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Wi-Tek L2 User Manual

Solar powered poe switch
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Wi-Tek L2 Solar Powered PoE Switch
Solar System WEB User Manual
Version: 1.0
Date: 2024-10-12

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Summary of Contents for Wi-Tek L2

  • Page 1 Wi-Tek L2 Solar Powered PoE Switch Solar System WEB User Manual Version: 1.0 Date: 2024-10-12...
  • Page 2 About This Document This topic describes how to configuration the L2 solar powered PoE Switch, including solar system parameter description and setting in application. This section uses the WI-PMS306GF-UPS-I (V1.38) as an example, there are some differences between the device and version. Please refer to the actual situation.

  • Page 3: Table Of Contents

    Content Solar Powered PoE solution ............................ 3 Solar System on the WEB ............................4 Login in Solar System on the WEB ......................4 2.1.1 View Solar system parameters ........................6 2.1.2 Configure the Solar System......................... 9...

  • Page 4: Solar Powered Poe Solution

    1. Solar Powered PoE solution Wi-Tek Solar Powered PoE Switch Serial is designed for CCTV surveillance and wireless network. Based on its green energy, it can be charged by the inexhaustible and natural source of energy - solar power. It can conserve green energy economically and power the remote IP cameras and wireless AP, especially used for expansive applications where high voltage electricity is difficult to cover, such as dams, forests, deserts, national parks, and highways.

  • Page 5: Solar System On The Web

    2. Solar System on the WEB 2.1 Login in Solar System on the WEB WEB browsing session login Before you start a Web browsing session, you need to confirm: a. IP has been configured on the switch. By default, the interface IP address of the switch’s VLAN1 is 192.168.0.1. The subnet mask is 255.255.255.0.
  • Page 6  Type in "ping 192.168.1.200", and press enter. If there is reply displaying in the pop out dialog, that means network connection succeed, otherwise please check if the network connection is correct. After the completion of the above steps, the user in the browser's address bar enters the address of the switch and press Enter to enter the switch Web login page, when multi-user management is not enabled, the user login to the Web when the need for anonymous user (admin) password verification, only enter the correct password to access the Web, anonymous user password default to admin.

  • Page 7: View Solar System Parameters

    2.1.1 View Solar System Parameters Parameter Description Battery Type Warning: Different types of batteries have different charging voltages, cut-off voltages and charging methods. Select the corresponding battery type to avoid damage to the battery and security risks. Current battery type configured by DIP switch or WEB 12V Lead: 12V Lead-acid battery, the default charge voltage is 14.4V, float charge voltage is 13.7V, discharge cut-off voltage is 10.2V.
  • Page 8 For example, if a 12.8V LiFePO4 battery (assume that the minimum charging voltage is 10V) is charged using a 24V 5A power supply, the maximum current that can charge the battery is 24V * 5A / 10V = 12A, it is recommend to set the battery charging current under 12A to protect the DC power, or change to a more powerful DC power supply for greater battery charging current.
  • Page 9 Battery Voltage The current operating voltage of the battery. In the charging status, this parameter is the charging voltage of the battery. Charging The current charging current of the battery. There is no value in the discharging status. Current Battery Level The current battery capacity percentage.

  • Page 10: Configure The Solar System

    2.1.2 Configure the Solar System Parameter Description Battery Current battery type configured by WEB, after being configured in non-auto mode on the WEB, configuration the DIP on the hardware is disabled. Auto: the battery type is set by the hardware DIP switch. Custom configuration: the battery type is set by the WEB.
  • Page 11 Custom Lithium: User-defined Lithium or LiFePO4 battery type, the charge voltage and discharge cut-off voltage are set in the < Solar controller configuration > page. Charging The charging voltage of the battery. Set parameters within the range allowed by the battery to voltage(V) avoid battery damage.
  • Page 12 charging and discharging will stop to protect the battery temperature from continuing to rise and cause safety hazards. If there is need to configure more switch functions, such as VLAN and MSTP, refer to the General WEB and CLI manual.

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