LINOVISION POE-SW806GM Solar Managed Solar PoE Switch with Built in MPPT Solar Charge User Manual

LINOVISION POE-SW806GM Solar Managed Solar PoE Switch with Built in MPPT

Solar Charge

Product Information

Specifications

• Model: POE-SW806GM-Solar

Package Contents

• POE-SW806GM-Solar x1
• POE-SW0604-Solar x1
• Temperature Sensor x1
• User Manual

Important Notification

1. Please read the user manual carefully before using. The improper operation may cause damage to machine components.
2. Do not use in places near fire sources.
3. Do not throw it in the water and also wet the internal component in the machine.
4. Do not shorting the positive and negative poles of the battery interface with metal conductors.
5. Please set DIP switches correctly before connecting any cables and device.

Package Contents

Important Notification

1. Please read the user manual carefully before using. The improper operation may cause damage to machine components.
2. Do not use in places near fire sources.
3. Do not throw it in the water and also wet the internal component in the machine.
4. Do not shorting the positive and negative poles of the battery interface with metal conductors.
5. Please set DIP switches correctly before connecting any cables and device.

Connection Diagram

Hardware Installation

Please follow these steps to setup this Solar PoE Switch.

1. Configure DIP Switch
2. Connect Battery
3. Connect Solar Panel
4. Connect external DC input for UPS power application– Skip this step if you do not use it
5. Connect PoE devices and wireless bridges

Step 1: Configure DIP Switch

• Make sure to set correct battery type, voltage, and solar panel type. Otherwise, the system will not work properly or damaged.

Warning

• If the battery type is configured on web management page of the switch, the battery type switch is invalid.
• When you need to configure the battery type via the DIP button on the switch, pleaseensure that the power of the device is turned off; turn on the power of the device afterthe configuration is complete.
• The above recommendations are for reference only. Select the solar panel based on theactual open circuit voltage of the battery, the typical work voltage of the solar panel ishigher than the open circuit voltage of the battery.
• If you accidentally configure the wrong power parameters in the GUI and cause the device to power off, press the fourth button of the DIP button, dial up and down 5times, and all the lights will flash once to restore.

Step 2: Connect Battery

Make connections according to the figure above, and choose the correct battery type accordingto the figure below.

Step 3: Connect Solar Panel

Connecting Solar panels You can choose to connect one or two solar panels（Either a positive or negative electrode can be connected to the solar panel）:

• To connect one solar panel.
• To connect two solar panels.

The solar panel can power up the POE-SW806GM-Solar, at the same time, charge the battery.

Step 4: Connect external DC input for UPS power application– Skip this step if you donot use it

The V3 port serves as a DC charging port for solar cells, which is optional. When using DC 24V, it charges 12V batteries, while DC 48V charges 24V batteries. If you want to charge 12V batteries with DC 48V, you must first set it to wide voltage mode through DIP settings or Web settings.

Step 5: Connect PoE devices, IP cameras or wireless bridges

• Ports 1~2 of the POE switch are for connecting 802.3af/at PoE devices, ports 3~4 are for802.3bt or 24V passive PoE devices, and ports 5~6 are for the fiber switch or fiber mediaconverter.

Web Management

The following shows how to start up the Web Management of the POE-SW806GM- Solar. Please make sure the manager PC must be set to the same IP subnet address. For example, the default IP address of the POE-SW806GM-Solar is VLAN1 is 192.168.0.1. Thenthe manager PC should be set to 192.168.0.x (where x is a number between 1 and254, except 1),and the default subnet mask is 255.255.255.0.

Logging in to the POE-SW806GM-Solar

• Step 1: Use Web browser to enter IP address http://192.168.0.1 (default IP address)
• Step 2: When the following dialog box appears, please enter the default user name “admin” andpassword “admin” (or the password you have changed before).
• Step 3: After entering the password the main screen appears. The above page shows theinformation of solar power usage, PoE usage and battery capacity.
• Step 4: The battery type and battery capacity will be auto display. The default of WideCapacity CHG — Off.

E.g:  If you want to connect a 24V 200W solar panel, and 24V 100AH lead- acid battery.

• Battery configuration:  Auto, the battery type is automatically displayed 24V lead-acid battery.
• If it is incorrect, please choose the battery type manually in the drop down box.
• Battery Capacity: It is automatically displayed, if the data is incorrect you can enter the right datamanually (Formula: Wh= V*Ah).
• Charging Current: The max charge current of POE-SW806GM-Solar is 10A max.
• Wide voltage CHG: The default is Off for 12V solar panel connection. You connect 24V solarpanel, please adjust Wide voltage CHG — ON.

Hardware Introduction

Front Panel

Down Panel

V1 V2: DC Input

The solar POE switch can also be used as an ordinary switch, when the power input such as thebattery solar panel is not connected. V1, V2 any interface DC input 12-37V, the current maximum10A, the device is a Ethernet switch; V1, V2 any interface DC input 37-57V, the current maximum10A, the device is a POE switch. If both V1 and V2 ports supply power at the same time, selectthe port with the highest voltage.

LED Indicators description

Up Panel

Technical Specification

POE Switch

Exchange Capacity| 12Gbps
Packet Forwarding Rate| 8.94Mpps
Mac Address Table| 8k
Packet Buffer Memory| 4.1Mb
Jumbo Frame| 10240 Bytes
System
Enclosure| Metal, fanless design
Dimension| 6.14 x 4.53 x 2.6 Inches (156×115×66 mm)
Net Weight| 2.82 lbs (1.28kg)
Power Consumption| 5W Max (without PoE output) or 125W with PoE outputs
Protection Level| 6kV Lightning protection 6kV ESD Contact discharge
Working Temperature| -40 ℉ ~ 158 ℉ (-40℃～70℃)
Storage Temperature| -40 ℉ ~ 158 ℉ (-40℃～70℃)
Working Humidity| 10%～90% RH non-condensing
Storage Humidity| 5%～90% RH non-condensing

Software Functions

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