions .................................................................................. 34
Warranty .....................................................................................................................................................36
Contact Information.................................................................................................................................... 37

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Table of Figures
Figure 1: Vi2216LT Front View ................................................................................................................. 9
Figure 2: Vi2216LT Rear View................................................................................................................... 9
Figure 3: Vi2216LT Application Drawing .................................................................................................. 9
Figure 4: Firmware Window................................................................................................................... 17
Figure 5: System Configuration Window................................................................................................ 19
Figure 6: Multiple Port Configuration Window...................................................................................... 22
Figure 7: System View Window.............................................................................................................. 24
Figure 8: Port Configuration................................................................................................................... 26
Figure 9: Port Configuration................................................................................................................... 30

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System Requirements
1.1 Overview
1.2 Drawings
The MaxiiPower™ Model Vi2216LT is a 16-port High Power PoE Midspan.
It meets IEEE 802.3af, IEEE 802.3at standards, and High PoE application. The
MaxiiPower™ Vi2216LT can deliver 18W on all 16 ports simultaneously or up to 37W
per port up to a total of 300W. The PoE functions can be set up with a Windows GUI,
or use the default plug-and-play option. The Midspan GUI is an easy and powerful
tool that runs on the host PC. It provides configuration power supervision,
monitoring, and diagnostics of all ports through a USB cable.
The MaxiiPower™ Midspan is in 1U high and can be easily installed in 19” racks.
They are ideal for a wide range of CCTV or IT applications that require high power,
such as IP cameras, wireless access points, or VoIP to be connected to a central LAN
switching fabric with ease.
Figure 1: Vi2216LT Front View
Figure 2: Vi2216LT Rear View
Figure 3: Vi2216LT Application Drawing

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Connect the cables from the camera or other powered device to the upper
connectors. When using the Vi2216LT, the cable must be a Cat5/6 with a maximum
length of 100 m.
Models Vi2300A and Vi2301A Ethernet extenders are compatible with the Vi2216LT.
Models Vi2400A and Vi2401 Ethernet extenders over Coax cable can also be used.
Connect the RJ-45 cables from the Ethernet switch to the Standard Ethernet ports
(lower row) of Midspan.
LED Name
Color
Status
Function
PoE
Green
Off
No power provided
On
Delivering power
Flashing
Fault condition
Vi2216LT

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Hardware Specifications
1.3 Electrical
1.4 Environmental
1.5 Mechanical
1.6 Regulatory
Certifications
1.7 Included
Accessories
Ethernet Interface
Standard 10/100/1000Base-T
UTP
Category-5 (or higher)
Output Power
57 VDC, 300W max. Aggregated
16 ports at 802.3af (15.4 W), plus an additional 53.6W
All ports are capable of delivering 37W up to a total of
300W
AC Input
110 -240 V AC, 50-60 Hz, 6.5 A max.
Output Status LED
Green LED
Connectors
Ethernet Input Interface: Shielded RJ-45
Ethernet Output Interface: Shielded RJ-45
AC Power: IEC380-8 inlet
Setup Port
USB with Windows GUI
Humidity
0 to 90%, non-condensing
Temperature
Operating: -10°C to +50°C
Storage: -30°C to +70°C
Dimensions
1.75x17x12 in, 4.3x43x30.5 cm (HxWxL)
Weight
8 Lbs., 3.6 Kg
Material
Sheet metal and extruded Aluminum
Operation
0°C to +50°C
Storage
-30°C to +70°C
CE, RoHS, WEEE
Mounting brackets for front, rear, or wall installations
Rubber feet for desk applications
Molded IEC 7 ft. (200 cm) power cord
USB setup cable
*Specifications subject to change without notice.

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1.8 Hardware Setup
1.9 LED Diagnostics
1.10 GUI System
Requirements
Please follow the following steps to install the Midspan:
Connect an AC power cable to the Midspan.
Connect the USB cable in order to connect the Midspan to the Host PC
(optional).
Connect the PoE powered device (PD) to one of the Midspans ports using a
Cat5/6.
The Midspans are set to “Auto” mode by the factory. In this mode, the
Midspan works as a plug-and-play device. It automatically detects the PD
and provides requested PoE power.
To use the GUI (Graphical User Interface), a computer can connect to the
Midspan through a USB cable. The GUI must be started after the computer
is connected to the Midspan.
Each port is equipped with an LED that provides port status as the following:
Off: The port is off and no power is provided.
On: PoE power is on and is powering a valid PD.
Slow Blinking: The port does not have enough power for the load.
Fast Blinking: It warns that the connected PD is shorted or over current.
Recommended Operating system: Windows XP, Vista, Windows 7 and Windows 8.
Microsoft .NET Framework 4 is required to be installed on the host computer.
Port Communication: USB port

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GUI (Graphical User Interface)
Installation Procedure
Important Note:
By running the GUI software, you are accepting all terms and conditions of using this
software as noted in Appendix A.
The following section will guide you on how to use the High Power PoE Midspan GUI
and connect the host computer to the Midspan through a USB cable.
Your computer may not update the USB port driver automatically. You may need to
update the driver manually as follows:
A. Window XP: Go to System property->Hardware->Device manager->USB
Serial converter and update driver.
B. Window Vista, Window 7, and Windows 8: Go to System property->Device
manager->USB Serial converter and update driver.
A USB cable is provided to connect the computer to the Midspan. After connecting
the Midspan to the host computer and the USB driver is installed, run the GUI
executable file (xxxxx.exe) on the PC.
The Midspan GUI requires Microsoft .NET Framework 4 installed on the host
computer. If you are running the GUI for the first time on a host computer with
Windows XP, you may need to visit the Microsoft website to download and install
Microsoft .NET Framework 4.

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Username and Password
When the GUI is first installed, a username and password must be entered before
clicking the “Submit” button. The login information is chosen by the user and must
be between 4 to 12 characters long.
To change the username and password, you must login first. The “Submit” button
will now read “Change Username and Password”. At this point, you can enter in a
new user name and password, and then click “Change Username and Password” to
update the login information.

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Connecting the Vi2216LT to a Computer
Under “Port Selection”, click the down arrow in the drop down box. The GUI will
display all the available COM ports present on the PC. The example below shows
three ports available: COM1, COM3, and COM50.
If you are not sure which COM port to select, you can go to the “Device Manager”
window of your computer. Click the “Ports” icon and a list of ports will be displayed
along with a brief description. The following example shows COM50 as being a USB
serial port. The Midspan is connected to this port. Now you can go back and select
the appropriate USB port to use to connect to the Midspan.

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Click the “Connect” button. This should connect your PC to the Midspan and the
“Status” at the bottom of the window should display “Connected”.
Common issues that prevent a successful connection are: not having the USB
driver installed, incorrect port selection, or not powering up the Midspan.

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Firmware Window
Warning: Upgrading firmware is not part of the normal operating procedure. It
should only be performed at the recommendation of the manufacturer by skilled
personnel. Improper upgrading will affect equipment performance and may result
in rendering the equipment inoperative.
Figure 4: Firmware Window

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Firmware File:
A new unit has all the necessary programing and does not need this step. To change
the firmware of the Midspan, you will need a file that contains the new firmware.
The location of the file containing the new firmware is displayed in this box.
Browse:
The file browse dialog box will be opened to select the firmware file to be used.
Download:
The image file that was selected using the “Load” command will be downloaded to
the Midspan and replaced the current firmware.
Save Config:
This button saves the current running configuration to the internal memory of the
Midspan. Saving the configuration will prevent the loss of the individual port and
power settings selected by the user. The Midspan can be switched off and on
without losing the configuration.
Command Progress:
This bar will display the progress of commands.

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System Configuration Window
The “System Configuration” window provides access to global configurations
settings and status view of major parameters.
Figure 5: System Configuration Window

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1.11.1 Power
Management
These settings will help you match the power requirements of your system to the
power output of the Midspan.
Power Management can be used in the following modes:
None:Indicates power management will not be performed by the
firmware. User needs to power up the ports manually.
Static /w Priority:Power is budgeted statically based on selected violation
type, located under the “Multiple Port Configuration” or “Port
Configuration” tabs.
oIf violation type is “Class Based”, then the maximum permissible
power for that class is budgeted.
oIf violation type is “User Defined”, then the configured user-
defined limit is budgeted.
oIf violation type is “None”, then the budgeted power is based on
port mode.
For Normal Mode the power budgeted is 16.2W:
For “High Power Mode”(802.3at-Class 4), the power budgeted is based on
ILIM/ICUT selected value.
oFor ILIM/ICUT –504/465 mA, the power budgeted is 22.5W.
oFor ILIM/ICUT –563/545 mA, the power budgeted is 26.5W.
oFor ILIM/ICUT –850/625 mA, the power budgeted is 31.6W.
oFor ILIM/ICUT –850/725 mA, the power budgeted is 37.0W.
These limits will help to provide the necessary power for your system, and
prevents run away shorting and potential damage from occurring.
Static /wo Priority: Same as above, except the port priority of the port is
ignored.
Static /wo Priority: Power is budgeted statically based on selected
violation type.
oIf violation type is “Class Based”, then the maximum permissible
power for that class is budgeted.
oIf violation type is “User Defined”, then the configured user-
defined limit is budgeted.
oIf violation type is “None”, then the budgeted power is based on
port mode.
For Normal Mode the power budgeted is 16.2W:
For “High Power Mode”, the power budgeted is based on ILIM/ICUT
selected value.
oFor ILIM/ICUT –504/465 mA, the power budgeted is 22.5W.
oFor ILIM/ICUT –563/545 mA, the power budgeted is 26.5W.
oFor ILIM/ICUT –850/625 mA, the power budgeted is 31.6W.
oFor ILIM/ICUT –850/725 mA, the power budgeted is 37.0W.
Dynamic /w Priority: The power is budgeted based on the load and priority
of the port.
Dynamic /wo Priority: The power is budgeted based on the load.